Think-Dash: New DisplayPort 1.4a Standard Points to 8K Notebook and All-in-One Desktop Displays in 2016

The Video Electronics Standard Association (VESA) yesterday announced a new Embedded DisplayPort Standard, version 1.4a, that the association claims "enables a higher video data transfer rate for increased panel resolution, greater color depth and higher refresh rates."

Along with other upgrades, the new standard will be able to take advantage of more advanced GPU video performance and display technologies, meaning a wider range of computing devices - laptops and all-in-one PCs like the iMac in particular - will be able to produce 8K content sometime next year.

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The new standard is for "embedded" panels with the ability to produce up to 8K quality display images, meaning eDP 1.4a won't work with external displays. The current DisplayPort standard is 1.2a, with VESA having announced the next-generation 1.3 standard with 5K support last September.

Full support of DisplayPort 1.3 will, however, need to wait until Intel releases its next-generation Skylake chips late this year or early next year. Apple's current 5K Retina iMac uses a custom solution to manage its 5120 x 2880 display, and 8K displays supported under the future 1.4a standard would come in at 7680 x 4320 pixels.

These higher-resolution displays at 8K should result a more power-hungry machine, but VESA claims its new Multi-SST Operation will support a Segmented Panel Display feature, bringing lighter, lower-cost display architecture to the new eDP standard. According to Vice President Bong-Hyun You of Samsung Display Co., Ltd., this new strategy can "reduce panel thickness, reduce power draw, and reduce cost."

According to Craig Wiley, senior director of marketing at Parade Technologies, VESA board member, and editor for eDP 1.4a, “The adoption of eDP for embedded displays is now positioned for growth as eDP 1.4a has become highly optimized, especially at resolutions above quad HD. Compared to other embedded interfaces, it has the richest feature set along with the lowest power, wire count and EMI radiation, particularly when used with high-resolution panels. It will continue to evolve, along with DisplayPort, but with its own unique features specifically optimized for embedded applications such as all-in-one PCs, notebooks, tablets and smart phones.”