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" | Promentum ATCA-1200 | " +
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" | ATCA Managed Quad-AMC Carrier Blade | " +
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" " +
" The Promentum ATCA-1200 is a powerful ATCA solution that enables a user to build multiple ATCA modules with different AMC configurations – PrAMC, Security (IPSec/SSL), Storage, I/O AMC, etc. Two of the possible configurations are available as complete integrated solutions with the ATCA-7400 and the ATCA-7800. " +
" " +
" - Ideal building block for development of an application specific blade
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" - Modular design that is scaleable and configurable
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" - Solution based on industry ATCA and AMC standards that is cost effective and well supported
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" - Complete solution ready for use; Hardware and Software that reduces development time
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" - Designed for high-availability applications
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document.getElementById('radisys_content').innerHTML = tblmost;
}
function radisys_chassis()
{
var tblmost=
"" +
" " +
" | ATCA Chassis | " +
" " +
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" | High performance, AdvancedTCA Chassis | " +
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" | Promentum ATCA-6006 | " +
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" | 5U 6-Slot ATCA Shelf with Optional 1U AC Power Module | " +
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" " +
" 6-slot, low profile 5U ATCA shelf for smaller/denser systems and cost/space constrained edge and access applications requiring a fewer slots. This shelf compliments the commercially available Promentum 12U ATCA shelf used for larger applications. Applications for the 5U include media gateways, session border controller, Wi-Fi controller and DSLAM applications. | " +
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" | Promentum ATCA-6000 | " +
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" | 12U Carrier Grade Shelf | " +
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" The Promentum ATCA-6000 is an ATCA shelf that provides the reliability, availability, serviceability and manageability (RASM) required for building diverse ATCA systems. Its true 12U height enables 3 shelves to fit comfortably into a standard frame while allowing room for other equipment as needed to realize a complete system. " +
" " +
" - Enables common platform architecture for blade server and network element applications
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" - 19”, 535mm and 23” allows customers to address both ANSI and ETSI requirements with the same architecture and development
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" - Long life for the shelf in the field – upgrading higher bandwidth modules does not require a back plane change
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document.getElementById('radisys_content').innerHTML = tblmost;
}
function radisys_disk_modules()
{
var tblmost=
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" " +
" | ATCA Disk Modules | " +
" " +
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" | High-performance, AdvancedTCA Disk Modules | " +
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" | Promentum ATCA-3000 | " +
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" | Fibre Channel Disk Storage Module | " +
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" The Promentum ATCA-3000 is a leading edge Fibre Channel storage module for storage intensive applications such as HLR/VLR and Media Servers. Fully compliant with PICMG 3.0 and 3.1 (option 7), it connects to standard ATCA backplanes via dual high speed Fibre Channel interfaces for data transfers and IPMB interfaces for shelf management. " +
" " +
" - High performance and high capacity storage allows customers to target storage intensive applications along with compute intensive applications
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" - Allows the disk module to be used as a disk attached storage
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" - Uplinks enable multiple shelf storage architecture with flexible storage topologies
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document.getElementById('radisys_content').innerHTML = tblmost;
}
function radisys_line_cards()
{
var tblmost=
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" " +
" | ATCA Line Cards | " +
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" | High performance, AdvancedTCA Line Cards | " +
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" | Promentum ATCA-7400 | " +
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" | ATCA multi port STM-1/OC-3 line card | " +
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" The Promentum ATCA-7400 comes populated with one AMC-7201 or AMC-7202 and can be built up with other three more AMC-7201 or AMC-7202 cards to build a 16 x OC-3/STM-1 line card. Combine with other AMC such as, Security (IPSec/SSL), Storage, I/O, E1/T1 AMCs to build an application specific blade. " +
" " +
" - State of the art capacity per line card
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" - Modular design that is scaleable and configurable
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" - Solution based on industry ATCA and AMC standards that is cost effective and well supported
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" - Complete solution ready for use, Hardware and Software that reduces development time
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document.getElementById('radisys_content').innerHTML = tblmost;
}
function radisys_processing_modules()
{
var tblmost=
"" +
" " +
" | ATCA Processing Modules | " +
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" | High Performance, AdvancedTCA Compute Processing Modules | " +
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" | Promentum MPCBL0050 | " +
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" | ATCA multi port STM-1/OC-3 line card | " +
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" A high performance single slot Advanced ATCA compute module that provides dual-core, dual processing capabilities and is ideal for compute intensive and database access. Supports AMC and hard drive on RTM. " +
" " +
" - High performance AdvancedTCA® blade based on the Dual-Core Intel Xeon LV5138 processor that provides 4 processor cores on a single module
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" - RTM support SAS Hard drive, fibre channel and 4xGbE connector providing flexibility for storage options.
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" Supports Solaris 10 " +
" - Superior subsystem scalability and density
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" | Promentum ATCA-4000 Data Sheet | " +
" " +
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" | Compute Processing Module | " +
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" " +
" AdvancedTCA has emerged as the open standard for carrier grade applications. With mounting competitive pressures, OEMs are seeking off-the-shelf solutions to accelerate time-to-market. Next generation applications demand powerful general purpose processing. Intel® architecture with its widespread ecosystem of software and support make it a viable server module for the OEMs. | " +
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" | Product Description " +
" The Promentum ATCA-4000 is a high performance single slot AdvancedTCA module for Intel architecture server applications. It is fully compliant with PICMG 3.0 and PICMG 3.1 for use with Ethernet base interface and Fibre Channel storage systems. " +
" The ATCA-4000 utilizes the Intel Xeon Processor and the Intel E7501 chipset with up to 4GB of DDR-266 SDRAM with ECC. It incorporates one PMC site for flexibility. For high-speed storage access, the module supports a dual star Fibre Channel interface compliant with the PICMG 3.1 Option 7 specification. The module also supports an optional on-board 2.5” ATA hard disk for local storage. The ATCA-4000 is validated for carrier grade Linux. " +
" System Management, Reliability and High Availability " +
" The ATCA-4000 is designed for High Availability (HA) solutions providing 99.999% of up time, and is NEBS and ETSI compliant. An Intelligent Platform Management Controller (IPMC) provides system management functionality compliant with the IPMI and PICMG specifications. " +
" Applications " +
" The next generation communication infrastructure will be a packet oriented one in which applications or services such as VoIP, VPN, speech processing and a multitude of media servers will co-exist in a seamless, unified network. Additional applications include WAP servers, SS7 signaling gateways, traffic management/shaping blades, switching and advanced call center applications. | " +
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" | Promentum ATCA-4300 Data Sheet | " +
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" | ATCA Compute Processing Module | " +
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" | PRODUCT DESCRIPTION " +
" The ATCA-4300 is a high performance single slot AdvancedTCA compute module. It is ideal for Intel Architecture (IA) based compute intensive applications in IMS (CSCF, Application and Media Servers), IPTV and other network elements such as RNC/BSC and Media Gateways. The ATCA-4300 enables highest IA processing density in a single AdvancedTCA slot. It provides a rich set of configurations through its AMCs, fabric connectivity, etc., to target a multitude of application requirements. The NEBS compliant design with rear I/O capability makes it ideal for carrier grade uses in compute and I/O configurations. | " +
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" | CONFIGURATION FLEXIBILITY " +
" The ATCA-4300 and its configuration capability make it versatile for multitude of applications. The configuration capabilities include: " +
" " +
" - Number of processors – one or two dual-core processors
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" - Memory configurations for DRAM and Flash – Up to 16 GB through 4 DIMM sockets
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" - PICMG 3.1 Fabric configurations supporting 1, 2 or 3 GbE connections
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" - AMC configurations including fabric connectivity and storage
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" - Network Timing Subsystem for clocking support for WAN I/O AMCs
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" - Storage configurations – Optional Fibre Channel, SAS on board and off board with rear I/O connectivity
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" " +
" The functionality of the ATCA-4300 can be configured through the use of two AMC sites, eliminating the need for additional slots. Optional AMC modules include SAS and SATA storage, Encryption Co-Processors, LAN and WAN I/O adapters. The AMCs also have flexible fabric connectivity. The board design incorporates an onboard cross-connect to enable multi-lane fabric connectivity. The cross connect allows AMC Ethernet ports to directly connect to fabric channels 1 & 2 (for use when using multiple 1 GE fabric), or Ethernet channels to processor. PCI Express to the processor is always available. " +
" For applications requiring local storage, the ATCA-4300 can accommodate an optional SAS or SATA based AMC. The SAS connectivity is designed to make use of Rear Transition Module to provide redundancy through cross cabling to another compute module in an adjacent slot. Such cross cabling enables redundancy in storage through dual-hosted disk drives. | " +
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" | SOFTWARE SUPPORT " +
" The ATCA-4300 is compatible with Carrier Grade Linux, Windows Server, and Windows XP. It supports both Windriver PNE LE 2.x and Montavista 4.x carrier grade Linux versions. Support for other Linux versions is available through RadiSys service options. | " +
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" | Promentum ATCA-4310 Data Sheet | " +
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" | ATCA 10-Gigabit Dual-Core Compute Processing Module | " +
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" APPLICATIONS & REQUIREMENTS " +
" Next generation communication infrastructure is a packet oriented one in which applications or services such as IMS, IPTV, Radio Network Controllers, VoIP Media Gateways, VPN, speech processing and a multitude of media servers will co-exist in a seamless, unified network. Other applications include SS7 signaling gateways, traffic management/shaping blades, switching and advanced call center applications. The subscriber and traffic growths associated with these services demand significant processing density per slot in order to meet the dollar per slot and the MIPS per slot growth targets placed upon these infrastructure elements. Additionally, designers are seeking flexibility to allow common processing modules to be used across multiple applications in order to gain economies of scale and architectural re-use. Such a requirement demands I/O capability through AMCs with clocking support, front and rear I/O, and bandwidth scalability. " +
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" PRODUCT DESCRIPTION
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"The ATCA-4310 is a high performance single slot AdvancedTCA compute module. It is ideal for Intel Architecture (IA) based compute intensive applications in IMS (CSCF, Application and Media Servers), IPTV and other network elements such as RNC/BSC and Media Gateways. The ATCA-4310 provides 10-Gigabit fabric connectivity to two dual-core processors, and built in flexibility with dual AMCs sites that can be utilized to support a multitude of application requirements. The NEBS compliant design with rear I/O capability also makes the product a great fit for carrier grade requirements.
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"
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" CONFIGURATION FLEXIBILITY " +
"
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" The ATCA-4310 and its configuration capability make it a versatile option for a multitude of applications. The configuration capabilities include: " +
" " +
" - Number of processors: one or two dual-core processors
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" - Memory configurations for DRAM: Up to 16 GB via 4 DIMM sockets
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" - PICMG 3.1 Fabric configurations supporting options 1 and 9
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" - AMC configurations including fabric connectivity and storage
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" - Network Timing Subsystem for clocking support for WAN I/O AMCs
" +
" - Storage configurations: Secure Digital (SDHC) socket for optional flash card, redundant on-board 256MB flash modules, SAS on board and off board with rear I/O connectivity
" +
" " +
" The functionality of the ATCA-4310 can be configured through the use of two AMC sites, eliminating the need for additional slots. Optional AMC modules include SAS and SATA storage, Co-Processors, LAN and WAN I/O adapters. " +
" For applications requiring local storage, the ATCA-4310 can accommodate an optional SAS or SATA based AMC or optional secure digital (SD) flash card. The SAS connectivity is designed to make use of Rear Transition Module to provide redundancy through cross cabling to another compute module in an adjacent slot. Such cross cabling enables redundancy in storage through dual-hosted disk drives. | " +
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" | Promentum ATCA-7010 Data Sheet | " +
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" | 10 Gbps Packet Processing Module | " +
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" " +
" Telecom Equipment Manufacturers (TEMs) are faced with significant performance increase in their packet processing needs. Traditionally, TEMs have utilized Application Specific Integrated Components (ASICs) and general-purpose processors to meet such packet processing needs. Network Processor Units (NPUs) enable wire speed packet-processing capability in network elements and programmability to meet changing needs in the network. The Promentum® ATCA-7010 enables the highest packet-processing throughput in an AdvancedTCA® module and allows TEMs to accelerate their product development. | " +
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" | PRODUCT DESCRIPTION" +
" " +
" The ATCA-7010 is a 10 Gbps throughput capable single slot ATCA module. The modular design enables I/O and fabric interface flexibility. Additionally, it is compliant with PICMG 3.0 and PICMG 3.x standards. The module includes dual Intel® IXP28xx network processors and a powerful memory architecture to address the most challenging of packet processing applications such as traffic aggregators, intrusion detection and high bandwidth line card applications. " +
" MODULAR ARCHITECTURE " +
" RadiSys designed the Promentum ATCA-7010 with modularity in mind. It includes a baseboard, a fabric interface card and a rear-transition module. The baseboard hosts dual 1.4 GHz core Intel IXP28xx Network Processor Units (NPUs) and associated memory subsystems. The ATCA-7010 NPUs are interconnected through SPI-4 or CSIX interfaces. The SPI-4 switch between the NPUs enable different configurations – dual IXPs, parallel or pipelined. Such flexibility allows users to allocate the NPUs for the processing power in the right direction of the data flow. The RDRAM design uses socketed parts simplifying upgrade to higher density parts as they become available. It is currently available in 256 MB parts for a total of 768 MB memory with ECC per NPU. For demanding packet-processing applications, the ATCA-7010 has 3 banks of QDR II SRAM with up to 8 MB (max) per bank. The module incorporates an optional TCAM mezzanine module through the LA1 interface. This dual ported, 18 Mbit TCAM is visible to both NPUs, thus offering flexibility in implementing demanding “look-up” applications. " +
" The Rear-Transition Module (RTM) connects to the baseboard over a SPI-4 interface through the Zone 3 connector. It enables the ten 1 Gigabit Ethernet I/O ports for the ATCA-7010. Multiple I/O interfaces are possible in the future by utilizing other RTMs with interfaces such as redundant 10 Gigabit Ethernet or multiple OC-48/STM-4. | " +
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" | Promentum ATCA-7220 Data Sheet | " +
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" | ATCA-7220 Dual Octeon™ Plus Packet Processing Module | " +
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" The RadiSys Promentum™ ATCA-7220 is an AdvancedTCA packet processing blade that provides highest available Gigabit Ethernet density and throughput. It incorporates two industry leading Cavium Networks OCTEON™ Plus multi-core processors with a powerful architecture to be used for intense packet processing application with or without I/O. " +
" On-board 10 Gigabit and 1 Gigabit Ethernet switching, acting as a “Smart Front-End”, allows powerful and flexible data flow for sophisticated security processing and traffic handling. AdvancedTCA form factor makes it appropriate for use in Carrier Grade network elements such as Security, Media Gateways and high bandwidth RNC and other network elements in wireless and broadband infrastructure. The AdvancedTCA module is available fully integrated into the award winning RadiSys Promentum™ SYS-6010 10 Gigabit Application Ready Platform to enable faster time to market for TEMs/NEPs to develop their next generation network elements. " +
" The ATCA-7220 is a single slot AdvancedTCA packet processing module/blade compliant with PICMG 3.1 Option 9 interface specification. The OCTEON Plus processors are independent Data Processing Blocks with independent memory associated with them. Each processor includes up to 16 GB of SDRAM through two VLP MiniRDIMMs. For faster table look up applications, 128MB RLDRAM is optionally supported. The processors can also be configured in a pipelined mode by setting up the data flow to pass through the 10GE switch with HiGig™ capability in a “cut-through” fashion. " +
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" | Dual OCTEON™ Plus Packet Processing Module " +
" With the increased Internet traffic and multitude of enhanced services, communication infrastructure is challenged with increased capacity of packet throughput and processing. Increase in security threats forces equipment makers to offer deeper packet inspection and processing capability in their all-IP network infrastructure. More and more, network elements are now incorporating packet interfaces with increased need for packet processing and I/O capacity, scaling to multiple 10s of 1GE and 10GE interfaces. " +
" AdvancedTCA has become the industry standard form factor for carrier grade infrastructure. As the designers architect the next generation network elements such as Media Gateways and Radio Network Controllers, they seek latest and greatest technologies to address the processing density and scalability needed for the future requirements. " +
" Board Support Software " +
" The ATCA-7220 comes complete with all the board support software inclusive of the carrier grade OS on the LMP, diagnostics, application provisioning, switch management and blade management software. The LMP is validated for the Windriver PNE LE v1.4 carrier grade operating system. The diagnostics software includes tests that verify system health at power up and are accessible through the shelf manager and IPMI. The software also includes comprehensive switch management for L2 (and optionally L3) functions including setting up VLANs and various port specific functions. The switch management API is accessible through CLI, SNMP, or C language APIs. | " +
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document.getElementById('radisys_content').innerHTML = tblmost;
}
function radisys_switch_modules()
{
var tblmost=
"" +
" " +
" | ATCA Switch Modules | " +
" " +
" " +
" | High-performance, AdvancedTCA Switch Modules | " +
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" | Promentum ATCA-2210 | " +
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" | ATCA 10 Gigabit Ethernet Switch and Control Module | " +
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" Industry’s first 10 Gigabit Ethernet (10GE) AdvancedTCA switch and control module. It is ideal for next generation network elements in 3G-wireless and wire-line infrastructure. " +
" " +
" - 10 GE between node slots enable solutions that can reach 10x performance improvement over their predecessors.
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" - Non-blocking multi-shelf solutions enable field upgrade of capacity by adding AdvancedTCA shelves
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" - Integrated common equipment enables reduced footprint for the network element and maximizes revenue producing node slots
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" - Optional functionality allows “pay for what you need” configurations
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" | Promentum ATCA-2100 | " +
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" | ATCA Switch and Control Module | " +
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" " +
" Features integrated PICMG 3.0 Ethernet switching, PICMG 3.1 Fibre Channel switching, and optional shelf management, network timing management, and system management. Provides centralized interconnectivity, hardware management, and system management functionality. " +
" " +
" - High bandwidth between shelves enables powerful distributed computing solutions
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" - 2 Gbps Fibre Channel storage creates high performance media servers
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" - Fibre Channel zoning capability offers flexibility to implement powerful application level storage functions such as secure storage, disk partitioning, etc
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document.getElementById('radisys_content').innerHTML = tblmost;
}
function radisys_atca_resource()
{
var tblmost=
"" +
" " +
" | ATCA Media Resource Module | " +
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" " +
" | Promentum ATCA-9100-F Data Sheet | " +
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" " +
" AdvancedTCA has become the industry standard form factor for carrier grade infrastructure. As the designers architect the next generation network elements such as Media Gateways and Radio Network Controllers, they seek latest and greatest technologies to address the processing density and scalability needed for the future requirements. " +
" PRODUCT DESCRIPTION " +
" The RadiSys Promentum® ATCA-9100-F is an ATCA media processing blade that provides the highest density of media processing through the use of latest multi-core DSP silicon from Freescale (MSC8144). It incorporates a powerful architecture to enable media processing for thousands of channels, yet offers flexibility in its design through modularity to provide smooth migration to future DSPs. Its AdvancedTCA form factor makes it appropriate for use in Carrier Grade network elements such as Media Gateways and high density Media Servers in Wireless, Broadband and IPTV applications. The AdvancedTCA module is available fully integrated into the award winning RadiSys Promentum® SYS-6010 10 Gigabit Application Ready Platform to enable faster time to market for TEMs to develop their next generation network elements. | " +
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" | Promentum ATCA-9100-TI Data Sheet | " +
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" | ATCA Compute Processing Module | " +
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" AdvancedTCA has become the industry standard form factor for carrier grade infrastructure. As the designers architect the next generation network elements such as Media Gateways and Radio Network Controllers, they seek latest and greatest technologies to address the processing density and scalability needed for the future requirements.
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" PRODUCT DESCRIPTION " +
" The RadiSys Promentum® ATCA-9100-TI is an ATCA media processing blade that provides the highest density of media processing through the use of latest multi-core DSP silicon from Texas Instruments (TNETV3020). It incorporates a powerful architecture to enable media processing for thousands of channels, yet offers flexibility in its design through modularity to provide smooth migration to future DSPs. Its AdvancedTCA form factor makes it appropriate for use in Carrier Grade network elements such as Media Gateways and high density Media Servers in Wireless, Broadband and IPTV applications. The AdvancedTCA module is available fully integrated into the award winning RadiSys Promentum® SYS-6010 10 Gigabit Application Ready Platform to enable faster time to market for TEMs to develop their next generation network elements. | " +
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