GE NETernity GBX465 Data Sheet
Contents
1. Why choose GE Intelligent Platforms NETernity Ethernet Switches GE Intelligent Platforms has a wealth of expertise in Military Commercial and Telecommunications markets This makes us unique in the embedded computing industry we understand application requirements and we know communica tion protocols Our line of NETernity Ethernet Switches is unmatched Not only is our product selec tion extensive but the switches themselves provide maximum flexibility performance and density NETernity Ethernet Switches are available in a variety of form factors interfaces and levels of ruggedness port configurations media support and types of management Fully Managed switches are Layer 2 3 switches with control and monitoring capabilities via local or remote access Layer 2 managed switches are switches with control and monitoring capabilities but with the management limited to layer 2 capabilities These are also accessed locally or remotely Unmanaged switches are Layer 2 switches with no operator interfacing and are designed for quick deployment in simpler applications Call GE Intelligent Platforms knowledge able sales team for help in selecting the switch that best meets your applications requirements NETernity GBX460 Specifications Vibration Random 0 1g2 HZ from 15 to 2000HZ per Vibration Random 0 1g2 HZ from 15 to 2000HZ per Physical Interface MIL STD 810E Fig 514 4 8 for high performance MIL STD 82. Fabric ports Designed to meet the needs of a wide range of challenging applications in military systems the 6U VPX form factor GBX460 facilitates communications at high speed within the chassis or for external networks via its 10Gigabit Ethernet ports The GBx460 s high speed network capability is ideal for applications such as situational awareness imaging and sensor data Switch Fabric and OpenWare Protocol Features e Supports both Layer 2 L2 and Layer 3 L3 packet switching Packets are categorized by the MAC addresses for L2 switching and by IP addresses for L3 switching e Supports both IPv4 and IPv6 switching and routing e Virtual LANs VLANs IEEE 802 1Q defines a forwarding switching domain supports up to 4096 VLANs e Packet filtering to prevent forwarding of certain packets filtering capabilities are available in Layers 2 4 e QoS prioritization IEEE 802 10 permits classifying packet priorities which is beneficial in delay sensitive applications e Link aggregation IEEE 802 3ad links a group of physical ports creating a single logical port to provide higher bandwidth and increase redundancy between switches The fabric is capable of full wire speed switching allowing a maximum aggregate throughput that is the sum of all aggregated ports e Multiple Spanning Tree Protocol MSTP IEEE 802 10 enables automatic and rapid determination of an optimal loop free topology from an arbitrar
3. 10E Fig 514 4 8 for high performance ee TORNE aircraft 12g RMS aircraft 12g RMS e All 10 Gigabit and 1 Gigabit Ethernet ports are Shock 40 k tooth iims durati Shock 40 k ioh dims data routed to the VPX backplane along with the Ethernet a oci A 9 PEAK SAWLOOUN AMS QUFAUON OGI 2 9 PEON SAWLO OEM Tie QUFAUON Humidity Up to 95 RH Humidity Up to 95 RH management port and serial console e 10 Gigabit Ethernet ports support LOGBASE KX4 e VITA 48 5 Air Flow Through e 1 Gigabit Ethernet ports support 1000Base KX linter Operating Temperature 40 C to 71 C at flow rate NOTE Please contact GE for alternate temperature and operates with 1000Base BX of 5 CFM 0 15in water pressure drop across heat sink flow rates Form Factor Storage Temperature 50 C to 100 C e 6U OpenVPx air spray and conduction cooled builds e 6U VITA48 REDI for 2LM e Weight y r GBX460 Level 1 2 and 3 850g excluding any Ordering Information SMC s that may be installed GBX460 ABCDEF Coney Level as am B Sgexcludmg Any SMES A designates the Rugged Level which can be 1 2 3 4 5 or 8 designates VITA 48 5 that may be installed SMC with two XFP s 155g B designates the Port Configuration 1 24F model 2 16U20F model C designates the number of 10GigE fiber front panel ports 0 1 or 2 front panel ports only available when B 2 D OpenVPX e MOD6 SWH 16U20F 12 4 2 5 designates the type of 10GigE transceive
4. GE Intelligent Platforms NETernity GBX460 Rugged 6U OpenVPX Fully Managed Layer 2 3 10 GigE Switch Module Features e 6U OpenVPX Compliant VITA 65 0 e VITA 48 REDI e VITA 46 0 2007 VPX Baseline Standard e Switch Profile MOD6 SWH 16U20F 12 4 2 5 Data Plane 20 10GBase Kx4 ports Control Plane 16 1000Base kKx ports interoperates with 1000Base Bx e Optional Profile MOD6 SWH 24F 12 4 3 5 Data Plane 24 x 10GE Ports e Non Blocking e Front I O Up to two 10GigE Fiber Ports available for slot profile SLT6 SWH 16U20F 10 4 2 e Full wire speed 10GE Performance e Ruggedization Build Levels Level 1 2 amp 3 Air Cooled Level 4 amp 5 Conduction Cooled Option to support VITA 48 5 Air Flow Through e RoHS 2002 95 EC Compliant e Based on high performance Low Latency Ethernet switch fabric from Intel Fulcrum e Option for Unmanaged operation e Hardware enabled IPv6 and IPv4 support e OpenWare Switch Management environment e Multi cast Support IGMP Snooping Querier and MLD Snooping Querier e Allows up to 4096 VLANS e L 3 Protocol support including OSPF and RIP oN NETernity GBX460 is the world s first rugged 6U OpenVPX Fully Managed Layer 2 3 10 Gigabit Ethernet switch module supporting low latency high throughput interprocessor communication IPC aimed at deployed defense and aerospace applications GBX460 delivers full wire speed 10Gigabit Ethernet switching that can be fu
5. Operating Temperature LVL5 40 C to 85 C at panel this part should only be used with the GBX460 20 10GigE 16 1GigE variant thermal Interface SFMRTM1 16 6U VPX Rear Transition Module with support for up to twelve 12 SFPs VITA 48 1 1 pitch front Storage Temperature 50 C to 100 C panel this part should only be used with the GBX460 20 10GigE 16 1GigE variant NOTE SFPs or XFPs are not included with the above rear transition module part numbers A list of recommended SFPs and XFPs can be supplied upon request An option with three or four front panel 10GigE fiber ports may be supported in specific applications Please contact GE for more information GE Intelligent Platforms Contact Information Americas 1 800 433 2682 or 1 434 978 5100 Global regional phone numbers are listed by location on our web site at defense ge ip com contact defense ge ip com ethernet lan 2014 General Electric Company All Rights Reserved All other brands names or trademarks are property of their respective owners Specifications are subject to change without notice 07 14 GFA 1712B
6. ion of the Spanning Tree protocol allows use of the latest technology to create efficient loop free networks by combining multiple VLANs In the event of link or switch failure the network can be rapidly reconfigured minimizing down time MSTP is backward compatible with RSTP and STP Highly efficient bandwidth utilization Multicast with IGMP Snooping Querier and MLD Snooping Querier for IPv6 operation ensures that frames are only forwarded on those ports having nodes that have joined the group OpenWare makes use of Linux based software to allow faster implementation and easy updates to firmware as part of standard releases or when customiza tion is required Customizations may be leveraged across all NETernity OpenWare platforms Standard Linux commands may be used as well as open source protocol and routing capabilities OpenWare allows for a number of ways to manage the switch via serial console Telnet SSH Web Interface or SNMP Using a combination of open source protocol software and OpenWare allows us in certain instances to provide full soft ware source to customers Additionally full control over the software environ ments permits customization for specific requirements such as customer specific handling of failover conditions Block Diagram NETernity GBX460 Local Memory Bus 2 x 10GBASE KX4 312 5 MHz 312 5 MHz 125 MHz ce 125 MHz I 4 x 10GBASE KxX4 20 x 10GBASE KX4 2 x 10GBASE KX4
7. lly managed via our OpenWare software Proven high performance architecture and a multilayer switching fabric provides a rich feature set broad functionality scal ability and product life longevity Based on a PowerPC management processor and a leading high performance switch fabric the GBX460 has integrated Layer 2 3 switching capabilities including support for IPv6 as well as the ability to support higher Layer 4 7 functionality when required IPv6 brings improved security reliability and flexibility enhanced support for mobile computing devices and larger address space for global reach and scalability to applications In the near future support for IPv6 will be required for Military and Defense customers and because this switch also supports IPv4 it offers a path forward which protects existing investments GBxX460 delivers any node to any node connectivity between multiple computer nodes to support the very latest HPC Intel and NVIDIA GPGPU high performance computing cluster architectures Typical applications include sensor and image processing for a range of intelligence surveillance and reconnaissance ISR platforms including radar and communica tions processing Designed to support GE Intelligent Platforms market leading rugged 6U OpenVPX single board computers SBCs and GPGPU processors the GBX460 harnesses the speed and flexibility of the very latest 10GigE switch fabric from Intel Fulcrum This innova
8. nt eee Auraton GBX460RTM1 13 6U VPX Rear Transition Module with two 10GigE CX 4 connectors and eight 1GigE SFPs VITA 46 e Rugged Level 3 1 pitch front panel this part should only be used with the GBX460 20 10GigE 16 1GigE variant Operating Temperature 40 C to 75 C GBX460RTM1 16 6U VPX Rear Transition Module with two 10GigE CX 4 connectors and eight 1GigE SFPs VITA 48 1 Storage Temperature 50 C to 100 C 1 pitch front panel this part should only be used with the GBX460 20 10GigE 16 1GigE variant Vibration 0 004g Hz 20 to 2000Hz with a flat GBX460RTM2 13 Rear Transition Module with support for up to eight 8 XFPs for the GBX460 model with 24 response to 1000Hz 6dB octave roo off from 1000 10GigE ports and up to 4 XFP s for the GBX460 model with 20 10GigE ports VITA 46 1 pitch to 2000Hz front panel this part should only be used with the GBX460 24 10GigE variant Shock 20g peak sawtooth 11mS duration GBX460RTM2 16 Rear Transition Module with support for up to eight 8 XFPs for the GBX460 model with 24 Humidity Up to 95 RH OGigE ports and up to 4 XFP s for the GBX460 model with 20 10GigE plus 16 1GigE ports VITA Rugged Level 4 and Level 5 Operating Temperature LVL4 40 C to 75 C at 48 1 1 front panel this part should only be used with the GBX460 24 10GigE varian thermal Interface SFMRTM1 13 6U VPX Rear Transition Module with support for up to twelve 12 SFPs VITA 46 1 pitch front
9. r if applicable e MOD6 SWH 24F 12 4 3 5 0 no 10GBase fiber ports Power Requirements 1 or 2 10GBase SR ports where 1 is for single port 2 is for dual ports e 12V power is 50W nominal 60W maximum excludes 5 or 6 10GBase LR ports where 5 is for single port 6 is for dual ports addition of 10GBase Fiber Ports which can draw an A or B 10GBase ER ports where A is for single port B is for dual ports estimated max power of 3W each E designates the type of front panel and conduction cooled mechanicals MTBF 1 VITA 46 0 8 pitch for rugged levels 4 and 5 without front panel ports e 362 485 hours per Ground Benign 30 C 3 VITA 46 1 pitch for rugged levels 1 2 amp 3 with or without front panel ports and Levels 4 amp 5 with front panel Environmental ports Rugged Level 1 and Level 2 5 VITA 48 2 0 85 pitch for rugged levels 4 and 5 without front panel ports Operating Temperature LVL1 0 C to 55 C 6 VITA 48 1 1 pitch for rugged levels 1 2 amp 3 with or without front panel ports Operating Temperature LVL2 20C to 65C B VITA 48 2 L2M 0 85 pitch for rugged Levels 4 and 5 without front panel ports Storage Temperature 50 C to 100 C C VITA 48 2 L2M 1 0 pitch for rugged Levels 4 and 5 with front panel ports Vibration 0 002g Hz from 10 to 2000Hz random E VITA 48 5 1 2 pitch without front panel ports and 2g sinusoidal from 5 to 500Hz F designates the management type 0 unmanaged 1 managed a e
10. tive solution supports non blocking low latency data transfers across a multiprocessing cluster at up to full wire speed enabling new levels of performance for the most demanding ISR applications GE s latest 6U OpenVPX products are avail able in air and conduction cooled variants providing a clear choice for size weight and power SWaP sensitive HPC applica tions In addition it has the flexibility to support high speed sensor O over 10GigE and system scaling from one to many compute nodes on airborne ground vehicle and naval platforms to meet the most demanding mission profiles The extremely fast boot time for the GBX460 enables it to meet the needs of customer applications that require their network to be passing traffic in the shortest period of time after power on NETernity GBX460 NETernity GBX460 is a High Performance Layer 2 3 Ethernet embedded switch with extensive management capabilities and provides hardware speed switching of L 2 and L 3 frames including IPv6 switching and routing Optionally the twenty 10GigE and sixteen 1GigE version of the GBX460 can support up to two 10Gigabit Ethernet Fiber connections on the front panel Per the OpenVPX standard the 10 Gigabit Ethernet connections support the data plane and the sixteen 1Gigabit Ethernet connections support the control plane The GBX460 is also available in a configuration supporting twenty four 10Gigabit Ethernet ports routed to the VPX Switch
11. uting tables are used to store destination and metric pairs e BGP Border Gateway Protocol a reliable and scaleable protocol used as an external gateway protocol to create and maintain routes between different networks 30 e ona OpenWare Switch Management Environment OpenWare is available exclusively on selected NETernity fully managed Layer 2 3 Ethernet switches Comprehensive and powerful this switch management environment provides integrated manage ment services including configuration monitoring switching control addressing routing and all supported protocols Configuration and monitoring functions are accessible from a serial console or via a network Supported access methods include Telnet SSH and SNMP OpenWare features e Pv6 support for improved security reli ability and flexibility enhanced support for mobile computing devices and larger address space for global reach and scalability IPv4 is also supported offering a path forward which protects existing investments Easy deployment and management that results from the wide range of protocols supported These protocols are defined by RFCs and cover a range of operations Switch VLANs Aggrega tion Multicast Filtering Routing QoS and Management NETernity switches with OpenWare offer broad functionality and support communications within the chassis as well as supporting the network outside of the chassis MSTP the latest vers
12. y network of enabled switches with duplicate and redundant connections supports rapid reconfiguration in the event of a link or switch failure backward compatible with RSTP and STP e Broadcast storm control screens excessive traffic and controls the rate limit for each port and prevents flooding in the network e Pv4 and IPv6 multicast traffic forwarding is controlled by the configuration of multicast forwarding tables The switch snoops IGMP and MLD messages which allow dynamic adjustment of the forwarding tables ensuring more effi cient bandwidth use e Port Mirroring eases debug and packet pattern analysis This is a method which allows traffic generated on one or more ports to be mirrored to another port Refer to the OpenWare data sheet for more detailed information L 3 IP Routing Protocols e OpenWare provides support for IPv4 and IPv6 routing protocols e OSPF Open Shortest Path First a flex ible link state protocol tests the state of links and transmits that information throughout the system to establish the shortest path to the destination This protocol also load balances by distrib uting traffic equally among routes Messages may also be routed based nthe type of service so that critical essages can transverse the most reli ble routes P Routing Information Protocol an asy to implement dynamic routing protocol allows routers to exchange information for computing routes through networks Ro
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