Does this skill require manual API knowledge?

No, the skill allows Claude to translate natural language requests into the correct REST API calls or helper script executions for you.

What hardware does this skill support?

This skill is designed to work with any SDR hardware compatible with the WaveCap-SDR backend API, typically running on port 8087.

Can I switch between different demodulation modes?

Yes, the skill supports a wide range of modes including WBFM, NBFM, AM, SSB, Raw, P25, and DMR for various radio applications.

How does the skill handle signal interference?

It provides commands to apply notch filters at specific frequencies and adjust squelch levels to eliminate unwanted background noise.

SDR Radio Tuner

Name: SDR Radio Tuner
Author: TobiasWooldridge

byTobiasWooldridge

Analytics & Monitoring

Manages and optimizes software-defined radio settings including frequency, gain, and demodulation for WaveCap-SDR.

About

The SDR Radio Tuner skill empowers Claude to interact directly with WaveCap-SDR hardware and software interfaces to fine-tune signal reception. It provides a comprehensive set of tools for adjusting capture parameters like center frequency and RF gain, as well as channel-specific settings such as squelch thresholds, bandwidth, and AGC parameters. Whether you are troubleshooting audio distortion, scanning for new frequencies, or configuring specific demodulation modes like P25 or SSB, this skill automates the complex configuration process through standardized API calls and helper scripts.

Key Features

Real-time squelch threshold management to eliminate background noise
Precise frequency and RF gain adjustment for SDR hardware
Advanced signal filtering with notch filters and FM de-emphasis controls
Automated AGC (Automatic Gain Control) configuration for stable audio levels
Support for multiple demodulation modes including WBFM, NBFM, AM, SSB, P25, and DMR
0 GitHub stars

Use Cases

Troubleshooting reception issues such as audio clipping, distortion, or excessive noise floor
Configuring digital radio modes like P25 or DMR for public safety scanning
Optimizing signal clarity for FM broadcast, marine, or aviation band monitoring

About

Key Features

Real-time squelch threshold management to eliminate background noise
Precise frequency and RF gain adjustment for SDR hardware
Advanced signal filtering with notch filters and FM de-emphasis controls
Automated AGC (Automatic Gain Control) configuration for stable audio levels
Support for multiple demodulation modes including WBFM, NBFM, AM, SSB, P25, and DMR
0 GitHub stars

Use Cases

Troubleshooting reception issues such as audio clipping, distortion, or excessive noise floor
Configuring digital radio modes like P25 or DMR for public safety scanning
Optimizing signal clarity for FM broadcast, marine, or aviation band monitoring