At IFA, Huawei announced its new flagship system-on-chip, the Kirin 980. Following in the footsteps of its fantastic predecessor, the 980 is the first commerical 7nm SoC, meaning that Huawei beat Qualcomm to the punch. It uses a combination of modified Cortex-A76 and A55 cores, a new Mali-G76 GPU, and a dual Neural Processing Unit (NPU). Read More
Not only are chipset makers racing to 5G, there's also a constant push towards shrinking fabrication processes. The smaller the process, the smaller and more power efficient a chip can be – or, conversely, the more transistors it can fit, making it more powerful at the same size. As it stands, 10nm is as little as it gets when it comes to commercially available mobile processors, but that won't hold true for long. Shortly after Huawei quietly announced that its Kirin 980 system-on-a-chip (SoC) will be built on 7nm process technology, Qualcomm has announced that its next flagship chipset will also be built on the 7nm process node. Read More
Qualcomm's new Snapdragon X24 LTE modem is the fastest, most advanced 4G chip on the planet. Or, at least, Qualcomm hopes it will be by the time it's in your next smartphone.
Based on a 7nm fabrication process (yes, seven nanometers), the X24 LTE modem is the world's first Category 20 LTE modem and supports an absolutely bonkers 2Gbps max download speed by aggregating up to seven carrier bands. It also uses advanced massive MIMO and Licensed Assisted Access tech to help achieve these figures. Aside from being the first commercial product announced to use a 7nm fab, the small process size should also make it Qualcomm's - and thus, quite likely the world's - most efficient LTE modem ever. Read More