Loop Catalog 2020 CH5 13 PDF
Loop Catalog 2020 CH5 13 PDF
Loop Catalog 2020 CH5 13 PDF
Plug-in Modules
High-speed (HS) Cards
Compatibility Table 96
(B16) B155/622 STM-1/4 (OC-3/12) 97
B2G5 1-channel STM16/OC-48 99
16/32/63-channel E1/T1 100
3-channel E3/T3 102
4 GEoSDH Card 104
(8GESW) 8-port GbE over SDH/SONET with Switch 105
7-port Fiber Optical 107
PTN10G Interface Card 109
(TDMoG) TDM over GbE 115
(B155) 1-channel STM-1/OC-3 117
(3T3MX3) 3-channel T3 with M13 118
Low-speed (LS) Cards
Compatibility and Functional Categories 119
(3E1) 3-channel E1 122
Transportation
(3T1) 3-channel T1 123
(4E1/T1) 4-channel E1/T1 124
(E1/T1) 1-channel E1/T1 125
(M4E1) 4-channel E1 126
(M4T1) 4-channel T1 127
(TDMoEA) 4-channel TDM over Ethernet 128
(VoIPGA) Voice over IP 132
(1FOMA) 1-channel fiber optical with 1+1 134
(1FOMB) 1-channel fiber optical w/o 1+1 136
(FOM) 1-channel fiber optical with 1+1 138
(FOM) 1-channel fiber optical with 1+1 140
(2/4GH) 2/4-channel G.SHDSL 141
(GH) G.SHDSL 142
Serial and Digital Access
(6UDTEA) 6-channel Universal DTE 143
(8UDTEA) 8-channel Universal DTE 145
(1DTE) 1-channel DTE (V.35/EIA530/X.21/RS232) 147
(6RS232A) 6-port RS232 148
(8RS232) 8-channel RS232 with X.50 subrate 149
(6CDA) 6-channel G.703 at 64 Kbps 150
(8CD) 8-channel G.703 at 64 Kbps 151
(ODP) 8-channel OCU-DP 152
(ODP) 1-channel OCU-DP 153
(3TS) 3-channel Terminal Server 154
Voice and Analog Access
(12FXOA/FXSA) 12-channel FXO /FXS 155
(QFXO) 4-channel FXO 156
(QFXSA) 4-channel FXS 157
(12MAGA) 12-channel Magneto 158
(QMAGA) 4-channel Magneto 159
(8EMA) 8-channel 2W/4W E&M 160
(QEMA) 4-channel E&M 161
Data Processing
(8DBRA) 8-channel Data Bridge 162
Packet Access
(RT) 2-LAN port/32 WAN port Router 166
(RTA) 2-LAN port/64 WAN port Router-A 168
(RTB) 8-LAN-port/ 64-WAN-port Router-B 170
Teleprotection Access
(C37.94) 1/4-channel low-speed optical 172
(C37.94) 1-channel low-speed optical 173
(TTA) Transfer Trip card 174
Plug-in Modules
High-speed (HS) Cards
Compatibility Table
High-speed cards for O9500R, O9400R, and V4150
Module
Schematics
Model V4150
B155 √
16/32/63 E1/T1 √
3-channel T3/M13
√
(3T3MX3)
96
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Plug-in Modules
High-speed (HS) Cards
Description
The B155/622 plug-in card is also known as an STM-1/4 and OC-3/12 interface
card. It is software configurable. The card is hot-swappable and can be installed
on O9500R and O9400R chassis for SDH/SONET path cross-connection and
transportation with or without MSP 1+1 software-configured.
Note: The number of supported channels differs from chassis to chassis. Please
refer to O9500R and O9400R sections.
Application Illustrations
MSP (1+1) chains with B16 on O9500R (CHAA & CHPA)
P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2
www.LoopTelecom.com Catalog 97
Plug-in Modules
High-speed (HS) Cards
P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2
P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2
P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2
P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2
98
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Plug-in Modules
High-speed (HS) Cards
Description
The B2G5 plug-in module is also known as an STM-16 and OC-48 interface
card. The card is hot-swappable and can be installed on O9500R and
O9400R chassis for SDH/SONET path cross-connection and transportation
with or without MSP 1+1. The B2G5 plug-in module provides one STM-16/
OC-48 channel per O9400R/O9500R’s CHAA or CHPA chassis. It is only
compatible with tributary slot 3 and 4
Application Illustrations
P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2
www.LoopTelecom.com Catalog 99
Plug-in Modules
High-speed (HS) Cards
16/32/63-channel E1/T1
For O9400R, O9500R, and V4150 HS Slot
Features
Description
Application Illustrations
E1/T1
Network
Traffic selected
from primary line
O9500R #1 O9500R #2
Primary Line
1+1 Normal E1 #1 E1 #1
Condition Traffic copied
onto both lines
E1 #2 E1 #2
Secondary Line
Traffic selected
from secondary line
O9500R #1 O9500R #2
Primary Line
E1 #1 E1 #1
1+1 Failure Primary line fail, traffic
Condition only on secondary line
E1 #2 E1 #2
Secondary Line
100
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Plug-in Modules
High-speed (HS) Cards
Y-box O9500R #1
E1 #1
E1
Normal XC Card #3
Condition Circuit
E1 #2
DCS
Access Transportation
Side Side
Y-box O9500R #1
E1 #1
E1
Failure XC Card #3
Condition Circuit
E1 #2
DCS
3-channel E3/T3
For O9400R and O9500R HS Slot
Features
Description
Application Illustrations
E1/T1
XCU
SDH
O9400R &
O9500R XCU
T3-M13 provides XC
TU12 E1 XC or
21 E1 or 28 T1 framing R T3 RE1/T1 TU11 T1 XC
per T3 channel (+M13)
E1/T1
102
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Plug-in Modules
High-speed (HS) Cards
E3/T3
Network
Traffic selected
from primary line
O9500R #1 O9500R #2
Primary Line
1+1 Normal E3 #1 E3 #1
Condition Traffic copied
onto both lines
E3 #2 E3 #2
Secondary Line
Traffic selected
from secondary line
O9500R #1 O9500R #2
Primary Line
E3 #1 E3 #1
1+1 Failure Primary line fail, traffic
Condition only on secondary line
E3 #2 E3 #2
Secondary Line
Y-box O9500R #1
E3 #1
E3
Normal XC Card #3
Condition Circuit
E3 #2
DCS
Access Transportation
Side Side
Y-box O9500R #1
E3 #1
E3
Failure XC Card #3
Condition Circuit
E3 #2
DCS
4 GEoSDH Card
For O9400R and O9500R CHAA/CHPA with CC16/CCPA
Features
104
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Plug-in Modules
High-speed (HS) Cards
Description
8GESW is a high-speed card specifically designed to transport Ethernet services over SDH/SONET networks (EoS).
Customer LAN bridging types supported by 8GESW include EPL (E-line mode), EVPL (Virtual E-line mode), and EPLAN
(E-LAN mode). Bridged traffic is encapsulated in SDH/SONET frames via framing protocols (GFP-F, LAPS, or BCP) and
Virtual Concatenation (VCAT).
8GESW supports eight Gigabit Ethernet ports and a range of standard L2 switch functions, including VLAN, Q-in-Q, MAC
learning, MSTP/RSTP, CoS and QoS, and etc.
An 8GESW’s total bandwidth for SDH/SONET transportation is either STM-4/OC-12 or STM-16/OC-48*. Dual 8GESW
cards can be mounted simultaneously to achieve card-level protection. Working card failure will trigger protection switch
to the backup card without any traffic interruption. SDH/SONET paths can also be protected by SNCP/UPSR ring
protection scheme.
* Future Option
Application Illustration
LAN/WAN Switching
Encapsulation
Virtual Concatenation
VC11/12/VT2/1.5
Cross-Connection
STM-1/4/16
STM-n/OC-n
OC-3/12/48
Channel
O9500R O9500R
106
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Plug-in Modules
High-speed (HS) Cards
Description
Application Illustrations
108
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Plug-in Modules
High-speed (HS) Cards
VPLS
● VPLS bridging
● H-VPLS bridging
● 32K MAC addresses
110
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Plug-in Modules
High-speed (HS) Cards
Application Illustrations
Transcend from PDH and SDH/SONET to 10G
O9500R/O9400R
Up to 1 x STM-16/OC-48
For N x E1/T1, N x 64k,
N x VC-n/VT-n
PDH SDH/SONET
Network Network
N x DS0/E1/T1
Ethernet: 76G (2 x PTN10G) + 20G (2 x PTN Ext) Cross-connect
N x STM-n/OC-n
SDH/SONET: STM-16/OC-48/2.5G (XCU) Mapping
Ethernet
PTN10G #1
Primary
Switch
8x
8G 2.5 TDM
1GbE
Ports 30G G
XCU #1
20G
3x 8G 30G
10GbE
Ports
8G 30G
8x
1GbE 2.5G
TDM
Ports
20G
Stand-by XCU #2
3x
Switch
10GbE
Ports
PTN10G #2
10 x 1GbE PTNext #1
10 x 1GbE PTNext #2
O9500R
112
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Plug-in Modules
High-speed (HS) Cards
PTN10G in TRIB 3
eth-3-1
eth-3-2
eth-3-3 STM-16/OC-48 (2.5G)
eth-3-4 1GbE ports backplane channel
Primary XCU #1
eth-3-5 Switch
eth-3-6
eth-3-7 STM-4/OC-12 (622M)
eth-3-8 backplane channel
eth-3-9
eth-3-10
10 GbE ports
eth-3-11
7FOM
8GESW
XCU #2
B155/622
E1/T1
.
.
PTN10G in TRIB 3
eth-3-1
eth-3-2
eth-3-3
eth-3-4 1GbE ports Primary
eth-3-5 Switch STM-16/OC-48 (2.5G) XCU #1
eth-3-6
backplane channel
eth-3-7
eth-3-8
eth-3-9
eth-3-10
10 GbE ports
eth-3-11
eth-4-1
eth-4-2
eth-4-3
1GbE ports
eth-4-4
Stand-by
eth-4-5
Switch
eth-4-6 XCU #2
eth-4-7
eth-4-8
eth-4-9 10 GbE ports
eth-4-10
eth-4-11
PTN10G in TRIB 4
MPLS-TP network protects traffic by creating a tunnel between remote ends with two label switching paths (LSPs) to
achieve 1:1 or 1+1 protection. Remote nodes communicate with each other to ensure automatic protection switching
(APS) takes place when the working path fails.
In 1+1 mode, traffic is copied onto both working and protection LSPs. When receiving traffic, the remote LER only
selects traffic from one of the two LSPs to decapsulate.
AC AC
1+1 Normal Condition
AC AC
1+1 Failure Condition
In 1:1 mode, traffic flows only on the working LSP. When a failure occurs on the working LSP, traffic is then switched to
the protection LSP within 50 ms.
AC AC
1:1 Normal Condition
AC AC
1:1 Failure Condition
Traffic switched from working LSP to protection LSP within 50 ms at both ends
114
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Plug-in Modules
High-speed (HS) Cards
Features ● QoS
- Ingress rate limiting per Ethernet port
● Hot pluggable interface card for O9400R-CHPA and - Ethernet Network Level:
O9400R-CHAA ● 3-bit Priority Code Point-PCP field within
● WAN Link 802.1P/802.1Q Ethernet frame-CoS
- Two combo Gigabit Ethernet(GbE) with 2 RJ45 and - Packet classification with 8 queues per port
2 SFP housing - IP Network Level:
- IEEE 802.3ad Link Aggregation ● 8 priority queues per port
- RSTP/MSTP ● 6-bit DiffServ Code Point-DSCP field-ToS
● LAN Interface - Scheduling Algorithm
- Four 10/100/1000 Base-T Ethernet ports ● Strict Priority (SP)
- Speed/Half/Full Duplex ● Weighted Round Robin (WRR)
● Supports cross-connection from interface cards listed ● Deficit Weighted Round Robin (DWRR)
below: - Congestion Avoidance
- CC16 card (STM-1/4/16 or OC-3/12/48) ● Random Early Detection (RED)
- STM-1/4 or OC-3/12 card ● Weighted Random Early Detection (WRED)
- High density E1/T1 card ● Pseudowire Capability
- DS3/E3 card ● Support SAToP, SDH/SONET CEP, CESoPSN, MEF-
- High density Ethernet card 8
● VLAN ● Support VC4 transparent/channelized STM-1 and
- VLAN ID support: Max. 4K STS3C transparent/channelized OC-3
- Support C-VLAN/S-VLAN tag adding and removing ● Support TDM traffic emulation over MPLS*, UDP/IP
on Pseudowire and Metro Ethernet Network
- Assign VLAN based on MAC, IP, protocol or flow ● Backplane capacity up to 252E1/336T1
- VLAN based packet filtering ● Maximum 512 Pseudowires
- 802.1q port-based VLAN ● Up to 32 Pseudowires can apply Adaptive Clock
- Support Q-in-Q Recovery (ACR) mechanism
Application Illustrations
2G/2.5G BTS
4E1
4xE1
IP6704A IP6704A
FE BSC BSC
FE
NxE1
O9150S
AM3440
FE/GbE CE/PTN GbE
with STM-1
CCPA Ring
G.SHDSL O9400R
with TDMoG
G.SHDSL
GbE
GbE
O9150S
NxE1
AM3440
with CCPA
RNC RNC
116
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Plug-in Modules
High-speed (HS) Cards
Description
Application Illustrations
O9400R
SDH/SONET
Up to 8 STM-1/OC3
Uplink
B155
E3/T3 E1/T1
Network Network
O9500R AM3440
Description
Application Illustrations
Line 1+1 Protection
Working Standby
M13 Function
E1/T1 T3MX3
V4150#1
XC
T3MX3 E1/T1
T3MX3
( 21 E1 or 28 T1) T3 E1/T1
T3MX3 E1/T1
V4150#2
XC
E1/T1 T3MX3
118
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Plug-in Modules
Low-speed (LS) Cards
The compatibility between each card and each chassis is summarized in the following tables.
The compatibility between each card and each chassis is summarized in the following tables.
Single Slot Plug-in cards AM3440-A AM3440-B AM3440-C O9500R O9550-A O9550-C
Functional Category
Number of slots 12 3 5 6 12 3
Transportation (3E1) 3-channel E1 √ X √ √ √ √
Transportation (3T1) 3-channel T1 √ X √ √ X X
Transportation (4E1/T1) 4-channel E1/T1 √ √ √ √ √ √
(TDMoEA) 4-channel TDM over
Transportation √ √ √ √ √ √
Ethernet
Transportation (VoIPGA) Voice over IP √ √ √ * * *
(1FOMA) 1-channel fiber optical with
Transportation √ √ √ X √ √
1+1
(1FOMB) 1-channel fiber optical w/o
Transportation X X X √ X X
1+1
Transportation (2/4GH) 2/4-channel G.SHDSL √ √ √ √ √ √
Serial and Digital Access (6UDTEA) 6-channel Universal DTE √ √ √ √ √ √
Serial and Digital Access (8UDTEA) 8-channel Universal DTE √ √ √ √ √ √
Serial and Digital Access (6RS232A) 6-port RS232 √ √ √ X √ √
(8RS232) 8-channel RS232 with X.50
Serial and Digital Access √ √ √ √ √ √
subrate
Serial and Digital Access (6CDA) 6-channel G.703 at 64 Kbps √ √ √ √ * *
Serial and Digital Access (8CD) 8-channel G.703 at 64 Kbps √ √ √ √ √ √
Serial and Digital Access (ODP) 8-channel OCU-DP √ X X √ √ √
Voice and Analog Access (12FXOA) 12-channel FXO √ √ √ √ * *
Voice and Analog Access (12FXSA) 12-channel FXS √ √ √ √ * *
Voice and Analog Access (12MAGA) 12-channel Magneto √ √ √ * * *
Voice and Analog Access (8EMA) 8-channel 2W/4W E&M √ √ √ √ √ √
Data Processing (8DBRA) 8-channel Data Bridge √ √ √ √ √ √
Data Processing (8DC) 8-channel Dry Contact √ √ √ √ √ √
(RTB) 8-LAN-port/ 64-WAN-port
Packet Access √ √ √ √ √ √
Router-B
Teleprotection Access (C37.94) 1/4-channel low-speed optical √ √ √ √ √ √
Teleprotection Access (TTA) Transfer Trip card Note 2
√ √ √ √ √ √
Note 1: √ = Supported X = Not Supported * = Future Option
Note 2: TTA card occupies two adjacent single slots.
120
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Plug-in Modules
Low-speed (LS) Cards
Number of slots 4 4 4 9 7 4 4 9 9
Note: √ = Supported X = Not Supported # = Supported by Chassis CHAK * = Future option D= Discontinued
(3E1) 3-channel E1
For AM3440-A/C, O9500R, O9550-A/C Single Slot
Features
Description
The 3E1 plug-in card is designed for the Loop-O9500R, Loop-O9550-A/C and Loop-AM3440 series and provides DS0-
SNCP (64 kbps sub-network connection protection). Users can mix the non-SNCP protected traffic with SNCP protected
traffic on the same E1 ring. It allows each DS0 time slot in the 3E1 interface to be interchanged and multiplexed onto a
digital network.
A to C traffic selected from primary path
Continuous error checking, performance C to A traffic selected from primary path
E1/T1 Channels E1/T1 Channels
polling, and in-service diagnostics are
provided through the main controller of
the Loop-O9500R, Loop-O9550-A/C and A
Primary
TS
Secondary
TS
Loop-AM3440 series. In addition, LEDs
on the plug-in card itself provide status
indicators. Traffic Traffic
B D selected from copied onto
Primary both paths
timeslots.
A Primary Secondary
TS TS
B D Traffic Traffic
selected from copied onto
Secondary both paths
path
Protected
TS
C
DS0 Timeslots
122
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Plug-in Modules
Transportation Low-speed (LS) Cards
(3T1) 3-channel T1
For AM3440-A/C and O9500R Single Slot
Features
Description
The 3T1 plug-in card is designed for the Loop-O9500R, and Loop-AM3440 series and provides DS0-SNCP (64 kbps sub-
network connection protection). Users can mix the non-SNCP protected traffic with SNCP protected traffic on the same
T1 ring. It allows each DS0 time slot in the 3T1 interface to be interchanged and multiplexed onto a digital network.
Application Illustration B D
Traffic
selected from
Traffic
copied onto
Primary both paths
path
The DS0 signal travels on both the Protected
TS
primary timeslots and secondary timeslots
in an SNCP/UPSR. The primary timeslots C
A Primary Secondary
TS TS
B D Traffic Traffic
selected from copied onto
Secondary both paths
path
Protected
TS
C
DS0 Timeslots
Description
Continuous error checking, performance polling, and in-service diagnostics are provided through the main controller of
the Loop-O9500R, the Loop-O9550-A/C, and the Loop-AM3440-A/B/C series. In addition, an LED on the plug-in provides
status indication.
Application Illustration
124
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Plug-in Modules
Transportation Low-speed (LS) Cards
Description
Continuous error checking, performance polling, and in-service diagnostics are provided through the main controller of
the Loop-AM3440 Access DCS-MUX series and O9550-A/C chassis. In addition, an LED indicator on the plug in card’s
front face provides immediate status indication.
Application Illustration
(M4E1) 4-channel E1
For AM3440-A/B/C/D/E & O9550-A/C/D Mini Slot
Features
● Usable as a CSU/DSU
● Full TSI capability among all time slots in the main
unit
● Remote diagnostics
● Software field upgradable
Description
Continuous error checking, performance polling, and in-service diagnostics are provided through the main controller of
the Loop-AM3440 series O9550-A/C chassis.
Great for indoor, inside building E1 connections or drops from a SONET/SDH network. For outside connections where
lightning protection is required please use our full Quad E1 interface card.
Application Illustrations
126
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Plug-in Modules
Transportation Low-speed (LS) Cards
(M4T1) 4-channel T1
For AM3440-A/B/C/D/E
Features
● Usable as a CSU/DSU
● Full TSI capability among all time slots in the main
unit
● Remote diagnostics
● Single LED indicator
● Software field upgradable
Description
Continuous error checking, performance polling, and in-service diagnostics are provided through the main controller of
the Loop-AM3440 series.
Great for indoor, inside building T1 connections or drops from a SONET/SDH network. For outside connections where
lightning protection is required please use our full Quad T1 interface card.
Application Illustrations
128
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Plug-in Modules
Transportation Low-speed (LS) Cards
Application Illustrations
TDMoEA emulates and encapsulates TDM traffic (DS0/E1/T1) into packets for IP or Ethernet transportation
Point-to-multipoint bridging
For a company that needs a Virtual Corporate Private Network to connect remote branches to company headquarters,
the Loop TDMoEA line of products can create an E1/T1 lease line for faster connections.
130
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Plug-in Modules
Transportation Low-speed (LS) Cards
● Physical Interfaces
- WAN: 1 x 10/100 Mbps, 1G
- LAN: 2 x 10/100 Mbps, 1G
● Voice Features
- G.711 a/μ, G.726(32K), G.729, G.723.1
- Silence Suppression and Detection
- Echo Cancellation (G.168)
- Adjustable jitter buffer
- Adjustable packet time (by Codec type)
- Programmable Gain ControlNote
- Adjustable call progress tone volumeNote
● Telephony Specifications
- In-Band DTMF, Out-of-Band DTMF Relay
(RFC2833 or SIP INFO)
- Caller IDNote
- T.30 FAX passthrough, T.38 Real Time FAX
RelayNote
● SIP Call Features
- Peer to Peer Call
- Call Forward - unconditional, busy Note
- Do Not Disturb Note Description
- Hot Line and Warm Line
● SIP Account Management The VoIPGA plug-in card is designed for the Loop-
- By channel registration AM3440-A/B/C. This card serves as a VoIP Gateway that
- Invite with Challenge converts up to 60 voice and fax channels to IP networks
- Support RFC3986 SIP URI format and in reverse direction. VoIPGA works with FXS, FXO,
- Phone Book Function (point-to-point call, and and E1/T1 interface modules on the AM3440 unit. It uses
cross-area call without SIP Server) high-quality embedded DSP chips to provide stable and
clear voice quality. It supports G.711 a/mµ-law, G.726-
Note: Configurable only through WEB management. 32K, G.729 and G.723.1 voice compression formats to
maximize its compatibility with other SIP devices.
132
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Plug-in Modules
Transportation Low-speed (LS) Cards
Application Illustration
Description
The 1FOMA fiber optical interface is a plug-in module that can be used in the standard single slots of the O9550-A/
C chassis and AM3440-A/B/C chassis. Designed for Loop-O9550 and Loop-AM3440 as an embedded 1 or 4 E1 fiber
optical modem, the 1FOMA interface is able to aggregate 1 or 4 E1 channels to single fiber optical interface and connect
with Loop-O9310-E1, FOM interface for Loop-AM3440-A/B/C/D, 7FOM interface for O9400R and O9500R.
Note: Although the Fiber Optical Interface serves the same hardware function on O9550 and AM3440, they have different
firmware.
Application Illustrations
134
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Plug-in Modules
Transportation Low-speed (LS) Cards
B
A to C
traffic Working
Ring
1FOMA 1FOMA
QE1 Normal Condition:
QT1 A C
Traffic flow on Working Ring
FOM
1FOMA 1FOMA
Protection
Ring
C to A
traffic
D
Line Down
B
Failure Condition:
Traffic affected by the fault rerouted
1FOMA 1FOMA
to Protection Ring
A C
1FOMA 1FOMA
A to C
traffic
C to A
traffic
D
Description
The one FOMB fiber optical interface is a plug-in module that can be used in the low speed slots of the O9500R chassis.
Designed for Loop-O9500R as an embedded 1 or 4 E1 channels over single fiber optical interface and connect with
Loop-O9310-E1.
Application Illustrations
136
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Plug-in Modules
Transportation Low-speed (LS) Cards
B
A to C
traffic Working
Ring
1FOMB 1FOMB
QE1 Normal Condition:
QT1 A C
Traffic flow on Working Ring
FOM
1FOMB 1FOMB
Protection
Ring
C to A
traffic
D
Line Down
B
Failure Condition:
Traffic affected by the fault rerouted
1FOMB 1FOMB
to Protection Ring
A C
1FOMB 1FOMB
A to C
traffic
C to A
traffic
D
Description
Application Illustrations
138
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Plug-in Modules
Transportation Low-speed (LS) Cards
B
A to C
traffic Working
Ring
FOM FOM
QE1 Normal Condition:
QT1 A C
Traffic flow on Working Ring
FOM
FOM FOM
Protection
Ring
C to A
traffic
D
Line Down
B
Failure Condition:
Traffic affected by the fault rerouted
FOM FOM
to Protection Ring
A C
FOM FOM
A to C
traffic
C to A
traffic
D
Description
Loop Telecom’s 1-port 2 Mbps optical plug-in card is designed for Loop-V4200 device as an embedded 1E1 fiber optical
modem. This plug-in card can transport 1 E1 to single fiber optical to connect with other Loop device such as the V4200-
9, AM3440-A, or O9310.
Application Illustrations
140
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Plug-in Modules
Transportation Low-speed (LS) Cards
Description
The G.SHDSL plug-in card supports configuration and diagnostics using a local or remote terminal connected to the main
unit. This allows in-service diagnostics and fault isolation.
Application Illustration
AM3440
H3310
AM3440
H3300-3S
(GH) G.SHDSL
For V4200-9 Mini Slot
Features
Description
Loop Telecom’s G.SHDSL plug-in card is designed for the Loop-V4200 series. This card allows direct connection to
wire pairs using 16-TCPAM transmission technology. Versatility of this card comes from the choice of data rates, with
the lower data rates applicable to the longer reaches. The G.SHDSL plug-in card can work with the Loop-H3300, and is
compatible with other G.SHDSL equipment.
The G.SHDSL plug-in card supports configuration and diagnostics by using a local or remote terminal connected to the
main unit. This allows in-service diagnostics and fault isolation.
Application Illustration
V4200-9
H3310
V4200-9
H3300-3S
142
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Plug-in Modules
Serial and Digital Access Low-speed (LS) Cards
● Supports X.21/RS449/RS422/RS232/V.35/V.36/
EIA530
● Supports both synchronous and asynchronous data
● Port 1 to 4: two DB44 connectors
● Port 5 to 6: two RJ48 connectors
● Five software configurable modes
● MODE 1: V.110
- Supports MUX/NON-MUX Mode for SYNC/ASYNC
data
- Port 1 to 4: RS232/RS422/X.21, SYNC/ASYNC
64kbps and sub-rate with V.110 encoding
- Port 5 to 6: RS232 for 64kbps and sub-rate,
ASYNC only
● MODE 2: N x 64K
- Port 1 to 4: X.21/RS449/RS422/RS232/V.35/V.36/
EIA530 SYNC N*64k (N=1~32)
- Port 5 to 6: Disabled Description
● MODE 3: N x 64K + Oversampling
- Port 1 to 3: X.21/RS449/RS422/RS232/V.35/V.36/ The 6-port Universal Data Interface Card (6UDTEA) card
EIA530 SYNC N*64k, (N=1~32). for single slots is designed to transport DS0 and sub-rate
- Port 4: X.21/RS449/RS422/RS232/V.35/V.36/ signals. Both SYNC and ASYNC data of X.21, RS449,
EIA530 SYNC, N*64k, (N=1~20). RS422, RS232, V.35, V.36, EIA530 can be transported
- Port 5 to 6: RS232 N*64k (N=1~6) oversampling on the four ports (i.e. port 1 to 4) of DB44 connector.
for ASYNC data. ASYNC RS232 can be transported on the additional ports
● MODE 4: Clock Pass Through (i.e. port 5 and 6) of RJ48 connector. Per-port software
- Port 1 to 4: RS232/RS422/X.21/V.35/V.36/EIA530 configuration is available.
SYNC 38.4K and subrate Five modes are designed to provide different
- Port 5 to 6: Disabled requirements of DTE signal transportation.
● MODE 5: N x 64K + Local and Remote Loopback ● In Mode 1, all 6 ports can be MUXed (V.110) into one
- Port 1 to 4: X.21/RS449/RS422/RS232/V.35/V.36/ 64K channel. When the card is set to NON-MUX in
EIA530 SYNC N*64k (N=1~32) Mode 1, asynchronous data rate per channel/port can
- Port 5 to 6: Disabled be up to 38.4 Kbps, and synchronous data rate per
- Local and Remote Loopbacks with BERT, channel/port can be up to 64 Kbps.
supporting V.54 ● In Mode 2, 3 and 5, each of the four ports is able
to transport N x 64K synchronous signals. Mode 3
supports additional RS232 asynchronous data, and
Mode 5 supports Local and Remote Loopbacks with
BERT
● In Mode 4, Clock Pass Through is available for port 1
to 4.
Application Illustration
GbE/10GbE
E1/T1 SDH/SONET
MPLS-TP/CE
Network Network
IP Network
O9500R
AM3440
O9550
SYNC/ASYNC
DTE signal
transportation
144
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Plug-in Modules
Serial and Digital Access Low-speed (LS) Cards
Application Illustration
Universal DTE
Industry Industry
Platform Device
8UDTEA E1/T1 E1/T1 8UDTEA
E1/T1
Network
AM3440/ AM3440/
O9500R/ O9500R/
O9550 O9550
Remote
Device
Remote
Control
Admin NEs
Router
=
E1/T1 8UDTEA
AM3440
Async RS232/
RS422/RS485
8UDTEA E1/T1
E1/T1
Network E1/T1 8UDTEA
AM3440
O9500R
Omnibus
G1 = group 1 E1/T1
P1 = port 1 Network
E1/T1 E1/T1
AM3440 O9500R
8UDTEA 8UDTEA
G1 G2 G3 G8 G1 G2 G3 G8
P1 P2 P3 P4 P8 P1 P2 P3 P4 P8
NE NE NE NE NE NE NE NE NE NE
146
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Plug-in Modules
Serial and Digital Access Low-speed (LS) Cards
Description
Application Illustration
Description
The 6RS232A card for Loop-O9550 and Loop-AM3440 series has 6 interface ports. For the RJ version, 6 RJ48
connectors are available in Asynchronous mode. For the DB version, 2 DB44 connectors are available in Asynchronous
and Synchronous modes, and provide 3 ports each. Two cables are included. Each cable converts from DB44 connector
to two DB25 and one DB9 connectors.
For Asynchronous signals, each of the 6 asynchronous ports up to 38.4 Kb/s rate, is assigned a separate 64 Kb/s
channel in independent mode. Moreover, each port can be used in either NON-MUX (independent) mode or MUX mode
for Sync/Async applications.
The 6RS232A card is designed to allow user to transport subrate signals on a 64Kbps channel and the data will fill into
the bit stream. Users are able to have customized MUX configuration as wishes. Also, all 6 ports can be MUXed; only
port 1 is in MUX mode at all time, and all the configured MUX ports will be merged to port 1. Furthermore, there will be
solely one MUX group and all Mux port kbits cannot be larger than 64kbits.
Application Illustration
6RS232A
MUX
64k
Group
WAN Up to
E1/T1/Eth 6 ports
O9500R/
AM3440 P1 P2 P3 P4
64k subrate
Sync/Async
RS232
CPE CPE CPE CPE
148
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Plug-in Modules
Serial and Digital Access Low-speed (LS) Cards
Description
The 8RS232 interface card for Loop-O9500R, Loop-O9550-A/C, and Loop-AM3440 series has 8 interface ports. For the
RJ version, 8 RJ48 connectors are available in Asynchronous/Sync mode. The sync mode method used is oversampling
at 64 Kbps, the max data rate for each RJ48 is 19.2 Kbps only available in some ports. For the DB version, 2 RJ48
provide 2 ports and 2 DB44 connectors provide 3 ports each. Two cables are included. Each cable converts from DB44
connector to two DB25 and one DB9 connectors.
For asynchronous signals, the card can be used in either INDEPENDENT mode or MUX mode. In the INDEPENDENT
mode, each of the 8 asynchronous ports up to 38.4 Kb/s rate, is assigned a separate 64 Kb/s channel. In the MUX mode,
up to 5 ports, each up to 9.6 Kb/s, can share a single 64 Kb/s channel. The remaining 3 ports will be multiplexed to
another 64Kb/s channel.
For synchronous signals only four of the ports can be used, leaving another 4 ports as asynchronous. In the
INDEPENDENT mode, each of the 4 synchronous ports can be up to 64 Kb/s. The rest of the 4 asynchronous ports,
each up to 38.4 Kb/s rate, is assigned a separate 64 Kb/s channel per port. In the MUX mode, the 4 synchronous ports,
each up to 9.6 Kb/s, share a single 64 Kb/s channel. The other 3 asynchronous ports will be multiplexed to another 64Kb/
s channel.
The 8RS232 interface card uses the multiplexing format defined in ITU-T X.50 Div.2 and in X.54 for rates below 64 Kbps.
For 64 Kbps transport, standard RS232 format is used. In the INDEPENDENT mode when only one subrate signal is
transported, the unused bandwidth is filled with "1s".
Application Illustrations
8RS232
MUX
64k
Group
WAN Up to
E1/T1/Eth 4 ports
O9500R/
AM3440 P1 P2 P3 P4
9.6k Sync
RS232
CPE CPE CPE CPE
Description
The 6CDA card provides three co-directional/contra-directional mode options for different field requirements: (a) Co-
directional + Contra-directional controlling (DCE) mode, (b) Co-directional + Contra-directional subordinate (DTE) mode,
and (c) Mixed mode.
The 6CDA card supports diagnostics and alarms. This allows diagnostics and fault isolation.
Application Illustration
150
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Plug-in Modules
Serial and Digital Access Low-speed (LS) Cards
Description
The G.703 plug-in card supports diagnostics and alarm setup by LCD operation or using a local or remote terminal
connected to the main unit. This allows in-service diagnostics and fault isolation.
Note: Although the G.703 Interface Cards serve the same hardware function on O9500R, O9550, and AM3440, they
have different firmware.
Application Illustration
E1/T1
Network
E1/T1
Network
Eth/ PTN or
E1/T1 SDH/SONET
Network Network
Relay
Trip
Description
Application Illustration
Eth/E1/T1
Network
Carrier
Site
OCU DP E1/T1
User Premises
Clock signal DSU
CSU OCU DP
OCU DP E1/T1 E1/T1 DTE
DTE
DTE
OCU DP
Central MUX/DCS DS0 subrate line
Office DSU DTE
152
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Plug-in Modules
Serial and Digital Access Low-speed (LS) Cards
Description
OCUDP card is a single-slot interface card designed for 64K signals from switches, frame relay, and etc. with up to 5.5
km reach. OCU-DP is often used for leased lines to provide voice, video, and data service transportation. An AM3440 at
the Central Office serves as a multiplexer (MUX) or DCS by connecting via OCUDP cards to user premises equipment
for leased lines. At the user premises, an AM3440 can also work as CSU by connecting to the Central Office via E1/T1
cards, and to existing DSUs via OCUDP cards and DTE via DTE cards.
OCUDP serves with different additional functions when facing different sites. At the DDS and DTE sides, it can also
provide diagnostic functions by sending test messages at different circuit levels. At the Central Office facing the Carrier
side, the OCUDP can be used for clock synchronization by being a Slave Clock and receives clock messages from the
OCUDP at the Carrier Sites that serves as a Master Clock.
Application Illustration
Eth/E1/T1
Network
Carrier
Site
OCU DP E1/T1
User Premises
Clock signal DSU
CSU OCU DP
OCU DP E1/T1 E1/T1 DTE
DTE
DTE
OCU DP
Central MUX/DCS DS0 subrate line
Office DSU DTE
Description
The Terminal Server module can support three RS232 interfaces. One interface (DTE3) is a fixed RS232 ASYNC
interface. The other two interfaces (DTE1 and DTE2) can be configured as ASYNC or SYNC interfaces independently.
Router functionality is built inside the plug-in card. The main function of this plug-in is to convert PPP/SYNC, SLIP/
ASYNC and raw data to IP packets. The IP packets will be sent to the routing engine on the card, and then sent to T1/E1
DS0 cross-connection on the XCU card.
Application Illustration
Admin
NEs
Router
=
E1/T1 3TS
O9500R
154
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Plug-in Modules
Voice and Analog Access Low-speed (LS) Cards
Description
The 12FXSA/12FXOA plug-in cards are designed for the single slot of Loop-AM3440 series. It allows voice frequency
interfaces to be multiplexed as a 64 kbps DS0 signal onto a digital network. 12FXSA provides 12 voice Interfaces connect
to telephones. 12FXOA provides connections from telephone lines, either from a central office or from a PBX in RJ11
x 12 connectors. Coding is either A-law or µ-law selectable by user. Most popular signaling conventions are supported,
including PLAR.
Application Illustration
PDH/SDH/SONET Packet
Network Network
A-law/µ-law A-law/µ-law
PSTN
phone
phone fax pay phone Modem switch
Description
The QFXO plug-in card is designed for the Loop-AM3440-B/C and O9550-A/C. It allows voice frequency interfaces to be
multiplexed as a 64 kbps DS0 signal onto a digital network. The QFXO provides four voice connections to central office
or PBX and provides user selectable A-law or mu-law coding.
Application Illustrations
PDH/SDH/SONET Packet
Network Network
To Subscriber
QFXOA
AM3440/ To Central Office
O9550
Meter pulse
Detection
12/16 KHz
PSTN
Central Office
Switch
156
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Plug-in Modules
Voice and Analog Access Low-speed (LS) Cards
● 4 telephone connections
● PLAR supported
● 3 options supported: Loop Start, Ground Start,
Metering Pulse
● Metering Pulse support 12KHz/16KHz
● User programmable signaling Bit A, B, C, D
● User programmable A-law or Mu-law coding QFXSA Card Panel View
● User programmable gain adjustment (for AM3440-A/B/C & O9550R-A/C )
● User programmable balance 600/900 ohm impedance
● Complied with ±48 Vdc (SDB) and AC (SAB) power
modules
● Signaling and voice tests
● Status monitoring
QFXSA Card
(for AM3440-D/E & O9550R-D)
Description
The QFXSA plug-in card is designed for the Loop-AM3440-B/C and O9550-A/C. It allows voice frequency interfaces to
be multiplexed as a 64 kbps DS0 signal onto a digital network. QFXSA provides connections to four telephones and it
also provides user programmable A-law or mu-law coding. Most popular signaling conventions are supported, including
PLAR (Private Line Automatic Ring down). The QFXSA supports signaling tests, including ring test, battery reverse test,
channel swap, metering pulse test, and tip open test. Moreover, it supports status monitoring: line, signaling bit, and jump
setting.
Application Illustrations
PDH/SDH/SONET Packet
Network Network
To Central Office
QFXS
AM3440/
O9550 To Subscriber
Description
The twelve channel magneto (12MAGA) plug-in card is designed for the low speed single slot of Loop-O9500R, Loop-
O9550-A/C, and Loop-AM3440-A/B/C devices. This module allows communications between magneto telephones. With
the card set in PLAR mode, communications can take place between a magneto telephone and a regular telephone. All
signaling is carried transparently by the digitizing process.
Application Illustrations
PLAR PLAR
Mode Mode
PLAR PLAR
Mode Mode
158
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Plug-in Modules
Voice and Analog Access Low-speed (LS) Cards
Description
The four channel magneto (QMAGA) plug-in card is designed for mini slot. This module allows communications between
magneto telephones. With the card set in PLAR mode, communications can take place between a magneto telephone
and a regular telephone. All signaling is carried transparently by the digitizing process.
Application Illustrations
PLAR PLAR
Mode Mode
PLAR PLAR
Mode Mode
Description
Loop Telecom’s E&MA plug-in card is designed for the single slots. It
allows 8 ports E&M interfaces to be multiplexed to 64 kbps DS0 signals. It
can also be used as TO (Transmit Only). Voice coding can be selected as
either A-law or μ-law. Manufacture options are available to use on AM3440
system with ±24, ±48 or ±125Vdc power input.
Application Illustration
160
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Plug-in Modules
Voice and Analog Access Low-speed (LS) Cards
Description
The QEMA card requires an external cable to support 4-RJ45 ports for connecting to PBX tie lines, carrier facilities, or
4-wire modems. Each RJ45 port has 8 pins supporting the following signaling and transmission pairs: E/M, SG/SB, T/R,
and T1/R1.
The card can configure different types, A/B side and 2/4 wire options by jump location. Users can utilize additional
jumpers enclosed in the package for Type I, II, III, IV, V and TO (Transmit Only) signaling options. Type TO provides
dedicated 4-wire transmit and receive paths to lease-line modem equipment. There are choices of two side: Using A side
mode, the card can operate as switching equipment. Using B side mode, the card can operate as channel equipment.
There are 3 diagnostic functions supported: off hook test, loopback test, and LED display bit for signaling monitoring.
Moreover, users could have LEDs provide channel setting and channel status indicators.
Application Illustration
Description
The Data Bridge Card for Loop-O9500R, Loop-O9550, and Loop-AM3440 series has 8 RS232 ports. On the Data Bridge
Card, each RS232 port uses data bridge function on 1DS0 sync 56 kbps or 64 kbps channel to get the ASYNC data from
the host data server (ASYNC data rate ranges from 1.2K bps - 19.2K bps). Then the host data server will broadcast the
data to the remote tributary site.
Under operation, 1 to 20 end points per multi-drop circuit go into a logical ended 56K or 64K channel, and the data at the
tributary and the host end enters the channel banks through RS232 synchronous interfaces. The primary is then either
mapped out the RS232 synchronous port, or is mapped to another upstream DS0. Each port RS232 could support the
data bridge function reaching to 20 remote tributary sites. Each tributary is asynchronous data sent over synchronous
channel using over-sampling techniques.
Protection can be (a) 1+1 on a pair of ports on the same card which provides line protection, (b) 1+1 on pair of ports on
adjacent cards which provides card protection, or (c) 1+1 on a pair of ports on different chassis which provides chassis
and site protection.
Note: Although the Data Bridge Cards serve the same hardware function on O9500R, O9550, and AM3440, they have
different firmware.
162
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Plug-in Modules
Data Processing Low-speed (LS) Cards
Applications
The host data server is responsible for sending requests to the target tributary site. Only one tributary site is allowed to
send data to the host data server at a time. When the tributary site gets the request, it sends ASYNC data through E1/T1
network into the O9500R, O9550, and AM3440 devices. The data from the tributary sites could either travel on separate
DS0 within a single E1/T1 Network, or within separate E1/T1 Networks. The data goes into the O9500R, O9550, and
AM3440 through the QE1/QT1 card, TSI connect mapping and the Data Bridge Card, then to the host data server.
E1/T1 Network
Tributary Tributary
Site Site N = 1 to 20
VP1 VP2 VP3 VP4
Note:
Data 128 DS0 1. Each Data Bridge Card supports up to 128 DS0. Each RS232
Bridge port on the data bridge card supports up to 20 DS0. Only an
Card average of 16 DS0 is allowed for each port at most when they
56
Kbps transmit data at the same time.
RS232 port1 and 5, port 2 and 6, port 3 and 7, port 4 and 8 work in pairs to support 1+1 backup function. Port1 to port 4
connects to the active host data server, and port 5 to port 8 connects to the backup host data server.
O9500R/O9550-A/C/AM3440-A/B/C
DXC E1/T1
E1/
T1
Data Bridge
Card
RS232
Ports
1 2 3 4 5 6 7 8
Active Backup
The Data Bridge Cards in slot 1 and 2, slot 3 and 4, slot 5 and 6…slot 11 and 12 work in pairs for card-level 1+1 backup
function.
164
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Plug-in Modules
Data Processing Low-speed (LS) Cards
The data bridge card supports dual host data box function. When one host data server fails, the other host data server
takes over and sends the data to the remote tributary data boxes.
Site A (Active)
E1 Network
Site B (Backup)
O9500R/O9550-A/C/
Data Bridge Card
AM3440
Host Data DXC
Server RS232 E1/
T1
Port
E1/T1
Description
The router plug-in card is designed for the Loop-AM3440 Access DCS-MUX series. When used with the Loop-
AM3440 series, this card combines the function of a router and one DTE. With this card, access from LAN to WAN is
accomplished within one box, saving both space and money.
Application Illustrations
As a router
Router/
Switch Internet
LAN 1
RT E1/T1
E1/T1
V4200-9
LAN 2
As LAN bridges
LAN 1 LAN 1
RT E1/T1 E1/T1 RT
E1/T1
V4200-9 V4200-9
LAN 2 LAN 2
166
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Plug-in Modules
Packet Access Low-speed (LS) Cards
RT E1/T1 In-band
Mgmt
E1/T1
E1/T1
LAN switch
Telnet SNMP
SSH (NMS) NE #2
The Router-A card is designed for the one mini slot Loop-AM3440 series and O9550-A/C chassis. When used within the
Loop-AM3440 series and O9550-A/C chassis, this card acts as a router, directing Ethernet traffic to and from multiple
WAN channels. With this card, access from LAN to WAN is accomplished within one card, saving both cost and space.
Application Illustrations
As a router
Router/
Switch Internet
LAN 1
RT E1/T1
E1/T1
LAN 2 AM3440/
O9550
168
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Plug-in Modules
Packet Access Low-speed (LS) Cards
As LAN bridges
LAN 1 LAN 1
RT E1/T1 E1/T1 RT
E1/T1
AM3440/ AM3440/
O9550 O9550
LAN 2 LAN 2
RT E1/T1 In-band
Mgmt
E1/T1
E1/T1
LAN switch
Telnet SNMP
SSH (NMS) NE #2
Description
The Router-B plug-in card is designed for the single slot of Loop-O9500R, O9550-A/C, and AM3440-A/B/C devices.
When used within the Loop-O9500R, this card combines the function of a router and directs Ethernet traffic to/from
multiple WAN channels. Access from LAN to WAN is accomplished within one card, saving both space and money.
Note: Although the Router-B Interface Cards serve the same hardware function on O9500R, O9550, and AM3440, they
have different firmware.
Application Illustrations
As a router
Router/
Switch Internet
LAN 1
RT E1/T1
E1/T1
LAN 2 AM3440/
O9500R/
O9550
170
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Plug-in Modules
Packet Access Low-speed (LS) Cards
As LAN bridges
LAN 1 LAN 1
RT E1/T1 E1/T1 RT
E1/T1
AM3440/ AM3440/
O9500R/ O9500R/
O9550 O9550
LAN 2 LAN 2
RT E1/T1 In-band
Mgmt
E1/T1
E1/T1
LAN switch
Telnet SNMP
SSH (NMS) NE #2
Description
Application Illustration
E1/T1
Network
E1/T1
Network
E1/T1 PTN or
Network SDH/SONET
Network
Teleprotection
Unit
Relay
172
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Plug-in Modules
Teleprotection Access Low-speed (LS) Cards
Description
Application Illustrations
SDH/SONET/
PDH/PSN
Teleprotection
Unit
Contact
I/O
Relay
Trip
Description
The Transfer Trip Card is designed for the AM3440 series which is for transfer trip function. It can be used in a protection
system to send a trip command to remote circuit breakers.
The Transfer Trip card is a dual slot module provides four ports of input and output using bi-directional DS0’s.
The Transfer Trip Card is capable of measuring and recording round trip delay. The measurement is run
continuously and an alarm is generated if the round trip delay exceeds a user preset value. Besides, the
Transfer Trip card provides several user configurable timers to fit application requirement and keep the
proper operations of the system.
Application Illustrations
SDH/SONET/
PDH/PSN
Teleprotection
Unit
Contact
I/O
Relay
Trip
174
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6
Ethernet Access and Switch
Loop-IP6320A L2/L3 Intelligent Switch 176
Loop-IP6320B L2/L3 Intelligent Switch 177
Loop-IP6330 L2 GbE Intelligent Switch 178
Loop-IP6340 L2 Smart Management Ethernet Switch 179
Loop-IP6510 L2/L3 Multiple WAN Router/Bridge 181
Loop IP6510-LN L3 Multiple WAN Router 183
Loop-IP6608 CE2.0 Switch 185
Loop-IP6610 L2/L3 E1/DS1/DTE/DCE/ Router/Bridge Box 186
Loop-IP6618 CE2.0 Switch 187
Loop-IP6808 L2 Unmanaged 8-Port Industrial Secure Gigabit Switch 189
Loop-IP6810 L2 FE Switch Self-Healing Ring NTU 190
Loop-IP6820 L2 GbE Switch Self-Healing Ring NTU 194
Loop-IP6818 8-port Industrial L2/L3 Managed Gigabit PoE/PoE+ Switch 198
Loop-IP6828 L2/L3 Industrial Rack-Mount Managed Modular Gigabit Ethernet
PoE Switch 199
Loop-IP7925 L2 Carrier Ethernet Transport with CFM & ERPS 201
Loop-IP7930-B/F/S/T L2 Ethernet Demarcation Device 203
Loop-G7820 L2/L2.5/L3 Intelligent Switch 207
Ethernet Access and Switch
Description
The IP6320A switch provides total 24/48 GbE ports with RJ45 ports. The switch capability of IP6320A supports 120Gbps
non-blocking switching for full line speed traffic.
The IP6320A provides advanced L2/L3 features to meet the requirements in Carrier Ethernet and Enterprise network
application. IP6320A main features including full IPv4/IPv6 stack, On-chip OAM (802.1ag/CFM/EFM), and Protocol
Independent APS (<50ms protect switching).
Application Illustration
176
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Ethernet Access and Switch
Description
The IP6320B switch provides total 48 GbE ports with RJ45 ports. The switch capability of IP6320B supports 120Gbps
non-blocking switching for full line speed traffic.
The IP6320B provides advanced L2/L3 features to meet the requirements in Carrier Ethernet and Enterprise network
application. IP6320B main features including full IPv4/IPv6 stack, On-chip OAM (802.1ag/CFM/EFM), and Protocol
Independent APS (<50ms protect switching).
Application Illustration
IP6320B IP6320B
IP6320B IP6320B
IP6320B IP6320B
Features
● 1 U height
● 24 GbE ports
- 24 ports of RJ45 (10/100/1000Mbps-TX)
interfaces, Full/Half duplex auto-negotiation
Description
● L2 Switch functions:
- VLAN The Loop-IP6330 L2 GbE Intelligent Switch is a cost-
- Jumbo Frame reach up to 9600 bytes effective 24-port GbE L2 Ethernet switch that offers high
- Max. 1024 active VLAN with VID (1 to 4094) performance and quality service at a very affordable
- Port-based VLAN price.
- Rate Control
- QoS The IP6330 switch provides total 24 GbE ports with 24
● 8 priority queues per port RJ45 ports. The switch capability of IP6330 supports
● Strictly Priority or Weighted Round-Robin non-blocking for full line speed traffic.
(WRR) scheduling
- Port Rate limiting for ingress/egress traffic The IP6330 supports lots of L2 switch management
● Storm control functions including. 802.1Q VLAN, Rate Control, Port
● MAC table size 8k Configuration, Port Mirroring, Port Statistics, QoS
● LACP for link aggregation (IEEE 802.3ad) functions, ... etc. The console interfaces of IP6330
● IGMP snooping and query supports remote management by SNMP, HTTP, HTTPS,
● Software Upgrade and Telnet interfaces.
● Event Log
● Management port and interface
- Embedded SNMP v1, v2c
- Telnet
- Web Management (Http)
● IEEE compliance
- 802.1p
- 802.3, 802.3u, 802.3ab, 802.3x, 802.3az
● RoHS compliant
Application Illustration
178
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Ethernet Access and Switch
Features
● Connector
- 24 GbE (10/100/1000 Mpbs) RJ45 ports
- 4 SFP (1000 Mpbs) fiber ports Description
● Port settings
- Auto/Full/Half Duplex The Loop-IP6340 L2 Smart Management Ethernet
- Auto-negotiation Switch is equipped with 24 gigabit RJ45 ports and 4 SFP
● L2 Switch functions slots. The switch supports high performance, enterprise-
- VLAN level security control & QoS Layer 2 management
● Static, port-based, tag-based, Voice OUI features. It is a cost-effective product solution for the
- Jumbo Frame 64 to 9216 bytes small and medium business.
- VLAN ID (1 to 4094)
- Rate Control The switch supports the Web GUI to control each port
- QoS status and bandwidth control by port rate limiting. The
● 8 priority queues per port Storm Control feature protects against Broadcast,
● Strictly Priority (SP) scheduling Multicast and Unicast Storm. The rich Quality of Service
● Weighted Round-Robin (WRR) scheduling (QoS) & VLAN provides enhanced traffic management
● Cos, DSCP, IP precedence capabilities to move your data smoother and faster. The
● Port Rate limiting for ingress/egress traffic device supports a complete lineup of layer 2 features,
● Spanning Tree Protocol (STP) Modes including 802.1Q tag VLAN number up to 4094, Port
- STP Isolation, Port Mirroring, Port ACL, STP/RSTP/MSTP,
- Rapid STP (RSTP) Link Aggregation Group and 802.3x Flow Control
- Multiple STP (MSTP) function. It also supports SNMP management functions.
● Device discovery protocol
- LLDP, LLDP-MED The switch complies with IEEE802.3az Energy Efficient
● IEEE compliance Ethernet to save power consumption, Support IGMP
- 802.3, 802.3u, 802.3ab, and 802.3x Snooping v2/v3 function to improve traffic performance.
- 802.3az EEE enable and disable Moreover, the rich diagnostic LEDs on the front-panel
- Flow control provide the operating status of individual port and whole
● Management system.
- Telnet, HTTP, HTTPS, SNMP
● Security
- Protected Port
- Storm Control
- DoS attack prevention
- DHCP Snooping
● Diagnostics
- Port mirroring, Ping test, Copper test
● Firmware configuration upgrade and backup
● Other features
- MDI/MDI-X auto crossover
- NWay protocol and auto-detection
- IGMP Snooping v2/v3
- LACP port trunking up to 8 static or dynamic
groups
Application Illustration
IP 6 34 0
180
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Ethernet Access and Switch
Description
Application Illustrations
E1/T1
LAN LAN
Network
IP6510 IP6510
Multiple WANs
E1/T1
IP6510 IP6510
MLPPP Bundle
Backup
Network
DSL DSL
Ethernet Ethernet
E1/T1
Network
IP6510 IP6510
182
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Ethernet Access and Switch
Description
These features inside the Loop-OS include IPv4/IPv6 dual stack routing capability, software bridging*, serial-to-IP/UDP
terminal services*, and network security features. With RIPng, OSPFv3 and BGP-4, the IP6510-LN is able to build a
reliable IPv6 routed network.
All WAN ports and LAN ports can be configured into bridge mode*, router mode, or combinations of both. WAN interfaces
including Ethernet, E1/T1 and Serial RS232/RS485 provide flexibility for any access network.
Using VPN connectivity over IPSec included in the Loop-OS software suite allows a highly secure and reliable connection
over an IP-based network to any location.
* Future option
Features ● QoS
- Policy based Egress Rate Limiting
● Mechanical and Electrical - Traffic Classification based on
- 2 Tributary Slots for WAN interfaces ● Outbound direction
- Power Module ● IPv4 or IPv6
● AC and DC coexist ● Source/Destination IP Address Range
● AC power: 100 to 240 Vac, 0.8 A ● TCP/UDP Port Number
● DC power: -36 to -72 Vdc, 1.2 A ● (DSCP+ENC) 1byte field / ToS 1 byte field
- Commercial unit: 0°C to 50°C; Industrial unit: ● Any Protocol Type
-20°C to 70°C ● Layer 3
● WAN Interface - IPv4/IPv6 dual stack
- Tributary Slots - Routing Protocols: Static Route, RIPv1/v2, RIPng,
● 2 ports OSPFv2/v3, BGP4.
● Cold-swappable - Multicast protocols: IGMPv1/v2/v3
● Plug-in card types: - VLAN Routing based on Static Route, RIPv1/v2,
- E1 card: 2 ports per card, Nx64k RIPng, OSPFv2/v3.
- T1 card: 2 ports per card, Nx64k - Address Translation
- Ethernet card: 1 port per card, electrical RJ45 ● NAT
- Ethernet card: 1 port per card, optical SFP ● Port Forwarding Table for NAPT (Virtual
- Built-in 2 Ethernet ports Service)
- Multiple WANs per fractional E1/T1 interface is ● IP-VPN connectivity over IPSec
supported, up to 64 WAN per system (maximum ● Security
16 WAN supports PPP encapsulation) - IPSec
● LAN Interface ● Encryption: DES, 3-DES, AES-128/AES-256
- 4 Ethernet ports ● Authentication: MD5, SHA-1
● All Ethernet Interfaces ● Key Management
- 10/100BaseT - IKEv1/v2 (pre-shared key or RSA certificate)
- Speed and duplex-mode auto-negotiation ● Up to 64 concurrent tunnels per interface
- Auto MDI/MDI-X cross-over - IP-VPN connectivity over IPSec
● Layer 2 Encapsulation Protocols - Access Control
- PPP, MLPPP, Cisco HDLC, raw HDLC ● Packet-Filtering based on policy type:
● Management - Inbound/Outbound direction
- Telnet and SSHv1/v2 (up to 4 concurrent sessions) - Source/Destination IP Address Range
- SNMPv3 - Any Protocol Types (ICMP, TCP, UDP, etc.)
- Multilevel login privilege control - TCP/UDP Port Number Range
- Syslog • 1 control list per interface
- NTP Client for IPv4, up to 4 NTP server • Up to 100 rules per control list
Application Illustrations
MLPPP Bundle
LAN LAN
IP6510-LN IP6510-LN
Multilink PPP
IP6510-LN IP6510-LN
IPv6
Network
IPv4 Device IPv4 Device
184
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Ethernet Access and Switch
Application Illustration
1GbE
1GbE
IP6608
IP6608 IP6618
IP6608 IP6608
10GbE
G.8032 @1G with
IP6608 PTP Telecom Profile 1GbE
IP6608
1GbE
Carrier Ethernet IP6608
G.8031
@ 1G Network
IP6608
1GbE 1GbE
1GbE
IP6608 IP6608
IP6608
IP6608
Features
Application Illustrations
Basic Use
LAN
Loop-IP6610
186
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Ethernet Access and Switch
● 4 × 1G RJ45 Ports + 2 × 1G SFP Ports + 2 × 10G As the SLA (Service Level Agreement) is at the center
SFP Ports part of the Carrier Ethernet services, and the Ethernet
● Carrier Ethernet 2.0 compliant OAM protocol suite is the key to enable the services.
● ITU-T G.8031/G.8032 protection switching The IP6618 NIDs embed the hardware Ethernet OAM
● ITU-T G.8262 Synchronous Ethernet with SSM engines for ensuring the real time monitoring can be
● IEEE 1588v2 Boundary and Transparent Clock with achieved. The protocol suite covers link status, service
nanosecond accuracy level, network monitoring, as well as performance
● ITU-T G.8275.x PTP Telecom Profile supported on metrics. IEEE 802.1ag CFM, 802.3ah EFM, ITU-T
Boundary Clock and Transparent Clock Y.1731 Performance Monitoring are all included in the
● Comprehensive Ethernet OAM supported: IEEE OAM feature suite, furthermore, both IETF RFC 2544
802.1ag CFM, 802.3ah EFM, and ITU-T Y.1731 and ITU-T Y.1564 hardware-based tester are also in
● Service Activation Testers incorporated: RFC2544, place which enables the operation center the ability of
Y.1564 performing diagnostics and performance testing remotely.
● Non-blocking wire-speed switching This capability effectively reduces service personnel
costs and ensures outstanding user experiences.
Application Illustration
188
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Ethernet Access and Switch
Application Illustrations
Features
5 Years
● Full frontal access (ETSI) unit complies with IP30 Warranty
standard
● Desktop, wall, or DIN Rail mounting
● Compact intelligent FX packet optical ring with Layer
2 switching capabilities
● WAN port with OA&M functionality
- Dual SFP optical housing interfaces
- Dual RJ45
● Tributary ports
- 3 ports 10/100 BaseT Ethernet Description
(with PoE option available in DC 48 only)
- 2 ports RS232/485 interfaces, user selectable via The Loop-IP6810 is a self-healing ring network
2-port DIP switch termination unit (NTU) with a built-in L2 FE switch. It can
- 2 dry contact for input and 2 dry contact for output; be desktop, wall or DIN rail mounted. LEAPS, RSTP,
support point-to-point and point-to-multi-point or MSTP* Ethernet Ring protection or point-to-point
● Power modules protection is made possible in 100 Base-FX networks
- On-board fixed single AC supply with the IP6810.
- On-board fixed single/dual DC modules with dual
feed All end equipment can be either in packet format via
● Auto-discovery topology, auto-diagnostic and remote- Ethernet ports or serial data via RS232/485 interfaces
configure for easy plug-and-install (up to 64 units) which will be converted into packet format within the
● Supports SNTP IP6810. The IP6810 has two WAN optical and electrical
● Ethernet Functionality interfaces, two RS232/485 DTE interfaces, three
- Loop Ethernet Automatic Protection Switching Ethernet LAN interfaces, two sets of dry contact IN/OUT
(LEAPS) interfaces, and one alarm relay connector. The IP6810
● Fault recovery time: less than 50 ms comes in an industrial hardening mode to support
● Point-to point: fault recovery time less than 8 ms temperatures from -20°C to 70°C (-4°F to 158°F).
● Up to 15 units: fault recovery time less than 25
ms The IP6810 supports auto-discovery to locate all units on
- IEEE 802.1w RSTP, 802.1s MSTP* the ring, and also supports remote configuration for ease
- IEEE 802.3x Flow Control, 802.1q Port Base of installation.
VLAN / Port Isolation
● Up to 1024 MAC addresses Single AC, single DC or dual DC is supported based on
● Built-in BERT field requirements. Power over Ethernet (PoE) option is
● High speed, asynchronous RS232/RS485 for also available.
point-to-point, point-to-multi-point, or omnibus-like
applications The IP6810 facilitates automation systems, SCADA
● Master/Slave units setting by using DIP switch systems, surveillance systems, traffic control systems,
● Auto-negotiating or forced speed for speed and full/ transportation systems and IP networking with robust
half duplex for Ethernet ports protection in ring, point-to-point, or omnibus-like topology.
● Full/half duplex for tributary Ethernet ports Easy installation and configuration make maintenance
● Alarm relay and ACO (Alarm Cut Off) button and further expansion more efficient and cost-effective.
● Remote firmware download via TFTP & Z modem
● Remote configuration upload & download via TFTP
● Management port and interface
- In-band management
- RS232 console via DB9 connector
- SNMP v1, v3
- SSH v2
- Telnet
● IEEE 1613, IEC61850-3 (for DC -48 Vdc only)
● RoHS compliant
* Future Option
190
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Ethernet Access and Switch
Application Illustrations
RS232/
10/100 BaseT RS485
IP6810 RTU
10/100 10/100 BaseT RS232/
IP Network RS485
IP6810
IP6810 RTU
RS232/
10/100 BaseT RS485
IP6810 RTU
Master
Slave
Point-to-Multi-Point Application
RS232/
RS232/
RS485
RS485
SNMP
IP6810 IP6810
RS232/
IP6810 IP6810
RS485
RS232/ RS232/
RS485 RS485
Local SCADA
Local SCADA
Remote SCADA
192
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Ethernet Access and Switch
(1)
UpUp
to 64 remote
to 64 units
remote units
(2)
Master
Same installation as Site #1
(4)
Site #5
(3)
Site #1 (5)
Site #4
Same installation as Site #1
Site #2
Same installation as Site #1 Site #3
Same installation as Site #1
Master-to-slave Message Broadcast
Optical Fast Ethernet Ring
No Configuration
Necessary in Advance for Installation
Setup Procedure:
(1) Set DIP switch to Master, connect both WAN ports and power up the unit
(2) On VT100, set the master unit’s Auto-Discovery function to ENABLE
(3) On remote site, set the unit’s DIP switch to Slave, connect both WAN ports and power up the unit
(4) The master unit will automatically detect the slave unit and show the information on VT100 screen
(5) BC LED will turn GREEN, which indicates the Link between Master and Site 1 is ON
Auto-Configure (Plug-and-Play)
Loop-IP6820 L2 GbE
Switch Self-Healing Ring NTU
5 Years
Description
Warranty
The Loop-IP6820 is a gigabit Ethernet self-healing ring network termination unit (NTU). An
important protocol supported is G.8032 Ethernet Ring Protection on its WAN ports. For ring
topologies the IP6820 supports auto-discovery to discover up to 128 units on the ring as well as
remote configuration for easy installation.
All end devices can be in packet format via Ethernet ports or serial data via RS232/422/485
interfaces, which are converted into packets within the IP6820. The device has two WAN optical
interfaces, two LAN optical interfaces, four electrical LAN interfaces, and one alarm relay interface.
Manufacturing options include four additional electrical LAN interfaces, four or eight RS232/422/485
interfaces, and two sets of Dry Contact in/out interfaces
With an embedded GbE L2 switch chip, the IP6820 also supports RSTP and MSTP for all Ethernet
ports. It can be powered by a single or dual DC power supply, depending on field requirements.
PoE (Power over Ethernet) and PoE+* are available as manufacturing options. Physical DIN rail
mounting is also supported.
The IP6820 can be used in automation, SCADA, surveillance, traffic control, transportation, and IP networking. Network
topologies include ring protection, point-to-point, and point-to-multipoint. Easy installation and configuration simplifies the
IP6820’s maintenance and expansion.
194
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Ethernet Access and Switch
Application Illustrations
Industrial Automation at Semiconductor Factory
196
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Ethernet Access and Switch
Application Illustration
G.8032
1G Main
Ring
Loop- Loop-
IP6818 IP6818
G.8032
1G Sub-
ring
L3 IP6320A
Layer 3 or IP6828
PoE CCTV
VRRP
L3 IP6320A
or IP6828
Loop-IP6818
G.8032
1G Sub-
ring
SCADA Server
End Devices
198
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Ethernet Access and Switch
Description
This high-density IP6828 Managed Rack-mount switch will provide you the flexibility your application needs. You will be
able to choose among 6 different Layer-3 Routing Core versions (based on power supply and uplink port configurations)
and five different 4/8-Port modules and customize your device in a very simple way.
IP6828 supports up to 24 Gigabit ports in any 8 or 4-port multiple configuration. Specifically designed for bringing power
through Ethernet cable virtually anywhere, a maximum output Power over Ethernet of 720W over the 24 ports is allowed
(PoE/PoE+ configuration - 802.3af/at). Available in 3 power input variants, it is EN 60950-1:2006 certified and designed
to handle the harshest environments. Its fanless design and EMC Level 3 protection guarantee operations within -40 and
+75°C, with 24 PoE/PoE+ ports running full power and makes it suitable to be used for almost every application.
IP6828 supports IPv4 Static Routing, RIPv1/v2, OSPFv2, IGMP, IGMP Snooping, PIM Dense Mode* and Sparse Mode*
and VRRP for Routing Redundancy. Then, it is allowing (through ERPS) network self-recovery down to 50ms on full load.
Almost any redundant ring topology is supported, such as ITU-T G.8032 ERPS Ring, IEEE802.1D-2004 RSTP, STP,
MSTP and many compatible rings. Endless additional features are provided.
The first Industrial Managed Secure Switch ! Protect your LAN from Eavesdropping and impesronation through 802.1AE
MACsec. With no additional latency and 100% Gigabit Throughput guarantee, dedicated modules can provide you the
internal ultimate security solution.
*Future Option
Application Illustration
200
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Ethernet Access and Switch
The IP7925 facilitates automation systems, SCADA systems, surveillance systems, traffic control systems, transportation
systems, and IP networking. Network topologies include robust ring protection, point-to-point, and point-to-multipoint
applications. Quick, easy installation and configuration make maintenance and further expansion efficient and cost-
effective.
Features
Application Illustrations
Customer Carrier
Premises Network
Link OAM
Link OAM (IEEE 802.3ah) (802.3ah)
Customer Customer
Premises Premises
PSN,
LAN
IP7925 Ethernet, or
IP7925 LAN
IP Network
Access
Service Coverage
202
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Ethernet Access and Switch
Loop-IP7930-B/F/S/T L2
Ethernet Demarcation Device
Description
Supported Link OAM per IEEE 802.3ah and End-2-end OAM per ITU Y.1731 /IEEE802.1ag, the IP7930 EDD is capable
of supporting Carrier grade Ethernet Service realtime monitoring. In addition, Loop-IP7930 supports advanced functions,
included Bonding and Tapping.
*Future Option
Features - BERT
● Built-in Ethernet BERT Generation/Detection
● Mechanical, Electrical, Environmental ● OOS (Out-of-Service) Ethernet E2E Diagnosis
- Complies with ANSI/ETSI units - Loopback
- Power: AC and DC module coexistent ● Auto-Loopback for ETH-TEST
- Temperature Sensor and overheat alarm ● Support ACL (Access Control List) Loopback
- RoHS Compliant ● Support definable Loopback Mac swapping
● Interface Ports ● Support IP swapping
- IP7930-S ● MAC Capacity Test
● Support rich functions of ECFM Ethernet, OAM, ● MTU Measurement
and Electrical bypass ● Bonding (For IP7930-B)
● Multiple user ports configurable by user - Agg ports can be bonded and combined to
- 2 GbE WAN ports with 1 Combo GbE (RJ45+SFP increase effective Bandwidth for a specific service
housing) and 1 SFP optical housing (WAN2 is - Packet sequence reordering timeout: 100ms ~
future option) 500ms
- 1 GbE LAN port with Combo (RJ45+SFP housing) - Discard or forward for out of sequence packets
interface - differential delay between two Aggregate Ports <
- Electrical Ethernet bypass during power outage 500ms
● 1 SNMP port - Support Ethernet CFM Connectivity Check (CC)
- IP7930-T ● Tapping (For IP7930-T)
● Support Tapping/monitoring function - Monitor WAN/LAN data
● Management (For IP7930-B/S/T/F*) ● CoS/QoS
- CLI through SSH v2, Telnet - 8 Priority queues
- SNMP v1/v2/v3 - Strictly Priority or Weighted Round-Robin (WRR)
- Web-based management via Loop-iNet - 802.1P CoS bits, IPV4 ToS (DiffServ) bits
- Download firmware upgrades, remote configuration - IP7930-B
upload/download via TFTP ● Support Bonding feature
● Ethernet Functionality (For IP7930-B/S/F*) ● Bonding Agg1 and Bonding Agg 2, both with
- IEEE 802.1q VLAN Tagging, 802.1p QoS Combo GbE (RJ45+SFP housing) interface
- Support 256 configurable VLAN tags ● 1 Bonding User port
● TM (Throughput Measurement) - IP7930-F*
- OOS Throughput Measurement ● Support all optical interface for link
- IS (In-Service) Throughput Measurement aggregation applications
- Round-trip Throughput Measurement ● 2 WAN ports with SFP (mini-GBIC) GbE
- One-way Throughput Measurement optical housing
● Diagnosis Management ● 2 LAN ports with SFP (mini-GBIC) GbE
Application Illustrations
The Application for IP-7930-S
Loop
EDD
Carrier Ethernet/
IP Network
1 * LAN
2 * WAN
(WAN2 is future option)
802.3ah
EDD
EDD
Operator A Operator B
204
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Ethernet Access and Switch
EDD 2 * WAN
(WAN2 is future option)
1 * LAN NE PSN
802.3ad
Link Aggregation Mode
EDD
1+1 WAN port
1* LAN NE PSN
G.8031
802.3ah 802.3ah
EDD
2 * WAN
1 * LAN NE1
Dual Homing mode
PSN
NE2
IP7930-T
IP7930-T
WireShark/ WireShark/
Packet Sniffer Packet Sniffer
206
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Ethernet Access and Switch
Description
The G7820 switch provides a total of 48 GbE RJ45 ports. The switch capability of G7820 supports 120Gbps non-blocking
switching for full line speed traffic.
The G7820 provides advanced L2/L3 features to meet the requirements in Carrier Ethernet and Enterprise network
application. G7820 main features including full IPv4/IPv6 stack, On-chip OAM (802.1ag/CFM/EFM), and Protocol
Independent APS (<50ms protect switching).
Features
Application Illustrations
G7820 G7820
ERPS ERPS
G7820 10G Ring G7820 1G Ring G7820
G7820 G7820
208
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7
TDM over Ethernet
Loop-IP6702A TDMoEthernet 210
Loop-IP6704A TDMoEthernet 212
Loop-IP6750 Service Aggregation & Access Device 214
TDM over Ethernet
Loop-IP6702A TDMoEthernet
Description
Features
210
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TDM over Ethernet
Application Illustrations
IP6702A IP6702A
E1/T1 E1/T1
ETH IP
Network
10/100 BaseT
or 100 FX
Management
ETH
IP6702A 64K, Pseudowire #1
FE1/T1 ETH
IP Network
RS422
64K, Pseudowire #2
IP6702A RS422
ETH ETH
10/100 BaseT ETH
ETH
Management
Wireless Wireless
Ethernet Ethernet
IP6702A IP6702A
Loop-IP6704A TDMoEthernet
Description
The Loop-IP6704A device allows operators to transport E1/FE1, T1/FT1, E&M, X.21, RS232, V.35, EIA530, QFXSA or
QFXO, G.703, C37.94 data stream with timing information over PSN (Packet Switched Network) via Pseudowire Protocol
– SAToP/CESoPSN/MEF8. Another IP6704A converts the received packet stream back to original E1/FE1, T1/FT1, E&M,
X.21, RS232, V.35, EIA530, QFXSA or QFXO , G.703, C37.94 data stream with original timing information. This allows
cost-effective migration from existing legacy TDM networks to existing PSN.
For transport of TDM signals, the Jitter and Wander adheres to G.823/G.824 Traffic Interface.
Features
212
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TDM over Ethernet
Application Illustrations
(10/ (10/
100/1000 SNMP 100/1000
BaseT) BaseT)
(10/100/1000
BaseT)
Management
X.21 X.21
Building A
Building A
E1 WAN/VPN
E1
Network
Building B
Building B
Building C
Building C
The Loop-IP6750 Service Aggregation & Access Device is an effective way for service providers to build their network
and achieve a fast return on investment. Currently providers need to transport both TDM and Packet traffic. These can be
achieved using the E1/T1 and Gigabit Ethernet tributary ports of the IP6750.
In addition to working now, service providers also have to build the network to meet future requirements.
The IP6750 can handle temperature ranges of 0° to 65°C. It supports many protocols such as MEF-8 CESoETH,
SyncE and IEEE1588v2 Precision Timing, G.8031 Ethernet Linear Protection Switching, and a RFC2544 built-in traffic
generator.
The IP6750’s durability and capabilities make it an important device for your network to meet the requirements of a
carrier-grade Service Level Agreement (SLA).
Product Features
214
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TDM over Ethernet
Application Illustrations
16 E1/T1 16 E1/T1
or or
8 GbE 8 GbE
IP6750
IP6750
IP6750
8 E1/T1
or
2 GbE
Metro 16 E1/T1
or
Ethernet Network 4 GbE
16 E1/T1
or
4 GbE
8 E1/T1
or
2 GbE
16 E1/T1
or
4 GbE
IP6750
IP6750
Metro 8 E1/T1
Or
Ethernet Network 4 GbE
16 E1/T1
or
8 GbE
8 E1/T1
or
4 GbE
Core Network
Video
IP/MPLS, ATM, Headend
SDH/SONET
Switch Mainframe
Video
Hub Office
Hosted
ASP/CSP Content
Metro
Ethernet
Video Serving / Central Office
DSLAM
O9340
DSLAM
PSTN ISP O9340
Museum
Access Devices Offices Bridge
216
For the latest product news, updates, technical support and more, please visit our website.
8
Fiber Optical Multiplexer (FOM)
Loop-O9210S PDH Fiber Optical Mux 218
Loop-O9310 4E1 or 4T1 Fiber Optical Mux 219
Loop-O9340S Multi-Services Gigabit FOM 220
Fiber Optical Multiplexer(FOM)
Application Illustration
Combination of Combination of
Aggregate port
Tributary ports Tributary ports
4E1 4E1
. . 8E1
8E1 . .
4E1 + 1 Ethernet . . 4E1 + 1 Ethernet
8E1 + 1 Ethernet 8E1 + 1 Ethernet
Optical Link
Loop Tech O9210S Loop Tech O9210S
218
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Fiber Optical Multiplexer(FOM)
Features Description
● Up to 4 E1 or 4 T1 links on one fiber Loop Telecom's Loop-O9310 Fiber Optical Mux product
● Optical 1+1 protection family provides ideal solutions for building fiber-based E1
● 10/100 BaseT Ethernet: Bridge mode, maximum or T1 networks. The Loop-O9310 can multiplex up to 4
transmission bandwidth 22Mbps (optional) E1 or 4 T1 signals for transmission over an optical fiber,
● One V.35, X.21, RS449/V.36, RS232/V.28, EIA530, or resulting in longer reach without repeaters and superior
EIA530(A) interface performance compared to copper media.
● Console and Ethernet port for SNMP management
● Management via SNMP The E1 model supports an optional 1+1 protection, an
● Remote slave unit can be managed through optional 10/100 BaseT Ethernet port, an optional V.35,
Embedded Operation Channel (EOC) X.21, RS449/V.36, RS232/V.28, or EIA530 or EIA530(A).
● Non-manageable model configurable via DIP It is available in two versions: (1) SNMP manageable and
switches (2) non-manageable. The SNMP manageable model has
● LED indicators a master unit with CPU for managing a slave unit, and
● Alarm relay and alarm cut off a slave unit without CPU that is managed by the master
● BNC or RJ45 connectors for 4 E1s (manufacturing unit through EOC. A basic non-manageable model
option) without CPU provides system setup and loopback by DIP
● RJ45 connectors for 4 T1s (manufacturing option) switches setting. Applications include interconnections
● Multiple optical fiber transmission distances for LAN, WAN, SONET/SDH, ATM, and DLC.
● Single mode and multi-mode fiber modules
The T1 model is a basic non-manageable model without
CPU. DIP switches are used for system setup and
loopback settings. Applications include interconnections
for ATM and DLC.
Application Illustration
E1 E1
1 Optional Protection Pair 1
: :
: :
4 4
10 / 100 M Bridge 10/ 100 M Bridge
O9310 O9310
E1 E1
1 1
: :
: :
4 4
10 / 100 M Bridge 10/ 100 M Bridge
DTE O9310 O9310 DTE
T1 T1
1 1
: :
: :
4 4
O9310 O9310
Features
Application Illustration
Point-to-point application
Tributary ports Tributary ports
Aggregate ports
Up to 4 slots, combination of Up to 4 slots, combination of
4E1/T1, 8E1 or 4E1/T1, 8E1 or
2 Combo GbE plug-in card 2 Combo GbE plug-in card
Loop Loop
O9340S O9340S
Protection Line
(optional)
220
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9
mPTN MPLS/Carrier Ethernet
Loop-G7860 mPTN MPLS/CE Packet Transport Network 222
Loop-G7860A mPTN MPLS/CE Packet Transport Network 224
Loop-IP6750 Service Aggregation & Access Device 226
Loop-O9400R PTN/SDH/SONET ADM/TM 229
Loop-O9500R PTN/SDH/SONET/PDH IMAP (CHPA chassis & CCPA Controller) 234
mPTN MPLS/Carrier Ethernet
Loop-G7860 mPTN
MPLS/CE Packet Transport Network
Description
By adopting MPLS-TP (Multi-Protocol Label Switching Transport Profile) and Carrier Ethernet technologies,
the G7860 can transport Ethernet (EPL, EVPL, ELAN, EVC defined in MEF), and E1/T1 TDMoE.
The unit is also equipped with OAM tools to perform diagnosis on the LSPs (Label Switched Paths), pseudowires as well
as Ethernet CFM. The Loop-G7860 series is a perfect packet transport platform for IP-Mobile and lease-line applications
containing hub, ring and mesh topologies.
222
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mPTN MPLS/Carrier Ethernet
MPLS
SDH/PDH
or Ethernet
STM-1/4 GE/10GE
FAN
PWR P1 P2 P3 P4 P5 P6 P7 P8 E1/t1
O
I
PWR
DH SNMP CLK I/O AIR
SD48 Status Status FILTER
Port 1-16 Port 17-32
G7860
G7860
IP6750
MPLS-TP G7860
Ring IP6750
FAN
PWR P1 P2 P3 P4 P5 P6 P7 P8 E1/t1
O
I
PWR
DH SNMP CLK I/O AIR
SD48 Status Status FILTER
Port 1-16 Port 17-32
G7860
FAN
PWR P1 P2 P3 P4 P5 P6 P7 P8 E1/t1 FAN
PWR P1 P2 P3 P4 P5 P6 P7 P8 E1/t1
16 E1 6 GbE
O
I
PWR
O
I
G7860
G7860
FAN
PWR P1 P2 P3 P4 P5 P6 P7 P8 E1/t1
O
I
PWR
DH SNMP CLK I/O AIR
SD48 Status Status FILTER
Port 1-16 Port 17-32
16 E1 6 GbE
Loop-G7860A mPTN
MPLS/CE Packet Transport Network
Description
One G7860A with up to 85G packet switching capacity supports six 10GbE SFP+ and four 1GbE SFP built-in interfaces
along with 16 E1/T1 built-in ports. With the two hot-swappable plug-in slots, the system capacity can be scaled up with
additional E1/T1 ports, STM-n/OC-n, or GbE electrical/optical interfaces.
G7860A provides high availability and reliability required by Carrier, Power Utility, Military, Government and Transportation
applications by supporting MPLS-TP LSP 1:1/1+1 protection and ERPS, with protection switching time <50ms. Ethernet
and MPLS section and end-to-end OAM are also provided for monitoring service integrity and performance. The compact
G7860A is only 1U height, but its powerful functions enable customers to provision a service-grooming hub, ring, or mesh
10G packet network with ultimate ease.
Features - CE OAM
● CFM: Ethernet Service OAM (802.1ag/Y1731)
● Mechanical and Electrical ● EFM: Ethernet Link OAM (802.3ah)
- 1U height, 19” width ETSI unit (front access) - Flow Control
- Power supply: hot swappable DC/AC, dual for - Link Aggregation Control Protocol (LACP)
redundancy - Jumbo Frame (MTU) = 9600
- Operating Temperature: -20 ºC to 65 ºC ● Network Protection
● System Capacity - MPLS-TP
- Up to 6 x 10GbE SFP+ ports ● LSP 1+1/1:1
- Up to 16 x 1GbE Base-T ● LSP E2E protection switching < 50ms
- Up to 20 x 1GbE SFP ● Based on TP OAM for fault detection
- Up to 80 x E1/T1 ports - CE
- Up to 8 x STM-1/OC-3 ports or 2 x STM-4/OC-12 ● ERPS Ring (G.8032) Protection
ports ● ELPS (G.8031) Linear Protection
- Up to 4 x STM-1/OC-3 MSP pairs or 2 x STM-4/ - SDH/SONET
OC-12 pairs ● STM-n/OC-n MSP 1+1 Protection
- 16 x E1/T1 ports with SCSI interface ● Management
● MPLS-TP - Fully manageable via SNMP (v1, v2, v3)
- Any Ethernet port can be configured as NNI (MPLS - Fully manageable via CLI
port) or UNI (Ethernet service port) ● Serial port
- Bi-directional LSP ● SSH, Telnet via Ethernet
- Static LSP/PW provisioning via NMS - GbE Interface in-bands
- Ethernet (VPWS, VPLS, H-VPLS) and TDM - Account Security
(CESoPSN, CEP, and SAToP) services ● Two types of privileges: Operator (read only)
- MPLS-TP OAM and QoS and Administrator (read and write)
- TDM PW Support: ● Radius Client and 802.1x Authentication
● 32 TE1 card: up to 256 pseudowires - Upload/Download NE configuration
● MB E1/T1: up to 256 pseudowires - Syslog, NTP
● B16 card: up to 512 pseudowires ● TDM Pseudowire Services
● Carrier Ethernet - Circuit Emulation
- L2 Switching/Bridging ● DS0 (64K timeslots): CES & multiframe PW
- STP, RSTP, MSTP ● Unframed E1/T1: SAToP PW
- Port based VLAN and port isolation ● VC-3/4/11/12, VT-1.5/2, STS-1/3: CEP PW
- VLAN Stacking (Q-in-Q) - PDH Timing recovery: ACR/DCR/System
224
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mPTN MPLS/Carrier Ethernet
Application Illustration
10G
Ports
`
G7860A
Circuit Emulation
For N x E1/T1, N x 64k,
N x VC-n/VT-n
PDH SDH/SONET
Network Network
Description
The Loop-IP6750 Service Aggregation & Access Device is an effective way for service providers to build their network
and achieve a fast return on investment. Currently providers need to transport both TDM and Packet traffic. These can be
achieved using the E1/T1 and Gigabit Ethernet tributary ports of the IP6750.
In addition to working now, service providers also have to build the network to meet future requirements.
The IP6750 can handle temperature ranges of 0° to 65°C. It supports many protocols such as MEF-8 CESoETH,
SyncE and IEEE1588v2 Precision Timing, G.8031 Ethernet Linear Protection Switching, and a RFC2544 built-in traffic
generator.
The IP6750’s durability and capabilities make it an important device for your network to meet the requirements of a
carrier-grade Service Level Agreement (SLA).
226
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mPTN MPLS/Carrier Ethernet
Application Illustrations
16 E1/T1 16 E1/T1
or or
8 GbE 8 GbE
IP6750
IP6750
IP6750
8 E1/T1
or
2 GbE
Metro 16 E1/T1
or
Ethernet Network 4 GbE
16 E1/T1
or
4 GbE
8 E1/T1
or
2 GbE
16 E1/T1
or
4 GbE
IP6750
IP6750
Metro 8 E1/T1
Or
Ethernet Network 4 GbE
16 E1/T1
or
8 GbE
8 E1/T1
or
4 GbE
Core Network
Video
IP/MPLS, ATM, Headend
SDH/SONET
Switch Mainframe
Video
Hub Office
Hosted
ASP/CSP Content
Metro
Ethernet
Video Serving / Central Office
DSLAM
O9340
DSLAM
PSTN ISP O9340
Museum
Access Devices Offices Bridge
228
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mPTN MPLS/Carrier Ethernet
Description
The Loop-O9400R is a standards-compliant high density SDH/SONET/PTN ADM/TM with a full T1/E1 cross-connect rack
system.
With up to 4 STM-1/4/16 (OC-3/12/48) aggregate interfaces on cross-connect modules and 16 STM-1 (OC-3) interfaces
on tributaries, the Loop-O9400R offers the service provider a versatile protection scheme including SNCP (UPSR), and
MSP (1+1) protection for network topology.
With a PTN10G interface card mounted, the O9400R transports SDH/SONET over PSN network. With O9400R as a
gateway between SDH/SONET and PTN, existing SDH/SONET network users will be able to migrate from SDH/SONET/
PDH to PTN network smoothly and seamlessly.
All interfaces are fully compliant with the relevant ETSI standards and ITU recommendations. The Loop-O9400R provides
powerful Operation, Administration, Maintenance and Provisioning (OAM&P) functionality, including fault management,
performance monitoring, configuration management, and network security management. Through a console port, LAN
port and DCC channel, OAM&P can be achieved both locally and remotely via SNMP or menu-driven interfaces.
The Loop-O9400R provides a complete set of operation interfaces that are consistent with the Telecommunication
Management Network (TMN) concept (ITU Recommendation M.30, G.784) for SDH/SONET Network Element/Operations
System (NE/OS), NE/NE, and NE/Craft communications. Users can easily operate the Loop-O9400R locally or remotely
for centralized management.
230
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mPTN MPLS/Carrier Ethernet
Controller Cards
Tributary (Plug-in Modules)
Channel XCU-CC16
TRIB 1 TRIB 2 TRIB 3 TRIB 4 TRIB 5 TRIB 6 TRIB 7 TRIB 8 XCU 1 XCU 2
4 x 155M N/A 4 x 155M N/A 4 x 155M N/A 4 x 155M N/A
Global
2 x 155M 2 x 155M 2 x 155M 2 x 155M 2 x 155M 2 x 155M 2 x 155M 2 x 155M 2x 2x
payload
4 x 155M N/A 16 x 155M N/A 4 x 155M N/A 4 x 155M N/A 2.5G 2.5G
SDH
2 x 155M 2 x 155M 16 x 155M N/A 2 x 155M 2 x 155M 2 x 155M 2 x 155M
2xSTM- 2xSTM-
Link 2xSTM-1 2xSTM-1 2xSTM-1 2xSTM-1 2xSTM-1 2xSTM-1 2xSTM-1 2xSTM-1
1/4/16 1/4/16
without
2xSTM- 2xSTM-
protection STM-4 N/A STM-4 N/A STM-4 N/A STM-4 N/A
1/4/16 1/4/16
E1 63 E1 63 E1 63 E1 63 E1 63 E1 63 E1 63 E1 63 E1 N/A N/A
E3 3 E3 3 E3 3 E3 3 E3 3 E3 3 E3 3 E3 3 E3 N/A N/A
Ethernet
10/100/ 8x10/100/1000BT 8x10/100BT 8x10/100BT 8x10/100BT 8x10/100BT 8x10/100BT 8x10/100BT 8x10/100BT N/A N/A
1000BT
FOM 7 FOM 7 FOM 7 FOM 7 FOM 7 FOM 7 FOM 7 FOM 7 FOM N/A N/A
4GEoSDH
Note 2
N/A N/A 2.5GbE N/A N/A N/A N/A N/A N/A N/A
TDMoG
Note 3
622M N/A 622M N/A 622M N/A 622M N/A N/A N/A
PTN10G 3 x 10G/
Note 2
N/A N/A N/A N/A N/A N/A N/A N/A N/A
8 x 1G
PTNext 10 x 1G 10 x 1G N/A N/A N/A N/A N/A N/A N/A N/A
PTNext 1 x 10G 1 x 10G N/A N/A N/A N/A N/A N/A N/A N/A
Controller Cards
Tributary (Plug-in Modules)
Channel XCU-CC16
TRIB 1 TRIB 2 TRIB 3 TRIB 4 TRIB 5 TRIB 6 TRIB 7 TRIB 8 XCU 1 XCU 2
Link 2xSTM-1 (B) 2xSTM-1 (B) 2xSTM-1 (B) 2xSTM-1 (B)
2 x STM-1/4/16
with STM-4/16
STM-4 (B) (B) STM-4 (B) STM-4 (B) Ring
protection Note 2
Note 1: With MSP (1+1) protection, the protection pairs on XCU (W) and XCU (E) are as follows:
XCU(W) XCU(E) XCU(W) port 1 and XCU(E) port 1 XCU(W) XCU(E) XCU(W) port 1 and XCU(W) port 2
XCU(W) port 2 and XCU(E) port 2 XCU(E) port 1 and XCU(E) port 2
P2 P2 P2 P2
P1 P1 P1 P1
Note 2: 4GEoSDH, B2G5, and PTN10G modules can only be mounted in tributary slot 3 and 4 on CHAA Chassis with
XCU-CC16, the backplane of which supports up to 2.5G Mbps mapping bandwidth.
Note 3: The backplane bandwidth for the TDMoG card is 622M. When TDMoG module is mounted to on tributary slots
1, 3, 5, or 7 without protection, slot 2, 4, 6, or 8 will be blocked from use.
232
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mPTN MPLS/Carrier Ethernet
Application Illustration
O9400R
O9500R
PTN (MPLS/CE)
10 GbE
Network
G7860 G7860
10G 10G
O9400R and
O9500R as an
Emulation Gateway
O9400R
O9500R
SDH/SONET SDH/SONET
STM-1/4/16 STM-1/4/16
OC-3/12/48 OC-3/12/48
Network Network
O9500R
VC12/VC11 XC fabric
to replace old
SDH Network
PDH, T1/E1,DS3,
O9500R STM-n(OC-n), GbE O9500R
Description
The Loop-O9500R PTN/SDH/SONET/PDH IMAP (Integrated Multi-Services Access Platform) is an economical, all-in-one
solution for integrating various types of signals and transportation over various types of networks within one enclosure.
Its universal roles and modular design make it effortless to perform traffic grooming for both peripheral and core networks
by providing access interfaces, multiplexing, cross-connection, gateways, and transportation channels.
For access interfaces, 10+ low-speed modules are designed to encapsulate industry specific signals into DS0
timeslots. These interfaces include Voice (e.g. FXS, FXO, E&M, and etc.), Digital (e.g. RS232, RS449, X.21, and etc.),
Teleprotection (e.g. G.703, C37.94) and so on.
For multiplexing and cross-connection, O9500R provides non-blocking cross-connection of up to 768 DS0 timeslots,
which equal to 24 E1 channels, to serve as a MUX/DACS, and VC-n/VT-n fabric for SDH/SONET non-blocking cross-
connection to serve as an ADM.
For transportation, high-speed modules provide transportation channels such as 10Gb MPLS/Carrier Ethernet/IP
switching and routing from PTN10G card, STM-1/4/16(OC-3/12/48) channels from Controller, B155/622, and B2G5
cards, Optical channels from 7-port FOM cards, E1/T1 channels from 63-port E1/T1 cards, and E3/T3 channels from 3-port
E3/T3 cards.
For gateways, the signals from different interfaces can be freely encapsulated, cross-connected, and transported over a
variety of transportation networks. For instance, E1/T1 and E3/T3 channels can be encapsulated into VT/VC paths and
234
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mPTN MPLS/Carrier Ethernet
transported over SDH/SONET. Modules such as TDMoE and 8GESW make it possible for TDM traffic to be transported
over Ethernet (DS0 over Ethernet) and the other way around (Ethernet over SDH/SONET) via circuit emulation and
virtual concatenation technologies. Using the PTN10G card, SDH/SONET and DS0 circuits can also be encapsulated for
packet network transportation.
Multiple protection schemes are designed at different levels, including path-level SNCP/UPSR and section-level MSP
(1+1) for SDH/SONET, circuit and line protection for access interfaces, DS0 SNCP/UPSR and ULSR for low-speed
modules, MPLS-TP with two LSPs per tunnel, ELPS and ERPS, and 1+1 module redundancy for power, controller, and
plug-in cards.
Performance and fault are also monitored to ensure service integrity. Operation, Administration, Maintenance and
Provisioning (OAM&P). These functionalities are fully incorporated into the operation system. O9500R is fully compatible
with Loop-iNET (EMS) and Loop-iNMS (Integrated NMS) to achieve centralized management for large scale networks.
Maximum Channels
Low-speed Module Channel
TRIB 11~16 each System
1FOMB* FOM 1 6
RTB FE bridge and router 8 48
2/4 channel G.SHDSL G.SHDSL 2/4 12/24
4E1/T1 E1/T1 4E1/4T1 21E1/28T1
3E1/T1* E1/T1 3 18
8CD G.703 8 48
1C37/4C37 C37.94 1/4 4/24
8DC Dry Contact 8 48
8DCB Dry Contact 8 48
8RS232 RS232 8 48
12FXSA FXS 12 72
12FXOA FXO 12 72
12MAGA* Magneto 12 72
8E&MA E&M 8 48
TDMoEA TDMoE 4 24
8DBRA RS232 8 48
8UDTEA RS232/RS422/RS449 8 48
OCUDPA* OCU/DP 8 48
6UDTEA RS232/X.21/V.35/V.36/EIA530 6 36
236
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mPTN MPLS/Carrier Ethernet
Note 1 STM-16 (OC-48) is not available on O9500-R-CCPA-S4 unless activated by a premium license.
Note 2 MSP (1+1) chains on XCU (W) and XCU (E) can be paired as follows:
P2 P2
Card-level protection (horizontal): P2 P2 Port-level protection (vertical):
XCU(W) port 1 and XCU(E) port 1 XCU(W) port 1 and XCU(W) port 2
P1 P1
XCU(W) port 2 and XCU(E) port 2 P1 P1
XCU(E) port 1 and XCU(E) port 2
Note 1: Protection Group on O9500R shall always be neighboring Tributary cards. Two cards of the identical model shall
be mounted on TRIB 1 & 2 or TRIB 3 & 4 to form a protection group. TRIB 1 and TRIB 3 serve as the primary
cards while TRIB 2 and TRIB 4 serve for protection.
Note 2: The 1GbE ports and the 10GbE port are mutually exclusive.
Application Illustration
PTN and SDH/SONET Ring Application
O9500R acts as a node in a PTN 10G Network ring or as an Emulation Gateway to merge SDH/SONET traffic onto PTN
(MPLS/CE) stream. Distinct from O9400R, O9500R is also capable of cross-connecting PDH and SDH/SONET traffic
within the same enclosure, acting as both a Terminal Multiplexer (TM) and a Cross-connect system (DACS).
O9400R
O9500R
PTN (MPLS/CE)
10 GbE
Network
10G 10G
O9400R and
O9500R as an
Emulation Gateway
O9400R
O9500R
SDH/SONET SDH/SONET
STM-1/4/16 STM-1/4/16
OC-3/12/48 OC-3/12/48
Network Network
O9500R
VC12/VC11 XC fabric
to replace old
SDH Network
PDH, T1/E1,DS3,
O9500R STM-n(OC-n), GbE O9500R
238
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mPTN MPLS/Carrier Ethernet
One O9500R can be simultaneously connected to PTN and SDH/SONET backbone rings. PTN10G module and STM-
16(OC-48) interface can be simultaneously mounted in O9500R and form a dual ring (PTN and SDH/SONET rings). The
roles of an O9500R can be a deluxe combination of an SDH/SONET ADM, a PTN MPLS Label Edge Router (LER), and
a PDH Multiplexer.
= + +
O9500R SDH/SONET ADM MPLS LER/LSR, PDH MUX/DCS
CE Switch, IP router
O9500R
as MPLS LER/LSR,
Switch and router
PTN (MPLS/CE) or IP
10 GbE
+`
SDH/SONTET
STM-16(OC-48)
O9500R O9500R
=ADM =PDH MUX/DCS
Voice, DTE
DS1, DS3
E1/T1, E3/T3
Eth, FE, GbE
O9500R
as MPLS LER/LSR,
Switch and router
240
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10
Wavelength Division Multiplexer
WDM1800 Wavelength Division Multiplexing Multi-Service Platform 242
Wavelength Division Multiplexer
WDM1800
Wavelength Division Multiplexing Multi-Service Platform
Features
Description
The Loop-WDM1800 Wavelength Division Multiplexing Multi-Service Platform is designed to deliver a number of client
data channels by multiplexing/demultiplexing several different wavelengths into/from an optical fiber. The WDM1800
platform provides up to 15 universal plug-in slots for mounting different modules, including Transponder, Muxponder,
WDM filters, OLP modules and amplifier modules. Modular design of the WDM1800 platform makes it easier to select
suitable modules for current needs and upgradable for future requirements.
Modular redundancy, enabled when dual controller modules and dual power modules are installed in the chassis, makes
the WDM1800 an excellent fit for critical applications.
The WDM1800 supports local control and diagnostics by using a VT-100 terminal connected to the console port, and
Ethernet and SFP ports for Web, Telnet, SSH, and SNMP v1/v3 management as well. Furthermore, optical supervisory
channel can be accessed via Transponder and/or Muxponder modules through the backplane for remote management.
242
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Wavelength Division Multiplexer
Application Illustration
Transponder
244
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11
Line Extender Converter
G.SHDSL
Loop-H3300-3S Series G.SHDSL Standalone 246
Loop-H3300R G.SHDSL Rack Card 247
Loop-H3304RA High Density G.SHDSL.bis Rack Card 248
Loop-H3310-S G.SHDSL Standalone 250
E1 CSU DSU
Loop-E1500-2S CSU/DSU Series Standalone 253
Loop-E1510 E1oDTE Standalone 256
T1 CSU DSU
Loop-T2500-2S FT1 CSU/DSU Series Standalone 257
Features
Data Rate :
H3300-3S Master H3300-3S Slave E1 : 2048 Kbps
T1 : 1536 Kbps
DTE: 2304K / 5696 Kbps
Data Rate:
H3300-3S Master H3300-3S Slave
E1 : 2048 Kbps
T1 : 1536 Kbps
DTE: 2304K / 5696 Kbps
246
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Line Extender Converter
G.SHDSL
Features
E1/T1 to E1/T1
E1/T1 to DTE/Router
One-Loop
E1/T1 to E1/T1
E1/T1 to DTE/Router
Features
Description
The Loop-H3304RA G.SHDSL.bis plug-in card provides high-speed digital transport over wire pairs by using 16-TCPAM,
32-TCPAM technology for Ethernet and E1 point to point and point to multipoint applications. H3304RA supports 2 fast
Ethernet ports on the main card and optional 4 E1 ports over 1-pair/2-pair DSL. A choice of line rates is available with
the lower line rates applicable to the longer reaches. The distance that this technology can span without repeaters is
dependent on the data rate. The H3304RA plug-in card can work with the H3310 remote unit.
For WAN ports, the H3304RA has four G.SHDSL/G.SHDSL.bis lines which can be grouped into different combinations.
For example, combinations can be 4 ports of 1-pair line, or 2 ports of the 2-pair line, or 1+1 protection. For tributary
ports, the H3340RA provides 2 fast Ethernet ports and optional 4-port E1 tributary cards.
The rack card is intended to be plugged into the Loop-C5600 multi-services shelf for use in central offices. The H3304RA
supports configuration, diagnostics, and fault isolation by using a local terminal, remote Telnet or SNMP management via
the controller of the C5600 shelf.
248
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Line Extender Converter
G.SHDSL
Application Illustration
1 pair Ethernet
G.SHDSL.bis
(5.7 Mbps) E1
C5600/H3304RA H3310
2 Ethernet 1 pair Ethernet
(10/100) G.SHDSL.bis
E1
4 E1 1 pair H3310
G.SHDSL.bis Ethernet
E1
H3310
1 pair
G.SHDSL.bis Ethernet
E1
H3310
SNMP
Ethernet and E1 Share 1-pair G.SHDSL.bis (5.7 Mbps)
Ethernet
E1
C5600/H3304RA H3310
2 pair
2 Ethernet G.SHDSL.bis
(10/100) (11.4 Mbps)
4 E1
2 pair
G.SHDSL.bis
Ethernet
(11.4 Mbps)
E1
H3310
SNMP
Ethernet and E1 Share 2-pair G.SHDSL.bis (11.4 Mbps)
Features
250
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Line Extender Converter
G.SHDSL
Application Illustrations
G.SHDSL Solution
Single E1 Option
For 1-pair or 2-pair:
200Kbps - 2056 Kbps
E1 E1
G.SHDSL.bis Solution
252
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Line Extender Converter
E1 CSU/DSU Series
Description
Application Illustrations
Video
Conference DTE Loop-E1500
DTE E1 WAN
Router
LAN
PBX E1 Loop-E1500
Router E1 WAN
LAN
Loop-E1500
Loop-E1500
`
www.LoopTelecom.com Catalog 253
Line Extender Converter
Loop-E1500
E1 CSU/DSU Series
Loop-E1500
PBX E1 Loop-E1500 Inband Extraction
E1
` Router
Inband Insertion
E1 Network
Other Loop
LoopView
(SNMP Manager) products
LAN
Loop-E1500 Loop-E1500
Digital Data
Network E1
CLUSTER HOST
Channel CONTROLLER COMPUTER
Channel
Bank Bank
Loop-E1500 Loop-E1500
Digital Data
Network E1
Bridge/ Bridge/
Router Router
254
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Line Extender Converter
E1 CSU/DSU Series
System
Control
SNMP Trap
Loop-E1500-2S
Alarm Input
Interface
Alarm Alarm
Inputs Inputs
SNMP Trap
E1 SNMP
Loop-E1500-2S Loop-AM3440
Alarm Input
Dry Contact
Interface
Alarm Inputs Dry
Contact
Alarm Control
Panel Outputs
E15002S E15002S
(Golden Sample) (Device under Test)
DTE2 X.21
(X.21) Loopback
TX RX Tool
BNC Cable
E1 E1 Plug in
ALM Input
RX TX N2 Test Tool
DTE1 Plug out
(ALM Input) Plug in ALM Input
N1
Test Tool
Plug out
Console Console
COM Port
COM Port
LabView
* Future option
Application Illustration
256
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Line Extender Converter
T1 CSU/DSU Series
Description
Application Illustrations
Video
Conference DTE Loop-T2500
T1 WAN
DTE
Router
LAN
PBX T1 Loop-T2500
T1 WAN
Router
LAN
PBX Loop-T2500
T1 Loop-T2500
T1 Inband Extraction
T1 Network
Router
`
Inband Insertion
Other Loop
products
LAN
258
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Line Extender Converter
Integral Access Shelf
Description
Application Illustrations
H3308R Application
Tributary WAN
Central Office 2/4/ 8 pairs G. SHDSL. bis Remote Site
Ethernet #1 Loop-C5600 Shelf Line rate: 5.704 Mbps each pair
Ethernet #2
with
Loop-H3308 Rack Card
.. Loop-H3308S
(Slave)
Ethernet
(Master)
SNMP Console
(Ethernet) (RS232)
`
- SNMP Manager
- GUI EMS: Loop-iNET*
* Future option
H3304R Application
Remote
Tributary ports WAN ports units
1-pair/2-pair
One or Two 4E1 Ports G.SHDSL H3310 E1
(Slave)
tributary card
Central Office
E1 H3310 E1
E1 H3304R G.SHDSL (Slave)
E1 in C5600 shelf H3300-3S E1
E1 (Master) (Slave)
RS232 / Ethernet
H3300-3S E1
(Slave)
Network
Management
System
H3304RA Applications
1 pair Ethernet
G.SHDSL.bis
(5.7 Mbps) E1
C5600/H3304RA H3310
2 Ethernet 1 pair Ethernet
(10/100) G.SHDSL.bis
E1
4 E1 1 pair H3310
G.SHDSL.bis Ethernet
E1
H3310
1 pair
G.SHDSL.bis Ethernet
E1
H3310
SNMP
Ethernet and E1 Share 1-pair G.SHDSL.bis (5.7 Mbps)
260
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Line Extender Converter
Integral Access Shelf
Ethernet
E1
C5600/H3304RA H3310
2 pair
2 Ethernet G.SHDSL.bis
(10/100) (11.4 Mbps)
4 E1
2 pair
G.SHDSL.bis
Ethernet
(11.4 Mbps)
E1
H3310
SNMP
Ethernet and E1 Share 2-pair G.SHDSL.bis (11.4 Mbps)
O9340R Applications
Tributary ports Aggregate ports Tributary ports
C5600 Proprietary GbE (1+1) Up to 4 cards, combination of
Dual slot card: Chassis protection 4E1/T1, 8E1, or
Choice of E1/T1 or Combo GbE ports
2 Combo GbE plug-in card
O9340R O9340S
Rack Card Standalone
Protection Line
(optional)
Rack Application
The C5600 shelf supports up to 7 O9340R dual plug-in cards:
● Combination of 4/8/12/16 ports of E1/T1 or 2/4/6/8 ports of Combo GbE
Site 1
T1/E1 or
Combo
GbE
O9340S
T1/E1 or C. O. Site 2
Combo GbE T1/E1 or
Combo
GbE
O9340R O9340S
in C5600 Shelf
Site N
T1/E1 or
Combo
GbE
VT100
SNMP O9340S
GUI EMS (Loop-iNET*)
262
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12
IIOT
Environmental Security Monitoring Loop-IOT0510 264
Loop-CCTV0710 Video Surveillance Solution for Substation or Campus 268
IIOT
Description
The IOT0510 Environmental Monitoring is specifically designed and developed for Data Center/IT Room /Confidential
Lab operators to meet the demands for environmental security, energy conservation, and remote management for the
next decade.
Features
264
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IIOT
(8) Data export to back up storage devices for compliance audits, AI performance analysis and improvement.
(9) User-defined warning threshold for every monitoring point.
(10) Warning signals can be sent to audible alarms, mobile devices, or email addresses through text messages from
unmanned data centers.
(11) Automatic and semi-automatic CRAC group control.
(12) Web-based system for multi-user and multi-location access via cloud service.
(13) User accounts and privileges.
Sensors
Wireless Sensor Specifications
Parameter Nominal Range
One built-in and two optional external sensors with custom cable
Maximum number of sensors lengths (temperature and humidity, water leak, door open/close
status, AC current/power consumption) for Wireless Sensor
Cable length for external probes Standard 0.5 meter or custom cable length
Ultra low power proprietary wireless network with meshed
Sensor data transmission
network redundancy
Battery type Two AA Lithium batteries, included
Battery operational life About 10 years
One built-in and two optional external sensors for -40°C to
Number of wireless sensors +100°C measurements, door open/close status. Water leak, AC
current/power consumption
User interface Cloud or private server base GUI with 3D visualization
Data storage Cloud based service or private server
Sensor size 75 x 75 x 19.5 (mm)
Weight 120 g
Gateway WiFi or Ethernet data based
Dry Relay for controlling auto dialer, facility alarm, flash light, etc. Used on
Controller only.
Controller
Air quality Sensor Specifications:
Parameter Nominal Range Unit
Measured Air Particle Size 0.3, 0.5, 1.0, 2.5, 5.0, 10 / PM1.0, PM2.5, PM10 um / PM
Response Time 2 min
Operating Temperature 0 to 50 °C
H2, LPG, CH4, CO, propane
Detection range: 200 – 10,000
Flammable Gas ppm
Resolution: 10
Accuracy: +/- 10%
Operating Humidity 0 to 99 %
266
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IIOT
Cloud Server
This Cloud Server manages all system data, records and analytics in local as well as cloud-
based storage for user sharing, remote monitoring, and management. Its WEB based
architecture allows multi-user and multi-location access, both locally and remotely. The data
center operator can log in through a secured VPN to view, control, and manage every aspect
of the data center’s environmental conditions.
Application Diagram
Loop-CCTV0710
Video Surveillance Solution for Substation or Campus
Description
Nowadays, global terrorism and crimes are rapidly increasing in number. To meet your security requirements for the
substation or campus, Loop Telecom provides our total security solution and video surveillance system. Loop Telecom’s
video surveillance system includes easy-to-install IP cameras, bullet ones and dome ones, as well as sufficient
management tools: NVR, CMS, TV Wall, IVS and EMS.
TV wall
Video Display
CMS(VMS) Server:
Video management
L3SW IP6320 IP NETWORK
L2SW
IP6820/IP6810
Bullet
Encoder IPCAM
IVS Server SL16
Video analytics NVR:
PTZ
video record
IPCAM
iNET can manage
network device and CCTV
BNC Analog cam
TV wall
Video Display
CMS(VMS) Server:
Video management
IP NETWORK
L3SW IP6828
L2SW IP6808 with
with MACSEC Encoder
MACSEC encryption
encryption SL16
Bullet
IPCAM
IVS Server NVR:
PTZ
Video analytics video record
IPCAM
iNET can manage
network device and CCTV
BNC Analog cam
268
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IIOT
Features
The Core Network can deploy L3SW IP6320. Access Switch can deploy L2SW IP6820/IP6810.
● The Core Network w/ Encryption can deploy L3SW IP6828. Access Switch can deploy L2SW IP6808.
● At Job Site, there are IP cameras connect to IP6820 via POE. Analog camera can connect to Encoder SL16 which
converts analog video signal to be IP packets.
● At Data Center, there are NVRs which are to do video record. There are IVSs which are to do video analytics.
● EMS iNET can manage network device and CCTV simultaneously.
● At Security Center, there is CMS server which is to do video management. There is TV Wall which is to do video
display.
IPCAMs
IPCAM Q2V6-E. The application is for Parking Lot and Main
exit.
• Fixed Bullet IPCAM
• 3 Megapixel with 1080p
• Day & Night
• PoE
• 30 fps at 1920 x 1080p
• Waterproof IP66
Management
NVR 5464(Network Video Recorder)
• Manage up to 64 cameras or video encoders
• Recording up to 64 channels
• Live view local up to 64 channels, remote up to 64 channels
• Synchronized playback local up to 64 channels
• Export video with RAW & AVI formats
• Event trigger, response, and notification
• Mobile Client, Web Client, Workstation
• Location-based management with eMap
TV-Wall NC5406
• 76 video streams up to D1@30fps
• Layout: 1x1,2x2,3x3,4x4,3x2,4x3,5x3,5x5,6x6,8x6,8x8 and custom
layout
• Flexible TV wall server layout management, adjustable size and
position.
IVS Function
INTRUSION (Virtual Fence)
Detection and signaling of the intrusion within virtual areas of the
crossing of virtual lines in a certain direction (tripwire) by subjects of
interest.
270
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IIOT
OCCUPANCY RATE
Estimation and collection of the percentage of occupancy of virtual
areas by subjects of interest, and for each area signaling of an
occupancy percentage higher than a defined threshold
LEFT OBJECT
Detection and signaling of objects left unattended within virtual areas
for longer than a defined time
STOLEN OBJECT
Detection and signaling of objects removed from virtual areas
LOITERING
Detection and signaling of subjects of interest that remain within virtual
areas for longer than a defined time
SLIP FALL
Detection and notification a person falling and remaining on the ground
for longer than a defined time
LPR
Detection and reading of vehicles license plates for access control
management
Parking LOT
Detection and notification of the status (free/occupied) of configured
parking areas
iNET EMS
• Integrated networking system with complete solution for CCTV Video Surveillance application
• Centralized or distributed system architecture includes CMS, NVR, TV Wall, and NMS
• Event-driven video playback & snapshot, remote I/O control and PTZ control for selected IP CAM model.
• Please refer to iNET brochure and manual for details.
Applications
VLAN20 iNET,
Vlan Routing two Eth link
AM3440
OCC
L3SW IP6320A
VRRP
Alarm !
Somebody open
NVR Call up Lobby door
VLAN10
1G G.8032 Ring
SubStation#3 NVR CMS IVS
SubStation#2
L2SW IP6820
TV-WALL
Bullet camera
at Main Entry/Exit
272
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IIOT
VLAN20
iNET with local language
VLAN Routing
OCC,L3SW IP6320A
VRRP
VLAN10
Wall Station3 1G G.8032
NVR CMS IVS
Ring
Wall Main Gate Station4
Wall
Station2, Station1
L2SW
IP6820
25 meters between
each cameras
TV Wall
VLAN10
Sub STATION
– Fire/Smoke Detection in Station
SNMP SNMP
– Intrusion Detector (Door Sensor) Alarm Substation
– CCTV Surveillance Monitoring/Video Analytics NBI Monitoring Signal
& Control System
I/O
– SCADA RTU SNMP
EVENT FILTER
-- Temperature Sensor
-- Humidity Sensor
Loop
iNET NVR
CCTV Call-Up TV-Wall
Servers Controllers
COMMUNICATIONS
– Ethernet Transmission SNMP
– Microwave Backhaul
TV Wall Pop-Up
OTHERS
– Card Reader
NON- DB
SNMP
Step1. Substation got intrusion detection, it will send SNMP trap to LOOP iNET.
Step2. Card reader maybe be power failure, LOOP iNET can PING(NON-SNMP) this card reader.
Step3. iNET send SNMP trap to Alarm Monitoring &Control via NBI(North Bound Interface)
Step4. iNET will call up NVR server.
Step5. NVR will trigger TV WALL.
274
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13
Accessories
Loop Airflow Guide Rack Applicable to O9400R/V4150 276
Cable Management with Air Filter Applicable to O9400R/V4150 277
Conversion Panels, Y-Boxes, Y-Box Panels 278
SFP/SFP+ Optical Modules 283
Accessories
Application Illustration
The following drawing shows the front and side view of two units that are equipped with two Airflow Guides at the top and
bottom.
Note that the Airflow Guide can also be flipped and installed in reverse so that cold air can enter from the back and hot
air can exit from the front of the rack. Proper installation depends on the site’s air conditioning requirements.
Cold Air
Hot Air
Airflow
V4150 Guide
276
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Accessories
Description
The Loop Cable Management with Air Filter accessory is an easy to use supporting module for the V4150/O9400R unit.
It is the best solution for mounting an Air Filter without interference from the cables.
With the help of Cable Management, engineers no longer need to trace through messy cables, better heat dispersion can
be expected, and simplified troubleshooting and rack card expansion are assured.
Accumulated dust on the surface of the unit will keep heat inside the operating unit, which could damage the internal
circuitry. The Air Filter on the bottom of the Cable Management can help to keep the dust away from the machine,
providing a clean and safe operating environment.
The Cable Management can be installed together with Loop Telecom’s Airflow Guide. To understand what the Cable
Management can do with the Airflow Guide Rack, refer to the Application Illustration section on the following page.
Application Illustration
Installing Cable Management together with the Airflow Guide
Cold Air
Hot Air
Airflow
V4150 Guide
Cable
Management
Description
Loop Telecom offers conversion panels, Y-boxes, and Y-box panels available to E1/T1 cards in AM3440, O9400R, and
O9500R products.
The conversion panel is one SCSI to 16 BNC, 16 RJ, or 16 Wire-Wrap connectors which available for O9400R, and
O9500R. The Conversion Panels is for high density E1/T1 cards in O9400R and O9500R.
The Y-Box is used for protection switching of terminal equipment, but not the transmission line connecting the terminal
equipment. There are two types of Y-Boxes: the Y-Box for Quad E1/T1 cards in O9500R and Quad E1/T1 and Mini Quad
E1/T1 AM3440 series; the Y-Box Panels for high density E1/T1 cards in O9400R and O9500R.
Ordering Information
Conversion Panels: Applicable to O9500R, O9400R , and O9400S
Unit Model Description
One SCSI to sixteen RJ (1u height) without
Loop-ACC-P-1SCSI-16RJ-G
cable; 432x44x23mm (WxHxD)
E1 (120 ohm) or T1
(SCSI) E1 (120 ohm) or T1
Y-Box (RJ, Wire Wrap, TELCO 50, or TELCO 64)
(120/100 ohm)
E1 (120 ohm) or T1
(SCSI)
E1 (120 ohm)
(SCSI) E1 (75 ohm)
Y-Box (TELCO 50, or TELCO 64)
(75 ohm)
E1 (120 ohm)
(SCSI)
278
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Accessories
16 x RJ Connectors
Y-Box Applications
A Y-Box is used for protection switching of terminal equipment, but not the transmission line connecting the terminal
equipment. In a conventional protection-switching scheme, both the terminal equipment and the line connecting the
terminals are protected.
Line 1
West 1 East 1
Line 2
West 2 East 2
In the above example, the signal normally traverses from Terminal West 1 — Line1 — Terminal East 1. The protection
path is West 2 — Line 2 — East 2. In case of a fault either in West 1 or East 1, or Line 1, protection switching takes place
and the path will become as follows.
Line 1
West 1 East 1
Line 2
West 2 East 2
There will be situations where, due to cost, the line is not protected, only the terminal equipment is protected. In such
cases, the Y-box is used.
West 1 East 1
Line 1
Y Y
West 2 East 2
In the above example, the line is not protected, but the terminal equipments are.
In summary, the Y-box is used when terminal equipment needs to be protected but the transmission line is not.
280
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Accessories
If you are using the BNC type Y BOX, use BNC cables to connect it to the AM3440 or O9500R. Using AM3440 as an
example shown in the figure below. For illustration purposes, only Port 1 is protected in this sample diagram. To protect
other ports you must connect them in a similar manner.
QUAD QUAD
E1 E1
R R
x x
C C Port 4 Port 4
AM 3440 Tx Tx
P P
U U R R
x x
Port 3 Port 3
1 2 Tx Tx
E1(C) E1(D)
R R
x x
Port 2 Port 2
Tx Tx
R R
x x
AM 3440 Port 1 Port 1
Tx Tx
Loop
Y-BOX 1 A-Tx Line-Tx B-Tx1 2 A-Tx Line-Tx B-Tx 2 3 A-Tx Line-Tx B-Tx3 4 A-Tx Line-Tx B-Tx 4
A-Rx Line-Rx B-Rx A-Rx Line-Rx B-Rx A-Rx Line-Rx B-Rx A-Rx Line-Rx B-Rx
DDN
Network
If you are using the RJ48C type Y BOX, connect it to the AM3440 or O9500R. Using AM3440 as an example shown in
the figure below. For illustration purposes, only Port 9 is protected in this sample diagram. To protect other ports you
must connect them in a similar manner.
POWER E1(A) E1(B) CPU-1 CPU-2 1 2 3 4 5 6 7 8 9 10 11 12
QUAD QUAD
E1 E1
C C
AM 3440 P P Port 4 Port 4
U U
Port 3 Port 3
1 2
E1(C) E1(D)
Port 2 Port 2
Port 1 Port 1
AM 3440
DDN
Network
Port 1-16
RJ Connector
TELCO Connector
SCSI
Cable Wire Wrap
Y-Box for Protection
16E1/T1
16E1/T1
Backup
Port 1-16
Port 17-32
Port 1-16
Port 17-32
Y-Box for Protection
32E1/T1
32E1/T1
Backup
Port 33-48
Port 49-63
63E1/T1
63E1/T1 Two Y-Boxes
Backup
282
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Accessories
1 10G SFP+ Ordering Info For all Loop products, a SFP port requires an additional
2 2.5G SFP Ordering Info SFP optical module for wire connection. Loop products
3 1.25G SFP Ordering Info compatible with each SFP model are listed under
4 622~155M SFP Ordering Info section titles. For optical modules that are not listed in
5 622M SFP Ordering Info this chapter, please contact your nearest Loop sales
6 125M/155M SFP Ordering Info representative.
7 1x9 155M/125M/1~100M Ordering Info
8 1x8 155M Ordering Info NOTE: It is strongly recommended against purchasing
9 2M SFP Ordering Info non-Loop branded SFP modules in use with Loop
10 155M / 1.25G SFP EE Transceiver Module for SDH products as compatibility is not proven.
only
■ A special defined -Dxx ordering code is used to select frequency and wavelength:
Code Channel Frequency(THz) Center Wavelength(nm)
-D17 17 191.7 1563.86
-D18 18 191.8 1563.05
-D19 19 191.9 1562.23
-D20 20 192.0 1561.42
-D21 21 192.1 1560.61
-D22 22 192.2 1559.79
-D23 23 192.3 1558.98
-D24 24 192.4 1558.17
-D25 25 192.5 1557.36
-D26 26 192.6 1556.55
-D27 27 192.7 1555.75
-D28 28 192.8 1554.94
-D29 29 192.9 1554.13
-D30 30 193.0 1553.33
-D31 31 193.1 1552.52
-D32 32 193.2 1551.72
-D33 33 193.3 1550.92
-D34 34 193.4 1550.12
-D35 35 193.5 1549.32
-D36 36 193.6 1548.51
-D37 37 193.7 1547.72
-D38 38 193.8 1546.92
-D39 39 193.9 1546.12
-D40 40 194.0 1545.32
-D41 41 194.1 1544.53
-D42 42 194.2 1543.73
-D43 43 194.3 1542.94
-D44 44 194.4 1542.14
-D45 45 194.5 1541.35
-D46 46 194.6 1540.56
-D47 47 194.7 1539.77
-D48 48 194.8 1538.98
-D49 49 194.9 1538.19
-D50 50 195.0 1537.40
-D51 51 195.1 1536.61
-D52 52 195.2 1535.82
-D53 53 195.3 1535.04
-D54 54 195.4 1534.25
-D55 55 195.5 1533.47
-D56 56 195.6 1532.68
-D57 57 195.7 1531.90
-D58 58 195.8 1531.12
-D59 59 195.9 1530.33
-D60 60 196.0 1529.55
-D61 61 196.1 1528.77
284
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Accessories
286
For the latest product news, updates, technical support and more, please visit our website.
Accessories
288
For the latest product news, updates, technical support and more, please visit our website.
Accessories
622~155Mbps PJB2W SFP single-mode optical module with dual uni-directional fiber,
(mini GBIC) 622~155M, 1310nm, 20KM, LC connector, S4.1/IR1
Dual Fiber PJB2D SFP single-mode optical module with dual uni-directional fiber,
Commercial (0 622~155M, 1310nm, 20KM, LC connector with DDM, S4.1/IR1
to 70°C) PJCXD SFP single-mode optical module with dual uni-directional fiber,
622~155M, 1550nm, 120KM, LC connector with DDM, Extend
distance L4.2
NOTE: For other special/industrial optical modules, please contact your nearest Loop sales representative.
NOTE: For other special/industrial optical modules, please contact your nearest Loop sales representatives.
290
For the latest product news, updates, technical support and more, please visit our website.
Accessories
292
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Accessories
Worldwide Europe
6F, No. 8, Hsin Ann Road Rue de Culot, 13
Hsinchu Science Park BE-1402 Nivelles
Hsinchu, Taiwan 30078 Belgique
+886-3-578-7696 +32-496-54-27-44
sales@looptelecom.com eu_sales@looptelecom.com
www.LoopTelecom.com Catalog