Intel Omni-Path Architecture

E500305

Intel Omni-Path Architecture is a high-performance computing interconnect technology developed by Intel to provide low-latency, high-bandwidth communication for large-scale supercomputing and data center clusters.

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Statements (47)

Predicate Object
instanceOf high-performance computing interconnect
network fabric
alsoKnownAs Intel OPA NERFINISHED
Omni-Path NERFINISHED
competesWith InfiniBand NERFINISHED
componentOf HPC system architecture
designedFor high-throughput parallel I/O
low-latency message passing
developer Intel NERFINISHED
enables large-scale distributed memory computing
scalable parallel processing
focus performance per node
reliability of interconnect
scalability across many nodes
hasTransport reliable connection services
unreliable datagram services
intendedUse data center clusters
high-performance computing clusters
supercomputing clusters
keyFeature RDMA support
high bandwidth communication
low latency communication
offload of message passing operations
scalability for large node counts
layer system interconnect layer
networkTopologySupport dragonfly topologies
fat-tree topologies
optimizationFor bandwidth-intensive workloads
latency-sensitive workloads
provides director-class switches
edge switches
fabric management tools
host channel adapters
switch ASICs
relatedTo Intel Xeon processor platforms NERFINISHED
Intel server platforms
supports HPC applications
MPI workloads
cluster management integration
collective communication operations
message passing interfaces
targetMarket enterprise HPC
large-scale scientific computing
technical computing data centers
technologyType serial point-to-point interconnect
usedIn HPC clusters
supercomputers

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Omni-Path hasMarketingName Intel Omni-Path Architecture