V-by-One US

V-by-One US is an electrical digital signaling standard developed by THine Electronics. It succeeds V-by-One HS, offers four times the data rate per signaling lane and is used as internal interface of digital pixel displays.

History

THine announced the development of the transmission lines for V-by-One US on June 5, 2017.[1] The new specification allows data rates up to 16 Gbit/s per lane, which is 4 times faster than the 4 Gbit/s of V-by-One HS. It enables 4K 60 Hz displays over 2 lanes and 8K 60 Hz displays over 8 lanes.

On September 21, 2018, the company announced it had working samples of the V-by-One US chipset ready.[2] The chipset supports two 16 Gbit/s signalling lanes, which enables a 4K display or four 1080p displays at 60 Hz. The chipset is able to data between 8-lane V-by-One HS and 2-lane V-by-One US.

Comparison
V-by-One comparison
Interface Speed per lane Lanes for 4K 60 Hz Lanes for 8K 60 Hz
V-by-One HS 4 Gb/s 8 pairs 32 pairs
V-by-One US 16 Gb/s 2 pairs 8 pairs
gollark: I have a 240GB SSD, 1TB in my server, and a spare 1TB drive not plugged in.
gollark: 2.2TB in total.
gollark: You should store linux ISOs on ingame tape.
gollark: The best way to store data is skynet v1 logs.
gollark: Should it be something *boring* like "4.43"?

References
  1. "THine announces development of transmission lines for the advanced next-generation high-speed interface standard V-by-One® US | THine Electronics-Mixed Signal LSI". www.thine.co.jp. Retrieved 2019-06-03.
  2. "THine has working samples of V-by-One® US chip set ready | THine Electronics-Mixed Signal LSI". www.thine.co.jp. Retrieved 2019-06-03.


This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.