MediaTek’s ASC Technology to Bring 3D
Targeted in a more protected face unlock process and authenticating online payments, MediaTek’s ASC is well known to keep the safety element of 3D facial recognition without inflating the cost of their hardware.
The ASC 3D sensing reference layout applies the AI-based Face++ computer vision algorithm offered by Megvii’s, MediaTek’s stereo fitting thickness engine and sensing hardware offered by Himax like high-efficiency laser drivers and near-Infrared picture detectors to provide a less expensive authentication solution.
A traditional structured light technologies for 3D facial recognition uses a costly scatter matrix projector along with an Infrared camera to make a face map, but therefore, far it’s only on a couple of flagship smartphones as a result of high part cost. MediaTek’s ASC technology employs an infrared module that creates just an overall random feel layout with the present lens structure, so the depth data is recorded for extra safety without adding to the cost on hardware.
“We’re very happy to associate with MediaTek and Megvii. This powerful alliance makes sure that 3D sensing is cheap for Android mass market and can be readily embraced by smartphone manufacturers to make exciting consumer experience. I think ASC will ease a wider adoption of 3D sensing on Android smartphone through 2019″, Himax main, Jordan Wu was quoted as saying by
In Terms of the ASC technology released by MediaTek, following is the list of elements that it uses to provide 3D facial authentication on a funding:
- Infrared projector
- Two pair of Infrared lenses
MediaTek asserts the ASC setup can provide the exact same degree of reliability and safety as the 3D ordered lighting technologies that’s much more costly. The hardware elements for your ASC module will be given by Himax along with the authentication algorithm is going to likely be mined out of Megvii. In Terms of MediaTek, the company has employed the Lively Stereo Depth Engine using the ASC reference layout in the new Helio P60 and Helio P22 SoCs.