A sneak peek at new NINR Speech Processing in the upcoming SDR#. Sounds like a heavy AI, but it's actually a low complexity model created by steak and coffee fed natural intelligence.
Get the beta from: https://t.co/NlrGFTfBaV
#airspy#sdrsharp
The current software for the #Perseus22 does not have the option to use VB-Audio CABLE, this was not a problem with the #Perseus predecessor. To address a decoder and loudspeaker in parallel, the #P22 user can use the detour via #VoiceMeeter. Later more...
My two #RLA4GS antennas, which are connected to the #Perseus22, are controlled via two control devices #RSW4 with optical rotary encoders via WLAN. Manual control is possible at any time, no extra control cable is needed for the control signals, just the antenna cable is enough.
Here is the direct and parallel comparison of two HF antennas with the #Perseus22, in this case I am currently testing two #RLA4GS cross-loop antennas from Reuter, these are electronically rotatable and mounted under my roof at a distance of 15 meters. More on that later...
An all-round antenna plus directional antenna for DAB+ is no problem for the #Perseus22. The #P22 is also ideal for directly comparing two identical antennas to test Filters etc. Now we are eagerly waiting for a Software Update.
An annoying problem is the very bright LED, which cannot be avoided with the #Perseus22 when the device is switched off. This annoying flashing only goes out when the USB3 cable is unplugged.
Magnetic cross-ring antenna "amplifier board" RLA4L2 from Reuter-Elektronik, is controlled via the RSW4 control unit with optical rotary, later more about the construction project.
I inserted a Mini-Circuits SLP-70 filter into my FDM-S3 with downcoverter and found a suitable place. Let's test whether the clipping from the converter is now eliminated or reduced. Later more...
For experiments in FM-DX (VHF) I decided on the TEF6686, there is a very good community that deals with the firmware. After a short time I am very enthusiastic about the reception performance.