It is estimated that 60 percent of the world’s population, or some 4.3 billion people, interact with a device using an ARM chip every day. If ARM can dominate in wearables, IoT and in the energy-efficient server room then that number is going to increase, substantially.
Linaro, a not-for-profit engineering organization that focuses on developing Linux and open source technologies for ARM processors, has started building 64-bit Linux kernels for Android on ARM.
The Snapdragon 801 is a new iteration of the popular Snapdragon 800 processor that has been tweaked to make it faster, while the Snapdragon 610 and 615 are Cortex A53 based 64-bit octa-core and quad-core processors respectively with integrated 5 mode global LTE capabilities.
According to new reports Qualcomm, Nvidia and Broadcom are all ready to release 64-bit quad-core processors during the first six months of 2014. The new chips could be announced shortly, maybe even as soon as January during CES 2014.
ARM has denied rumors it is working on a 128 bit processor after a website quotes an unnamed ARM official who predicted “that a 128-bit processor could hit the market in the next two years.”
Mobile boss JK Shin confirmed that some Samsung smartphones coming next year would be powered by 64-bit processors, though that shouldn’t surprise anyone.
In the old days (of like 24 hours ago) companies like Samsung, Qualcomm and Texas Instruments made ARM chips, while Intel and AMD made x86 based CPUs. Simple. Well not any more. AMD have announced that not only will it make x86 based CPUs but it will now make ARM based chips as well.
ARM based processors, which tech companies license from the British company ARM Holdings, are the most widely used 32-bit CPUs around. They can be found in a whole variety of devices including the majority of Android, Apple and Microsoft based smartphones and tablets.
Intel went FinFET (or tri-gate transistors as they call them) at 22nm with Ivy Bridge, and now the #1 foundry, TSMC, and the #2 foundry, UMC, will also go to FinFET for the next gen 20 nm process. However, mass production of 20nm ARM chips will probably not happen until 2014, considering 28nm is barely here in 2012, and it usually takes 2 years for the new process technology to be ready. Apparently, the planar FinFET technology that these foundries intend to use is better suited for mobile SoC’s, like the ones from ARM, and it should bring a performance…
TSMC is the largest foundry in the world, and it’s usually the main company that Nvidia, Qualcomm and others turn to when they want their chips manufactured. As an IP vendor, ARM has to work close with TSMC, much earlier than their IP clients, so they can prepare everything for the transition to the new chip architectures and the new process technologies. While we’re currently only on 28nm/32 nm, ARM has been working with TSMC and others for the next-gen 20nm/22nm process, and also for the 14nm/15nm process, which are still many years away. As chip makers create smaller and…
ARM has completely dominated the mobile market for more than a decade, with over 90% market share, but it wasn’t until the rise of modern smartphones that we started to witness chips more powerful than anyone could have ever imagined we’d see in phones — chips that are now even starting to threaten Intel’s dominance and their status quo computing architecture. Starting with the ARMv7 architecture and the first Cortex CPU based on it, the A8, we already began to think of these devices as superphones or mini-computers once the 1 GHz barrier was broken. Then came the dual core…