In an attempt to make it easier, [peng-zhihui] set about developing tools to allow such screens to be driven from a simple HDMI feed. For those whose Chinese is a little rusty, the Google ...

The HDMI ports on the back of your TV are such simple things. You plug something in, a picture appears on the screen. And that’s how it should be. The days of being upsold expensive gold-plated cables ...

Many FPGAs have a HDMI (or rather, sparkling DVI) port as well, and [Steve Markgraf] brings us the hsdaoh project — High-Speed Data Acquisition Over HDMI, using USB3 capture cards based on the ...

But these cables and connections are capable of some pretty amazing things, and one in particular is about to be upgraded in a big way. So when will we see devices that use HDMI 2.2? How is it better ...

HDMI is a modern standard for the transmission of video tracks and multi-channel audio signals. PC monitors, (smart) TVs or hi-fi and surround systems rely on this reliable and user-friendly ...

The HDMI interface is electrically identical and compatible with the video-only DVI interface, which came first. For example, if a cable box or PC has DVI out, but the TV or monitor only has HDMI ...

The Bitec HDMI 2.1b IP Core enables HDMI interconnectivity in FPGA or ASIC devices. Supporting uncompressed video formats to 8K60 4:2:0 and beyond for DSC Compressed formats. The IP is rich in ...

The Synopsys HDMI 2.1 RX Controller and PHY IP solutions, compliant with the High-Definition Multimedia Interface (HDMI) 2.1 specification, provide the necessary logic to implement and verify designs ...

In 2017, HDMI 2.1 introduced eARC, which added support for high-end surround sound such as Dolby Atmos and DTS:X. eARC also supports variable refresh rate (VRR), quick media switching (QMS ...