Gpixel
GMAX15271BSI-ABC-NUT-BUE CMOS image sensor
MPN: GMAX15271BSI-ABC-NUT-BUE
GMAX15271BSI-ABC-NUT-BUE is a Gpixel CMOS image sensor in the GMAX15271BSI family. 271 mp 1.5 μm 2.24" rolling shutter image sensor. Ordering configuration: Bayer RGB, with microlens, Normal speed, 4.8 fps (14 bit,16 x Sub-LVDS) , 8.5 fps (12 bit,32 x Sub-LVDS) , Engineering sample.. Specifications below include family-level capabilities; confirm the selected configuration before ordering. Pricing, availability and lead time are available on request.
Specifications
| ADC | 14/12 bit |
|---|---|
| Angular Response | > 17° (80 % response) |
| Availability | ES |
| Channel Multiplexing | 32/16/8/4 (Sub-LVDS) |
| Chroma | Mono, RGB Color |
| Dark Current | 2.5 e⁻/pixel/s (42 °C) |
| Dynamic Range | 73.8 dB (14 bit,PGA gain 1.0x ) 69.5 dB (12 bit,PGA gain 1.0x ) |
| Full Well Capacity | 5.4k e⁻ (14 bit,PGA gain 1.0x) 5.1k e⁻ (12 bit,PGA gain 1.0x) |
| Max Frame Rate | 4.8 fps (14 bit,1.2G Sub-LVDS) 8.5 fps (12 bit,1.2G Sub-LVDS) |
| Max. Data Rate | 19.2 Gbps (14 bit,Sub-LVDS) 38.4 Gbps (12 bit,Sub-LVDS) |
| Max. SNR | 37.4 dB (14 bit,PGA gain 1.0x ) 37.0 dB (12 bit,PGA gain 1.0x ) |
| Nr of Active Pixels | 19376 (H) x 14000 (V) |
| Optical Format | 2.24" (35.9 mm) |
| Ordering variant | Bayer RGB, with microlens, Normal speed, 4.8 fps (14 bit,16 x Sub-LVDS) , 8.5 fps (12 bit,32 x Sub-LVDS) , Engineering sample. |
| Output Format | 32 pairs of Sub-LVDS |
| Package | 161 pins μPGA (41.75 mm x 35.75 mm) |
| Parasitic Light Sensitivity | - |
| Peak QE | 76.7 % (520 nm) |
| Photosensitive Area | 29.1 mm x 21.0 mm |
| Pixel Size | 1.5 μm x 1.5 μm |
| Power Consumption | < 2.6 W (14 bit) < 3.0 W (12 bit) |
| Resolution | 271 MP |
| Sensor family | GMAX15271BSI |
| Shutter Type | Rolling Shutter |
| Supply Voltage | 4.5 V and -2.0 V for pixel ,3.3 V for analog 1.8 V – 3.3 V for IO ,1.2 V for digital |
| Temporal Noise | 1.1 e⁻ (14 bit,PGA gain 4.1x ) 1.7 e⁻ (12 bit,PGA gain 4.1x ) |
Before ordering
- Minimum and maximum supply voltage, including transients
- Continuous and peak load, cooling and ambient temperature
- Isolation, mechanical envelope and mounting requirements
