Add PhysBound to any MCP-compatible client. For example, in Claude Desktop (`claude_desktop_config.json`), Cursor, or Windsurf:
If you already use Physbound, the physbound mcp server is the piece that lets your assistant work with it directly. Add PhysBound to any MCP-compatible client. For example, in Claude Desktop (claude_desktop_config.json), Cursor, or Windsurf:.
The toolset is worth reading before you wire it up, because it tells you what the integration is really for:
rf_link_budget — Computes a full RF link budget using the Friis transmission equation. Validates antenna gains against aperture limitsshannon_hartley — Computes Shannon-Hartley channel capacity C = B * log2(1 + SNR) and validates throughput claimsnoise_floor — Computes thermal noise power N = k_B * T * B, cascades noise figures through multi-stage receivers using the Friis noise formula, and calculatesradar_range — Computes the monostatic radar range equation R_max = [P_t G^2 lambda^2 sigma / ((4pi)^3 S_min L)]^(1/4) and validates detection range claimsphysbound on PyPI is all you need. Most clients run it directly, so configuration is a few lines and a restart.
Plenty of developer tooling servers cover similar ground. The differences that matter in practice are scope of access and how much setup stands between you and a working tool call. Physbound's toolset — rf_link_budget, shannon_hartley, noise_floor and 1 more — is a fair guide to whether it matches your workflow. It is maintained by jonesrobm; worth a glance at recent repository activity before you build anything load-bearing on it.
We check each listing at SyncDev against the project's documentation before it goes live — if something here drifts out of date, it is a bug worth reporting.
| Tool | What it does |
|---|---|
| rf_link_budget | Computes a full RF link budget using the Friis transmission equation. Validates antenna gains against aperture limits. |
| shannon_hartley | Computes Shannon-Hartley channel capacity C = B * log2(1 + SNR) and validates throughput claims. |
| noise_floor | Computes thermal noise power N = k_B * T * B, cascades noise figures through multi-stage receivers using the Friis noise formula, and calculates receiver sensitivity. |
| radar_range | Computes the monostatic radar range equation R_max = [P_t G^2 lambda^2 sigma / ((4pi)^3 S_min L)]^(1/4) and validates detection range claims. |
{
"mcpServers": {
"physbound": {
"command": "uvx",
"args": ["physbound"]
}
}
}Add to claude_desktop_config.json, then restart Claude Desktop.
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