MX10003 MX204
MX10003 MX204
MX10003 MX204
Project milestones
The MX Family – Longevity to 2020+
MX-150 VMX MX80, MX104 MX240 MX480 MX960 MX204 MX10003 MX2008 MX2010 MX2020 MX10008 MX10016
20G 100G 80G 1T 3T 5T 400G 2.4T 16T 16T 32T 19.2G 38.4T 2016-2018
6T 16T 30T 3.2T 19.2T 80T 80T 160T 76.8T 153.6T 2019-2020
MX ASIC Evolution
SLOT CAPACITIES, GBPS, AND LINE CARDS
MX 40 160 260 240 480 1500
MX2K 480 1600 4000
MX204 400
MX10003 1200
MX10008 2400
FEATURES FLEX ETHERNET ····
IPSEC, MACSEC ·····
TELEMETRY EXPORT ····················
INTEGRATED H-QOS ·······················
TURBO FILTERS ·························································
HIGH SPEED AND HIGH SCALE H-QOS ························
ROUTE AND FLOW SCALE INCREASE ·························
PHY TIMESTAMPING ··········································································
PROGRAMMABLE PARSING, LOOKUP AND ENCAPSULATION ············································
I-CHIP TRIO 1.0 TRIO 1.5 TRIO 2.0 TRIO 3.0 TRIO 4.0
LU, MQ, QX LU, XM XL, XM, XQ EA ZT
CAPABILITIES
• All Trio forwarding features
• High scale flow export, video monitoring
• Ethernet OAM and BFD
• Performance monitoring
Industry’s first 400Gbps • Sophisticated packet parsing, lookup and encapsulation
capable network • Integrated rich queueing
processor • Improved tunnel performance
• Chip level telemetry and analytics support
MX10003
FRS in 2H 2017 In trials now
MX10003
2 x Routing Engines
KEY FEATURES
Compact Design
• Modular, 2 Line card slot 3RU Platform
3 RU • 19 in standard rack mountable, 762mm deep chassis
Line Card
• 1.2T per slot; upgradeable to 9.6T per slot
rd
1.2T Line Card with a MIC Slot, Trio 3 GEN • Multi-rate 100GE, 40GE and 10GE ports
Roadmap: 9.6T Line Card • 12x100GE, 18x40GE or 72x10GE/1GE per linecard
• 12x100GE MACSec MIC support
• Full HQoS and 1588 and SyncE
X86 Based Routing Engine
• Modular, Redundant and Upgradable
Power
• Power efficient ~ 0.9W/G
• AC/DC PSMs with N+N redundancy
6 x AC/DC Power Supplies Cooling and NEBS
• Redundant, Front to back air-cooling, NEBS Compliant
MX10003 Routing Engine
2 x Routing Engines in
designated slots on MX10003
KEY FEATURES
HIGH PERFORMANCE 1.6GHz, 8 CORE X86 (BROADWELL) BASED
PROCESSOR
64G MEMORY ON MX10003
SOFTWARE MODEL
RE APP, 64G SSD
ADMIN
RE APP 3RD PARTY
FUNCTIONS
APPS Dual RE support
YOCTO VIRTUALIZATION
JUNOS JUNOS/LINUX
LINUX (HOST)
SECURE BOOT WITH TPM SUPPORT
JUNOS VIRTUALIZATION FRAMEWORK
RE CPU
H/W VIRTUALIZATION
MX10003 Modular Line Card
MPC 1.2T LINE CARD Dense, 1.2T per slot
Modular Multi-rate 1GE/10GE/40GE/100GE with MACSec Option
MIC Software-enabled rich queueing options
EA @ 400G
12 x QSFP28/ TECHNOLOGY DEPLOYMENTS
QSFP+
SERVICES EDGE
EA @ 400G CROSSBAR 3D MEMORY
PEERING
TRIO 3rd GEN
METRO
MICROCODE DRIVEN
EA @ 400G
COLO/DATA CENTER
Fixed
6 x QSFP+
Modular Interface Cards and other components
MX10003 MICs
12 x 100GE QSFP+/QSFP28
12 x 100GE QSFP+/QSFP28 with MACSEC
EA-0
Ports Ports
(400G)
0-1 0-3
MX10003 AD
EX4300 SD
Option 2: Using breakout optics for each QSFPP/QSFP28 port (in 1H2018)
4 x QSFP28
KEY FEATURES
Compact Design
1 RU • Fixed form factor 1RU platform
• 19 inch, 475mm depth, ETSI 600 compliant
8 x SFP+ 10GE • 400G bandwidth
• Multi-rate (4)100GE, (4)40GE and (24)10/1GE ports
BUILT IN TRIO 3rd GEN 400GBPS • Full HQoS, 1588, SyncE
FORWARDING PLANE Routing Engine
SINGLE ROUTING ENGINE • Multi-core X86 based single RE
Power
• Power efficient ~ 0.9W/G
• AC/DC PSMs; 1+1 redundancy
Cooling & NEBS
• Redundant, Front to back air-cooling, NEBS Compliant
2 x AC / DC Power Supplies
1GE support options on MX204
Option 1: Junos Fusion with MX204 as an AD and QFX5100 or EX4300 as an SD at FRS. QFX5110
SD support 1H2018
802.1BR
QFX5100 SD
MX204 AD
EX4300 SD
Option 2: Using breakout optics for each QSFPP/QSFP28 port (in 1H 2018)
– Optics used will be QSFPP-4X10GE-LR
– Each 10GE port on the MX204 functions as a 1GE
port and connects to 1GE-SX optics on the
remote end
Option 3: Using 1GE SFPs in the 8 fixed SFPP ports (in 1H 2018)
List of supported SFPs to be provided closer to release
MX204 Routing Engine
KEY FEATURES
Single RE
on MX204
HIGH PERFORMANCE 1.6GHz, 8 CORE X86 (BROADWELL) BASED
PROCESSOR
SOFTWARE MODEL
RE APP, 32G MEMORY ON MX204
ADMIN
RE APP 3RD PARTY
FUNCTIONS
APPS 64G SSD
YOCTO VIRTUALIZATION
JUNOS JUNOS/LINUX
LINUX (HOST)
SECURE BOOT WITH TPM SUPPORT
JUNOS VIRTUALIZATION FRAMEWORK
RE CPU
H/W VIRTUALIZATION
MX204 Power Supply and Usage
KEY FEATURES
• Single feed, AC/DC power supplies, N+N Redundancy
• 2 power supplies in MX204 (650W AC/DC)
SR LR
FRS supported optics list is at
http://easylink.juniper.net/compactmx
Scale
Scale
MX10003 MX204
FIB 10M FIB IPv4 and IPv6 combined 10M FIB IPv4 and IPv6 combined
FW Filter terms 256K - chassis wide or per PFE (single or 256K - chassis wide or per PFE (single or
spread across multiple filters) spread across multiple filters)
ARP 1M 1M
Full Scale info will be uploaded on https://scale.juniper.net and the MX Collateral scaling spreadsheet at FRS
Building the MX10003 and
MX204 systems
Selecting bundle – MX10003
COMPONENT MX10003-BASE MX10003-PREMIUM
JNP10003-CHAS-BB (1) JNP10003-CHAS-BB (1)
(N) - Number of units included with the bundle is shown within the parentheses; Single RE is included with BASE Bundle
at $0, Redundant REs included with PREMIUM bundle at $0
Base bundle has 4 power supplies and offers power supply redundancy. Premium bundle has 6 power supplies and
offers both power supply and feed redundancy
Selecting MX10003 line card and MICS
Line card Options:
MX10003-LC2103
MX10003-LC2103-IR
MX10003-LC2103-R
MIC Options:
JNP-MIC1
JNP-MIC1-MACSEC
LC upgrade licenses
Upgrade to IR S-MX10K3-LC2103-IR
Upgrade to –R S-MX10K3-LC2103-R
(requires existing IR
mode)
Base, IR and R tier definitions are on slide 21 of the MX buying guide and on sharepoint at
https://junipernetworks.sharepoint.com/teams/RBU/plm/Edge/collateral/SitePages/sales/Pricing%20Tiers%20Ch
ange.aspx
Selecting SW licenses for MX10003
COMPONENT MX10003-BASE MX10003-PREMIUM
Junos JUNOS-64 JUNOS-64
For BNG subscriber scale licenses please refer to slide 52: License- Per Chassis section in the MX buying guide
Selecting bundle – MX204
COMPONENT MX204 MX204-IR MX204-R
JNP204-CHAS-BB (1) JNP204-CHAS-BB (1) JNP204-CHAS-BB (1)
(N) - Number of units included with the bundle is shown within the parentheses;
All MX204 bundles include a single RE
Base, IR and R tier definitions are on slide 21 of the MX buying guide and on sharepoint at
https://junipernetworks.sharepoint.com/teams/RBU/plm/Edge/collateral/SitePages/sales/Pricing%20Tiers%20Change.aspx
Selecting SW licenses for MX204
COMPONENT MX204 MX204-IR MX204-R
Junos JUNOS-64 JUNOS-64 JUNOS-64
For BNG subscriber scale licenses please refer to slide 52: License- Per Chassis section in the MX buying buide
MX10003 and MX204 value
proposition
Value proposition - MX10003 and MX204
Market Strengths
High Density
Compact form factor
Control Power efficient
Modular and Full Junos feature flexibility
plane
upgradeable High Scale
redundancy Next generation Silicon upgrades
w/o a forklift (MX10003)
Junos Fusion MEF features
Subscriber services support
High speed Junos Multifunctional router can be used in
and high feature multiple roles
scale maturity
Competitive advantages
Competitive products
Cisco NCS 5501/5502
Nokia 7750 SRE
Huawei C600, ME60
Arista 7280R
Higher Scale: MX10003 and MX204 FIB is 10M compared to 2M on the TCAM based NCS5501 and
5502
MX10003 is modular and upgradable with a redundant control plane: neither Cisco nor Arista have
this advantage
Full timing and sync capability – not available on all SKUs on NCS and Arista
MX10003 has higher density in a smaller form factor 2.4T in 3 RU compared to 400G in 6RU on the
Nokia 7750 SRE1
Both routers have advanced Junos feature support which allows for reuse for different customer use
cases like peering, edge, BNG and even core
MX10003 and MX204 use cases
Summit MX10003 and MX204 Use Cases
Requirements How SUMMIT Addresses
• COLOS charge based on provisioned Power and • SUMMIT is a power optimized, compact chassis with
COLO and DC Edge Space high density that saves power and cost for the
• DC architectures are looking for high density customer
100GE and 10GE platforms with VXLAN, EVPN • The full feature capability of Trio on Summit allows
and multicast replication for high scale support of DC edge features
• 10G and 100G circuits for enterprises with • SUMMIT is a high density 10G/40G/100G system
High Speed Edge Business VPN service and Web 2.0 customers for • Feature rich and high scale with the maturity of Junos
Internet service for multiservice applications
• Feature flexibility at high scale
• Metro networks are migrating from 1G-10G in • SUMMIT offers dense price competitive 10G and
Access and from 10G-100G in Aggregation
Metro/MBH • OAM and HQoS required
100G ports
• SUMMIT supports OAM & HQoS with Trio
Deployment • Timing and sync required Architecture
• Different Bandwidths • Different licensing options allows lower scale
• Smaller footprint BNG platform to be deployed in • SUMMIT will offer the existing suite of BNG
Central Office and Hub locations functionality.
Distributed BNG • Feature parity with current MX platform for HQoS • Feature parity for HQoS with existing MX Q MPCs.
Use Case: Compact MX Edge router
Business/
Business/ Residential
Residential
ISP metro
network
Core Core
QFX/MX/PT QFX/MX/PT
X X
EV
C Internet
CVLANs PWE-HT
EV
C
NN NN
I VPLS/EVPN PE I
VPLS/EVPN PE BNG service edge
Summit router
ELine Service (MPLS
Pseudowire
ELine Service or L2 VLAN
EVC)
ELAN Service (VPLS,
EVPN), L3VPN
Use Case: Mobile BH
IMS
HSS/PCRF
Mobile
GA 11/8/17 1/18/18
This presentation contains information relating to Juniper Networks’ development plans and plans for future products,
features or enhancements (“SOPD”). SOPD information is subject to change at any time, without notice. Except as set
out in definitive agreements for the potential transaction, Juniper Networks provides no assurances, and assumes no
responsibility, that such future products, features or enhancements will be introduced.
Please note that Juniper Networks (UK) Limited sells all Juniper products and services for fulfillment in the UK instead
of Juniper Networks International B.V.
Information shall only be used for the purpose of this RFP and the customer is not entitled to make use of any
trademarks, service marks, registered trademarks or registered service marks in the proposal.
a) are not being made based upon reliance of timeframes or specifics outlined in the SOPD; and
b) would not be affected if Juniper Networks delays or never introduces the future products, features or enhancements.
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