40G Ethernet Video

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Annapolis Micro Systems product demonstration by Vice President of Sales Patrick Stover. Annapolis Micro Systems is the leader in COTS FPGA-based high performance computing board level products. Among Annapolis’ leading computing products ar...

	Video: ATCA 4.0 Platform Prepared for 4G Wireless
The advantages of a robust AdvancedTCA ecosystem is one of three key elements Eric presents here.

	Video: Drive to 40 Gig Takes a Broad Ecosystem
As 40 Gig draws near, minimize your time to market by taking full advantage of pre-validation.

Vendors and Products

 

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• Sarance Technologies Inc.  (1)
  • 40G / 100G Ethernet IP Core
    Sarance Technologies' High Speed Ethernet IP Core (HSEC) is a high-performance and flexible implementation of the IEEE 802.3ba specification for 40 Gbps and 100 Gbps Ethernet (+)

    Features:

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    • The HSEC implements the Multi-Lane Distribution (MLD protocol layer, the 40G and 100G aggregate Physical Coding Sublayer (PCS), and a 40G and 100G Media Access Controller (MAC) module HSEC is implementation of the IEEE 802.3ba specifications and has been successfully deployed in a major ISP's network in the USA
    • Sarance's HSEC for Altera Stratix IV FPGA devices is implemented for both the Stratix IVGX and Stratix IVGT device families
    • The HSEC is compliant with the current proposal of the 802.3ba specifications, it is hardware proven, and offers system designers with a risk-free and quick path for systems that implement 40G and 100G Ethernet protocols [...]

    
• TeraChip, Inc.  (2)
  • 160 Gbps ATCA Switch Fabric Card
    The TeraChip TSC-160XUI-A1 is an operational 160 Gbps switch fabric card for standard AdvancedTCA chassis, offering the low risk, simplicity and scalability of AdvancedTCA standard devices (+)

    Features:

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    • Designed for switch vendors serving the enterprise (LAN), storage (SAN), and metro (MAN) markets
    • The TSC-160XUI-A1 is based on TeraChip's TCF16X10 scalable single-chip switch fabric device, capable of switching data streams of 10 Gbps using a shared-memory architecture that supports: 16 slots of 10Gbps per slot
    • 8 priority queues per port

    
  • TeraChip TLC-NIC101 10Gbps ATCA Line Card
    The TeraChip TLC-NIC101 is a 10 Gbps AdvancedTCA line card constructed with TeraChip's TCI1X2RC switch interface device and EZchip NP-1c NPU and provides a 10 Gbps switch connection by 10x1 Gbps Ethernet connections (+)

    Features:

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    • Supports different redundancy schemes for the fabric and for the line ports
    • Allows faster time to market for network application that can be developed based on the EZchip NP-1c network processor and the TeraChip switch fabric [...]

    
• PDSi - Pinnacle Data Systems, Inc.  (6)
  • ATCA Carrier Cards
    AdvancedTCA carrier cards for integrating CompactPCI and Compact Packet-Switching Backplane (cPSB) cards into an AdvancedTCA environment (+)

    Features:

    • Entry-level AdvancedTCA Base Interface carrier card provides interconnection to the PICMG 3.0-compliant data transport section, 10/100/1000Base-Tx fabric data interconnectivity in a dual star configuration, and an onboard IPMI controller
    • AdvancedTCA Full Mesh carrier card provides complete fabric interface connectivity for any CompactPCI boards,
    • Onboard Gigabit Ethernet switch with full mesh connectivity and alternate topologies including dual star, dual dual star, and limited meshes

    
  • ATCA-F1 Dual Socket AMD Opteron Processor Blade
    This industry-proven ATCA-F1 server blade features two AMD Opteron dual-core or quad-core processors for significant performance available in a general purpose AdvancedTCA compute board (+)

    Features:

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    • Now offered with a full 32GB of memory and the benchmarksetting AMD quad-core CPUs, this blade supplies the extra level of computing horsepower and built-in virtualization support demanded by the next generation of COTS integrated architectures
    • With its robust design, the ATCA-F1 blade has been thoroughly tested and successfully deployed in critical systems, including military applications
    • The ATCA-F1 features a standard Zone 3 interface for connection to PDSi's ATCA-RT01 rear transition module (RTM), which addsSAS storage, video, Ethernet and USB resources

    
  • ATCA-RT01 Video+Storage Rear Transition Module
    The ATCA-RT01 provides high reliability SAS storage, VGA video output, as well as additional Ethernet and USB I/O for AdvancedTCA x86 processor blades from PDSi (ATCA-F1) or Oracle's (Netra™ CP3220) (+)

    Features:

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    • With its industry standard Zone 3 interface, this RTM also operates with Oracle's UltraSPARC T2-based CP3260 blade
    • For systems requiring a mix of these compute blades, the ATCA-RT01 can provide a convenient single RTM solution
    • The robust ATCA-RT01 RTM has been thoroughly tested and successfully deployed in critical systems including military applications

    
  • XMC Quad Gigabit Ethernet Adaptor
    A high-performance, low-latency network adaptor (+)

    Features:

    • Four high-speed Ethernet interfaces for use with VITA 42.3-compatible VME, PCI Express, CompactPCI®, and AdvancedTCA® processor boards
    • Available in three configurations offering a mix of front and rear port access
    • Using widely accepted Intel 82571EB Ethernet controllers, this adaptor offers up to four 10BASE-T/100BASE-Tx/1000BASE-T copper ports with front-mounted RJ-45 connectors and full status indicators

    
  • XMC-GBX Quad Gigabit Ethernet Adaptor
    This new quad gigabit Ethernet XMC is a high-performance, low latency network adaptor providing four high-speed Ethernet interfaces for use with VITA 42.3-compatible VME, PCI Express, CompactPCI, and AdvancedTCA processor boards (+)

    Features:

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    • It is available in three configurations offering a mix of front and rear port access
    • Wide internal data paths eliminate performance bottlenecks
    • The parallel and pipelined logic architecture is optimized for Gigabit Ethernet and efficiently handles packets with minimum latency

    
  • ATCA-RT01 RTM
    Compatible with PDSi ATCA-F1, Sun Netra CP3220 (x86), and Sun Netra CP3260 (SPARC) AdvancedTCA blades (+)

    Features:

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    • Onboard SAS storage up to 146 GB - field-removable hard disk drive
    • Front-panel access to onboard LSI SAS controller for connection to redundant storage arrays
    • VGA video - supports resolutions up to 1600 x 1200

    
• Telco Systems  (2)
  • T-HUB4
    40G ATCA switch blade to enable next generation mobile applications such as LTE and 4G as well as metro Ethernet, security, and military applications that require high performance and high availability (+)

    Features:

    • Telco Systems' T-HUB4 delivers simultaneous 10G and 40G connectivity to support AdvancedTCA service modules
    • T-HUB4 delivers an extensive networking software suite, BiNOX to provide state of the art connectivity, including switching, IPv4/IPv6 routing, MPLS, QoS, protection and redundancy, and clock synchronization to the ATCA platform
    • BiNOX is Telco Systems' field-proven, carrier grade networking operating system offering superior control and security while delivering wire speed Layer 2-4 networking

    
  • T6Pro Classic/Compact
    A carrier-class, multilayer routing switch optimized for metro and aggregation applications. T6Pro implements the full scope of the latest AdvancedTCA architecture (+)

    Features:

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    • Available in two non-blocking chassis configurations – T6Pro Compact is 4RU and T6Pro Classic is 12RU (stackable as 10RU).
    • 10/100/1000 and 10 Gigabit Ethernet copper and fiber
    • Rapid spanning tree ensures

    
• ADLINK Technology  (7)
  • aTCA-6150
    AdvancedTCA processor blade featuring dual next-generation 32 nm six-core Intel Xeon processor L5638 with 2.00 GHz core-speed, the Intel 5520 chipset, up to 48 GB of DDR3 memory, and an optional PICMG mid-size AMC bay for increased computing performance and flexibility (+)

    Features:

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    • Six-core performance and power consumption enhancement to its AdvancedTCA product line
    • The Intel Xeon processor L5638 on 32 nm process technology with 6-core / 12-thread capability gives the aTCA-6150 increased processing performance with more efficient power consumption
    • For applications requiring high performance and high-speed data transfer which were formerly thermally constrained

    
  • aTCA-6150
    The aTCA-6150 is a highly integrated AdvancedTCA processor blade supporting the latest 32nm process six-core Intel Xeon Processor 5600 Series with six sockets for DDR3-1066 VLP RDIMM up to 48 GB (+)

    Features:

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    • I/O features include two 10 Gigabit Ethernet ports (XAUI, 1000BASE-KX4) compliant with PICMG 3.1 option 1/9, four Gigabit Ethernet 10/100/1000BASE-T ports to the face plate and AdvancedTCA Base Interface channels [...]

    
  • aTCA-3100 Series
    24/48-port AdvancedTCA Base/Fabric Switch Blade with 10 GbE uplink (+)

    Features:

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    • 24 ports Gigabit Ethernet base interface switch
    • 24 ports Gigabit Ethernet fabric interface switch
    • 10 Gigabit Ethernet XFP Uplink port

    
  • ATCA-3120
    PICMG 3.0 AdvancedTCA core specification (+)

    Features:

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    • 1000BASE-T Gigabit Ethernet
    • Layer 3 switching
    • Base interface support for 14 node slots

    
  • aTCA-6900
    Next-generation AdvancedTCA CPU blade (+)

    Features:

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    • Intel 5100 chipset
    • Two quad-core LV-Xeon processors
    • Two AdvancedMC bays for enhanced performance, integration, and flexibility

    
  • aTCA-3400
    20-port 10 GbE AdvancedTCA fabric switch blade with AdvancedMC bays (+)

    Features:

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    • 24-port Gigabit Ethernet base interface switch
    • Thirteen node ports, 1 inter-switch port
    • Six egress ports plus one 10 GbE SFP+ uplink port

    
  • aTCA-3110
    An AdvancedTCA hub switch board (+)

    Features:

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    • Supports PICMG 3.1 Base Interface for AdvancedTCA shelves up to 14 slots (2 hub slots and 12 node slots)
    • Base interface provides 1000BASE-T Ethernet connections between the hub slot and each node slot
    • Eight tri-speed 1000/100/10BASE-T external uplink connections are provided on the front panel for easy access to the base interface

    
• ZNYX Networks  (10)
  • ZX7300
    The ZX7300 is a PICMG 3.1 payload Ethernet switch with four 10 Gigabit 24 Gigabit Ethernet ports (+)

    Features:

    • Two of the 10 Gigabit ports are connected to the ATCA fabric, so the ZX7300 can implement a fully redundant break-out network from within the ATCA chassis
    • Egress ports are RJ45 for Gigabit Ethernet and SFP+ for 10 Gigabit Ethernet
    • The hub switches can be any PICMG 3.1 Option 1 or 9 devices such as the ZNYX ZX7250

    
  • ZX1900
    The ZX1900 is a unique platform for packet processing and switching (+)

    Features:

    • The standard configuration includes a 5U chassis, 10-Gigabit Ethernet switch plus three closely coupled payload slots for user applications
    • Using the ZNYX Front-Transition-Module architecture, the ZX1900 makes more egress ports available than any other 5U ATCA solution
    • This means that in addition to hosting a network application in its payload slots, the ZX1900 can serve as the network infrastructure, eliminating the requirement for an external switch and providing significant cost savings

    
  • ZX7250
    The OpenArchitect ZX7250 is an ATCA 3.1 switch that achieves the full potential of the 10 Gigabit Backplane market (+)

    Features:

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    • With twenty 10 Gigabit Fabric ports, the ZX7250 can support a full 14-slot Chassis of Option 9 / Option 1 payload boards while hosting 9 10-Gigabit Ethernet ports (with RTM) for chassis egress
    • The Base Interface is served by a separate switch with 24 Gigabit Ethernet ports and an additional two 10-Gigabit Ethernet ports
    • The 10-Gigabit backplane market is developing very rapidly and requires a precise balance between features and cost

    
  • zx7200
    AdvancedTCA 10 Gigabit Ethernet switching platform with 70 Gigabit egress capacity (+)

    Features:

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    • 20-port 10 GbE Fabric Switch with 5 SFP+ ports for 10 GbE to front panel or RTM, and 10 GbE inter-switch link
    • Hardware-accelerated IPv4 switch/routing at Layer 3+ with Content Aware Processor (CAP) for packet vectoring with OpenArchitect/PV
    • Linux-based OpenArchitect Operating Environment and Control Software for configuration, management, and total system high-availability

    
  • ZX6000 PICMG 3.0/3.1 Base Fabric, PTMC
    A 24-port AdvancedTCA Hub board / PTMC Carrier, providing switched Gigabit Ethernet service for up to 14 node boards via the PICMG 3.0 Base Interface (+)

    Features:

    • Tightly integrated modular switching platform
    • Enables high-density solutions with the addition of onboard PMC/PTMC sites
    • Linux-based OpenArchitect 3 runs on the embedded Freescale MPC8270VR, for the management of Layer 2 and Layer 3 packet switching

    
  • ZX7000 PICMG 3.0/3.1 GigE Switch Fabric,PTMC
    A 48-port AdvancedTCA Hub board / PTMC Carrier, providing switched Gigabit Ethernet service for up to 14 node boards via the PICMG 3.0 Base Interface and PICMG 3.1 Fabric Interface (+)

    Features:

    • Enables high-density solutions with the addition of onboard PMC/PTMC sites
    • Linux-based OpenArchitect 3 runs on the embedded Freescale MPC8270VR, providing a comprehensive package for the management of Layer 2 and Layer 3 packet switching
    • VLAN management and Layer 2-7 packet classification are also included with a user-friendly interface

    
  • ZX5000 PICMG 3.0 GigE Base Fabric Switch
    A 16-port AdvancedTCA Base Fabric switch based on the Intel IXE5416 switch silicon (+)

    Features:

    • Provides Gigabit Ethernet service for 12 payload slots
    • Uses the ZNYX Networks OpenArchitect 3 running on its embedded MPC8255 to provide complete and flexible switch management
    • Three switch egress ports

    
  • zx7000
    Modular AdvancedTCA switching platform with base and fabric support (+)

    Features:

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    • 48-port non-blocking GbE switch fabric with up to 12 GbE egress ports (RJ-45)
    • Configurable to support chassis with pre-ECN (single ShMC) or post-ECN (ShMC cross-connect)
    • Two PMC/PTMC type-5 sites for additional egress ports

    
  • zx6150
    AdvancedTCA Base Ethernet switching platform with massive egress capacity (+)

    Features:

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    • 50-port base interface switch complex
    • 1 front panel 10 GbE port (XFP), 9 front panel 1 GbE ports (SFP+), 5 front panel 10/100/1000BT ports (RJ-45)
    • 18 GbE ports to zx6150 RTM (SFP+)

    
  • ZX6000/7000 PICMG 3.0 / 3.1 ATCA Hub Board
    24-port (ZX6000) or 48-port (ZX7000) Gigabit Ethernet nonblocking switch fabric (upgradable) (+)

    Features:

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    • 16-slot chassis support for base interface
    • PICMG 3.1 Option 1 & 2 support
    • Four (ZX6000) or two (ZX7000) PTMC Option 5 slots

    
• NMS Communications Corporation  (2)
  • MG 7000A ATCA Media Processor
    480 IVR, fax, conferencing, VoIP, 3G 324M video sessions (+)

    Features:

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    • 16 T1/E1 ports
    • Call control for CAS, ISDN, and SIP
    • Single slot AdvancedTCA solution

    
  • MG 7000A
    MG 7000A AdvancedTCA Media Processor Blade is the ideal platform for network-based applications including IP media servers and enhanced service platforms for mobile voice applications (+)

    Features:

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    • High-speed IP packet handling
    • Dual Gigabit Ethernet for AdvancedTCA Switch Fabric
    • Dual 10/100/1000-Base-T Ethernet for AdvancedTCA Base Fabric

    
• AppliedMicro  (4)
  • PRS C192X Cell Switch Fabric Interface
    Fabric interface mezzanine for AdvancedTCA I/O blades such as AMCC's “nP3710 ATCA” blade and RadiSys' “Promentum ATCA-7010” blade (+)

    Features:

    • Features the AMCC's PRS C192X fabric interface, a queue manager device of AMCC's PRS switch fabric family, the shared-memory cell switches that provide best-in-class features for carrier-grade switching applications
    • In star topology implementations, operates in conjunction with an AdvancedTCA Cell Switch blade like AMCC's PRS40G-ATCA and supports from 2.5 Gbps (overspeed factor of 2) to 4 Gbps (Ethernet) of user bandwidth
    • In mesh topology implementations, up to 8 AdvancedTCA I/O blades equipped with the PRS C192X FIC mezzanine can interoperate without any centralized fabric switch: one or two blades can support up to 10 Gbps of user bandwidth, the other blades operating at 2.5 Gbps (overspeed factor =2)

    
  • PRS40G-ATCA Cell Switch
    AdvancedTCA switch blade featuring AMCC's PRS 80G Switch Fabric device, a carrier grade shared-memory cell switch that provides best-in-class features (+)

    Features:

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    • Compliant with PICMG 3.0 AdvancedTCA standard and PICMG 3.6 Cell Switching (draft) specification, an AdvancedTCA fabric interface for carrier grade applications
    • Offers 40 Gbps of user bandwidth with an overspeed factor of 2 and provides full switch blade redundancy with load balancing and cell lossless maintenance switchover
    • Supports 12 payload slots, each supporting between 2.5Gbps (overspeed factor of 2) and 4 Gbps (Ethernet) of user bandwidth

    
  • nP3710 ATCA
    Evaluation blade based on the AMCC MISSION solution, which combines state-of-the-art framer, HDLC, and nP3710 integrated network processor and traffic manager with a complete suite of modular internetworking software (+)

    Features:

    • The blade offers four Gigabit Ethernet client ports as well as two OC-3/OC-12 client ports with protection
    • Both packet and cell based traffic are supported with production worthy application software
    • The client ports reside on a PMC daughter card where all framing and HDLC encapsulation/de-encapsulation are performed

    
  • AMCC PRS80G-ATCA
    Switch blade supports 8 x 10 Gbps full-duplex slots with QoS enforcement at media speed (+)

    Features:

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    • Suitable for the convergence of voice, video, and data traffic, thanks to efficient QoS, bounded transit delay, and guaranteed precedence of time sensitive traffic over other traffic types
    • QoS enforcement at media speed supported by end-to-end, in-band flow control mechanisms through the switch fabric
    • Real-time traffic support, for example TDM

    
• Kontron  (15 of 21)
  • Updated 10/40G
    The rollout of an updated program that features two new carrier-grade, 14-slot 10G and 40G ATCA platforms: the Kontron Open Modular Core OM9141-10G and Open Modular Core OM9141-4 (+)

    Features:

    • Both platforms are integrated with new sophisticated and faster bladed data transport, switching and system management hardware that TEMs can use as a starting point to build multiple new equipment configurations using CPU, NPU, DSP, storage and even specialized 3rd-party ATCA-based line cards that meet the requirements for 3G/4G, LTE, WIMAX, GPON and IPTV network elements [...]

    
  • AT8904 10GbE Switch
    AdvancedTCA 10 GbE Hub board with 10 GbE AdvancedMC uplinks (+)

    Features:

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    • Suitable platform for open modular-based broadband media servers used to support Video on Demand (VoD) from a library of movies, delivered over DSL or CableTV networks, as well as VoD short videos from online service platforms, such as YouTube for example, delivered to mobile phones and wireless clients
    • Two AdvancedMC slots to host any of the following: processor AdvancedMC modules as main controllers; storage AdvancedMC modules as mass storage devices for Processor AdvancedMCs
    • Dual 10 GbE uplink AdvancedMCs to interlink the Fabric

    
  • AT8902
    A PICMG 3.0 and 3.1 compliant hub board for AdvancedTCA shelves (+)

    Features:

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    • Suitable for dual-star and full-mesh configurations in 14- and 16-slot systems
    • Provides 2 mid-size or full-size AMC slots for customization
    • Allows cost-optimized tailoring to the requirements of the application

    
  • AT8030 – 3xCore2Duo
    AdvancedTCA Triple Intel Core 2 Duo processor blade with AdvancedMC support and integrated switch for 10 GbE on fabric (+)

    Features:

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    • Suitable processor node for IMS clustering applications
    • Three Intel Core2 Duo processors each with dedicated memory, plus one AdvancedMC slot and an integrated Gigabit switch fully manageable via PowerQuick III processor for 10 GbE on the fabric interface
    • Enables TEMs and NEPs who build IMS and IPTV-related equipment to run, for example, three different applications across the three independent Intel dual-core processors

    
  • AM4211
    The AM4211 Packet Processor AMC module is designed with the Cavium Networks OCTEON II CN6335 cnMIPS64 II 6-core processor, helping to accelerate system designs for 4G, LTE, WiMAX base station vendors (+)

    Features:

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    • Platform design considerations for the Kontron AM4211 include using it as an eNodeB and LTE network element component or, in combination with full-scale AdvancedTCA blades, as a co-processor Network Interface Card (NIC)
    • The Kontron AM4211 supports 1x 10GbE to the front and is interoperable with third-party DSP AMCs. Also supported is the IEEE 1588 timestamp for Ethernet time synchronization [...]

    
  • AM42xx AMC Intelligent IO Modules
    Kontron portfolio of AMC Intelligent IO modules based on next-generation Cavium OCTEON™ Plus CN5650 multi-core packet processors (+)

    Features:

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    • Two Intelligent AMC modules for ATCA and MicroTCA platforms
    • Kontron AM4204 with 4x 1 GbE ports to the front and software configurable Interfaces to the Fabric side (PCIe, 4x 1 GbE or XAUI)
    • The Kontron AM4220 with 2x 10 GbE to the front and PCIe to the fabric side

    
  • AM4301
    Quad GbE module AdvancedMC unit for network applications that require multiple ports directly from an AdvancedTCA processor blade (+)

    Features:

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    • Based on the Intel 82571EB Gigabit Controller, the AM4301 features 4 x 10BASE-T/100BASE-TX/1000BASE-T ports and supports PCI Express x8, x4, and x1 link and remote management via IPMI v1.5
    • As a hot swappable, Field Replaceable Unit (FRU), the AM4301 also follows the same stringent carrier grade RASM feature set
    • When offered in combination with AdvancedTCA platforms, it enables telecom equipment manufacturers to conserve valuable system slots, as the AM4301 maximizes communications I/O for Gigabit Ethernet and Fast Ethernet networks with four independent 10/100/1000 ports from a single slot [...]

    
  • AM4100
    1.5 GHz Dual Core Freescale PowerPC MPC8641D (+)

    Features:

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    • Up to 2.3 MIPS/MHz computing performance and highest Ethernet bandwidth suitable for modular AdvancedTCA carriers or highly integrated, redundant MicroTCA multiprocessing systems
    • Integrated Altivec 128-bit Vector Processing Unit, which also replaces DSPs
    • Fits telecommunication equipment manufacturers and enterprise datacoms' needs

    
  • AM4204/AM4220
    Kontron portfolio of AMC Intelligent I/O modules based on next-generation Cavium Octeon Plus CN5650 multi-core packet processors (+)

    Features:

    • Two Intelligent AMC modules
    • Kontron AM4204 with 4x 1GbE ports to the front and software configurable Interfaces to the Fabric side (PCIe, 4x 1GbE or XAUI); and the Kontron AM4220 with 2x 10 GbE to the front and PCIe to the fabric side
    • These modules enable a proliferation of potential “NEP-Ready” Kontron platforms dedicated for: load-balancing;> secure DPI; content-aware and QoS over Ethernet applications

    
  • AM4101
    An AdvancedMC processor module (+)

    Features:

    • Based on the 1.5 GHz dual core Freescale PowerPC MPC8641D, the Kontron AM4101 delivers up to 2.3 MIPS/MHz computing performance and the highest Ethernet bandwidth without breaking the power budgets of modular AdvancedTCA carriers or highly integrated, redundant MicroTCA multiprocessing systems
    • Integrated Altivec 128-Bit Vector Processing unit
    • Suitable for telecom, medical, industrial imaging, and military/aerospace applications

    
  • AT8001 PrATCA 2xAMC
    The Kontron AT8001 AdvancedTCA processor board features a powerful combination of Intel Xeon processing with the flexible design options of two AdvancedMC slots (+)

    Features:

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    • Single slot AdvancedTCA PICMG 3.0/3.1 Processor Board
    • Intel Xeon up to 2.8 GHz
    • Dual AMC.1 module support

    
  • OM9141-10G
    10G ATCA open modular platform OM9141-10G, featuring new advanced and faster bladed data transport, and switching and system management hardware. Kontron's 10 Gigabit Ethernet (GE) ATCA open modular platform is a starting point for telecom equipment manufacturers (TEMs) to build on a common platform a multitude of new equipment configurations using CPU, NPU, DSP, storage and specialized 3rd-party ATCA-based line cards that meet the requirements for 3G, 4G LTE, WiMAX, GPON, IPTV and carrier cloud network elements. (+)

    Features:

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    • Redundant power entry module
    • Cooling infrastructure with hot swappable redundant fans
    • Second generation 10GbE switching capabilities based on the Kontron 10G ATCA switch AT8910

    
  • AT8001 ATCA processor board with 2x AMC
    Single slot AdvancedTCA PICMG 3.0/3.1 processor board (+)

    Features:

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    • Intel Xeon up to 2.8 GHz
    • Dual AMC.1 module support
    • Dual DDR-II DIMM for 8 GB of PC2-3200 registered 400 SDRAM

    
  • INTERPARLO
    Configurable 3U CompactPCI platform for WiFi and passenger infotainment (+)

    Features:

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    • 19-inch rack format specifically designed for railroad applications
    • EN50155-compliant Internet-on-train-server with long-term availability can be configured for specific applications with Kontron's rail-compliant embedded CompactPCI modules
    • Available, pre-validated, pre-tested and configured in order to meet individual application needs

    
  • AT8904 - AdvancedTCA 10 GbE Hub board
    10GbE service to redundant Hub Board (+)

    Features:

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    • 10GbE service to payload slots 2-15
    • 1x 1000Base-T uplink on front panel
    • Non-blocking Layer 2 switching with VLANs

    
• Adax, Inc.  (5)
  • Adax PacketRunner
    The Adax PacketRunner is a state-of-the-art I/O, purpose-built, AdvancedTCA AMC carrier blade for NGN, IMS, and LTE telecom applications (+)

    Features:

    43746.jpg

    • With IP-transport, MPLS/Carrier Ethernet (CE), QoS, Security, Bandwidth Management, Packet Processing, I-TDM and Signaling capabilities, this blade meets the three greatest challenges for I/O in today's AdvancedTCA systems: Scalability – coordinate multiple blades; Cost-Effectiveness – lowers cost per function; High Availability – N+1 up to N+R
    • By meeting these challenges the Adax solution reduces costs and dramatically improves the value for money of each AdvancedTCA slot
    • 4 x AMC bays

    
  • AdaxPacketRunner
    A state-of-the-art I/O, purpose-built, AdvancedTCA AMC carrier blade for NGN, IMS, and LTE telecom applications. With IP-transport, MPLS/Carrier Ethernet (CE), QoS, Security, Bandwidth Management, Packet Processing, I-TDM and Signaling capabilities, this blade meets the three greatest challenges for I/O in today's AdvancedTCA systems: Scalability – coordinate multiple blades (+)

    Features:

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    • Cost-Effectiveness – lowers cost per function
    • High Availability – N+1 up to N+R
    • By meeting these challenges the Adax solution reduces costs and dramatically improves the value for money of each AdvancedTCA slot

    
  • ADAX Packet Processing Subsystem Product Set
    Adax PacketRunner (APR) - The APR is an intelligent ATCA carrier card for I/O intensive telecom applications (+)

    Features:

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    • It has 4 AMC slots to take any combination of Adax or other industry standard AMC cards and the on-board Cavium OCTEON processor, memory and cache provide a high performance, highly flexible and scalable blade for IP transport, Carrier Ethernet (CE), QoS, Security, Bandwidth Management, Packet Processing, I-TDM and Signaling applications in NGMN, IMS, and LTE networks
    • PacketAMC (PktAMC) - The PktAMC board provides Intelligent Networking, Control Plane, Security, QoS, and Wireless applications, delivering a highly available, high-performance carrier-grade transport from the Edge to Core networks
    • QuickPort - Adax Development and Support Suite for the Cavium Processor

    
  • SDCII-PMC
    Enhanced performance of SCTP for M3UA, M2UA, and M2PA-based applications (+)

    Features:

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    • SCTP checksum assist, SCTP heartbeat assist
    • IPsec security enhancement
    • Up to 128 SIGTRAN Signaling Endpoints

    
  • AdaxGW
    A multipurpose signaling gateway (+)

    Features:

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    • The AdaxGW is a single software image that can be configured and reconfigured to meet any signaling requirement
    • The AdaxGW is available on 1U and 2U rack-mount systems, with support for SS7 LSLs, Annex A HSLs, ATM and Ethernet connections
    • As well as the rack-mount option the AdaxGW software image can also be easily integrated to your platform of choice: CompactPCI, AdvancedTCA or proprietary blades, or a ProcessorAMC - this allows the AdaxGW to blend seamlessly into your application environment!

    
• Continuous Computing Corporation  (1)
  • FlexPacket RTM-COP50
    A fail-to-wire Gigabit Ethernet copper bypass rear transition module for the company's flagship FlexPacket ATCA-PP50 packet processing blade (+)

    Features:

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    • The COP50 is the industry's only AdvancedTCA solution that is specifically optimized for in-line Deep Packet Inspection (DPI)
    • Allows customers to avoid the cost and complexity of managing extra devices in the network while still offering protection against network outages
    • Supports in-line DPI for greater control and accuracy, resulting in lower overall system costs and higher density

    
• N.A.T. GmbH  (1)
  • NAMC-8E1/T1/J1
    Telecommunication interface board NAMC-8E1/T1/J1 in Advanced Mezzanine Card (AdvancedMC) compact, mid- and full-size form factor for price-sensitive MicroTCA and AdvancedTCA systems (+)

    Features:

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    • For telecom applications with extensive need for a high aggregation of multiple E1/T1/J1 interfaces combined with access to switched networks based on high-bandwidth Ethernet
    • Provides 8 or 16 primary rate interfaces at the front panel
    • Optimized to occupy minimum space (compact size) or maximum amount of channels (up to 16) for full size

    
• Kaparel Corporation  (2)
  • ATCA System Platforms
    High-speed backplanes,10 Gbps, designed for advanced switching, Ethernet, InfiniBand, S-RapidIO Star Fabric (+)

    Features:

    • Shielding for NEBs, FCC, and EU standard
    • Stainless steel construction,corrosion resistance
    • AdvancedTCA System solutions available 13U, 12U, and 5U configurations

    
  • Backplanes
    CompactPCI backplanes designed to accommodate rear mount , low profile bridge modules (+)

    Features:

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    • CPCI- PICMG 2.16 Ethernet Packet Switching Backplane specification
    • CPCI- PICMG 2.17 Star Fabric Specification
    • CPCI- CompactPCI H.110

    
• CommAgility  (8)
  • AMC-2C87W3
    Complete Digital Baseband design (+)

    Features:

    44259.jpg

    • L1 PHY (physical layer) L2 RLC/MAC (Radio Link Control/Media Access Control), S1/X2 interface and security processing for LTE (Long Term Evolution) or WiMAX in the compact single width, full-size Advanced Mezzanine Card (AMC) form factor
    • For these advanced wireless applications, the new CommAgility AMC-2C87W3 integrates the PHY, RLC/MAC, transport (including all backhaul and air interface security) and antenna connectivity requirements of eNodeB into a compact solution, and provides end-to-end data handling from raw radio IQ data through to backhaul IP packets
    • The module incorporates the latest WinPath3 Network Processor from Wintegra, which provides a flexible means of handling the Real-time IP packet and security processing and L2 RLC/MAC demands of wireless base stations

    
  • AMC-RF2x2
    A wideband, highly flexible dual channel RF card in the AdvancedMC format. The new card provides a high quality RF interface for LTE and LTE Advanced wireless infrastructure applications, and is suitable for test equipment, research, demonstrators and trial systems. (+)

    Features:

    18605749786134257.jpg

    • Wideband RF, 699MHz to 3.8GHz, supporting all LTE bands
    • RF bandwidths up to 40 MHz for LTE Advanced
    • Supports 2x2 MIMO as standard

    
  • AMC-V6
    High performance FPGA-based interface and processing module for wireless baseband applications (+)

    Features:

    46433.jpg

    • For maximum processing power, the AMC-V6 incorporates a Xilinx Virtex-6 FPGA
    • The new module is ideal for wireless radio head interfacing applications requiring multiple CPRI links at up to a 10x (6.144Gbps) line rate
    • The standard variant has an LX240T-2 FPGA, providing a cost-effective processing solution

    
  • AMC-6487C
    An Advanced Mezzanine Card offering signal processing performance and bandwidth in a highly compact package (+)

    Features:

    36120.jpg

    • First single-width, full-height AdvancedMC card to be based on Texas Instruments (TI) multicore TMS320TCI6487 DSP
    • Suitable for wireless baseband and other processing-intensive applications such as WiMAX and Long Term Evolution of 3GPP (LTE)
    • Three software programmable TCI6487 DSPs, each containing three high-performance C64x+ cores running at 1 GHz as well as 3 MB on-chip memory

    
  • AMC-2C6616/AMC-2C66
    AdvancedMC modules based on the latest high-performance TMS320TCI6616 base station System-on-Chip (SoC) and TMS320C6670 digital signal processor (DSP) from Texas Instruments Incorporated (TI) (+)

    Features:

    • The two modules harness the industry-leading power of TI's new devices and add high-speed, flexible I/O to deliver solutions for wireless base station and high-performance applications
    • The modules also include a Xilinx LX240T Virtex-6TM FPGA for additional I/O and co-processing flexibility
    • The AMC-2C6616 incorporates TI's new CI6616 SoC base station, and is targeted at LTE wireless base station applications, including development, trials and final deployment in the field

    
  • AMC-V6
    AMC-V6 FPGA AMC card for wireless baseband solutions including WiMAX and LTE (+)

    Features:

    46682.jpg

    • Xilinx Virtex-6 FPGA, either LX240T or LX550T
    • Three SFP+ sockets to support a CPRI or OBSAI antenna interface
    • 20 Gbps Gen2 RapidIO infrastructure from FPGA to AMC.4 backplane and front panel

    
  • AMC-D1F1-1200
    An AdvancedMC module that offers a compact, high-performance DSP/FPGA signal processing solution for AdvancedTCA and MicroTCA systems (+)

    Features:

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    • Texas Instruments TMS320C6455 digital signal processor running at 1.2 GHz and a Virtex-4 FX100 FPGA from Xilinx
    • Optimized for applications requiring high-end signal I/O bandwidth in a compact mid-height AMC form factor, such as wireless baseband, image processing, defense, and aerospace
    • Provides a combination of DSP and FPGA resources, with fast and flexible links to external data and over 256 MB of onboard memory

    
  • CA-AMC-D4F1
    A single-width AdvancedMC module designed for high-bandwidth, high-performance signal processing, providing DSP and FPGA processing and 10 Gbps Serial RapidIO (+)

    Features:

    34011.jpg

    • 4x Texas Instruments TMS320C6455 DSPs running at 1 GHz, each with 256 MB of x32 DDR2-500 SDRAM
    • Xilinx FX40, FX60, or FX100 FPGA
    • Separate 32-bit 125 MHz EMIF connection to each DSP plus I/O

    
• Elma Electronic Systems  (1)
  • ATCA7365 SystemPak
    High performance, multiprocessing system platform designed to address compute-intensive requirements in command and control data center applications (+)

    Features:

    52856.jpg

    • Combines the high performance multiprocessing of an integrated AdvancedTCA platform with a ruggedized design capable of withstanding the high shock and vibration found in rugged mobile transport applications
    • Successfully tested to withstand a 36" drop shock test per MIL-STD-810G
    • Three AdvancedTCA processor blades, each with two six-core Intel processors as standard

    

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