Synopsys HDMI Transmitter
The Synopsys HDMI™ Transmitter (TX) IP solution provides the necessary logic to implement and verify designs for various consumer electronic applications. The HDMI TX solution is silicon-proven and includes a suite of configurable digital controllers and high-speed mixed-signal PHY IP, thus providing a comprehensive solution from a single IP vendor. Synopsys lowers integration risk by ensuring that all the IP functions seamlessly together. Synopsys IP for HDMI TX provides designers with a high-performance IP solution that is extremely low in power and area. The IP for HDMI is fully compliant with HDMI 1.3 specification and has gone through extensive in-house and third-party interoperability testing. With multiple design wins and products shipping in volume, Synopsys' expertise in developing and supporting the HDMI TX IP enables designers to achieve silicon success for their advanced HDMI solutions. The strict quality measures combined with support from an expert technical team enables designers to accelerate time-to-market and reduce integration risk for next generation consumer electronic applications.
Synopsys IP for HDMI 1.3 Transmitter (TX) PHY 2.25Gbps Synopsys IP for HDMI 1.3 Transmitter (TX) PHY 2.25Gbps in TSMC 65nm GP 2.5V
- Superior analog front end to support longer HDMI cables, while maintaining high performance
- Numerous optional features as well as a choice of various video and audio interfaces for ease of integration
- Broad portfolio of silicon proven High-Definition Multimedia Interface (HDMI) TX solution (PHY and controller)
- The HDMI TX IP solution is fully tested and certified in HDMI lab
- HDMI 1.3 and DVI 1.0 compliant with all the required features
- Optimized for low power and small area
- Easy to integrate PHY macro with timing hardened blocks enabling simplified placement and design closure
- High performance TX PHY IP enables longer cable distances
- Configurable digital core architecture enables SoC designers to optimize for area and power while meeting all the necessary performance and feature requirements
- Available in leading process technologies from 90nm to 40nm