Vicor–s Power-on-Package Enables Higher Performance for Artificial Intelligence Processors
Introduced at the August 22, 2017 Open Data Center Committee (ODCC) Summit in Beijing, China
Wiwynn(R) Demonstrates Today at the OCP U.S. Summit its 48V Server Platform Based on Next-Generation Intel(R) Xeon(R) Processor (Codename Skylake)
Powered by Vicor(R) Corporation–s award winning 48V Direct-to-PoL (Point-of-Load) solution
Vicor Corporation Introduces New Cool-Power ZVS Buck-Boost Regulator
PI3740 Features Best-in-Class 8 – 60V Input Operating Voltage Range and True Buck-Boost Operation
Vicor Corporation–s 48V Direct-to-POL (Point of Load) Datacenter Solution Named a Winner of the Prestigious UBM Americas ACE (Annual Creativity in Electronics) Awards in the “Power” Category
For the second year in a row, ACE Awards recognize a Vicor breakthrough innovation in power conversion technology
At SC16, ExaScaler and PEZY Computing Unveil the First Super Computer with a Performance Density of 1.5 PetaFLOPS/m3
ZettaScaler-1.8 Super Computer is cooled by ExaScaler technology and powered by Vicor modules
Vicor Corporation Introduces New 60V Cool-Power ZVS Buck-Boost Regulators
New Buck-Boost Regulators Feature Best-in-Class Performance While Being Simple to Use
Vicor–s New Power System Designer Configures Modular Power Systems Solutions From the Source to Points of Load
The Power System Designer Enables Quick and Easy Configuration of Complete, High Efficiency, Compact, Multi-Output Power Systems
Vicor Modules Support Architecture Highlighted by Google at OpenPOWER Summit
New Modules Enable Efficient 48V Direct-to-Point-of-Load Solutions for Next Generation IBM POWER CPU Processors and GPUs
Vicor Corporation Announces AC to Point-of-Load Development Kit Featuring Power Factor Correction, Isolation and Cool-Power ZVS PoL Buck Regulators
New Development Kit Enables Evaluation of a Complete Power System, From AC Input to Isolated Distribution Bus and PoL Buck Regulators
Vicor Modules Support the Data Center Infrastructure Highlighted by Google at Open Compute Summit
Factorized Power Architecture Modules Enable Efficient 48V Direct-to-PoL (CPU, GPU, ASIC and DDR Memory) Solutions