The advancement of LED technology is pushing the bounds of what's possible for automotive lighting. State-of-the-art lamp designs with high pixel density are enabling adaptive lighting, ground projection, animation and more. Low-voltage differential signaling (LVDS) enables designers to increase serial data throughput to control an increasing number of pixels.

Benefits:

• Greater than 400-Mbps signaling rates per LVDS lane.
• Enables lower-power designs.
• High signal integrity over long cables or traces.

High switching frequency electronics enable motor drives to maximize efficiency, but with increased efficiency comes increased system noise. Minimizing the effects of electromagnetic interference (EMI) in system communication has never been more crucial.

Low-voltage differential signaling (LVDS) gives system designers a tool to reduce EMI for high-speed intrasystem data, clock and control communication.

Benefits:

• Very low EMI noise.
• Enables lower-power designs.
• High signal integrity over long cables or traces.

Low-voltage differential signaling (LVDS) serves as a foundation for high-speed communication throughout satellite subsystems and payloads. For over 20 years, TI's portfolio of space-rated LVDS drivers, receivers and crosspoints have provided best-in-class radiation performance.

Benefits:

• Qualified manufacturers list class V-rated products.
• Extended common-mode voltage receivers.
• Enables high-density systems with small footprints.
  
• Cold sparing and extended common-mode voltage receivers.