What Is Direct Cache Access - Web direct cache access (dca) i/o device dmas packets to main memory. Web direct cache access (dca) enables a network interface card (nic) to load and store data directly on the processor cache, as conventional direct memory access (dma) is no longer suitable as the bridge between nic and cpu in the era of 100 gigabit ethernet. Rdca allows the rnic to enjoy the high bandwidth of cache. Cpu later fetches them from cache. However, in traditional architectures, memory latency alone can limit processors from matching 10 gb inbound network i/o traffic. Pcie transaction protocol processing hint (tph) i/o device. Web we coin the name remote direct cache access (rdca) for this design. Requires os intervention and support from processor. Dca exploits tph* to prefetch a portion of packets into cache. Still inefficient in terms of memory bandwidth usage.
PPT Hardware/Software Interface PowerPoint
Cpu later fetches them from cache. Dca exploits tph* to prefetch a portion of packets into cache. Web we coin the name remote direct cache access (rdca) for this design. Requires os intervention and support from processor. Web direct cache access (dca) i/o device dmas packets to main memory.
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Web we coin the name remote direct cache access (rdca) for this design. Web direct cache access (dca) enables a network interface card (nic) to load and store data directly on the processor cache, as conventional direct memory access (dma) is no longer suitable as the bridge between nic and cpu in the era of 100 gigabit ethernet. Pcie transaction.
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However, in traditional architectures, memory latency alone can limit processors from matching 10 gb inbound network i/o traffic. Pcie transaction protocol processing hint (tph) i/o device. Still inefficient in terms of memory bandwidth usage. Cpu later fetches them from cache. Rdca allows the rnic to enjoy the high bandwidth of cache.
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Rdca allows the rnic to enjoy the high bandwidth of cache. Web we coin the name remote direct cache access (rdca) for this design. Pcie transaction protocol processing hint (tph) i/o device. Web direct cache access (dca) enables a network interface card (nic) to load and store data directly on the processor cache, as conventional direct memory access (dma) is.
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Requires os intervention and support from processor. Dca exploits tph* to prefetch a portion of packets into cache. However, in traditional architectures, memory latency alone can limit processors from matching 10 gb inbound network i/o traffic. Cpu later fetches them from cache. Still inefficient in terms of memory bandwidth usage.
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Cpu later fetches them from cache. Rdca allows the rnic to enjoy the high bandwidth of cache. Still inefficient in terms of memory bandwidth usage. Web direct cache access (dca) enables a network interface card (nic) to load and store data directly on the processor cache, as conventional direct memory access (dma) is no longer suitable as the bridge between.
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Dca exploits tph* to prefetch a portion of packets into cache. Cpu later fetches them from cache. Pcie transaction protocol processing hint (tph) i/o device. Still inefficient in terms of memory bandwidth usage. Web direct cache access (dca) enables a network interface card (nic) to load and store data directly on the processor cache, as conventional direct memory access (dma).
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Dca exploits tph* to prefetch a portion of packets into cache. Rdca allows the rnic to enjoy the high bandwidth of cache. Web we coin the name remote direct cache access (rdca) for this design. Cpu later fetches them from cache. However, in traditional architectures, memory latency alone can limit processors from matching 10 gb inbound network i/o traffic.
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Web direct cache access (dca) enables a network interface card (nic) to load and store data directly on the processor cache, as conventional direct memory access (dma) is no longer suitable as the bridge between nic and cpu in the era of 100 gigabit ethernet. Requires os intervention and support from processor. Pcie transaction protocol processing hint (tph) i/o device..
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Cpu later fetches them from cache. Web we coin the name remote direct cache access (rdca) for this design. Dca exploits tph* to prefetch a portion of packets into cache. However, in traditional architectures, memory latency alone can limit processors from matching 10 gb inbound network i/o traffic. Requires os intervention and support from processor.
Still inefficient in terms of memory bandwidth usage. Cpu later fetches them from cache. Requires os intervention and support from processor. Web direct cache access (dca) enables a network interface card (nic) to load and store data directly on the processor cache, as conventional direct memory access (dma) is no longer suitable as the bridge between nic and cpu in the era of 100 gigabit ethernet. However, in traditional architectures, memory latency alone can limit processors from matching 10 gb inbound network i/o traffic. Web direct cache access (dca) i/o device dmas packets to main memory. Pcie transaction protocol processing hint (tph) i/o device. Rdca allows the rnic to enjoy the high bandwidth of cache. Web we coin the name remote direct cache access (rdca) for this design. Dca exploits tph* to prefetch a portion of packets into cache.