Sign up for our newsletter and get the latest HPC news and analysis.
Send me information from insideHPC:


Mellanox BlueField Accelerates NVMe over Fabrics

Today Mellanox announced the availability of storage reference platforms based on its revolutionary BlueField System-on-Chip (SoC), combining a programmable multicore CPU, networking, storage, security, and virtualization acceleration engines into a single, highly integrated device. “BlueField is the most highly integrated NVMe over Fabrics solution,” said Michael Kagan, CTO of Mellanox. “By tightly integrating high-speed networking, programmable ARM cores, PCIe switching, cache, memory management, and smart offload technology all in one chip; the result is improved performance, power consumption, and affordability for flash storage arrays. BlueField is a key part of our Ethernet Storage Fabric solution, which is the most efficient way to network and share high-performance storage.”

New Mellanox Networking Solutions Accelerate NVMe Over Fabrics

“We’ve seen the rapid evolution of SSDs and have been contributing to the NVMe over Fabrics standard and community drivers,” said Michael Kagan, CTO at Mellanox Technologies. “Because faster storage requires faster networks, we designed the highest-speeds and most intelligent offloads into both our ConnectX-5 and BlueField families. This lets us connect many SSDs directly to the network at full speed, without the need to dedicate many CPU cores to managing data movement, and we provide a complete end-to-end networking solution with the highest-performing 25, 50, and 100GbE switches and cables as well.”

Mellanox Introduces BlueField SoC Programmable Processors

Today Mellanox announced the BlueField family of programmable processors for networking and storage applications. “As a networking offload co-processor, BlueField will complement the host processor by performing wire-speed packet processing in-line with the network I/O, freeing the host processor to deliver more virtual networking functions (VNFs),” said Linley Gwennap, principal analyst at the Linley Group. “Network offload results in better rack density, lower overall power consumption, and deterministic networking performance.”