GX4 Mobile Camera Image Grabber

GX4 Mobile Camera Image Grabber 

The GX4 series is a powerful image acquisition and test device designed to meet the needs of complex sensor testing. The following are its main features:

1. Support 4-channel MIPI D/C-PHY image acquisition, capable of efficiently processing high-speed image data, suitable for a variety of sensor application scenarios.

2. 4*7-channel Sensor Adjustable Power Supply
Provides flexible 4*7-channel sensor power supply, supporting the power adjustment needs of a variety of sensors, ensuring stable operation of the device under different operating conditions.

3. Support mA, uA, nA current detection
Equipped with high-precision current detection function, it supports a wide range of current measurement from milliampere (mA) to nanoampere (nA) to meet the current testing needs of different sensors.

4. Support 4*29-channel OS test
Provides 4*29-channel OS test function, which is able to conduct efficient optical characteristic test for sensors to ensure the stability and consistency of sensor performance.

5. Support 4*29 road LC test
Supports 4*29-way LC test, which is suitable for accurate measurement of inductance and capacitance parameters, further enhancing the comprehensiveness of sensor testing.

6. Support product ID setting
Provides flexible product ID setting function, which is convenient for equipment identification and management, and simplifies the production and testing process.

7. High-speed connector for external module interface
Adopts high-speed connector interface (module to board end connector model FX18-80P-0.8SV) to ensure the high efficiency and stability of data transmission, and at the same time is compatible with a variety of modular designs.

8. Support LP voltage measurement
Provides low-power (LP) voltage measurement function, which is suitable for voltage monitoring of low-power sensors to ensure the performance of devices in low-power mode.

9. Support Sensor GPIO voltage measurement
Supports Sensor GPIO voltage measurement, which can monitor the input and output voltages of sensors in real time, further improving the accuracy of testing.