[USRP-users] Assistance with RFNoC and TwinRX Configuration in Custom FPGA Image

2024-08-27 Thread Olo via USRP-users
Thank you for your response and for confirming the general approach to the configuration. I have a couple more questions related to RFNoC, particularly about buffer size in SEP (Stream Endpoints) and IP address settings. 1. Buffer Size in SEP: I’m having some difficulty understanding the correc

[USRP-users] Assistance with RFNoC and TwinRX Configuration in Custom FPGA Image

2024-08-26 Thread Olo via USRP-users
Thank you for your recent response. However, I noticed that my previous questions about the YAML file configuration and the use of window and FFT blocks for the scanner (sweep spectrum) functionality weren't fully addressed. Specifically: - Could you please review the YAML file I attached in my

[USRP-users] Assistance with RFNoC and TwinRX Configuration in Custom FPGA Image

2024-08-26 Thread Olo via USRP-users
I have an additional question related to my current project involving RFNoC. Specifically, I need to implement as many narrowband channels (DDC) as possible to record various parts of the spectrum as required. I’m wondering if it would be more efficient to handle this through RFNoC or directly

[USRP-users] Assistance with RFNoC and TwinRX Configuration in Custom FPGA Image

2024-08-26 Thread Olo via USRP-users
Thank you for your detailed responses to my previous questions. I appreciate the information provided about the limitations and potential issues related to FFT size and TwinRX configuration. However, I noticed that there was no feedback regarding the YAML file I attached in my original email. C

[USRP-users] Assistance with RFNoC and TwinRX Configuration in Custom FPGA Image

2024-08-26 Thread Olo via USRP-users
Hello, I am currently working on a custom FPGA image that utilizes RFNoC blocks provided by Ettus through the UHD repository. Specifically, I am using blocks such as split, window, fft, and logpwr in my design. My goal is to achieve the following: - First TwinRX (radio0): Use one channel to di