IFN56: Compact, Efficient LiDAR for High-Volume Applications
The IFN56 is a solid-state digital LiDAR engineered for exceptional efficiency and value. Its highly streamlined system architecture enables a compact footprint, an ultra-low power consumption of just 4.5W, and a cost structure optimized for mass production.
This makes the IFN56 an ideal sensing solution for a new generation of industrial, robotic, and consumer products where performance, size, and affordability are all critical.
Ultra-Low Power Consumption: Operating at only 4.5W, it is perfect for battery-powered and thermally sensitive applications, extending operational life and reducing system complexity.
Compact & Lightweight Design: The minimal form factor allows for seamless integration into space-constrained designs, from small service robots to consumer electronics.
Simplified & Reliable Architecture: A straightforward design with fewer components not only lowers cost but also enhances long-term reliability and durability.
Engineered for Accessibility: The IFN56 is designed to make 3D LiDAR sensing economically viable for mass-market deployment, lowering the barrier to entry for innovative, cost-sensitive projects.
| IFN56 | |||||||
| Detection Range | Size W×D×H | Highly Integrated Architecture | Resolution | Wide FOV | Point Clouds | Weight | Power Consumption |
| 0.1 ~ 30m(15m@10%) | 81×48×36(mm) | SPAD-SOC/VCSEL | 192 × 56 | 120° × 33° | ~107,520 pts/s | 180g | 4.5W |
Chinese