Neuroscientist and Intel’s chief technology officer of AI Amir Khosrowshahi revealed that he is remaining at Intel with a team of researchers building an innovative integrated circuit (IC). The IC under development will feature transistors that will, hope the researchers, function at voltages as low as 100 millivolts, a step towards matching voltage of communication in the brain. The existence of such an IC would unleash power-hungry AI applications targeting climate change, waste management and other global problems. Continue reading Intel Team Focuses on Low Voltage Transistor to Power AI

In a surprise announcement, Amazon revealed that it is making its own chips, dubbed Graviton, for its cloud computing division. Similarly, Google also recently stated its plans to create chips for artificial intelligence algorithms in its data center. Amazon’s chips are likewise targeting its data centers, where the company hopes to better integrate software and hardware, resulting in less expensive services for customers. Typically, companies like Amazon and Google would use AMD or Intel’s off-the-shelf chips. Continue reading Amazon Unveils Graviton, Its Own ARM Chips for Data Centers

Silicon Valley-based Ampere introduced two versions of its first ARM-based 64-bit server processor featuring its Ampere eMAG processors for data centers. Currently, Intel dominates this arena with 99 percent of the market using its x86-based processors. According to Ampere chief executive Renee James, a former Intel president, customers can order the chip — which is aimed at hyperscale cloud and edge computing, using ARMv8-A cores — from the company website. The Carlyle Group backs Ampere, which has 400 employees. Continue reading Ampere Takes On Intel With its ARM-Based Server Processor

Huawei, in partnership with Taiwan Semiconductor Manufacturing Company (TSMC), debuted the Kirin 980, the first mobile chip fabricated on a 7nm process. The Kirin 980 features 6.9 billion onboard transistors, about 1.6 times the number on the Kirin 970, while shrinking the die size down from 10nm. The result offers a 40 percent reduction in power consumption, and a 20 percent improvement in several processing metrics. That feat took 1,000 senior engineers three years and more than 5,000 prototypes to achieve success. Continue reading Huawei Kirin 980: First 7nm Mobile Chip Amps Up Processing

Building a new chip manufacturing plant is expensive, usually costing between $10 billion and $15 billion. GlobalFoundries has now opted out of building a cutting edge fabrication plant for 7-nanometer chips, indicating it plans to focus its attention on older 12-nanometer and 14-nanometer factories, which would require less investment. Advanced Micro Devices (AMD) said it would switch from GlobalFoundries to Taiwan Semiconductor (TSMC) for its latest chips. With the GlobalFoundries move, only TSMC, Intel and Samsung are left to build the new 7-nanometer factories. Continue reading GlobalFoundries Will Not Build Factory for 7-Nanometer Chips