NVIDIA Networking

NVIDIA Networking (formerly Mellanox) is the market leader in high-speed network connectivity, with its innovative products being the number one choice for AI, HPC and other low-latency, high-bandwidth workloads.

Scan is an NVIDIA Elite Partner, working closely with NVIDIA to offer the complete range of products, which are also the key ingredient of our award-winning 3XS Systems servers and workstations.

NVIDIA networking accessories are designed for use with specific Spectrum or Quantum switch families, so be sure to check compatibility prior to purchase.

NVIDIA Networking (formerly Mellanox) is the market leader in high-speed network connectivity, with its innovative products being the number one choice for AI, HPC and other low-latency, high-bandwidth workloads.

Scan is an NVIDIA Elite Partner, working closely with NVIDIA to offer the complete range of products, which are also the key ingredient of our award-winning 3XS Systems servers and workstations.

The NVIDIA LinkX product family of cables provides a complete line of Ethernet and InfiniBand products for Cloud, HPC, Enterprise, telco, storage, AI and datacentre applications. LinkX cables are used to link top-of-rack switches downwards to SmartNICs, SuperNICs and DPUs in servers and storage appliances and / or upwards in switch-to-switch applications throughout the network infrastructure.

NVIDIA Networking (formerly Mellanox) is the market leader in high-speed network connectivity, with its innovative products being the number one choice for AI, HPC and other low-latency, high-bandwidth workloads.

Scan is an NVIDIA Elite Partner, working closely with NVIDIA to offer the complete range of products, which are also the key ingredient of our award-winning 3XS Systems servers and workstations.

The NVIDIA LinkX product family of transceivers provides a complete line of Ethernet and InfiniBand products for Cloud, HPC, Enterprise, telco, storage, AI and datacentre applications. LinkX transceivers are used to link top-of-rack switches downwards to SmartNICs, SuperNICs and DPUs in servers and storage appliances and / or upwards in switch-to-switch applications throughout the network infrastructure.

NVIDIA Networking (formerly Mellanox) is the market leader in high-speed network connectivity, with its innovative products being the number one choice for AI, HPC and other low-latency, high-bandwidth workloads.

Scan is an NVIDIA Elite Partner, working closely with NVIDIA to offer the complete range of products, which are also the key ingredient of our award-winning 3XS Systems servers and workstations.

NVIDIA Networking InfiniBand rackmount switches offer high throughput, low latency connectivity for AI workloads connecting GPU-accelerated servers and AI-optimised NVMe storage arrays, ensuring maximum ROI across the entire infrastructure and the highest possible levels of performance and GPU utilisation. These switches are specifically designed to take advantage of the remote memory access and offloading technologies found in NVIDIA ConnectX NICs and BlueField DPUs, to eradicate bottlenecks and cope with the most demanding workflows.

NVIDIA Networking (formerly Mellanox) is the market leader in high-speed network connectivity, with its innovative products being the number one choice for AI, HPC and other low-latency, high-bandwidth workloads.

Scan is an NVIDIA Elite Partner, working closely with NVIDIA to offer the complete range of products, which are also the key ingredient of our award-winning 3XS Systems servers and workstations.

NVIDIA Networking InfiniBand rackmount switches offer high throughput, low latency connectivity for AI workloads connecting GPU-accelerated servers and AI-optimised NVMe storage arrays, ensuring maximum ROI across the entire infrastructure and the highest possible levels of performance and GPU utilisation. These switches are specifically designed to take advantage of the remote memory access and offloading technologies found in NVIDIA ConnectX NICs and BlueField DPUs, to eradicate bottlenecks and cope with the most demanding workflows.

These rackmount switches are aimed at datacentre networks using a three-layer architecture, and are specifically deployed to aggregate traffic and then connect to the top-of-rack (ToR) switches in the network.

These rackmount switches are aimed at datacentre networks using a two-layer architecture, and are specifically deployed to aggregate traffic from server nodes and then connect to the core of the network, consisting of spine switches. Leaf switches are recommended when there is are large amounts of software defined or containerised data traffic.

These rackmount switches are aimed at datacentre networks using a three-layer architecture, and are specifically deployed to take aggregated traffic from edge switches and then connect to director of core switches in the network.

These rackmount switches are aimed at datacentre networks using a two-layer architecture, and are specifically deployed to connect all leaf switches together and is linked directly to the network control system. Spine switches are recommended when there is are large amounts of software defined or containerised data traffic.

NVIDIA Networking (formerly Mellanox) is the market leader in high-speed network connectivity, with its innovative products being the number one choice for AI, HPC and other low-latency, high-bandwidth workloads.

Scan is an NVIDIA Elite Partner, working closely with NVIDIA to offer the complete range of products, which are also the key ingredient of our award-winning 3XS Systems servers and workstations.

NVIDIA Networking QSFP Ethernet and InfiniBand network cards offer high throughput, low latency connectivity for GPU-accelerated servers and AI-optimised NVMe storage arrays, ensuring the highest possible levels of performance and GPU utilisation. The ConnectX NICs and BlueField DPUs feature advanced remote memory access and offloading technologies to eradicate bottlenecks and cope with the most demanding workflows, and are designed to operate with NVIDIA Networking switches.

A network card is designed to connect a laptop, PC, workstation or server to a network, enabling communication with other internal users via network switches or access points; and the outside world via a router.

These cards are designed for an internal PCIe slot of a system, feature small form factor pluggable (SFP) ports and will provide wired connectivity based on Ethernet at speeds up to 100Gb/s.