Huawei Intros Kirin 980, a 7nm SoC for Next-Gen Smartphones
Huawei today announced the Kirin 980, its premiere system-on-a-chip for mobile devices. The chip adopts a 7nm process, allowing for a 20% boost in power output and a 40% jump in efficiency when compared to Huawei's 10nm process. The chip employs eight cores in a unique configuration. It includes two high-performance ARM Cortex A76 cores, two high-efficiency A76 cores, and four extreme-efficiency Cortex A55 cores. Huawei says a flex-scheduling subsystem assigns tasks to the appropriate cores as needed. The 980 adopts the Mail G76 GPU, which offers 46% greater graphics processing power and 178% improved efficiency. Clock boosting technology allows the G76 identify games and adjust accordingly. Huawei has given the Kirin 980 two NPUs (neural processing units) to improve on-device AI. The chip can identify 4,500 images per minute. The new image signal processor improves data throughput by 46% and better supports multi-camera configurations. It handles multi-pass noise reduction for better low-light results, and improves motion tracking for sharper focus. On the connectivity side of things, the Kirin 980 supports Cat 21 LTE with carrier aggregation, delivering download speeds up to 1.4 Gbps. Huawei says the Kirin 980 will make its debut in a new Mate series phone in October.
Sep 2, 2017
Today at IFA in Berlin, Huawei announced its next flagship mobile SoC, the Kirin 970. Huawei claims the chip is the first to have a dedicated co-processor for AI, which it calls an NPU (Neural-network Processing Unit).
May 31, 2018
ARM today announced a new series of processors cores for mobile devices that it says will increase performance without impacting battery life. The new Cortex A76 processor core is built using a 7nm process that ARM says delivers a 35% boost in speed and a 40% improvement in efficiency when compared to its previous 10nm core.
Dec 6, 2017
Qualcomm today revealed that the Kryo 385 CPU in the Snapdragon 845 mobile platform does not use off-the-shelf cores and instead relies on semi-custom cores. Processor designers often use cores such as those created by ARM.
May 8, 2017
Qualcomm today announced the Snapdragon 660 and Snapdragon 630 mobile platforms, two new systems-on-a-chip that the company says will dramatically improve speed, battery life, and photography for sub-flagship smartphones. The Snapdragon 660 succeeds the 653, while the 630 succeeds the 626.
Dec 5, 2018
Qualcomm today fully revealed the Snapdragon 855 mobile platform, its top-tier system-on-a-chip heading into 2019. Qualcomm focus on a number of pillars when developing this SoC, including performance, connectivity, AI, camera, and entertainment.