Author_Institution :
Silicon Graphics Comput. Syst., Mountain View, CA, USA
Abstract :
SGI´s Spider chip-Scalable, Pipelined Interconnect for Distributed Endpoint Routing-create a scalable, short-range network delivering hundreds of gigabytes per second in bandwidth to large configurations. Individual Spider chips sustain a 4.8-Gbyte/s switching rate, connecting to each other and to endpoints across cables up to 5 meters in length. By delivering very high bandwidth-thousands of times higher than standard Ethernet-at low latencies, Spider is ideal for CPU interconnect applications, high-end network switches, or high-performance graphics interconnects. The Spider chip design drew on the principles of computer communications architecture. Isolation between the physical, data link, and message layers led to a well-structured design that is transportable and more easily verified than a nonlayered solution. Because the chip implements all layers in hardware, latency is very low. Thus, we could realize the benefits of layering without sacrificing performance
Keywords :
internetworking; CPU interconnect; Spider; Spider chip; computer communications architecture; high-end network switches; high-performance graphics interconnects; network interconnect; Application software; Bandwidth; Chip scale packaging; Communication cables; Communication switching; Computer graphics; Delay; High-speed networks; Joining processes; Switches;