Big Tech Taps AI to Advance Data Center Safety, Efficiency

Data centers can be hazardous to the workers that build and maintain them, with exposure to live electrical wires and dangerous chemicals part of the job. Now tech firms including Microsoft and Meta Platforms are exploring how artificial intelligence can be used to make data centers safer for employees. Microsoft is working on an AI system that triggers alerts to prevent or mitigate dangerous incidents, while Meta is also analyzing ways AI can optimize data centers operating under extreme environmental conditions in order to prevent safety hazards. Continue reading Big Tech Taps AI to Advance Data Center Safety, Efficiency

Huawei Kirin 980: First 7nm Mobile Chip Amps Up Processing

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

Cynora’s New OLED Tech Garners Samsung, LG Investment

Samsung Ventures, the South Korean company’s investment unit, and LG’s Display division has invested €25 million ($30 million) in Bruchsal, Germany-based OLED display firm Cynora, founded in 2008. Cynora calls itself a leader in TADF (thermally activated delayed fluorescence) technology and is also developing a new type of organic high-efficiency blue OLED emitting material. With the rising popularity of OLED displays, several companies are working on new OLED emitter materials that will last longer and not use heavy metals. Continue reading Cynora’s New OLED Tech Garners Samsung, LG Investment

Google Pursues Bringing Machine Learning to Mobile Devices

Google is partnering with Movidius, a semiconductor startup, to begin developing technology that would allow mobile devices to do more heavy computing such as machine learning and image recognition. Movidius specializes in computer vision, so Google has licensed its MA2450 chip to help build image-recognition capabilities. The chip has 12 cores and was chosen for its low power consumption and hefty processing power. Image recognition could be used in all sorts of apps to identify objects and people. Continue reading Google Pursues Bringing Machine Learning to Mobile Devices

Wi-Fi Alliance Debuts Wi-Fi Aware for Quick Device Connection

After three years of research and development, the Wi-Fi Alliance released Wi-Fi Aware, which instantly connects Wi-Fi-enabled products with devices, applications or information without an Internet connection or mobile data. Wi-Fi Aware software works continuously in the background, sending out short messages that dramatically lessen power consumption. With a Wi-Fi Aware smartphone, a user could find nearby services, videogame players or anyone from a high school friend to a business colleague. Continue reading Wi-Fi Alliance Debuts Wi-Fi Aware for Quick Device Connection

Battery Using Nanodots Charges Mobile Phone in 30 Seconds

Tel Aviv-based StoreDot claims it has developed a battery technology that can charge a mobile phone in 30 seconds and an electric car in mere minutes. The prototype can reportedly store a higher charge more quickly by using nanotechnology to synthesize artificial molecules. Bio-organic peptide molecules known as “nanodots” enable the rapid absorption and retention of power. StoreDot is aiming to have a slimmer version of the current prototype available for the smartphone market by 2016. Continue reading Battery Using Nanodots Charges Mobile Phone in 30 Seconds