Gyroscope inertial navigation scheme robot master control chip AM380S is a high-performance and highly integrated SOC for SLAM (simultaneous localization and mapping). Built-in 32-bit CPU, DSP core, map, navigation, sensor computing hardware accelerator can handle complex scene operations, improve computing speed and reduce computing power consumption. Its mature and stable algorithm library and SDK will facilitate solution development. At present, many leading brand customers have launched sweeping robot solutions based on AM380S plus gyroscope.

Laser radar navigation solution robot master chip AM580 is a high performance and high integration algorithm SOC for laser navigation instant positioning and map construction. Built-in 32-bit CPU, DSP core, laser algorithm, map, navigation, sensor computing hardware accelerator can handle complex scene operations, improve computing speed and reduce computing power consumption. Integrated on-chip high-speed SRAM, DDR. Its mature and stable algorithm library and SDK will facilitate solution development.

Vision navigation solution robot master chip The AM780 is a single chip solution for VSLAM. Built-in multiple 32-bit RISC CPU, integrated monocular vision SLAM algorithm engine, visual feature acquisition engine, navigation engine, image engine, map engine, sensor processing engine and multiple algorithm hardware units: one chip to achieve vision processing related algorithm calculation and robot motion control. Built-in DDR3, Flash, multi-channel ADC, PWM. Various interfaces are abundant, and multi-channel cameras, optical flow, TOF, infrared, ultrasonic and other sensors are supported, and can be used in combination.

Laser radar navigation solution robot master chip AM790 is a highly integrated laser single-chip solution newly developed by Amicro, which includes a 32-bit RISC motion control MCU, three symmetrical arithmetic processors MPU and a variety of hardware dedicated acceleration circuits. Fast start speed: one chip to achieve laser navigation algorithm calculation and robot motion control. Single-chip solution saves materials and uses chip computing power more efficiently, providing better accuracy in path planning, relocation and mapping.

Laser vision fusion navigation scheme robot master control chip AM890 series chips help robots enter the era of "Intelligent Identification". Integrated laser navigation and visual feature algorithm engine: rich peripheral interface additionally adapted to 3DToF and line laser module, avoiding obstacles while realizing laser navigation algorithm calculation and robot motion control. Flexible and smooth movement mode switching allows the robot to effectively cover the area to be cleaned around obstacles. Accurate and comprehensive obstacle detection effectively reduce the robot collision and jamming.

AI solution robot master chip AI100 series chips help robots enter the era of "Intelligent Identification" . Integrated NPU, ISP and VPU engines can realize fast object recognition and distance estimation, while providing online smooth video surveillance. With the support of AM890 series, the robot can intelligently avoid "dangerous" obstacles, safely complete full coverage planning and navigation control, effectively cover the area to be cleaned around obstacles, greatly reduce robot collision and jamming, and provide senseless cleaning and navigation services for a long time.

Single axis mount An intelligent imaging device that assists mobile phone shooting, enables accurate human tracking, supports Gesture Recognition, and is ready to use without connecting Bluetooth or wi-fi or installing any APP. It can be used for Vlog Short videos shooting, desktop and online class live broadcasting, video chat and conference, leisure drama and other scenes, so that one person can easily control shooting and live broadcasting.

Nursing robot An intelligent interactive service robot that provides family members with children's education, old and young companionship, entertainment interaction, real-time monitoring, mobile internet, home control, family social entertainment, and family shopping guide. With remote control, high-speed mapping and positioning, intelligent and accurate obstacle avoidance, AI human-computer interaction, automatic charging and other functions, it is committed to creating a real intelligent home hub.

Brushless motor drive board High-end laser single-chip solution helps robots enter the era of "intelligent identification". Its rich peripheral interface is additionally adapted to 3DToF and line laser modules to avoid obstacles while implementing laser navigation algorithm calculation and robot motion control. Flexible and smooth movement mode switching allows the robot to effectively cover the area to be cleaned around obstacles. Accurate and comprehensive obstacle detection effectively reduce the robot collision and jamming.

Line laser obstacle avoidance After the obstacle is identified, the machine can adjust the action coherently, and there is no redundant head-shaking confirmation action, so it can quickly cut in and clean along the border, and the distance along the border can be controlled at about 2-3cm, with small missed scanning area and high cleaning efficiency compared with the existing products on the market.

AM580 laser navigation module The self-developed main control chip+radar module achieves the optimal cost, and has the functions of map construction, path planning, autonomous positioning, motion control, automatic recharging, repositioning, multi-map control, room identification, APP virtual area, APP virtual wall, APP designated area cleaning, etc., which can achieve centimeter-level map positioning accuracy, 8cm-8m radar ranging range and over 95% ultra-high cleaning coverage.

VSLAM vision navigation scheme The self-developed single-chip double-layer board realizes visual processing and motion control, with high visual positioning accuracy, and the error of returning to the original point after cleaning is less than one fuselage. It has the functions of AI intelligent learning, map creation, map real-time update, path planning, autonomous positioning motion control, accurate repositioning, APP forbidden area, APP virtual wall and APP designated area cleaning.

Gyroscopic inertial navigation scheme Gyroscope navigation is to use the characteristics of accurate pointing of gyroscope, cooperate with machine action wheel, collision mechanism, etc. so as to record the map that the machine passes through during the action process, and carry out positioning, navigation and motion control according to the map information.

Lidar navigation scheme Laser radar navigation is to scan the plane space within 10 meters around by 360-degree rotating radar and generate a plane map; According to the plane map scanned by the radar and the data obtained by different sensors such as collision sensors and wall sensors, the SLAM algorithm such as autonomous positioning, navigation and path planning is carried out.

Laser vision fusion navigation scheme High-end laser single-chip solution helps robots enter the era of "intelligent identification". Its rich peripheral interface is additionally adapted to 3DToF and line laser modules to avoid obstacles while implementing laser navigation algorithm calculation and robot motion control. Flexible and smooth movement mode switching allows the robot to effectively cover the area to be cleaned around obstacles. Accurate and comprehensive obstacle detection effectively reduce the robot collision and jamming.

Pet-style companion robot An intelligent integrated cute spherical pet-style companion robot, with integrated remote control, cat action and voice, two-way voice system, cool lighting, cat play accessories, automatic recharge and other functions; it can be used for pet safety monitoring at home, playing with pet, building a futuristic pet-keeping experience.

Indoor mobile chassis An indoor universal robot chassis that can complete fully automatic mapping, navigation, recharge, escape, message push and other functions in the target environment. After carrying other modules such as disinfection, purification, dehumidification, humidification, security protection, etc., it can be quickly transformed into a variety of professional robots, greatly reducing the development cycle and cost of various service robots.

Laser Vision Fusion Navigation Scheme Robot Master Control Chip The AM890 series chips help robots enter the era of "intelligent recognition". Integrating laser navigation and visual feature algorithm engines, rich peripheral interfaces are additionally adapted to 3DToF and line laser modules, achieving laser navigation algorithm calculation and robot motion control while avoiding obstacles. Flexible and smooth movement mode switching allows the robot to effectively cover the area to be cleaned around obstacles. Accurate and comprehensive obstacle detection effectively reduces robot collisions and jamming.