SVME/DMV-680 SwitchBlade Features Overview Š Fully managed, intelligent multi-layer (Layer 2/3) GbE Enabling switch designed for highest port density in a 6U VME64x the vision of form factor Network Centric operations and extending the reach of transformational networks, the VME-680 SwitchBlade is Š Supports complete range of convection- and conduction- a managed rugged Gigabit Ethernet (GbE) multi-layer cooled formats (IEEE 1101.1, IEEE 1101.2) switch that is ideally suited for building Intra-Platform Š Data plane designed with dual Broadcom BCM5690 Networks (IPNs) for air, land, and sea vehicles. VME- switch chips with up to 24 wire-speed 10/100/1000 680 SwitchBlade enables fast, reliable, and deterministic Mbps non-blocking, auto-negotiating ports forwarding (switching and routing) of control and data packets with up to 24 wire-speed 10/100/1000 Mbps Š Flexible fast Ethernet, GbE and fiber optic port interfaces that can be used to connect multiple chassis, combinations with the RazorBlade Expansion Module cards, or even processors within platform networks. Using Š Control and management functionality provided through star, dual-star, mesh and hybrid network topologies, the a Freescale Power Architecture MPC8245 integrated VME-680 SwitchBlade provides a flexible cost effective system controller with 64 MB SDRAM, 4 MB boot flash, solution that can be used to architect reliable backbone 32 MB flash file system disk communications infrastructure for current and future networked platforms. Redundancy and fail-over can be Š Supports both in-band management through any of the implemented using dual-star and mesh networks while 24 ports, and out-of-band management through a serial investment dollars can be retained by implementing RS-232/RS-485 interface and a 10/100Base-TX debug hybrid network topologies that co-exist with legacy and/ Ethernet interface or next generation interconnection strategies. Ready to Š Fully integrated Layer 2 switching, Layer 3 routing, QoS, deploy, the Curtiss-Wright Controls Defense Solutions VME- IP multicast, security and network management· Intuitive 680 SwitchBlade allows systems integrators to reduce CLI, Web interface, SNMP interface and Telnet access for development costs and Time-to-Integration (TTI) by simply easy configuration and network management plugging the VME-680 SwitchBlade into their 6U VME chassis, connecting the appropriate Ethernet ports, and Š RTM with up to 24 RJ45 ports for easy network setup and focusing on the optimal partitioning and segmentation of lab development their application's network. Š Front panel LED status indicator provides per port link speed (10, 100 or 1000 Mbps) and per-port link activity (receive or transmit) Learn More Web / cwcdefense.com/sales Email / defensesales@curtisswright.com cwcdefense.com Data Sheet Figure 1: SVME/DMV-680 Hardware Block Diagram Depopulate for 12-Port Version LEDS for GbE Switch Ports BCM 5464 Magnetics for Quad PHY BCM 5690 10/100/1000 8x Ports Reset Switch 12-Port Switch 10/100/1000Base-T BCM 5464 Quad PHY Board Status LEDs 10 GB/s HiGig BCM 5464 Interface JTAG Quad PHY Magnetics for 10/100/1000 BCM 5690 BCM 5464 12x Ports 12 Port Switch Quad PHY 10/100/1000Base-T Port Expansion Mezzanine BCM 5464 Quad PHY RazorBlade LM75 SwitchBlade Processor PMC 4x Fast Ethernet Ports (Rear I/O) 10/100 Temp BCM 5703c OR Sensor MAC/ PHY SDRAM w/ECC 4x GbE Ports (Front I/O) 64 MB MPC8245 OR (PPC 603 core) D3 is2 k M O Bn D Cishkip o n NVRAM 4x Fiber Optic Ports (Front I/O) Ch 3ip 2 F M LA BSH 8 KB Boot Flash Memory CTRL 4 MB BCM 5464 Mezzanine PMC Site Host Bridge RTC Quad PHY Site Select I2C COM 1 UART RS-232 / RS422 COM 1 TTL SwitchBlade Basecard Designed for Maximum Performance On the 12-port version of the VME-680 SwitchBlade, only Allowing system integrators to develop and deploy switch- one switch chip is required, thus saving power and price fabric based architectures today, the VME-680 SwitchBlade while maintaining the same performance for small network provides a completely integrated and unified management, applications. On 20- and 24-port versions of the VME-680 control, and data plane solution for wire-speed performance ™ SwitchBlade, two BCM5690's are stacked using a HiGig of switched GbE traffic. Whether its small medium or larger 10 Gbps XAUI interface allowing two 12-port BCM5690 IPNs, the VME-680 provides unique port combinations that switch chips to effectively act as a combined single 24-port scale from 12-, 20- and 24-port versions. switching solution. The VME-680 SwitchBlade is comprised of a basecard ® Based on the industry leading Broadcom BCM5690 (Figure 1) with either 12 or 20 GbE interfaces, a processor multi-layer switch, the VME-680 SwitchBlade data plane PMC that provides control and management functionality, is capable of providing up to 24 10/100/1000 Mbps optional RazorBlade port expansion modules that provide Ethernet ports with 64 million packets/second (line rate) four additional Ethernet interfaces (provides full 24 ports aggregate switching capacity. The key features at the core in single VME slot), a Rear Transition Module (RTM) for of each BCM5690 that facilitate low latency wire-speed easy RJ45 connectivity in the lab, and an LED front panel performance include 1 MB of high-speed fully integrated indicator for port status and activity. on-chip packet buffer memory, fast filter processors (FFP) per port, and advanced packet flow control capability per port. Curtiss-Wright Controls Defense Solutions / cwcdefense.com 2 Front Panel I/O SGMII 32-bit PCI Bus Rear Panel I/O Basecards with Flexible Expansion Capability The 20-port version of the VME-680 SwitchBlade can be extended to 24 ports with one of the various RazorBlade The VME-680 SwitchBlade was designed from the ground Port Expansion Modules as described below and in Tables up to maximize the number of GbE channels within a 1 & 2. single VME64x chassis while keeping port combination flexibility in mind. The base card will support various port RazorBlade I extends the VME-680 SwitchBlade with four combinations as listed in the table below (Table 1). Fast Ethernet interfaces through the backplane over the VME P1 connector without interfering with any VME signaling. Table 1: VME-680 SwitchBlade Port Combinations Each Fast Ethernet interface requires two pair copper wires RI RIII RIV (four pins per interface, 16 pins total) and can be routed to Basecard Fast RII Fiber Fiber P1 without interfering with any VME signals. Total Port GbE Ethernet GbE Optic-SX Optic-LX Count (rear) (rear) (front) (front) (front) RazorBlade II extends the VME-680 SwitchBlade with four 12 12 - - - - GbE interfaces. Since each GbE interface requires four pair 20 20 - - - - category 5 copper wires (eight pins per interface, 32 pins 24 20 4 - - - total) and it cannot be routed to the backplane over P1 24 20 - 4 - - due to VME signaling conflicts - hence these interfaces are 24 20 - - 4 - routed to the front. 24 20 - - - 4 RazorBlade III extends the VME-680 SwitchBlade with four Front Front Front Routing P2 & P0 P1 optical fiber SX interfaces out the front (Figure 2). Using the Panel Panel Panel Stratos Lightwave LTK-ST11H tranceivers, the IEEE 802.3z 1000Base-SX standard is fully supported. Both the 12- and 20-port versions of the VME-680 SwitchBlade route all GbE interfaces to the backplane (Rear RazorBlade IV extends the VME-680 SwitchBlade with Panel I/O) over P2 and P0 connectors. Each copper GbE four optical fiber LX interfaces out the front. Using the interface is fed through integrated Quad BCM5464 PHY Stratos Lightwave LTKST12H tranceivers, the IEEE 802.3z transceivers that are compliant to IEEE 802.3i (10Base-T) 1000Base-LX standard is fully supported. 802.3u (100Base-TX), 802.3ab (1000Base-T) standards. The copper transceivers support MDI/MDX cross over which A single part number can be used to order a combined has the capability of ensuring correct interface operation in VME-680 SwitchBlade solution with the appropriate the chance that Rx and Tx wiring is crossed. Additionally, RazorBlade module preinstalled from the factory. Semtech SLVU28-8 transient voltage suppressors are used on all GbE interfaces to protect low voltage, state of the art Intelligent Control and Management CMOS semiconductors from transients caused by electro Capability static discharge (ESD), cable discharge events (CDE), lightening and other induced voltage surges. The control and management functionality on the VME- 680 SwitchBlade is provided through a processor PMC Figure 2: RazorBlade III that uses a Freescale™ Power Architecture™ MPC8245 provides four 1 GbE Fiber integrated host processor, 64 MB SDRAM, 4 MB boot Optic 1000Base-SX interfaces flash, 32 MB Flash File System Disk, real-time clock (RTC), and extends the VME-680 out-of-band 10/100 debug port, and an RS-232/485 SwitchBlade to a full 24 GbE selectable serial interface (Figure 3). The MPC8245 host ports within a single VME slot. processor connects to single or dual BCM5690 switch chips on the basecard via the PMC connector through a 32-bit PCI bus. Any control, management or exception packets that the BCM5690 switch chips cannot handle get routed to the PMC8245 where they are handle in user-configured software policies and protocols. Additionally, systems Curtiss-Wright Controls Defense Solutions / cwcdefense.com 3 integrators can use the PrPMC to manage and configure Figure 3: The VME-680 SwitchBlade MPC8245-based the BCM5690 switch chips through serial and Ethernet processor PMC interfaces. Table 2: RazorBlades I, II, III, and IV Specification Summary RazorBlade RazorBlade RazorBlade RazorBlade Item I II III IV Card Format XMC XMC XMC XMC Transceiver BCM5464 BCM5464 LTK-ST11H* LTK-ST12H* 10Base-T, Interface 10Base-T, 100Base-TX, 1000Base-SX 1000Base-LX Type 100Base-TX 1000Base-T Optical N/A N/A 850 nm 1310 nm Wavelength Optical Complete Integrated Software Solution N/A N/A VCSEL FP Laser Transmission The VME-680 SwitchBlade provides extensive pre-integrated Optical Fiber N/A N/A Multi-mode Single-mode software that runs on its processor PMC. Major software Type components include the full suite of Layer 2/3 software Connection Duplex LC Duplex LC P1 RJ45 (front) protocols required for intelligent switching and routing of IP Interface (front) (front) packets (Figure 4). Distance Up to 100 m Up to 100 m Up to 500 m Up to 10 Km Note: Depending on level of environmental requirements or availability, some part numbers may be different from this datasheet. Figure 4: The VME-680 SwitchBlade Software Block Diagram Web Interface SNMP Interface CLI Enterprise MIBs Serial Telnet Java Applet HTML SNMP Standard MIBs HTTP Server Management RMON Switching QoS Routing Multicast Security STP, RSTP, Transparent Static Port Based Priority PIM-SM MSTP Bridging Routing Authentication Based Switching Port Mirroring RIP v1/v2 VLAN PIM-DM Radius Client OSPFv2 Secure CLI Link DiffServ IGMP GARP with SSH Aggregation Inter Support Snooping GVRP VLAN Secure Web GMRP Routing with SSL TCP/UDP/IP (ARP, RARP, ICMP, BootP) VxWorks VxWorks BSP, Drivers, BIT SVME/DMV-680 SwitchBlade Hardware Curtiss-Wright Controls Defense Solutions / cwcdefense.com 4 Systems Integrators can plug the VME-680 into their An LED front panel indicator is include in all air-cooled VME64x chassis and focus on architecting their network versions of the VME-680 SwitchBlade cards. For conduction- through one of may intuitive management interfaces (Table cooled versions, the LED front panel mezzanine connects to 3) and (Figure 5). the outside of the thermal frame and is sold separately. Table 3: Management Interfaces and Connection Strategies Figure 6: VME-680 SwitchBlade Accessories (RTM and LED) Interface Connection Client -RS232/485 Terminal CLI -Any in-band Ethernet Program port Telnetl Any in-band Ethernet Web Web browser port Network Any in-band Ethernet Standard off-the-shelf NMS Management port software Station (NMS) Figure 5: CLI, Telnet, SNMP and Web Management Interfaces Specifications Summary Table 4: Summary of Hardware Specifications Specification Description Switching Solution Single or dual Broadcom BMC5690 Management/Control MPC8245 PowerPC on PMC Processor 64 Mbyte SDRAM with ECC, 4 Mbyte boot Memory flash, 32 MB Flash File System Disk Ethernet Ports Up to 24 ports (see Table 1) Serial Port 1x serial COM port Debug Port 1x Ethernet port, 1x JTAG connector Physical Interfaces Up to 6x BCM5464 Reset Switch Switch resetable through backplane Accessories LEDs Status and activity for each port For building networks in the lab environment, Curtiss-Wright 28 W (12 ports), Power 37 W (20 ports), provides a VME-680 SwitchBlade RTM that plugs into the 45 W (24 ports) backside of the VME64x backplane and provides up to Form Factor 6U VME64x (160 mm x 233 mm) 24 ports of RJ45 connectors (Figure 6). Two version of the RTM are available, one with a P1 connector (supports full Ruggedization Conduction- or convection-cooled 24 in-band RJ45 ports) and one without a P1 connector (supports 20 in-band RJ45 ports). Both RTMs can support the 12-port versions of the VME-680 SwitchBlade. Both RTMs also provide one RS-232/485 port, one 10/100 RJ45 out-of-band debug port, and a reset switch. Curtiss-Wright Controls Defense Solutions / cwcdefense.com 5 Table 5: Summary of Software Specifications RTOS Multicasting MIB Support VxWorks + BSP + PIM-SM RFC 2362 MIB II RFC 1213 N/A Curtiss-Wright BIT PIM-DM Draft pimv2 dmv3 MIB II for SNMPv2c RFC 1907 IP QoS Interface Group MIB RFC 2233 IPv4 RFC 791 Priority Based Bridge MIB RFC 1493 IEEE 802.1p TCP RFC 793 Switching VLAN MIB RFC 2674 UDP RFC 768 Diffserv Support Spanning Tree RFC 1493 Telnet Server RFC 854, 855, 856, 858 Security Protocol MIB TFTP Client RFC 1350 Port Based Rapid STP MIB Draft/Prop MIB Authentication with IEEE 802.1x RFC 2521, 1191, 1788, Multiple STP MIB Prop MIB EAP ICMP 792 Link Aggregation Radius Client RFC 2138 IEEE 802.3ad Ethernet ARP RFC 826 MIB Management & Administration BootP Client RFC 951 Port-based Network RFC 1155, 1157, 1215, Authentication IEEE 802.1X IGMP Router RFC 2236 SNMP v1/v2c/v3 1905 Control MIB DHCP Client/ CLI (Telnet and Ethernet-like RFC 2131 Server/Relay Agent RFC 2665 Console) Interfaces MIB Switching & VLAN Web UI (Embedded RFC 2011, 2013, 2096, RFC 1945 IPv4 MIB HTTP Server) Prop MIB VLAN IEEE 802.1Q Port, MAC, IVL, SVL TLS Protocol RFC 2246 DHCP Prop MIB IEEE 802.1Q VLANs SSL Protocol Draft RFC 1723, 1724, 2453, RIP v1/v2 MIB GVRP/GMRP Prop MIB IEEE 802.1D SSH Protocol Support Draft Architecture Radius Client MIB RFC 2618 Spanning Tree IEEE 802.1D SSH Transport Layer OSPFv2 MIB RFC 1850 Protocol Draft Protocol PIM MIB RFC 2934 Rapid Spanning Tree SSH Authentication IEEE 802.1w Protocol Draft Statistics Protocol Multiple Spanning RMON (1, 2, 3 & 9 IEEE 802.1s SSH Connection IEEE 2819 Draft Tree Protocol groups) Protocol IGMP Snooping Port Mirroring MIB Save/Restore Using Flash Link Aggregation IEEE 802.3ad Other Routing MIB Save/Restore Broadcast Storm RFC 1213 Through TFTP Control Static Routing RFC 1812 Traceroute Logging Stacking Support RFC 1907 RIP v1/v2 RFC 2453, 2091, 2082 Logfile Upload to Note: Not all RFCs may be listed here. Please RFC 1765, 1793, 2328, Remote System OSPFv2 contact your local Sales Representative for 2370 complete RFC information. Inter VLAN Routing Curtiss-Wright Controls Defense Solutions / cwcdefense.com 6 Ruggedization Levels SVME card DMV card Available in Levels 0 and 100 (required airflow is 10 cfm Available in Levels 100 and 200 at sea level) Unless otherwise noted environmental tolerance is as defined in Curtiss-Wright's Ruggedization Guidelines factsheet. Part Numbers Check with your local Curtiss-Wright representative for availability for specific part numbers. SVME/DMV - 680 - XYZZ ZZ - Number of Ports 12: 12x GbE Ports 20: 20x GbE Ports 24: 24x GbE Ports nn: Custom Port Number Y - Type of Port Expansion Module 0: No RazorBlade (Y must = 0 if ZZ = 12 or 20) 1: RazorBlade I (4 Fast Ethernet Ports - to rear panel) 2: RazorBlade II (4 GbE Ports - to front panel) 3: RazorBlade III (4 Fiber Optic SX Ports - to front panel) 4: RazorBlade IV (4 Fiber Optic LX Ports - to front panel) n: Custom RazorBlade X - Ruggedization Level 0: 0°C to +50°C 1: -40°C to +71°C 2: -40°C to +85°C 4: Custom Environment Model Number 680 Cooling Method SVME: Air-cooled (AC) DMV: Conduction-cooled (CC) RTM - 680 - 002X (Part numbering for the rear transmission module accessory) X - Number of Ports 0: 20 RJ45 ports (no P1) 4: 24 RJ45 ports LED - 680 - 0024 (Part numbering for LED plate accessory - required only for conduction-cooled versions) Curtiss-Wright Controls Defense Solutions / cwcdefense.com 7 Warranty The information in this document is subject to change without notice and should not be construed as a This product has a one year warranty. commitment by Curtiss-Wright Controls Defense Solutions. While reasonable precautions have been taken, Curtiss- Contact Information Wright assumes no responsibility for any errors that may appear in this document. All products shown or mentioned To find your appropriate sales representative: are trademarks or registered trademarks of their respective Website: www.cwcdefense.com/sales owners. Email: defensesales@curtisswright.com Technical Support For technical support: Website: www.cwcdefense.com/support Email: support1@cwcembedded.com Curtiss-Wright Controls Defense Solutions / cwcdefense.com 8 © Copyright 2005, Curtiss-Wright Controls All Rights Reserved. MKT-DS-SwithcBlade-SVME/DMV-680-010912v4