trcc-linux 9.3.11

Linux implementation of Thermalright LCD Control Center

Intro

"I’ll do it while you talk" - Józef Piłsudski, was the founding father of modern Poland

TRCC Linux

Looking for testers! We need Linux, Windows, macOS, and BSD testers. If you have a Thermalright LCD or LED device on any platform, grab the latest release and let us know how it goes — run trcc report and paste the output in an issue. Every test report helps, even if nothing works yet!

Solo hobbyist project — built in my spare time, one device, no corporate backing. Just a Linux user who got tired of waiting for Thermalright to support us. If something breaks, please be patient — I do this for free because I like helping people. If this project helps you, consider buying me a beer 🍺 or Ko-fi ☕

Need help? Open a GitHub issue — that's the only place I see support requests. I don't monitor Reddit, forums, Discord, or Discussions. Run trcc report and paste the output so I can actually help you.

Packages:

Huge thanks to @Reborn627, @nihilistqueen, @javisaman, @woebygon, @knappstar, @chava-byte, @loosethoughts19-hash, @rhuggins573-crypto, @Mr-Renegade, @Xentrino, and @Smokemic for the beers — you guys are legends.

Native Linux port of the Thermalright LCD Control Center (Windows TRCC 2.1.2). Control and customize the LCD displays and LED segment displays on Thermalright CPU coolers, AIO pump heads, and fan hubs — entirely from Linux.

This project wouldn't exist without our testers. I only own one device. Every supported device in this list works because someone plugged it in, ran trcc report, and told me what broke. 32 testers helped us go from "SCSI only" to full C# feature parity with 6 USB protocols, 16 FBL resolutions, and 12 LED styles. Open source at its best — see Contributors below.

Unofficial community project, not affiliated with Thermalright. Built with Claude (AI) for protocol reverse engineering and code generation, guided by human architecture decisions and logical assessment.

Install

Native packages (recommended)

Pre-built packages are available for every major distro. No pip, no venv, no PEP 668 headaches — just download and install like any other app. Every release is built automatically from source using GitHub Actions — the build logs are public so anyone can verify what went in.

For detailed step-by-step instructions, troubleshooting, and alternative install methods, see the Install Guide.

Distro	Install Guide
Fedora / Nobara / openSUSE	Fedora
Bazzite / Bluefin / Aurora / Universal Blue	Immutable Fedora
Ubuntu 24.04+ / Debian 13+ / Mint 22+ / Pop!_OS / Zorin	Ubuntu / Debian
Ubuntu 22.04 / Mint 21.x / Debian 12 (older)	Legacy DEB
Arch / CachyOS / Manjaro / EndeavourOS / Garuda	Arch
NixOS	NixOS
Gentoo	Gentoo
SteamOS (Steam Deck)	SteamOS
Windows 10/11	Windows
macOS 11+	macOS
FreeBSD	FreeBSD

Each guide has a one-liner copy-paste command and step-by-step instructions. After installing, unplug and replug the USB cable, then run trcc gui.

Verify your download

Every release includes a SHA256SUMS.txt file. Download it from the same release page, then:

cd ~/Downloads
sha256sum -c SHA256SUMS.txt --ignore-missing

If you see OK next to your package — it's clean. Source code is GPL-3.0, fully auditable — no binaries, no obfuscation, no telemetry.

PyPI

Best option for very old distros (Ubuntu 20.04, Debian 11) or if you prefer Python packaging. For Ubuntu 22.04 / Mint 21.x / Debian 12, the Legacy DEB is easier.

# Install system dependencies first
sudo apt install pipx libusb-1.0-0 sg3-utils p7zip-full libxcb-cursor0  # Debian/Ubuntu/Mint
sudo dnf install pipx libusb-1.0.0 sg3_utils p7zip                      # Fedora

# Install trcc-linux
pipx install trcc-linux
trcc setup        # interactive wizard — udev rules, desktop entry

Then unplug and replug the USB cable and run trcc gui.

pipx not installed? sudo apt install pipx (Debian/Ubuntu), sudo dnf install pipx (Fedora), sudo pacman -S python-pipx (Arch). See the Install Guide for your distro.

Automatic (git clone)

git clone https://github.com/Lexonight1/thermalright-trcc-linux.git
cd thermalright-trcc-linux
sudo ./install.sh

Detects your distro, installs system packages, Python deps, udev rules, and desktop shortcut.

Supported distros

Fedora, Nobara, Ubuntu, Debian, Mint, Pop!_OS, Zorin, elementary OS, Arch, Manjaro, EndeavourOS, CachyOS, Garuda, openSUSE, Void, Gentoo, Alpine, NixOS, Bazzite, Aurora, Bluefin, SteamOS (Steam Deck).

trcc: command not found? Open a new terminal — pip installs to ~/.local/bin which needs a new shell session to appear on PATH.

See the Install Guide for distro-specific instructions and troubleshooting.

Have an untested device?

Run trcc report and paste the output in an issue — takes 30 seconds. See the full list of devices that need testers.

Usage

GUI

trcc gui

Full desktop app with theme browser, video player, overlay editor, LED control panel, and hardware sensor dashboard.

CLI

trcc detect               # Show connected devices
trcc send image.png       # Send image to LCD
trcc color "#ff0000"      # Fill LCD with solid color
trcc video clip.mp4       # Play video on LCD
trcc screencast           # Live screen capture to LCD
trcc brightness 2         # Set brightness (1=25%, 2=50%, 3=100%)
trcc rotation 90          # Rotate display (0/90/180/270)
trcc theme-list           # List available themes
trcc theme-load NAME      # Load a theme by name
trcc overlay              # Render and send overlay
trcc led-color "#00ff00"  # Set LED color
trcc led-mode breathing   # Set LED effect mode
trcc report               # Generate diagnostic report
trcc doctor               # Check system dependencies
trcc setup                # Interactive setup wizard
trcc uninstall            # Remove TRCC completely

See the CLI Reference for the full command list.

REST API

Start the API server and control your devices remotely:

trcc serve                    # Start on http://localhost:9876
trcc serve --port 8080        # Custom port
trcc serve --tls              # HTTPS with auto-generated self-signed cert
trcc serve --host 0.0.0.0     # Listen on all interfaces (LAN access)

49 endpoints covering devices, display, LED, themes, and system metrics. Use trcc api to list all endpoints.

# Examples with curl
curl http://localhost:9876/devices              # List devices
curl -X POST http://localhost:9876/display/send \
  -F "file=@wallpaper.png"                     # Send image
curl -X POST http://localhost:9876/led/color \
  -H "Content-Type: application/json" \
  -d '{"color": "#ff0000"}'                    # Set LED color

Tips

Mounting your device vertically? Set the angle to 90° (or 270°) in the GUI, then open Cloud Themes — the browser will automatically show portrait-orientation themes for your device's rotated dimensions. Download and apply one of those for a proper vertical layout. Local themes are landscape-only; portrait layouts come from the cloud theme packs.

Documentation

Document	Description
Install Guide	Installation for all major distros
CLI Reference	All CLI commands with options and examples
User Guide	How to use everything — GUI, themes, overlays, media, LED
API Reference	All 49 REST API endpoints with request/response models
Troubleshooting	Common issues and fixes
New to Linux	Guide for Linux beginners
Changelog	Version history
Supported Devices	Full device list with USB IDs and protocols
Testers Wanted	Devices that need hardware validation
Device Testing Guide	How to test and report device compatibility
Architecture	Project layout and design
Technical Reference	SCSI protocol and file formats

Protocol documentation (reverse-engineered from Windows TRCC)

Document	Description
USBLCD Protocol	SCSI frame transfer protocol
USBLCDNEW Protocol	USB bulk/LY frame transfer protocol
USBLED Protocol	HID LED segment display protocol

Features

Category	What you get
GUI	Full PySide6 desktop app — theme browser, video player, overlay editor, LED control panel, 38 languages
CLI	trcc gui, trcc send, trcc video, trcc led-color, trcc screencast, trcc shell, and more
REST API	49 endpoints — control everything remotely, build integrations, automate your setup
Themes	Local, cloud, and masks — carousel mode, export/import as .tr files, custom mask upload with X/Y positioning, 5 starters + 120 masks per resolution
Media	Video/GIF playback on LCD, video trimmer, image cropper, screen cast (X11 + Wayland), mic audio visualization
Overlay Editor	Text, sensors, date/time overlays — font picker, dynamic scaling, color picker
Hardware Sensors	77+ sensors — CPU/GPU temp, fan speed, power, usage — customizable dashboard
LED Control	12 LED styles, zone carousel, breathing/rainbow/static/wave modes, per-zone color
Display	16 resolutions (240x240 to 1920x462), 0/90/180/270 rotation, 3 brightness levels
Multi-device	Per-device config, auto-detect, multi-device with device selection
Security	udev rules, polkit policy, SELinux support, no root required after setup

Under the hood: 147 source files, ~49K lines of Python, 5799 tests across 96 test files in 9 directories. Hexagonal architecture with strict dependency injection — GUI, CLI, and API all talk to the same core services. 6 USB protocols reverse-engineered from the Windows C# app.

What we do better than Windows TRCC

• 38 languages — Windows has 10 (baked into PNGs). We render text at runtime, community can add more
• CLI + REST API — Windows is GUI-only. We have full CLI and 49 API endpoints for automation
• Custom mask upload — upload your own PNG overlay, position with X/Y controls, saved to ~/.trcc-user/
• No admin required — udev rules handle permissions. Windows needs "Run as Administrator"
• Open source — read the code, fix bugs, add features. Windows TRCC is closed-source .NET
• Screencast on Wayland — Windows can't do that either
• Audio visualization — mic spectrum analyzer on screencast. Windows doesn't have this
• Hexagonal architecture — GUI, CLI, and API share the same core. No feature lag between interfaces

38-Language GUI (i18n)

The Windows TRCC app ships 10 languages by baking translated text into separate PNG background images — 129 PNGs just for panel labels. We replaced all of that with a runtime i18n system: language-neutral background PNGs + QLabel text overlays rendered from core/i18n.py. Switching languages updates every label instantly — no restart, no extra files.

Supported languages: Simplified Chinese, Traditional Chinese, English, German, Russian, French, Portuguese, Japanese, Spanish, Korean, Italian, Dutch, Polish, Turkish, Arabic, Hindi, Thai, Vietnamese, Indonesian, Czech, Swedish, Danish, Norwegian, Finnish, Hungarian, Romanian, Ukrainian, Greek, Hebrew, Malay, Bengali, Urdu, Farsi, Tagalog, Tamil, Punjabi, Swahili, Burmese

Adding a new language is one dict entry per string in core/i18n.py — no PNG editing, no asset pipeline. Community translations welcome.

Supported Devices

Run lsusb to find your USB ID (xxxx:xxxx after ID), then match it below.

SCSI devices — fully supported:

USB ID	Devices
87CD:70DB	FROZEN HORIZON PRO, FROZEN MAGIC PRO, FROZEN VISION V2, CORE VISION, ELITE VISION, AK120, AX120, PA120 DIGITAL, Wonder Vision
0416:5406	LC1, LC2, LC3, LC5 (AIO pump heads)
0402:3922	FROZEN WARFRAME, FROZEN WARFRAME 360, FROZEN WARFRAME SE, ELITE VISION 360

Bulk USB devices — raw USB protocol:

USB ID	Devices
87AD:70DB	GrandVision 360 AIO, Mjolnir Vision 360, Wonder Vision Pro 360, Frozen Warframe Pro

LY USB devices — chunked bulk protocol:

USB ID	Devices
0416:5408	Trofeo Vision 9.16 LCD
0416:5409	(LY1 variant)

HID LCD devices — auto-detected:

USB ID	Devices
0416:5302	Trofeo Vision LCD, Assassin Spirit 120 Vision ARGB, AS120 VISION, BA120 VISION, FROZEN WARFRAME, FROZEN WARFRAME 360, FROZEN WARFRAME SE, FROZEN WARFRAME PRO, ELITE VISION, LC5
0418:5303	TARAN ARMS
0418:5304	TARAN ARMS

HID LED devices — RGB LED control:

USB ID	Devices
0416:8001	AX120 DIGITAL, PA120 DIGITAL, Peerless Assassin 120 DIGITAL ARGB White, Assassin X 120R Digital ARGB, Phantom Spirit 120 Digital EVO, HR10 2280 PRO Digital, and others (model auto-detected via handshake)

See the full device list with protocol details and the Device Testing Guide if you have an untested device.

Architecture

src/trcc/
├── core/           # Models, enums, domain constants — zero I/O
├── services/       # Business logic — pure Python, no framework deps
├── adapters/       # USB device protocols (SCSI, HID, Bulk, LY, LED)
├── gui/  # PySide6 GUI (themes, video, overlay, LED, sensors)
├── cli/            # Typer CLI — 56 commands across 8 modules
├── api/            # FastAPI REST API — 49 endpoints across 7 modules
├── conf.py         # Settings singleton
└── assets/         # GUI images, desktop entry, polkit policy, systemd service

Hexagonal architecture — GUI, CLI, and API are interchangeable adapters over the same core services. Adding a new interface (Android app, Home Assistant plugin) means writing a new adapter, not touching business logic.

6 USB protocols reverse-engineered from the Windows C# app:

Protocol	Transport	Devices
SCSI	SG_IO ioctl	Frozen Warframe, Elite Vision, AK/AX120, PA120, LC1-5
HID Type 2	pyusb interrupt	Trofeo Vision, Assassin Spirit, AS/BA120, Frozen Warframe SE/PRO
HID Type 3	pyusb interrupt	TARAN ARMS
Bulk	pyusb bulk	GrandVision 360, Mjolnir Vision 360, Wonder Vision Pro 360, Frozen Warframe Pro
LY	pyusb bulk (chunked)	Trofeo Vision 9.16 LCD
LED	pyusb HID	All LED segment display devices (12 styles)

Contributors

A big thanks to everyone who has contributed invaluable reports to this project:

Frozen Warframe — gizbo · knappstar · Scifiguygaming · apj202-ops · loosethoughts19-hash · Edoardo-Rossi-EOS · edoargo1996 · stephendesmond1-cmd · riodevelop · wobbegongus · Pallemz · pawbtism

Trofeo Vision — N8ghtz · PantherX12max · ravensvoice · beret21 · jimmister1234-bit · Tavus1990 · ImlostinIKEA · ronny79privat

GrandVision 360 AIO — bipobuilt · cadeon · Reborn627 · TheManchineel · ImlostinIKEA

Assassin Spirit 120 Vision — michael-spinelli · acioannina-wq

Assassin X 120R Digital ARGB — hexskrew · rhuggins573-crypto

Peerless Assassin 120 Digital ARGB — Xentrino · Vydon

PA120 Digital — Pewful2021 · lallemandgianni-boop · mody446

Phantom Spirit 120 Digital EVO — javisaman · Rizzzolo · chava-byte

Wonder Vision — Civilgrain · Alb3e3

AX120 Digital — shadowepaxeor-glitch

Elite Vision 360 — tensaiteki

Mjolnir Vision 360 — Pikarz · RonyPony1234

Peerless Vision — Mr-Renegade

Stream Vision — Me-shok

HR10 2280 PRO Digital — Lcstyle

General — wrightbyname · mog199 · jezzaw007 · sleeper14200 · kabi02 · david43 · Deltawolf · JoshWrites · jun3010me · Litsas · MoltenMonster · ProfessorJoed · qwerty22121998 · unfirthman · ux370 · vlad1

Stars

Thanks to everyone who took a moment to star this project.

akasvi · alessa-lara · ArcaneCoder404 · azrael1911 · betolink · bive242 · BrunoLeguizamon05 · cancos1 · cesarnr21 · codeflitting · dabombUSA · damachine · DasFlogetier · david43 · eap5 · emaspa · falumamx · Gdetrane · greaseyjockey · gupsterg · israelsz · jezzaw007 · jhlasnik · jmo808 · Jorann · knappstar · Legendarycentaur · Leonnaki · lotte25 · mgaruccio · michelle0812 · mkogut · nathanielhernandez · NuiQuant · oddajpierscien · okrzanowska · PantherX12max · Pewful2021 · Pikarz · qussaif10 · qwerty22121998 · Rehaell · rhuggins573-crypto · riodevelop · rslater · saucymcbeef · shadowepaxeor-glitch · ShaunnyBwoy · Smokemic · Spebelgenenst · spiritofjon · stephenvalente · Thymur · Torotin · urbnywrt · Vydon · Xentrino · YahusRevus · Ziusz

Faulkers

Thanks for carrying the torch — these folks forked the repo to build on it.

dabombUSA · DasFlogetier · jemte · jezzaw007 · taillis

Donations

If this project saved you from keeping a Windows partition around, consider buying me a cold one.

License

GPL-3.0