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It is more efficient to use increasing pin bandwidth by creating high-radix routers with a large number of narrow ports instead of low-radix routers with fewer wide ports. building networks using high-radix routers lowers cost and improves performance, but also presents many challenges. the dragonfly topology minimizes network cost by reducing the number of global channels required.
Scale-out architectures supporting flexible, incremental scalability are common for computing and storage. However, the network remains the last bastion of the traditional scale-up approach, making it the data center's weak link. Through the UCSD Triton network architecture, the authors explore issues in managing the network as a single plug-and-play virtualizable fabric scalable to hundreds of thousands...
To increase the flexibility and bandwidth of intrarack communication, the authors propose a decentralized network-interface-controller (NIC) switching architecture that enables rack-level network bandwidth disaggregation. This is the first solution that uses the built-in switch of SR-IOV-compliant PCI Express (PCIe) NICs in datacenters to handle a rack's traffic. The authors design a decentralized...
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