Professional color astronomical imaging camera featuring the Sony IMX462C CMOS sensor, delivering an exceptional 152 FPS at full resolution with ultra-low read noise and outstanding quantum efficiency for high-speed planetary and lunar photography.
The G3M462C camera combines exceptional speed with outstanding sensitivity, featuring the Sony IMX462C sensor renowned for its low-light performance. With an impressive 152 FPS capture rate at full 1920×1080 resolution and read noise as low as 0.49e⁻, this camera excels at capturing fleeting moments of atmospheric stability. The peak quantum efficiency exceeding 89% ensures that even in challenging conditions, the camera delivers exceptional image quality. This combination of speed and sensitivity makes the G3M462C ideal for high-resolution planetary imaging, lunar surface detail capture, and solar photography with appropriate filters.
The G3M462C features the Sony IMX462C sensor, renowned for combining exceptional speed with outstanding low-light performance. With an impressive 152 FPS at full resolution and read noise as low as 0.49e⁻, this camera represents the pinnacle of high-speed planetary imaging technology. The peak quantum efficiency exceeding 89% ensures maximum light capture even at these extreme frame rates, making it ideal for capturing the finest details during brief moments of atmospheric stability.
The G3M462C features native 12-bit ADC providing 4096 levels of tonal gradation per color channel, ensuring smooth color transitions even at the exceptional 152 FPS capture rate. This remarkable speed enables astronomers to capture hundreds of frames in seconds, dramatically increasing the chances of recording those perfect moments when atmospheric turbulence momentarily calms. The combination of high bit depth and extreme frame rate makes this camera uniquely suited for lucky imaging techniques.
| Parameter | Value | Imaging Advantage |
|---|---|---|
| Frame Rate | 152 FPS | Maximum atmospheric moment capture |
| Read Noise | 0.49e⁻ minimum | Exceptional faint detail visibility |
| Quantum Efficiency | >89% | Superior low-light performance |
The IMX462C sensor's exceptional quantum efficiency exceeding 89% combined with ultra-low read noise of 0.49e⁻ creates unparalleled low-light imaging capabilities. This performance allows the camera to maintain short exposure times even in challenging conditions, maximizing the benefit of its 152 FPS capability. The sensor excels at revealing faint planetary details, subtle lunar features, and capturing fast-moving solar phenomena with appropriate filters.
The RGGB Bayer pattern sensor delivers accurate color reproduction while maintaining the camera's exceptional speed performance. Despite the extreme 152 FPS frame rate, the camera preserves full color fidelity through optimized data processing pathways. This enables capture of subtle color variations in planetary atmospheres, lunar mineral deposits, and chromospheric features at unprecedented temporal resolution.
The G3M462C utilizes advanced data management to handle the extreme 152 FPS data stream efficiently. The USB 3.0 interface ensures stable, high-bandwidth communication while sophisticated buffering algorithms prevent frame drops even during sustained capture sessions. This reliability is crucial for planetary imaging where capturing thousands of frames is essential for producing high-quality final images through stacking techniques.
The G3M462C achieves "zero amp-glow" at the hardware level, maintaining clean backgrounds even during high-speed operation. This technology ensures that the exceptional sensitivity and low read noise characteristics are not compromised by thermal artifacts, allowing the camera to deliver pristine images across its entire operational range.
The combination of extreme speed, low noise, and high sensitivity creates unprecedented opportunities for high-resolution astronomical imaging.
The camera operates entirely through USB 3.0 interface power delivery. Once connected to the host system using the USB 3.0 cable, the device is immediately ready for operation. This single-cable solution simplifies setup and reduces potential failure points in your imaging system.
| Maximum Frame Rate | 152 FPS @ 1920×1080 (USB 3.0) |
|---|---|
| Read Noise | 0.49e⁻ - 2.1e⁻ |
| Full Well Capacity | 11.8ke⁻ |
| Peak Quantum Efficiency | >89% |
| Dynamic Range | 75 dB |
| Signal-to-Noise Ratio | 41 dB |
| Sensor | Sony IMX462C Color CMOS |
|---|---|
| Image Resolution | 2.1 Megapixels (1920×1080) |
| Pixel Size | 2.9μm × 2.9μm |
| Sensor Format | 1/2.8-inch (6.39mm diagonal) |
| Image Area | 5.57mm × 3.13mm |
| Color Type | Color (RGGB Bayer Pattern) |
| Shutter Type | Rolling Shutter |
| ADC Bit Depth | 12-bit |
| Protection Window | IR/AR Coating |
| Data Interface | USB 3.0 |
|---|---|
| Camera Adapter | Standard 1.25" outer diameter for telescope Standard C adapter for industrial lens |
| Back Focus Distance | 17.5mm with C adapter 12.5mm with CS adapter |
| Camera Dimensions | Diameter 37mm × Height 72.4mm |
| Weight | 70 grams |
| Cooling | Passive cooling |
| Supported OS | Windows XP/Vista/7/8/10/11 Mac OS X, Linux |
| SDK Support | Native C/C++, C#/VB.NET, Python Java, DirectShow, Twain, etc. |
The G3M series body, made from tough alloy, ensures a heavy-duty, workhorse solution. The camera is designed with high-quality IR/AR coating to protect the camera sensor while optimizing light transmission. With no moving parts included, these measures ensure a rugged, robust solution with an increased lifespan when compared to other astronomical camera solutions.
