The e-con Systems camera kit with the highest resolution for the original Jetson Nano is the e-CAM131_CUNX — a rolling-shutter MIPI CSI-2 camera kit with an AR1335 sensor at 4208 × 3120 pixels (about 13 MP), and its catalog entry lists Jetson Nano among its supported families. Its product page even describes it as a 4K camera for Jetson Nano/Xavier NX. e-consyste...e-consystems.com ↗“Rolling-shutter camera kit using an AR1335 sensor”
For comparison, among the e-con camera kits in the catalog that list Jetson Nano support:
| e-con Kit | Sensor | Resolution | Interface |
|---|---|---|---|
| e-CAM131_CUNX | AR1335 | 4208 × 3120 (highest) | MIPI CSI-2 |
| e-CAM80_CUNX | IMX415 | 3864 × 2192 | MIPI CSI-2 |
| e-CAM81_CUNX | AR0821 | 3848 × 2168 | MIPI CSI-2 |
| e-CAM50_CUNX | AR0521 | 2592 × 1944 | MIPI CSI-2 |
| NileCAM20_CUNX | AR0230AT | 1928 × 1088 | GMSL2 |
| e-CAM24_CUNX / NileCAM25_CUNX | AR0234 / AR0234CS | 1920 × 1200 | MIPI CSI-2 / GMSL2 |
e-consyste... +5e-consystems.com ↗“3120}”e-consystems.com ↗“2192}”e-consystems.com ↗“2168}”e-consystems.com ↗“1944}”e-consystems.com ↗“1088}”e-consystems.com ↗“1200}”
A few honest caveats for your microscope project:
- There is also an e-CAM30_CUNANO kit — an AR0330 imaging module with an adapter board specifically for the Jetson Nano platform — but the catalog lists no resolution for it, so I can't compare it on that basis. e-consyste...e-consystems.com ↗“AR0330 imaging module with an adapter board for the NVIDIA Jetson Nano platform”
- The catalog's resolution figures are the sensors' maximum output resolution; I couldn't verify frame rates or how a given resolution behaves over a microscope optics path, as those details aren't listed for these kits.
- If you're not strictly tied to e-con, the catalog also lists Basler's daA4200-30mci-JNANO-NVDK kits — 13 MP dart camera with a Jetson Nano processing board — worth a look at the same pixel count. docs.basle...docs.baslerweb.com ↗“13 MP dart camera, Jetson Nano processing board and accessories”