Samsung og Micron vil nedbryde memory-muren
I et storstilet samarbejde vil Samsung og Micron udvikle en åben interfacestandard samt en helt ny memory-teknologi kaldet Hybrid Memory Cube (in english).
Samsung Electronics Co., Ltd. and Micron Technology, Inc. - world leaders in memory technology - today announced the creation of a consortium for OEMs, enablers and integrators that will collaborate in developing and implementing an open interface specification for an innovative new memory technology called the Hybrid Memory Cube (HMC).
Micron and Samsung are the founding members of the Hybrid Memory Cube Consortium (HMCC), and will work closely with fellow developers Altera Corporation, Open Silicon, Inc., and Xilinx, Inc. to collectively accelerate industry efforts in bringing to market a broad set of technologies. The consortium will initially define a specification to enable applications ranging from large-scale networking to industrial products and high-performance computing.
One of the primary challenges facing the industry - and a key motivation for forming the HMCC - is that the memory bandwidth required by high-performance computers and next-generation networking equipment has increased beyond what conventional memory architectures can provide.
The term 'memory wall' has been used to describe the problem. Breaking through the memory wall requires a new architecture that can provide increased density and bandwidth at significantly reduced power consumption.
HMC capabilities are a leap beyond current and near-term memory architectures in the areas of performance, packaging and design efficiencies. By defining an industry interface specification for developers, manufacturers and architects, the consortium is committed to making HMC a successful new high-performance memory technology.
- This collaborative industry effort will serve as an accelerator for highly promising technology that will benefit the entire industry, says Jim Elliott, Vice President, Memory Marketing and Product Planning, Samsung Semiconductor, Inc.
- The consortium will help to bring about a game-changing system solution for system designers and manufacturers that is expected to outperform memory options offered today.
HMC could lead to unprecedented levels of memory performance and facilitate new applications in networking, medical, energy, wireless communications, transportation, security and other markets. For example, the development of systems and technologies will enable a more efficient, reliable and secure smart grid infrastructure with integrated renewable energy resources.
- HMC is unlike anything currently on the radar, says Robert Feurle, Micron's Vice President for DRAM Marketing.
- HMC brings a new level of capability to memory that provides exponential performance and efficiency gains that will redefine the future of memory. Guidance by the industry consortium will help drive the fastest possible adoption of the technology, resulting in what we believe will be radical improvements to computing systems.
The HMCC's memory specifications will be co-developed among the consortium members. The consortium is open to an unlimited number of adopters, with the opportunity to receive early access to draft specifications and participate in specification discussions and development. Additional information, technical specifications, tools and support for adopting the technology can be found at www.hybridmemorycube.org.
Relaterede nyheder
- • Første 4 Gbit LPDDR'er i 20nm teknologi
- • Micron udvikler DDR4 DRAM-modul
- • Micron og Intel hædres for Flash samarbejde
- • Intel og Micron udbygger Flash samarbejde
- • Toshiba udvikler 128 Gbit Flash
- • Rambus køber Unity Semiconductor
- • Digital controller til DDR hukommelse
- • Acal BFi vil forsyne markedet med hurtige synkrone SRAM'er
- • Nyt microSD kort sigter mod industriapplikationer
- • Toshiba klar med USB 3.0 kompatibel USB flash hukommelse
- • Første 256 GB CompactFlash kort
- • SLC NAND flash med indbygget fejlkorrektion
- • Industrigiganter samarbejder om den næste generation af memoryteknologier
- • Første single-chip 128 gigabit NAND flash-hukommelse
- • Ny embedded SRAM-teknik baner vej for markant reduktion af effektforbruget
Seneste nyheder
- • Silicon Labs køber 2,4 GHz specialisten Ember
- • Touch platform emulerer fysiske trykknapper
- • AMD udvider APU platformen med ny R-serie
- • Ericsson klar med ny generation af powermoduler
- • Første 4 Gbit LPDDR'er i 20nm teknologi
- • SemiSouth sampler første 650V SiC JFETs
- • Digi-Key i globalt samarbejde med t-Global Technology
- • austriamicrosystems bliver til 'ams'
- • Find spændende apps til OrCAD og Allegro på nettet
- • Future lancerer energy harvesting testplatform
- • HDMI bridge-IC strømliner HD-konnektiviteten
- • Box med display
- • Ny standard for trådløs opladning i støbeskeen
- • Stor opbakning til nye M2M standard i 'white space' området
- • AMD Embedded G-Series undestøtter Windows RTOS
- • Ny 600V IGBT platform
- • COM-modul med næste generation Atom dual-core processorer
- • Danfoss afhænder datterselskab
- • Renesas hos RS
- • Würth Elektronik på vej med transformerkomponenter til trådløs opladning
- • Segger Microcontroller hos Farnell
- • I/Q demulator med ultrabred båndbredde
- • Nyt kompakt COM modul fra VIA
- • Low-cost fugtigheds- og temperatursensor
- • Brüel & Kjær og Agilent samarbejder om 'voice-over-LTE' testsystemer