Python Link Budget Tools

Link Budget Calculator

An open-source, modular Python toolbox to easily calculate satellite link budgets

A quick tool to aid in link budget calculations and to ensure a sufficient link margin.

Open-source Python toolkit for satellite communications engineering

Physical Layer Linter — MCP server that validates RF link budgets, Shannon capacity, and noise floors against hard physical limits

Simple fiber optic link budget calculator

Systems-engineering design of a 2.4 GHz XBee-based CanSat covering telemetry, ground control, electrical interfaces, requirements traceability and RF link-budget analysis.

Antenna-first lab for 1U CubeSat: reproducible UHF monopole sizing + matching/VSWR + verification plan, designed to plug into COMMS-first link budgets.

A Python simulation of a Ku-Band (12 GHz) LEO satellite-to-UAV communication link, featuring dynamic RF link budget analysis, Northern German weather fade modeling, and autonomous RTH fail-safe logic.

Microwave radio link design tool per ITU-R standards (P.530, F.386, P.838): link budget, Fresnel clearance, rain fade and availability — 110 km Andes case study

Uplink link budget calculator in Python

Toolkit for silicon photonics.

Wireless link intelligence dashboard for SINR, RSSI, path-loss interpretation, and RF decision support.

Python tool for 5G NTN and satellite link budgets — path loss, C/N0, link margin vs elevation.

Satellite RF Security & Navigation Integrity Platform, Link budget, GNSS RAIM, RF threat detection, attack surface assessment.

Domain-specific AI agent for ITU satellite frequency coordination — LangGraph multi-agent RAG over the Radio Regulations with deterministic link-budget and interference tools, cited to specific provisions.

COMMS-first engineering skeleton for a 1U CubeSat: link budget + Doppler + framing/CRC + reproducible tests & CI. UHF baseline with an S-band-ready config path.

8 professional fiber optic tools (link budgets, OTDR, loss calc, reports) - FOA compliant. By CFOS engineer & author of "Fiber Optics: A Comprehensive Guide"

Python toolkit for wireless communication engineering calculations including RF propagation, SNR, link budget, and communication theory.