Qualnetics > Q-Bench

Q-Bench Pro^™

Now Supporting Windows CE 6.1

Designed for Windows CE engineering teams, Q-Bench Pro is an optimization and performance benchmarking tool. It provides engineering diagnostics and evaluates modular and overall system performance on devices using Windows CE, version 3.0 and above. It's now used throughout the CE embedded development industry.

Development of Q-Bench Pro emerged from our need to provide our clients with professional performance diagnostics in supporting design and development projects.

Q-Bench Pro affords development teams an opportunity to "snapshot" platform metrics during any stage of a project. For the Qualnetics team, Q-Bench has become part of a standard real-world development process.

Purchase Q-Bench Pro

License Price: $149.95 per workstation

Helps With Vital Decisions

How do you:

Compare hardware platforms?
Check hardware design for performance bottlenecks?
Measure performance gains on an optimization project?
Compare BSPs?
Measure overall throughput?
Know if your device is memory constrained?
Measure power consumption?

Determining the best hardware platform to use in creating a product is not always an easy task for development teams. Q-Bench Pro can help you make an informed decision by comparison testing one platform against another.

Who Uses Q-Bench Pro?

System Designers use Q-Bench Pro to gauge and compare the efficiency of their platform's memory bus.
Manufacturers who outsource Windows CE software and BSP development kits use it to track overall and specific efficiency throughout the development cycle.
Software Engineers use it as an unbiased way to measure the performance of their drivers.
Quality Assurance teams use it to spot performance regressions in new software releases.
Purchasing departments use it to evaluate comparable devices during their product selection process

Q-Bench Pro delivers quick feedback on specific platform metrics, and is invaluable in providing development teams informed and accurate analysis on development progress, thus saving time and money through all phases of project engineering.