ARM based processor manufacturers Taiwan Semiconductor Manufacturing Company (TSMC) and GlobalFoundries have announced that they plan to release ARM processors capable of running at 3 GHz “sometime next year”.
A new report cites that the game doesn’t end here. Processors clocked as high as 3 GHz are headed our way in 2014. Performance is not all about clock speeds, but if the current 28nm manufactured processors are able to clock in at 2.3 GHz, a process shrink to 20nm, expected to happen early in 2014, will certainly help increase clock speeds while consuming lesser power and die size at the same time.
The new 20nm node at TSMC and GlobalFoundries is expected to offer a 25% decrease in power consumption, allow up to 30% faster clock speeds and up to 1.9 times better transistor density with low leakage. That means more transistors in a lesser die, leading to more powerful processors.
These new products will bring the whole variety of technology devices to the Next Level but it depends on the user if device processor is a key consideration for them.
- 3 GHz ARM processors headed our way in 2014 (vr-zone.com)
- 20nm ARM processors to hit 3GHz next year (geek.com)
- TSMC and GlobalFoundries Report 3GHz ARM Processor on the Way (hothardware.com)
- 20nm ARM-based chips to hit 3 GHz in 2014 (liliputing.com)
Fireside chat with ARM and GLOBALFOUNDRIES at ARM Techcon 2012 in Santa Clara.
"The insatiable need for functional and feature integration on to Mobile SoCs, coupled with ever increasing performance demands has challenged the Foundries and Fabless Semiconductor companies alike. While the diminishing geometries of the process technologies have kept pace to address this challenge, the solutions for leakage power dissipation continued to fall behind threatening to thwart the advances in Mobility. The ground-breaking FinFET technology is the right low-power solution and will serve as an inflection point to further enable SoC-level integration and technological advances in this exciting era of Extreme Mobility. The panel will discuss how the next generation of FinFET technology will change the mobile revolution again."
Dean Freeman, Research VP, Gartner Research
Bruce Kleinman, VP, Product Marketing, GLOBALFOUNDRIES
Subramani Kengeri, Vice President, Technology Architecture Office of the CTO, GLOBALFOUNDRIES
Srinivas Nori, Director. SOC Innovation, GLOBALFOUNDRIES
Dipesh Patel, Deputy General Manager of the Physical IP Division, ARM
Talking about the fabrication of ARM Processors, from 28/32nm HKMG to 20nm to upcoming FinFET 14nm process technologies with Subramani Kengeri, Vice President, Technology Architecture, Office of the CTO, Paul Colestock, Director, Strategic Marketing and Srinivas Nori, Director, Marketing, SoC Innovation at GlobalFoundries at ARM Techcon 2012.
Samsung, IBM and Globalfoundries join forces to create the future of ARM Processors. They share knowledge, research and development costs, to bring amazing new technologies to products faster. They synchronize the process to ensure that customers' chip designs can be produced at multiple sources in three different continents with no redesign required.
AMD's spin-off GlobalFoundries is already a major player in making ARM processors for Qualcomm, Broadcomm, STMicroelectronics and more. Now there are some talks about AMD considering to launch an ARM processor:
Speaking to EE Times during a discussion of ARM's first quarter financial results CEO Warren East said: "AMD is a successful company selling microprocessors. ARM is in the business of licensing microprocessor designs. It is perfectly natural that we should have been trying to sell microprocessor designs to AMD for about the last ten years. Hitherto we haven't been successful."
East also said: "AMD has signaled they are going through a rethink of their strategy, and that must provide a heightened opportunity for ARM. They might use ARM microprocessors in the future and you've got to expect that we would be trying to persuade them of that."
"ATI was actually an ARM licensee for some of its work in mobile applications so AMD did technically become an ARM licensee." Qualcomm then bought the mobile graphics division from AMD for $65 million.
If negotiations were starting today they would probably focus on ARM's forthcoming Cortex-A15 multicore-capable processor core. But East declined to rule out the possibility of licensing Cortex-A8 or Cortex-A9 to AMD.
Jem Davies, VP of Technology for ARM Holdings (who I video interviewed at ARM Techcon about the Mali-T604) will host a keynote at the upcoming AMD Fusion '11 Summit in June 13-16th in Bellevue, Washington. He will likely discuss the future of heterogeneous computing, which is becoming a hot word from the world of supercomputing (GPGPU, GPU Computing) to the world of ultra-low power devices that are relying on System-On-a-Chip silicon (SOC), such as smartphones and tablets.
How soon do you think AMD will officially announce that they will make ARM processors and what do you think they will be? Post your thoughts in the comments.
- ARM VP To Keynote AMD Developer Conference (hardware.slashdot.org)
AMD spin-off called GlobalFoundries is looking to make one of the fastest ARM Cortex A9 implementations as a 28nm process size, using High-K Metal Gate instead of the Silicon Dioxide Gate of previous processors. This allows for smaller and even faster processors.
The implementation of high-κ gate dielectrics is one of several strategies developed to allow further miniaturization of microelectronic components, colloquially referred to as extending Moore's Law.
My question would be like this: Does this basically mean that AMD investors are investing heavily in designing ARM processors instead of X86?
AMD spin-off is going ARM, Nvidia is going ARM, VIA is going ARM, that may leave Intel a bit alone with the X86.