fromgof/TridentVision
Implement yolov26m using a complete FPGA, without any C language code. Requires 160K LUTs and 386 DSP cores (based on Xilinx XC7K325T).
About the project
A complete FPGA implementation of YOLOv26m object detection on Xilinx Kintex-7 with no C code: GigE Vision camera in, HDMI bounding boxes out, no PC involved.
Useful for
- Deploy a standalone object detector on Kintex-7 without a PC or GPU
- Verify bit-exact match between FPGA inference and the C reference model
- Package a YOLO accelerator IP core with chip-DNA license binding
README summarized by DeepSeek V4.1 Flash. Details may be inaccurate.
Why it’s trending
- 3 stars today.
- The spike has held for 2 days in a row — not a one-off blip.
- The repository is 4 days old and already has 71 stars.
- About 9 forks a day — people are taking the code.
Stars per day
Bars are daily stars, the line is the usual pace. Red marks spike days.
Numbers
- Total stars
- 71
- Stars in a day
- 3
- Forks
- 28
- Issues and pull requests
- 0
- Watchers
- 0
- Language
- Verilog
- License
- AGPL-3.0
- Latest release
- v1.0.0 · September 9, 2026
- Created
- September 9, 2026
- Last push
- September 9, 2026
Star trust
Growth looks organic: forks and discussion are in line with active projects, and stars arrive unevenly, the way people give them.
These are heuristics, not a verdict: we judge by the repository’s behavior, not by a list of stargazers.
Spotted in
- September 13, 2026Top new repositories this week: #192
Share
README badge
Paste it into your README — the badge shows the current magnitude and links to this page.
[](https://gitnova.dev/en/r/fromgof/TridentVision)Similar projects
-
4.4
agamrossen/VolAnti
Open-source acoustic drone detection: listens for propeller harmonics, not radio, so it works against fibre-optic FPV drones that emit no signal. ESP32-S3 device with four microphones, e-paper screen and LoRa for alerts.
-
3.7
aoripus/easy-for-gaokun
A set of scripts and patches for deep adaptation of the HUAWEI MateBook E Go 2022 (GK-W76, Snapdragon 8cx Gen 3) to Ubuntu: from boot and drivers to a tablet desktop and Android container.
-
3.6
hanyang9/UMR
Official codebase of UMR, a motion retargeting method that transfers human motion to humanoid robots via learned point cloud surface correspondence. It adapts motions from various sources (SMPL-X, BVH, GRAIL, OMOMO,…
-
3.5
amagine-ai/Amagine3D
An open-source 3D design layer for hardware creation: given a product description, reference images and dimensions, it generates editable enclosures and assemblies with STEP, STL and 3MF export.
-
3.3
way2pramil/awesome-kicad-projects
A curated list of open source hardware whose PCBs are designed with KiCad, the free and open source electronics design suite. Organized by categories: IoT, robotics, FPGA, laptops, USB keys and more.
-
3.2
wildcard1719/RCWS_v5
STEP files and a mechanical design handbook for RCWS v5, a 3D-printed remote-controlled weapon system with a four-axis architecture and electro-optical targeting system. All mechanical parts print on an Ender 3 V2.