For the first time, we've got a view into how the architecture is laid out and what its capabilities are. The chip is built on a 28nm process by TSMC and measures a sizeable (though not enormous ...

The dominant SoC communication challenge for media processing designs is the sheer volume of data that has to be moved through the processing units. New digital standards have caused this to grow even ...

As noted previously, Intel shifted from four tiles – low-power, compute, GPU and I/O, to a two-tile configuration – compute and I/O. This change moves all the processing functions, including ...

Intel's Arrow Lake architecture introduces a new chiplet-based design that represents ... I/O, SoC, and GPU tiles. The compute tile, which ... is produced using Intel’s 22nm FinFET process.

Apple's new A8 SoC has been torn down and dug into, and the results show incremental improvements -- and significantly more GPU horsepower. Should we expect great things from 20nm this generation?

The X1 is built on a 20nm manufacturing process, most likely from longtime Nvidia foundry TSMC. Update 2: We've got an official answer from Nvidia about the CPU architecture switch. It's pasted ...

Whereas Parker features Pascal GPU architecture with 256 CUDA cores, Xavier’s Volta raises the stakes with 512 CUDA cores. Xavier’s video processing engine is also capable of 8K encode/decode ...

We have been working with MediaTek to advance their HMP technology on multiple fronts – as founder members of the Heterogeneous System Architecture (HSA) Foundation, on development of this new SoC, ...

Canaan’s RISC-V based edge AIoT SoC adopted VeriSilicon’s ISP and GPU IPs Share Integrating VeriSilicon’s pixel processing IP portfolio into the high-precision, low-latency K230 chip ...