Difference between revisions of "Knowledge Base"
(Add RFNoC FAQ link) |
NeelPandeya (Talk | contribs) (→Software Resources) |
||
| (One intermediate revision by the same user not shown) | |||
| Line 88: | Line 88: | ||
* [[Multichannel RF Reference Architecture]] | * [[Multichannel RF Reference Architecture]] | ||
* [[OAI Reference Architecture for 5G and 6G Research with USRP]] | * [[OAI Reference Architecture for 5G and 6G Research with USRP]] | ||
| + | * [[5G OAI Neural Receiver Testbed with USRP X410]] | ||
| + | * [[AI-Based Spectrum Sensing with Nvidia Jetson and USRP]] | ||
| + | * [[5G OAI End-to-End Reference Architecture with USRP]] | ||
| + | * [[5G srsRAN End-to-End Reference Architecture with USRP]] | ||
</div> | </div> | ||
Latest revision as of 11:16, 8 November 2025
Welcome to the Ettus Research Knowledge Base (KB). The KB is continuously being updated and expanded. If you have any suggestions, or do not find what you are looking for, then please Contact Us.
Getting Started Guides
Motherboards
- B200/B210/B200mini/B205mini/B206mini
- E310/E312/E313
- E320
- N200/N210
- N300/N310/N320/N321
- X300/X310
- USRP-2974
- X410/X440
Daughterboards
Other
Hardware Resources
Motherboards
- B200/B210/B200mini/B205mini/B206mini
- E310/E312/E313
- E320
- N200/N210
- N300/N310
- N320/N321
- X300/X310
- USRP-2974
- X410
- X440
Daughterboards
Other
Software Resources
Ettus Products
Third Party
Reference Architectures
- Multichannel RF Reference Architecture
- OAI Reference Architecture for 5G and 6G Research with USRP
- 5G OAI Neural Receiver Testbed with USRP X410
- AI-Based Spectrum Sensing with Nvidia Jetson and USRP
- 5G OAI End-to-End Reference Architecture with USRP
- 5G srsRAN End-to-End Reference Architecture with USRP
UHD and USRP User Manual
Software
Motherboards
- B200/B210/B200mini/B205mini/B206mini
- X300/X310
- N200/N210
- N300/N310/N320/N321
- E310/E312/E313/E320
- X410/X440
Daughterboards
Other
Application Notes
Application Notes (AN) and technical articles written by engineers, for engineers. These articles offer experienced analysis, design ideas, reference designs, and tutorials—to make you productive and successful using USRP devices.