This video discusses the Display Port (DP) interface. It covers three major signaling components: the main link, the auxiliary channel and Hot Plug Detect.

This video explains the need for signal conditioners in high-speed communications.

This video explains the major signaling components of HDMI® and Dual-Mode DisplayPort (DP++), and how they work.

This video discussed the role USB redrivers play in device connectivity

This video discusses signal integrity degradation and techniques used to overcome it.

This video discusses the technical operation of a Clock and Data Recovery function and it's key metrics

Troubleshooting and debug guide for the SN65DSI85, SN65DSI84, and SN65DSI83.

How to configure the SN65DSI85 for two single-channel DSI to dual-link LVDS operation

How to configure the SN65DSI84 and SN65DSI85 for single channel DSI to dual-link LVDS operation

How to configure the SN65DSI85 for dual-channel DSI to dual-link LVDS operation

How to configure the SN65DSI83, SN65DSI84, and SN65DSI85 for single-channel DSI to single-link LVDS operation

How to configure the SN65DSI83, SN65DSI84, and SN65DSI85

Learn how to measure jitter using eye diagrams in this short,interactive video.

In the second video of this two-part series on LCD display power design, learn how the components of an LCD display work together.

Understand the basic functionality of LCD Displays.

We will go into depth about the fundamentals and benefits of using signal conditioners and how to implement them in various applications.

TI set the standard for Enhanced Products. Learn how these ruggedized COTS can support your next mission.

This video discusses the industry's leading USB short-to-battery protection for automotive applications.

This video is a lab demonstration of how to capture a USB compliant eye diagram using TI's TUSB211 USB 2.0 high speed signal conditioner.