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    Ediamond With S2000 - Tech DS

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    Ohad Lendner
    EDiamond was designed for vendors and operators, to help them understand LTE network problems, and make LTE network analysis both simpler and faster. It saves history data for long periods, and supports: all known vendors of LTE: Ericsson, ALU, NSN, Huawei, ZTE, etc. RADCOM's S2000 probe is built to capture high capacity LTE Ethernet traffic and supports connectivity to multiple IP links from 4 links of 1GB up to 2 links of 10 GB. The eDia

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    Ediamond With S2000 - Tech DS

    Uploaded by

    Ohad Lendner
    40 views2 pages
    EDiamond was designed for vendors and operators, to help them understand LTE network problems, and make LTE network analysis both simpler and faster. It saves history data for long periods, and supports: all known vendors of LTE: Ericsson, ALU, NSN, Huawei, ZTE, etc. RADCOM's S2000 probe is built to capture high capacity LTE Ethernet traffic and supports connectivity to multiple IP links from 4 links of 1GB up to 2 links of 10 GB. The eDia

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    eDiamond With S2000_Tech DS

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    EDiamond was designed for vendors and operators, to help them understand LTE network problems, and make LTE network analysis both simpler and faster. It saves history data for long periods, and supports: all known vendors of LTE: Ericsson, ALU, NSN, Huawei, ZTE, etc. RADCOM's S2000 probe is built to capture high capacity LTE Ethernet traffic and supports connectivity to multiple IP links from 4 links of 1GB up to 2 links of 10 GB. The eDia

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    40 views2 pages

    Ediamond With S2000 - Tech DS

    Uploaded by

    Ohad Lendner
    EDiamond was designed for vendors and operators, to help them understand LTE network problems, and make LTE network analysis both simpler and faster. It saves history data for long periods, and supports: all known vendors of LTE: Ericsson, ALU, NSN, Huawei, ZTE, etc. RADCOM's S2000 probe is built to capture high capacity LTE Ethernet traffic and supports connectivity to multiple IP links from 4 links of 1GB up to 2 links of 10 GB. The eDia

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    LTE Troubleshooting With the S2000 Adapter Family

    eDiamond was designed for vendors and operators, to help them understand LTE network problems, and make LTE network analysis both simpler and faster. eDiamond is used by LTE engineers for probe-based troubleshooting in labs, and during trials and LTE monitoring of live networks
    eDiamond saves history data for long periods, and supports: All known vendors of LTE: Ericsson, ALU, NSN, Huawei, ZTE, etc. Interfaces S1-MME All GTP-C interfaces All Diameter interfaces GSM/UMTS/CDMA interoperability interfaces

    The S2000 Probe


    RADCOMs S2000 probe is built to capture high capacity LTE Ethernet traffic and supports connectivity to multiple IP links from 4 links of 1GB up to 2 links of 10 GB. The S2000 probe is connected to the LTE interfaces, captures the data and forwards it to the eDiamond application. The eDiamond runs within the S2000, processes the captured data, correlates the sessions, calculates the KPIs and then stores it all for the engineer to be used for analysis and troubleshooting.

    eDiamond Key Features


    Supports the following technologies LTE UMTS GSM/GPRS IMS Softswitching Usability Call Trace Correlation KPI module Multi-user Very simple to deploy Short learning curve Engineers can start using results shortly after being introduced to the application Small footprint 24x7 with near real-time results

    S2000 Highlights
    Connectivity options: S2001: 4 x 1 Gbps SFP and/or RJ45 connections S2010: 2 x 10 Gbps SFP+ ports Full-line-rate capture and processing for all frame sizes Efficient capture: < 1% host CPU load High-precision 10 ns time-stamping Advanced hardware time synchronization Onboard data burst buffering Windows support

    S2000 Adapter Family Specifications


    Efficient Data Capture
    The adapters enable full-duplex monitoring of a network link (Rx and Tx traffic). The frame merging functionality enables Rx and Tx frames to be merged in reception time order, simplifying the application processing.

    Host Interface
    Bus type: 8-lane 2.5 GHz PCIe Gen1: (fully compatible with 4-lane 2.5 GHz PCIe Gen1) Data transfer modes: Bus master DMA Memory write or memory read transactions Support for 32-/64-bit addressing and host DMA addressing Physical dimensions: -length full-height PCIe

    Filtering
    64 advanced programmable filters are available with an exceptional flexibility in the way they are specified, combined and controlled. Filtering can be based on various combinations of: Bit patterns Protocol information Frame size tests Frame error tests Port number

    Environment
    Power consumption: 25 Watts including SFP SR or RJ45 modules Operating temperature: 0 45 C, 32 113 F Operating humidity: 20 80% Hardware compliance: RoHS, UL, CE, FCC, CSA, VCCI, C-TICK MTBF: 266,329 hours according to RIAC-HDBK-217Plu

    Synchronization
    High-precision time-stamping with 10 ns resolution is applied to all frames received by the adapter. The adapter timestamping can be synchronized to that of another adapter or to external sources: Synchronization via the Time Synchronization Unit e.g. to a GPS signal via Trimble Acutime Gold GPS antenna Adapter-to-adapter HW time synchronization either internally, externally or using daisy-chaining of adapters OS time synchronization with dynamic drift adjustment Free-running time synchronization Synchronization relative to any external PPS time source Synchronization to UTC time from: CDMA time reference when connected to EndRun Prcis Cf CDMA receiver IEEE1588/PTP time reference when connected to Oregano SYN1588 PCIe NIC

    S2010 General Features


    Full-line-rate processing for all frames from 64 bytes to 10.000 bytes IEEE standard: IEEE 802.3 10 Gbit/s Ethernet Physical interface: 2 SFP+ ports Supported SFP+ modules: Multi-mode SR (850 nm), singlemode LR (1310 nm), multi-mode LRM (1310 nm), singlemode ER (1550 nm) or Direct Attached Copper (Twinax) Data rate: 2 x 10 Gbit/s PCIe performance: 25 Gbit/s CPU utilization: < 1% of the CPU is used for any data transfer 0% of the CPU is used for any onboard processing

    Host Interface
    Bus type: 8-lane 5 GHz PCIe Gen2 Data transfer modes: Bus master DMA Memory write or memory read transactions Support for 32-bit/64-bit addressing and host DMA addressing Physical dimensions: -length low-profile PCIe Environment

    S2001 General Features


    Full-line-rate processing for all frames from 64 bytes to 10,000 bytes IEEE standard: IEEE 802.3 10 Mbit/s / 100 Mbit/s / 1 Gbit/s Ethernet Physical interfaces: 4 SFP ports or 4 RJ45 ports Supported SFP modules: Multi-mode SR (850 nm), singlemode LR (1310 nm), 1000BASE-T or 10/100/1000BASE-T Data rate: 4 x 1 Gbit/s or 8 x 1 Gbit/s PCIe performance: 12.5 Gbit/s CPU utilization: < 1% of the CPU is used for any data transfer 0% of the CPU is used for any onboard processing

    Environment
    Power consumption: 25 Watts including SFP+ SR modules Operating temperature: 0 45 C, 32 113 F Operating humidity: 20 80% Hardware compliance: RoHS, UL, CE, FCC, CSA, VCCI, C-TICK MTBF: 200000 hours according to RIAC-HDBK-217Plus

    Software
    Windows Server 2003/2008, XP and Windows 7: 32-bit/64-bit

    Software
    Windows Server 2003/2008: 32-/64-bit, Windows XP: 64-bit and Windows 7: 32-/64-bit

    Brand and product names are trademarks of the respective companies. www.radcom.com | www.protocols.com | TDS-LTE-S2000 . Version A | 2011 RADCOM. All rights reserved.

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