Five FRAMOS sensor modules have a pixel pitch under 2 µm, and all five fit a compact high-res design — three at 1.55 µm and two at 1.45 µm:
| Module | Pixel pitch | Native resolution | Chromaticity |
|---|---|---|---|
| FSM-IMX412C-000-V1B | 1.55 µm | 4056 × 3040 | Color |
| FSM-IMX477C-000-V1B | 1.55 µm | 4056 × 3040 | Color |
| FSM-IMX577C-000-V1B | 1.55 µm | 4056 × 3040 | Color |
| FSM-IMX415C-000-V1A | 1.45 µm | not listed in the catalog | Color |
| FSM-IMX715C-000-V1B | 1.45 µm | 3864 × 2192 | not listed in the catalog |
FRAMOS sensor modules with sub-2 µm pixel pitch framos.com +4framos.com ↗“1.55}”framos.com ↗“1.55}”framos.com ↗“1.55}”framos.com ↗“1.45}”framos.com ↗“1.45}”
A few details to weigh for your design:
- Highest resolution on smallest pitch: the FSM-IMX412C, FSM-IMX477C, and FSM-IMX577C share a 4056 × 3040 native resolution on 1.55 µm pixels, giving you the most pixels per module here. framos.com +2framos.com ↗“3040}”framos.com ↗“3040}”framos.com ↗“3040}”
- Wider temperature window: the FSM-IMX415C and FSM-IMX715C are rated for a functional range of −30 to 85 °C, versus −20 to 75 °C for the three 1.55 µm modules. framos.com +4framos.com ↗“functional_temperature_range_c=-30-85 °C”framos.com ↗“functional_temperature_range_c=-30-85 °C”framos.com ↗“functional_temperature_range_c=-20-75 °C”framos.com ↗“functional_temperature_range_c=-20-75 °C”framos.com ↗“functional_temperature_range_c=-20-75 °C”
- Interface: all five use a MIPI CSI-2 (2 / 4 Lane) native sensor data interface, so host integration is consistent across the set. framos.com +4framos.com ↗“native_data_interface=MIPI CSI-2 (2 / 4 Lane)”framos.com ↗“native_data_interface=MIPI CSI-2 (2 / 4 Lane)”framos.com ↗“native_data_interface=MIPI CSI-2 (2 / 4 Lane)”framos.com ↗“native_data_interface=MIPI CSI-2 (2 / 4 Lane)”framos.com ↗“native_data_interface=MIPI CSI-2 (2 / 4 Lane)”
- The FSM-IMX415C's native resolution is not listed in the catalog, so I couldn't verify it — check the datasheet if that figure matters for your choice.
One note: these are sensor modules, not complete cameras — each requires a host and, where applicable, a separate interface adapter, so your design will need a compatible carrier or host board.