One Stop Systems, Inc.
Escondido, CA 92029
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New Gen 4 Expansion Platform Can be Configured with 16 x 8 Slots
4U Pro is compatible with OSS Ion accelerator SAN and NAS storage applications that deliver low-latency. Enables high-performance edge computing ecosystem that includes PCIe Gen 4 CPUs, NICs, host adapters and FPGAs. Provides 1 terabit per second of low-latency PCIe externally-cabled interconnect between high-performance servers and AI accelerators.
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New Gen 4 Expansion Platform Can be Configured with 16 x 8 Slots
4U Pro is compatible with OSS Ion accelerator SAN and NAS storage applications that deliver low-latency. Enables high-performance edge computing ecosystem that includes PCIe Gen 4 CPUs, NICs, host adapters and FPGAs. Provides 1 terabit per second of low-latency PCIe externally-cabled interconnect between high-performance servers and AI accelerators.
Read More »
New PCIe Gen 4 Expansion System Can Achieve Peak Computing Operations of up to 19.9 PetaOPS
Features two PCIe x16 Gen 4 slots that allow network interface controllers (NICs) to transport data throughout the datacenter or edge network. Allows system developers to scale out any Gen 4 server by adding up to eight NVIDIA A100 GPUs. Ideal for boosting the performance of compute-intensive applications like AI training, AI inference, video analytics and XR rendering.
Read More »
New PCIe Gen 4 Expansion System Can Achieve Peak Computing Operations of up to 19.9 PetaOPS
Features two PCIe x16 Gen 4 slots that allow network interface controllers (NICs) to transport data throughout the datacenter or edge network. Allows system developers to scale out any Gen 4 server by adding up to eight NVIDIA A100 GPUs. Ideal for boosting the performance of compute-intensive applications like AI training, AI inference, video analytics and XR rendering.
Read More »New OSS PCIe 4.0 Value Expansion System with NVIDIA V100S Tensor Core GPUs
Features 10 PCIe 4.0 slots and 4,000 watts of load sharing power. Links can support upto 512 Gpbs of aggregated bandwidth to the GPU complex. Capable of computing any Gen 3 or Gen 4 server via two OSS PCIe x 16 Gen 4 link.
Read More »New OSS PCIe 4.0 Value Expansion System with NVIDIA V100S Tensor Core GPUs
Features 10 PCIe 4.0 slots and 4,000 watts of load sharing power. Links can support upto 512 Gpbs of aggregated bandwidth to the GPU complex. Capable of computing any Gen 3 or Gen 4 server via two OSS PCIe x 16 Gen 4 link.
Read More »
New Compute Acceleration Expansion Platform Supports 8 Passively Cooled SXM2 V100 GPU Modules
SCA8000 includes eight NVIDIA V100 Tensor Core GPUs interconnected with NVIDIA NVLink providing 300GB/s of peer-to-peer GPU bandwidth. Enables up to 64GB/s of uplink bandwidth between the GPUs and arm based servers using up to four PCI Express Gen3 x16 host interconnects. Connects to an arm based host server with up to four PCI-SIG PCIe Cable 3.0 compliant links at a distance of up to 100m.
Read More »
New Compute Acceleration Expansion Platform Supports 8 Passively Cooled SXM2 V100 GPU Modules
SCA8000 includes eight NVIDIA V100 Tensor Core GPUs interconnected with NVIDIA NVLink providing 300GB/s of peer-to-peer GPU bandwidth. Enables up to 64GB/s of uplink bandwidth between the GPUs and arm based servers using up to four PCI Express Gen3 x16 host interconnects. Connects to an arm based host server with up to four PCI-SIG PCIe Cable 3.0 compliant links at a distance of up to 100m.
Read More »New AMD EPYC 7002 Series Processors Based Systems are Ideal for Autonomous Vehicles and Personalized Medicine Applications
Provide high bandwidth and low latency data transport needed to scale AI performance at the edge. OSS PCIe Gen 4 expansion platforms, in combination with these servers, allow scalability for multi-GPU compute engines, NVMe-based data acquisition and high-speed storage subsystems. AI on the Fly appliances can be scaled using multiple OSS expansion chassis, and combine PCIe Gen 4 data acquisition,...
Read More »New AMD EPYC 7002 Series Processors Based Systems are Ideal for Autonomous Vehicles and Personalized Medicine Applications
Provide high bandwidth and low latency data transport needed to scale AI performance at the edge. OSS PCIe Gen 4 expansion platforms, in combination with these servers, allow scalability for multi-GPU compute engines, NVMe-based data acquisition and high-speed storage subsystems. AI on the Fly appliances can be scaled using multiple OSS expansion chassis, and combine PCIe Gen 4 data acquisition,...
Read More »
New Gen 4 Expansion Platform Can be Configured with 16 x 8 Slots
4U Pro is compatible with OSS Ion accelerator SAN and NAS storage applications that deliver low-latency. Enables high-performance edge computing ecosystem that includes PCIe Gen 4 CPUs, NICs, host adapters and FPGAs. Provides 1 terabit per second of low-latency PCIe externally-cabled interconnect between high-performance servers and AI accelerators.
Read More »
New Gen 4 Expansion Platform Can be Configured with 16 x 8 Slots
4U Pro is compatible with OSS Ion accelerator SAN and NAS storage applications that deliver low-latency. Enables high-performance edge computing ecosystem that includes PCIe Gen 4 CPUs, NICs, host adapters and FPGAs. Provides 1 terabit per second of low-latency PCIe externally-cabled interconnect between high-performance servers and AI accelerators.
Read More »
New PCIe Gen 4 Expansion System Can Achieve Peak Computing Operations of up to 19.9 PetaOPS
Features two PCIe x16 Gen 4 slots that allow network interface controllers (NICs) to transport data throughout the datacenter or edge network. Allows system developers to scale out any Gen 4 server by adding up to eight NVIDIA A100 GPUs. Ideal for boosting the performance of compute-intensive applications like AI training, AI inference, video analytics and XR rendering.
Read More »
New PCIe Gen 4 Expansion System Can Achieve Peak Computing Operations of up to 19.9 PetaOPS
Features two PCIe x16 Gen 4 slots that allow network interface controllers (NICs) to transport data throughout the datacenter or edge network. Allows system developers to scale out any Gen 4 server by adding up to eight NVIDIA A100 GPUs. Ideal for boosting the performance of compute-intensive applications like AI training, AI inference, video analytics and XR rendering.
Read More »New OSS PCIe 4.0 Value Expansion System with NVIDIA V100S Tensor Core GPUs
Features 10 PCIe 4.0 slots and 4,000 watts of load sharing power. Links can support upto 512 Gpbs of aggregated bandwidth to the GPU complex. Capable of computing any Gen 3 or Gen 4 server via two OSS PCIe x 16 Gen 4 link.
Read More »New OSS PCIe 4.0 Value Expansion System with NVIDIA V100S Tensor Core GPUs
Features 10 PCIe 4.0 slots and 4,000 watts of load sharing power. Links can support upto 512 Gpbs of aggregated bandwidth to the GPU complex. Capable of computing any Gen 3 or Gen 4 server via two OSS PCIe x 16 Gen 4 link.
Read More »
New Compute Acceleration Expansion Platform Supports 8 Passively Cooled SXM2 V100 GPU Modules
SCA8000 includes eight NVIDIA V100 Tensor Core GPUs interconnected with NVIDIA NVLink providing 300GB/s of peer-to-peer GPU bandwidth. Enables up to 64GB/s of uplink bandwidth between the GPUs and arm based servers using up to four PCI Express Gen3 x16 host interconnects. Connects to an arm based host server with up to four PCI-SIG PCIe Cable 3.0 compliant links at a distance of up to 100m.
Read More »
New Compute Acceleration Expansion Platform Supports 8 Passively Cooled SXM2 V100 GPU Modules
SCA8000 includes eight NVIDIA V100 Tensor Core GPUs interconnected with NVIDIA NVLink providing 300GB/s of peer-to-peer GPU bandwidth. Enables up to 64GB/s of uplink bandwidth between the GPUs and arm based servers using up to four PCI Express Gen3 x16 host interconnects. Connects to an arm based host server with up to four PCI-SIG PCIe Cable 3.0 compliant links at a distance of up to 100m.
Read More »New AMD EPYC 7002 Series Processors Based Systems are Ideal for Autonomous Vehicles and Personalized Medicine Applications
Provide high bandwidth and low latency data transport needed to scale AI performance at the edge. OSS PCIe Gen 4 expansion platforms, in combination with these servers, allow scalability for multi-GPU compute engines, NVMe-based data acquisition and high-speed storage subsystems. AI on the Fly appliances can be scaled using multiple OSS expansion chassis, and combine PCIe Gen 4 data acquisition,...
Read More »New AMD EPYC 7002 Series Processors Based Systems are Ideal for Autonomous Vehicles and Personalized Medicine Applications
Provide high bandwidth and low latency data transport needed to scale AI performance at the edge. OSS PCIe Gen 4 expansion platforms, in combination with these servers, allow scalability for multi-GPU compute engines, NVMe-based data acquisition and high-speed storage subsystems. AI on the Fly appliances can be scaled using multiple OSS expansion chassis, and combine PCIe Gen 4 data acquisition,...
Read More »