Open source
Put your idea into your firmware, build your own ONU/modem for optical fiber
Based on openwrt
Ideal for small flash
Customise your hardware
Put better wifi chip, more RAM, ...
Herman BRULE
The leader of this project
Can teach to the novice user
User space.
The software/command used to set the gpon/epon settings, in C to have low memory footprint
Linux kernel driver. Where the performance matter.
It's the control the specific port where is connected the optical module, in C
PCB. Better and better hardware.
How the PCB part, connect the wifi chip, the ethernet, the xPON port, and what do you need. In KiCad.
Dev platform + test cases. Accelerate closed to open source.
And as BONUS help greatly to detect backdoor/security problem. Most of ONU ported to open source into few weeks. So many industrial secret... Accelerated reverse engineering. 200k of code lines. What I prefer: be paid to open source or be paid to keep closed sources...
Ported devices
Every device below has been declared for this work. Those that carry a certificate were validated on a live GPON line against a real operator OLT, and the certificate is the dated record of that validation; the others are ports in progress and are listed so the work in flight is visible.
| Device | Cases passed | Benchmarks passed | Certificate |
|---|---|---|---|
| X111W HSGQ · RTL9602C | — no certificate issued | - | not issued |
| X400AXF HSGQ · RTL9607F | — no certificate issued | 38 | issued earlier, withheld pending re-issue |
Every device declared on the bench appears here, whether or not it has been measured yet; a device with no run shows a dash rather than a number, never a zero. The counts are read from the run's own artifact, never typed. They count different things and neither contains the other: cases passed is the number of named tests the issued certificate records as passing, while benchmarks passed counts the individual throughput points measured on this device under OpenWrt -- one per configuration, frame size and direction.