Google Pixel C does not have NEON.

I have been thoroughly enjoying my , which I ordered only recently, and which I ordered because the actual tablet I have been using before, was only a first-generation .

Sometimes we obtain many new features, but also at the expense of losing some feature. Because the CPU is a RISC-Chip, the manufacturers of Android devices have sometimes made up for this by including a coprocessor called . is an SIMD – a Single-Instruction, Multiple-Data – coprocessor – aka a Vector-Processor, which is often useful to allow the decoding of high-definition video streams in real-time, without placing the burden of doing so on the main CPU.

(Edit 04/08/2017 : I have given my own definition of what “Hardware Acceleration” means, Here. )

What has happened with the Pixel C, is that Google has decided to put a CPU into it, which is an SoC that also has a big coprocessor – its mighty GPU. With this tablet, real-time video-decoding is meant to be performed by the GPU, which advertizes several system-installed Codecs. Therefore, watching videos in high definition should not require a coprocessor, and the does not have one. (And, when I scroll further down the list of Codecs, that list includes two of the corresponding Encoders, from , not only the Decoders. )


In fact, the only has a 4-core main CPU!

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Why R2VB Should Not Simply be Deprecated

The designers of certain graphics cards / GPUs, have decided that Render-To-Vertex-Buffer is deprecated. In order to appreciate why I believe this to be a mistake, the reader first needs to know what R2VB is – or was.

The rendering pipeline of DirectX 9 versus DirectX 11 is somewhat different, yet also very similar, and DirectX 9 was extremely versatile, with a wide range of applications written that use it, while the fancier Dx 11 pipeline is more powerful, but has less of an established base of algorithms.

Dx 9 is approximated in OpenGL 2, while Dx 10 and Dx 11 are approximated in OpenGL 3(+) .

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