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

The new iPhone X offers several new features, but none of them more innovative than the neural engine that is part of Apple’s new A11 Bionic SoC processor. Artificial neural networks, which excel at processing images and speech, are behind the phone’s ability to recognize the user’s face to unlock it, transfer facial expressions onto Animoji (animated emoji), and other, as-of-yet unspecified features. As Apple moves into augmented reality and image recognition, the neural engine will likely be central to these endeavors. Continue reading Apple’s Innovative Chips Ready to Lead in AR, AI, Wearables

Apple ARKit for iOS 11, which enables developers to create augmented reality apps, has caught the attention of developers. With the new iPhone 8, iPhone 8 Plus and iPhone X, those same developers now have the best hardware and software for creating new AR apps. IKEA quickly jumped on board, and Apple also showed a multiplayer game using iPhones. Apple ARKit does have drawbacks: it doesn’t detect vertical surfaces, such as walls, and although it works on iPhones as old at the 6s, it really shines on the latest iPhone hardware. Continue reading Apple ARKit and New iPhones Set the Stage for AR Adoption