Post by account_disabled on Jan 27, 2024 11:25:54 GMT
We haven't talked about Analogue in a few years, and we certainly haven't talked about TCON announcements at all. At CES 2020, Analogix announced the new ANX2187 TCON chip with little fanfare, but it could fundamentally change the way PC displays are produced and how the end products look in terms of their color accuracy. Analogix has been a leader in delivering TCON solutions to the PC and laptop market for many years, and the market is relatively boring when it comes to new development. Analogix wants to modernize the display panel experience for monitors and laptops with the implementation of the ANX2186, which promises to bring 3D Color Gamut rotation to the PC market. Display manufacturers usually have a lot of trouble producing accurate display panels with "traditional" manufacturing methods.
In the old way of doing things, the color accuracy Buy Bulk SMS Service of the panel largely depends on its manufacture, and if it meets the target specifications, and it is difficult for the display vendors to match the display control display provider on each panel, better calibration and accuracy. The ANX2186 is a TCON that introduces gamut manipulation in the optical field - basically it's a calibration engine that sits on the TCON level between the display input and the DDIC, and is able to transparently manipulate the gamut in its 3D space. This technology is not new. One area where it has been around for years has been in the mobile space (Samsung mDNIe was the first as far as I know) and also in TVs from various TV SoC vendors. This allows calibration and color processing to be displayed completely independently of the proprietary DDIC program on the display panel. Display manufacturers can now, with the help of an automated tool, measure each individual panel in their product line, write the compensation / calibration factors as ROM data to the TCON, and not worry about sitting side by side with extremely complex data.
This is a big step forward and allows for more accurate display panels in monitors and laptops, increasing the cost for manufacturers and devices. The chip is also able to handle multiple color spaces with different calibrations without changing, essentially giving the PC what we have had in mobile devices for years, along with new cases like SDR and HDR. TCON has other features such as local dimming capability. Here the TCON can be programmed with lighting control features and it is transparently possible to make the local instability function less difficult than in traditional implementations. The ANX2187 has a resolution of 4K60 and is manufactured on a newer 28nm node, which provides a power consumption of 216-286mW. Analog says that they are the first to market with such technology in the PC space, and it certainly looks like it could enable vendors to launch a new generation of devices with better display features than before.
In the old way of doing things, the color accuracy Buy Bulk SMS Service of the panel largely depends on its manufacture, and if it meets the target specifications, and it is difficult for the display vendors to match the display control display provider on each panel, better calibration and accuracy. The ANX2186 is a TCON that introduces gamut manipulation in the optical field - basically it's a calibration engine that sits on the TCON level between the display input and the DDIC, and is able to transparently manipulate the gamut in its 3D space. This technology is not new. One area where it has been around for years has been in the mobile space (Samsung mDNIe was the first as far as I know) and also in TVs from various TV SoC vendors. This allows calibration and color processing to be displayed completely independently of the proprietary DDIC program on the display panel. Display manufacturers can now, with the help of an automated tool, measure each individual panel in their product line, write the compensation / calibration factors as ROM data to the TCON, and not worry about sitting side by side with extremely complex data.
This is a big step forward and allows for more accurate display panels in monitors and laptops, increasing the cost for manufacturers and devices. The chip is also able to handle multiple color spaces with different calibrations without changing, essentially giving the PC what we have had in mobile devices for years, along with new cases like SDR and HDR. TCON has other features such as local dimming capability. Here the TCON can be programmed with lighting control features and it is transparently possible to make the local instability function less difficult than in traditional implementations. The ANX2187 has a resolution of 4K60 and is manufactured on a newer 28nm node, which provides a power consumption of 216-286mW. Analog says that they are the first to market with such technology in the PC space, and it certainly looks like it could enable vendors to launch a new generation of devices with better display features than before.