AM380S is a high-performance and high-integration System on Chip (SoC) for SLAM (Simulated Localization and Mapping). Equipped with built-in 32bit CPU, DSP core, hardware accelerators for mapping, navigation and sensor computing, it can process computing in complex scenarios and improve computing speed with lower power consumption. The mature and stable algorithm library and the SDK are convenient to develop applications. At present, many top-brand clients have launched cleaning robot based on our AM380S and gyroscope solution.

AM580 is a high-performance and high-integration System on Chip (SoC) for LiDAR SLAM. Equipped with built-in 32bit CPU, DSP core, hardware accelerators for LiDAR SLAM algorithm, mapping, navigation and sensor computing, it can process computing in complex scenarios and improve computing speed with lower power consumption. It also has built-in high-speed SRAM, DDR. The mature and stable algorithm library and the SDK are convenient to develop applications.

AM780 is a single-chip solution for VSLAM. Built-in multiple 32bit RISC CPUs, integrated monocular vision SLAM algorithm engine, visual feature acquisition engine, navigation engine, image engine, mapping engine, sensor processing engine and multiple algorithm hardware units, one chip realizes vision processing related algorithm calculation and robotics motion control. Built-in DDR3, Flash, multiple ADC, PWM. various types of interfaces are available and meanwhile support multichannel cameras, optical flow, TOF, infrared, ultrasound and other sensors and also can be used in fusion.

AM790 is the latest launched high-integration single-chip solution for LiDAR Navigation from AMICRO, which includes a 32-bit RISC motion control MCU, three symmetric arithmetic processor MPUs, and a variety of hardware-specific acceleration circuits. The startup speed is fast, and one chip implements LiDAR navigation algorithm calculation and robot motion control. The single-chip solution achieve the benefits of material saving, fully utilizing the chips’ computation capability, and providing more accurate path planning, relocation, and mapping.

AM890 series chips are high-end LiDAR Navigation Solutions, helping robots to enter into the era of "intelligent identification". It is available for a wide range of peripheral interfaces alternatives and also exceptionally supporting 3DToF and line laser modules so that it could implement LiDAR navigation algorithm calculation and robot motion control meanwhile avoiding obstacles. Flexible and smooth motion mode switching allows the robot to effectively cover the to be cleaned area around obstacles. Accurate and all-covered obstacle detection can effectively reduce the collision and stuck failure.