Note: These measurements are stale. The latest WARPLab reference design is roughly 10x faster than these measurements. We will update the benchmark page with new measurements soon.
WARPLab 7
- Downloads
Getting Started
- Sample Buffer Sizes
- Automatic Gain Control
- Examples
- Extending WARPLab
- Debugging Errors
- Porting Code
- Benchmarks
WARPLab 7 Framework
WARPLab 7 Reference Design
Reference Design Modules
- Node
Interface Group
Baseband
Transport
Trigger Manager
Hardware
WARPLab 6 Benchmarks
The performance of WARPLab can be expressed in the time required to transfer data to and from the FPGA.
The two important metrics are the time to update a parameter in the radio setup and the time for a complete over-the-air transmission.
The time for a parameter setup is 15 ms.
Time to complete a full data transmission. The time for filling up the Tx buffer and reading the Rx buffer depends on number of samples transmitted (max of 214 per radio). For a SISO link where one full buffer is written to and read from, it takes 2300 ms to complete the transaction. Additional radios will take increased time.
Note: Figures not to scale
