Features and Benefits:
- Support for a variety of languages: Visualizer supports a variety of languages, including Verilog, VHDL, and SystemVerilog. This can help designers to debug a variety of designs.
- High performance: Visualizer can debug designs of any size, from small blocks to large chips. This can help designers to achieve faster time to market.
- High accuracy: Visualizer uses a variety of techniques to ensure that the results of the debugging are accurate. This can help designers to achieve improved quality.
- Scalability: Visualizer can scale to handle large designs. This can help designers to debug complex designs.
- Integration: Visualizer can be integrated with a variety of other tools, such as simulators, emulators, and physical synthesis tools.
- Faster time to market: Visualizer can help designers to achieve faster time to market by providing them with a comprehensive set of features that can help them to debug their designs quickly and accurately.
- Improved quality: Visualizer can help designers to improve the quality of their designs by providing them with a comprehensive set of features that can help them to identify and fix design flaws early in the design process.
- Lower cost of debug: Visualizer can help designers to reduce the cost of debug by providing them with a comprehensive set of features that can help them to debug their designs efficiently.
- Increased confidence: Visualizer can help designers to increase their confidence in their designs by providing them with a comprehensive set of features that can help them to verify the correctness of their designs.
- Visualizer supports a variety of technologies, including CMOS, BiCMOS, and RF.
- Visualizer can be used to debug a variety of designs, including chips, modules, and systems.
- Visualizer is available as a stand-alone tool or as an integrated part of the Siemens EDA suite.