Cost-efficient networks are critical in creating scalable large-scale systems, including those
found in supercomputers and datacenters. High-radix routers reduce network cost by …

As the system size of supercomputers and datacenters increases, cost-efficient networks
become critical in achieving good scalability on those systems. High-radix routers reduce …

High-radix routers with low latency and high bandwidth play an increasingly important role
in the design of large-scale interconnection networks such as those used in super …

Evolving semiconductor and circuit technology has greatly increased the pin bandwidth
available to a router chip. In the early 90s, routers were limited to 10Gb/s of pin bandwidth …

High-radix, single-chip routers have emerged as efficient building blocks for interconnection
networks. Researchers believe that hierarchical switch architectures are needed at high …

Over the past twenty years, the pin bandwidth available to a chip has increased by
approximately an order of magnitude every five years–a rate very similar to Moore's Law …

High-radix routers with lower latency and higher bandwidth play an increasingly important
role in constructing large-scale interconnection networks such as those used in super …

The interconnection network plays a key role in the overall performance achieved by high
performance computing systems, also contributing an increasing fraction of its cost and …

Evolving technology and increasing pin-bandwidth motivate the use of high-radix routers to
reduce the diameter, latency, and cost of interconnection networks. High-radix networks …

High-radix switches are desirable building blocks for large computer interconnection
networks, because they are more suitable to convert chip I/O bandwidth into low latency and …