You can compare the device to the HTC One M7 and the Snapdragon 800-powered Nexus 5 in the table below.Ĥ MP 1/3" sensor with f/2.0 lens + depth sensor As far as I'm aware, eMMC 5.0 is not utilized on the all new HTC One. You'll also find the GPU clock speed has been raised to 578 MHz, and the LPDDR3 memory controller now clocked at 933 MHz for 14.9 GB/s of bandwidth. HTC kindly provided me with the latter model, which should be even faster than the Snapdragon 800 and give more meat to this performance section. Interestingly, there are two variants of the HTC One (M8) in the wild: the international version, which packs the Snapdragon 801 MSM8974ABv3 clocked at 2.26 GHz, and the Asian model with a Snapdragon 801 MSM8974ACv3 clocked at 2.45 GHz. When we started to see the first wave of Snapdragon 800 devices later in the year there was a sizable performance gap between the two SoCs, so I'm expecting to see something similar going from the M7 to the M8. However, we are talking about an upgrade to the HTC One M7, which was announced in February 2013 and powered by the Snapdragon 600. Clock speeds for all these items have increased, but the effects of this shouldn't be massive. The 801 expands on the foundation laid with the 800 by packing the same quad-core Krait 400 CPU, the same Adreno 330 GPU, and the same 32-bit dual-channel LPDDR3 memory controller. If you're thinking that the Snapdragon 801 isn't a huge step over the Snapdragon 800, you'd be correct. This SoC is what you'll find inside the HTC One M8 and other Android flagships launching at the start of 2014. At MWC 2014, which concluded just over a month ago, popular ARM hardware vendor Qualcomm released their latest high-end SoC - the Snapdragon 801 - to tide us over until the Snapdragon 810 and 64-bit chips are ready. ARM hardware partners are moving at an ever-rapid pace, seemingly releasing a new, faster chip every few months.
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