For a 16-camera GMSL rig, I found 9 edge AI box PCs in our catalog, each with 16 GMSL camera inputs:
16-input GMSL edge AI box PCs vecow.com +8vecow.com ↗“up to 16x GMSL2 cameras”twowintech.com ↗“16x GMSL2 camera inputs”taurotech.com ↗“4x GMSL2 quad Mini-Fakra”lcfc.com.cn ↗“io.gmsl_camera_inputs=16”en.miivii.com ↗“16x GMSL2”ecotron.ai ↗“up to 16 GMSL/GMSL2 cameras”en.tztek.com ↗“16x GMSL”en.tztek.com ↗“io.gmsl_camera_inputs=16”en.tztek.com ↗“io.gmsl_camera_inputs=16”
| Product | Manufacturer | Jetson family | AI perf (INT8) | Notes |
|---|---|---|---|---|
| EAC-7200F-T5000 | Vecow | Jetson Thor | 1035 TOPS (sparse) | Rugged, -20~70 °C (requires airflow / depends on power mode), 9–50 V, EN50155 rail cert |
| EATHA20 | Ecotron | Jetson Thor | not listed in the catalog | ASIL-D Infineon TC4D9 safety MCU, L3–L5 AD domain controller, 12x CAN FD |
| TT300 Dual AGX Orin Platform | Tauro Technologies | Jetson AGX Orin | 550 TOPS (sparse) | Dual AGX Orin + Infineon TC397, 12x CAN FD, IP65, ISO 16750 |
| EA-R600 | LCFC | Jetson AGX Orin | 550 TOPS (sparse) | Dual AGX Orin, water-cooled, IP65, -25~80 °C |
| MIIVII APEX DUAL ORIN | MIIVII | Jetson AGX Orin | 550 TOPS (sparse) | Dual AGX Orin + Infineon TC397, 10GBase-T, 12x CAN, -25~70 °C |
| GEACX2 | TZTEK | Jetson AGX Orin | 400 TOPS (sparse) | Dual-module (X2) master/slave config, IP65 |
| T928G | Twowin | Jetson AGX Orin | 275 TOPS (sparse) | IP65, -20~60 °C, 6x Ethernet incl. 10G fiber, 9–36 V |
| TADC Orin | TZTEK | Jetson AGX Orin | 275 TOPS (sparse) | AD domain controller, IP65, up to 70 °C |
| GEAC91VP | TZTEK | Jetson AGX Xavier | 32 TOPS (dense) | Older generation; also 4 MIPI cameras, IP65 |
A few things worth flagging as you plan the rig:
- GMSL generation: most of these list GMSL2 inputs explicitly, but the TZTEK GEAC91VP is listed simply as 16x GMSL. — worth confirming with the vendor if your cameras are GMSL2-only. vecow.com +2vecow.com ↗“up to 16x GMSL2 cameras”en.miivii.com ↗“16x GMSL2”en.tztek.com ↗“16x GMSL”
- TOPS figures aren't directly comparable across generations: the GEAC91VP's 32 TOPS is dense INT8 (Xavier), while the Orin- and Thor-based figures are sparse INT8 en.tztek.com +1en.tztek.com ↗“32 INT8 TOPS (dense)”vecow.com ↗“1035 TOPS”
- Most compute headroom: the two Thor-class options — Vecow's EAC-7200F-T5000 at 1035 TOPS (with 2070 TFLOPS FP4) and Ecotron's EATHA20 — are the strongest choices if your 16 streams will run heavy perception models. vecow.com +1vecow.com ↗“1035 TOPS”ecotron.ai ↗“built on NVIDIA Jetson Thor”
- All nine are complete boxed units with CAN, cellular, and wide-range DC input rather than bare modules, so they're ready to deploy as the base of your rig.
If you share your compute target, environment (temperature/IP rating), or power constraints, I can narrow this list down further.