High-precision laser navigation sensors are applications specifically designed for high-performance gaming, precise graphic design, and high-precision position verification. This laser sensor is a high-precision, high-performance laser navigation sensor that not only features high-intensity speed and accuracy but also operates at low power.

High-precision laser sensors adopt a simple snap-in lens design, integrating the laser and detector into a compact electronic component package. This simple two-part device has built-in laser eye safety management equipment; therefore, during the assembly process, laser power calibration is not required, reducing production costs. The laser sensor can simultaneously support a speed of 50 inches per second and a resolution of 2800cpi, reaching maximum efficiency. Meanwhile, the high-precision laser sensor can respond immediately to changes in tracked orientation or speed by significantly reducing latency.

High-Precision Laser Navigation Sensor Performance:

1. Maximum hardware speed up to 50 inches per second, with resolution up to 2800cpi.

2. Continuously variable resolution can be set to any value between 400-2800cpi, with different settings possible for X and Y orientations.

3. Fast and efficient computer cursor speed up to 140,000cps.

4. Position sampling rate up to 40,000 times per second.

Application benefits of high-precision laser navigation sensors in the market: Since this sensor uses a detection solution based on simplified signal analysis standards, it maximizes sensor performance while reducing power consumption, making it the preferred choice for wireless simulation games, wireless mice, and wireless graphic design machines.

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