• CPU
  • By Sebastian Pop
  • November 18th, 2014
Intel Reveals Supercomputer Plans: Knights Landing, Knights Hill and Omni-Path Architecture – Gallery

Intel Reveals Supercomputer Plans: Knights Landing, Knights Hill and Omni-Path Architecture – Gallery

A new range of Xeon Phi coprocessors will be released

  • CPU
  • By Alexandra Arici
  • June 24th, 2014
Intel’s Supercomputer Knights Landing Chip Gets Detailed, Has Omni Scale I/O Fabric

Intel’s Supercomputer Knights Landing Chip Gets Detailed, Has Omni Scale I/O Fabric

Intel’s reveals more details about this powerful Xeon Server chip

  • CPU
  • By Sebastian Pop
  • March 11th, 2014
New Intel Xeon Phi PCI Express Coprocessors Discovered

New Intel Xeon Phi PCI Express Coprocessors Discovered

Intel may be moving back to socketed Xeon Phi, but PCIe cards still exist

  • CPU
  • By Sebastian Pop
  • January 27th, 2014
Intel Readies High-End Xeon Phi 7120D 61-Core Coprocessor

Intel Readies High-End Xeon Phi 7120D 61-Core Coprocessor

The chip is a powerful unit with 1.238 GHz clock and Turbo dynamic overclocking

  • CPU
  • By Sebastian Pop
  • November 27th, 2013
Intel Knights Landing Super CPU Will Have 72 Cores, 16 GB Integrated RAM

Intel Knights Landing Super CPU Will Have 72 Cores, 16 GB Integrated RAM

It will replace Xeon Phi and lead to exascale supercomputers

Intel Knights Landing Will Be a 14nm Many-Core Chip, Unlike Xeon Phi

Intel Knights Landing Will Be a 14nm Many-Core Chip, Unlike Xeon Phi

Company confirms that Xeon Phi is moving from PCIe to LGA

  • CPU
  • By Sebastian Pop
  • November 18th, 2013
Intel Xeon Phi Moving from PCI Express Card to LGA CPU

Intel Xeon Phi Moving from PCI Express Card to LGA CPU

This suggests NVIDIA Tesla will have free reign on the add-in card front

New Intel Xeon Phi 3100 and 5100 Computing Cards Set for 2014 Launch

New Intel Xeon Phi 3100 and 5100 Computing Cards Set for 2014 Launch

There will be cards of up to 12 GB RAM and 57 computing cores

Cray XC30 Supercomputer Adopts NVIDIA Tesla and Intel Xeon Phi

Cray XC30 Supercomputer Adopts NVIDIA Tesla and Intel Xeon Phi

The series gains both extra performance and energy saving capability

  • CPU
  • By Sebastian Pop
  • June 18th, 2013
Intel Launches Knights Landing Xeon Phi PCIe Coprocessors

Intel Launches Knights Landing Xeon Phi PCIe Coprocessors

There are three families of many-core products now available

  • CPU
  • By Sebastian Pop
  • November 14th, 2012
Intel Xeon Phi Coprocessors for Supercomputers Now Shipping

Intel Xeon Phi Coprocessors for Supercomputers Now Shipping

The challenge against NVIDIA and Advanced Micro Devices GPU compute cards has been made

  • CPU
  • By Constantin Murariu
  • September 28th, 2012
Intel Allegedly Sold Thousands of Xeon Phi Cards for $400 (310 EUR) a Piece

Intel Allegedly Sold Thousands of Xeon Phi Cards for $400 (310 EUR) a Piece

There is no reason not to bully the competition with dumping prices

  • CPU
  • By Constantin Murariu
  • September 16th, 2012
Intel's Knights Corner Burns 258W at Idle

Intel's Knights Corner Burns 258W at Idle

The chip idles at an amazingly hot 64 degrees Celsius

  • Systems
  • By Sebastian Pop
  • September 12th, 2012
Intel Builds 10 Petaflop Stampede Supercomputer with Xeon Phi

Intel Builds 10 Petaflop Stampede Supercomputer with Xeon Phi

It was about time something was heard about the Stampede HPC system

  • CPU
  • By Constantin Murariu
  • September 7th, 2012
Intel Xeon Phi to Power World's Most Power-Efficient HPC Data Center

Intel Xeon Phi to Power World's Most Power-Efficient HPC Data Center

This will only be complete in the summer of 2013, but that won’t stop Intel’s PR

  • CPU
  • By Constantin Murariu
  • September 2nd, 2012
Intel’s Xeon Phi Barely Equals AMD’s VLIW Radeons

Intel’s Xeon Phi Barely Equals AMD’s VLIW Radeons

The company officially acknowledges it has a lot more to learn about GPU compute

  • CPU
  • By Constantin Murariu
  • August 29th, 2012
Intel’s Knights Corner Has More Than 32 MB of Cache

Intel’s Knights Corner Has More Than 32 MB of Cache

The cache design is radically different from any previous Intel architectures

 
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