jetson nano

Das Universal 13,3 IPS Display von WaveShare ist ein vielseitiges und leistungsstarkes Display, das sich ideal für Entwicklungsprojekte und den Einsatz in verschiedenen Anwendungen eignet. Mit einer beeindruckenden Full-HD-Auflösung von 1920×1080 Pixeln und der IPS-Technologie bietet es lebendige Farben und einen weiten Betrachtungswinkel von 178°. Die kapazitive Touchscreen-Funktion ermöglicht eine intuitive Bedienung mit bis zu 10 Berührungspunkten, was die Interaktivität erhöht. Das Display ist mit einem robusten Gehäuse ausgestattet, das aus ABS-Material besteht und eine CE-Zertifizierung aufweist. Es unterstützt verschiedene Systeme, darunter Raspberry Pi, Jetson Nano und PCs, sowie Spielkonsolen wie Xbox360, PS4 und Switch. Die Vielzahl an Anschlüssen, einschliesslich HDMI, VGA und einem 3,5-mm-Audioanschluss, macht es zu einer flexiblen Lösung für unterschiedliche Anwendungen. Zudem ermöglicht der integrierte Standfuss eine einfache Aufstellung im optimalen Betrachtungswinkel. - Kapazitive Touchscreen-Technologie mit bis zu 10 Berührungspunkten - Integrierter Hi-Fi-Lautsprecher für Audioausgabe - OSD-Menüs zur Anpassung von Helligkeit, Kontrast und Audio - VESA-kompatible Wandmontage mit M4-Bohrungen - Robustes Gehäuse aus ABS mit CE-Zertifizierung.

Die 48-Megapixel-USB-Kamera verfügt über einen hochwertigen 1/2-Zoll-IMX586-Sensor-Bildsensor und eine hochauflösende 48-Megapixel-USB-Webcam mit 8K Ultra HD 8000(H)X6000(V)@3fps. 8K-USB-Kamera mit 3,6-10 mm einstellbarem Brennweitenobjektiv mit manuellem Fokusring und Blendenring, damit Sie in verschiedenen Fokusentfernungen ein klares Bild erhalten. USB-Kamera mit manuellem Zoom und variablem Fokus für alle Arten von Distanzaufnahmen. Zoom, Helligkeit und Klarheit können durch Drehen des Objektivs angepasst werden. Die längste verfügbare Brennweite beträgt 10 mm, sodass Sie auch weiter entfernte Motive fotografieren können. Plug&Play, UVC-kompatibel, schließen Sie die Kamera einfach mit dem mitgelieferten USB-Kabel an PC, Laptop, Android-Gerät oder Raspberry Pi oder Jetson Nano an, ohne dass zusätzliche Treiber installiert werden müssen. Gutes Vergrößern und Verkleinern, geeignet für Forschungs-, Technik- oder Hobbyprojekte, Raspberry Pi-Projekt zum Aufzeichnen von Vogelfütterungen/Vogelhäuschen, Halten Sie die Aufzeichnung in Schleife, insbesondere für eine zufriedenstellende Fernfokussierung im Freien.

Rack Tower ist ein neuartiges 4-Schicht-Acrylgehäuse, mit Hilfe dessen sich aus mehreren Raspberry-Pis (oder ähnlichen Computern) ein Cluster bauen lässt. Damit lässt sich ein Rapsberry Pi, Jetson Nano oder Disk Array Cluster oder Raspberry Pi NAS Server betreiben. Das Gehäuse schützt die Hardware, und ein großer Lüfter bietet dabei starke Kühlleistung. Er wird mit 5V betrieben (kann also von einem Raspberry Pi gespeist werden) und hat im Betrieb einen stylishen Leuchtkranz. Das Gehäuse ist einfach zusammenzubauen, für die verschiedenen Anwendungsbereiche sind passende Schrauben mitgeliefert. Lieferumfang Gehäuse Lüfter Schrauben- und Mutternset Schraubendreher Montageanleitung Dokumente/Downloads Mehr Informationen im

No backlight, keeps displaying last content for a long time even when power down Ultra low power consumption, basically power is only required for refreshing Suitable For Price Tags, Asset/Equipment Tags, Shelf Labels, Conference Name Tags. Comes with development resources and manual (examples for Raspberry Pi/Jetson Nano/STM32) E-Ink display 5.83inch e-Paper SPI interface Raspberry Pi Arduino STM32 backlight refresh development Panel E-ink Electronic Paper Screen

[Embodied Intelligent Experience] The ROSMASTER M3 Pro utilizes the ROS2 system and the latest inference architecture to deliver a superior user experience. It can perceive and analyze its surroundings, interact with users via voice, and supports free interruption. Users do not need to issue specific voice commands; the robot automatically understands and executes their needs perfectly. [Large-Scale AI Model and OpenClaw Deployment Enablement] The M3 Pro is based on OpenRouter and employs an interactive system centered around three AI models. It supports the deployment of large-scale multimodal AI models, including online access and local offline deployment. Deep integration enables remote voice and text commands, autonomous task decomposition, intelligent decision-making, and complex task execution. [High-Performance AI Robot] The M3 PRO is equipped with six intelligent serial bus servo motors, a 3D binocular depth camera, a built-in large-scale AI model voice module, and a large-scale multimodal AI model, enabling various applications including 3D spatial grasping, target tracking, object classification, scene understanding, and voice control. [Version Notes] The ROSMASTER M3 Pro comes in 12 versions: one with a 7-inch IPS touchscreen, and another without. Each version is further divided into 6 different main control chips: Orin NX 16GB / Orin NX 8GB / Orin Nano 8GB / Jetson Nano B01 / Raspberry Pi 16GB / Raspberry Pi 8GB. For efficient robot operation, a high-performance development board is recommended. [Comprehensive Courses] Over 200 course materials help you quickly learn and experience the fun of artificial intelligence. Yahboom's course code is completely open source. If you encounter any technical problems, please contact Yahboom; our technical support team will assist you.

12Megapixel USB-Kameramodul, hohe Auflösung, maximale Auflösung 4000X3000. Schnelles Bild 4K@30fps, 1080P@60fps für die Erfassung von sich schnell bewegenden Objekten. 1/2,55“ IMX362-Sensor für hochwertige Bilder und geringen Stromverbrauch. Autofokus: Nehmen Sie Objekte in der Nähe und in der Ferne mit der gleichen Kamera auf, automatisch gesteuert ohne Objektiveinstellwerkzeug, klarer und einfacher als die Kamera mit festem Fokus. Fokussierungsgeschwindigkeit: ca. 200ms bei 60fps/ 300ms bei 30fps. HD-Megapixel 65-Grad-AF-Objektiv mit geringer Verzerrung, Fokus: 3,3 mm, DFOV: etwa 76 Grad, HFOV: etwa 65 Grad. Mini-Beleuchtung: 0.5Lux, MJPEG und YUY2 Komprimierungsformat optional. Hochgeschwindigkeits-USB-2.0-Schnittstelle für hochauflösende PC-Kamera-Schnittstelle. Kleine Größe, geringes Gewicht, super kleiner Umriss und dünnes Profil für eingebettete Anwendungen Minigröße 38X38mm (Kompatibel 32X32mm)/ca. 30g. Kamera mit UVC für Computer, Laptop, PC, Raspberry Pi, Jetson Nano, etc. Anwendungen: dieses Board Kamera kann in den meisten Maschine für die Tierfotografie, Dashcam, Baby-Kamera, Überwachung 3D-Drucker, etc. installiert werden.

R800C GSM/GPRS HAT für Raspberry Pi: Unterstützung für 2G Kommunikation, Telefonanrufe & SMS Das R800C GSM/GPRS HAT erweitert Ihren Raspberry Pi um GSM, GPRS, Telefonanrufe und mehr, ideal für Regionen mit 2G-Netzabdeckung und ermöglicht Verbindungen bis zu 85,6kbps. Merkmale im Überblick Kompatibel mit Raspberry Pi Serienplatinen und Jetson Nano über den Standard 40PIN GPIO-Erweiterungskopf Unterstützt eine Vielzahl von Funktionen: SMS, Telefonanrufe, GPRS, TCP/IP, DTMF, HTTP, FTP und mehr UART-Schnittstelle für die Verbindung mit Steuerplatinen wie Arduino/STM32 Integrierter Spannungstranslator, standardmäßig auf 3,3V, umschaltbar auf 5V 2 LED-Anzeigen zur Statusüberwachung und SIM-Kartenslot für 1,8V/3V SIM-Karten Technische Daten

Please note:fbtft_device and flexfb are gone in 5.4.fbtft_device was removed because the gpio code had been reworked without fixing up fbtft_device so it didn't work. This is a general LCD display Module, IPS screen, 2inch diagonal, 240×320 resolution, with embedded controller, communicating via SPI interface.SPI interface, requires minimum GPIO for controlling. Comes with development resources and manual (examples for Raspberry Pi/Jetson Nano/Arduino/STM32). Driver: ST7789. Display color: RGB, 262K color. Backlight: LED. Operating voltage: 3.3V.

Note: Raspberry Pi and servos are NOT included. Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards, Jetson Nano. I2C controlled, using only 2 pins.Up to 16-Channel servo/PWM outputs, 12-bit resolution for each channel (4096 scales). Integrates 5V regulator, up to 3A output current, can be powered from battery through VIN terminal. Standard servo interface, supports common used servo. Reserved I2C control pins, allows to work with other control boards.

This is a general RGB OLED display Module, 1.5inch diagonal, 128x128 pixels, 16-bit high color (65K colors), with embedded controller, communicating via SPI interface. Supports 4-wire SPI OR 3-wire SPI interface, configured via onboard resistor Comes with development resources and manual (examples for Raspberry Pi/Jetson Nano/Arduino/STM32) Driver: 1351; Interface: 4-wire SPI, 3-wire SPI; Display color: RGB, 65K colors; Resolution: 128x128; Viewing angle: >160° Operating voltage: 3.3V / 5V; Dimension: 44.5 x 37 (mm)

SPI Interface: The e-Paper HAT Plus G utilizes a 3-wire SPI interface, making it compatible with devices such as Raspberry Pi, Jetson Nano, and other microcontrollers, allowing easy integration. Low Power: One of the main advantages of this display is its ultra-low power consumption, which significantly reduces energy usage, especially in batt-powered devices. Wide Compatibility: Compatible with both Windows 10/11 and Linux operating systems, ensuring smooth integration with different platforms for personal and professional use.

Die 48 MP USB-Kamera verfügt über einen hochwertigen 1/2-Zoll-IMX586-Sensor-Bildsensor und eine hochauflösende 48-MP-USB-Webcam mit 8K Ultra HD 8000 (H) x 6000 (V) bei 3 fps. 8K-USB-Kamera mit 3,6–10 mm einstellbarer Brennweitenobjektiv mit manuellem Fokusring und Blendenring, um Ihnen zu helfen, ein klares Bild bei verschiedenen Fokusabständen zu erhalten. USB-Kamera mit manuellem Zoom und variablem Fokus für alle Arten von Distanzaufnahmen. Zoom, Helligkeit und Klarheit können durch Drehen des Objektivs eingestellt werden. Die längste verfügbare Brennweite beträgt 10 mm, sodass Sie auch weiter entfernte Motive fotografieren können. Plug&Play, UVC-kompatibel, schließen Sie einfach die Kamera an PC, Laptop, Android-Gerät oder Raspberry Pi oder Jetson Nano mit dem mitgelieferten USB-Kabel an, keine Notwendigkeit, zusätzliche Treiber zu installieren. Gutes Vergrößern und Herauszoomen, geeignet für Forschungs-, Ingenieurs- oder Hobby-Projekte, Raspberry Pi Projekt zur Aufzeichnung von Vogelfütterung/Vogelhaus, halten Sie die Aufnahme in Schleife, insbesondere für zufriedenstellende Fernfokussierung im Freien.

【2-CH CAN FD HAT for Raspberry Pi】With standard Raspberry Pi 40PIN GPIO header customized for Raspberry Pi series boards/Jetson Nano, and breakout SPI control pins for connecting with host control boards like Arduino/STM32 【Multi Onboard Protection Circuits】Including 500W lightningsurge, ESD protection, short circuit protection, and electrical isolation, it make the communication more safe and more reliable 【2-Channel CAN Support】MCP2518FD CAN Controller + MCP2562FD CAN Transceiver, supports CAN with Flexible Data-Rate, high anti-interference capability, stable operation 【Electrical Isolation Circuitry Safe & Stable】SM24CANB TVS Diode, ESD Protection, Transient Peak Voltage Protection, enable isolated and stable CAN FD capability for your Raspberry Pi 【Flexible And Handy Jumpers】Easily select 3.3V / 5V operating voltage, or enable/disable 120Ω terminal resistor, via onboard jumpers

SPI Interface: The e-Paper HAT Plus G utilizes a 3-wire SPI interface, making it compatible with devices such as Raspberry Pi, Jetson Nano, and other microcontrollers, allowing easy integration. Low Power: One of the main advantages of this display is its ultra-low power consumption, which significantly reduces energy usage, especially in batt-powered devices. Wide Compatibility: Compatible with both Windows 10/11 and Linux operating systems, ensuring smooth integration with different platforms for personal and professional use.

【Flagship Performance, Outperforming All】Offers four development board options: Raspberry Pi5, Jetson Nano B01, RDK X5, and Orin Nano 8GB SUPER. The RDK X5 and Orin Nano, with their powerful computing capabilities, can perfectly run visual autonomous driving and road network planning simultaneously, achieving frame rates of up to 22-25fps for a smooth experience. 【AI Large-Scale Model Fusion, AI Voice Interaction】Deeply integrates AI large-scale language models to achieve intelligent voice interaction. Integrates iFlytek Spark/OpenRouter. Pre-installed AI large-scale model fusion SLAM sandbox navigation eliminates the need for map reconstruction; experience autonomous driving right out of the box. (Map sold separately) 【Dual-Core Technology, Unlocking Autonomous Driving】Innovatively integrates two core technologies: visual autonomous driving (lane keeping + road sign recognition) based on powerful GPU computing power, and road network planning technology based on ROS 2. It can simulate real-world road driving, offering more professional gameplay and closer resemblance to industrial application scenarios. 【High-Performance Hardware Configuration】Utilizing a Mecanum wheel chassis for road sign and traffic light recognition, closely mimicking real-world driving and assisting users in developing autonomous driving technologies; equipped with a Nuwa-HP60C depth camera + TminiPlus Lidar/SLAM C1 Lidar, and a high-torque 520 Nm motor; a large-capacity battery provides 170% longer battery life, and includes a large-capacity TF card/SSD to meet multitasking needs. 【Rich Configuration and Professional Resources, From Beginner to Expert】Includes a full-stack AI large-scale model-specific course and detailed robot resources. Yahboom provides professional technical support, helping users easily get started and deeply master ROS and AI robot technologies, from development board large-scale models to robot applications.

[Embodied Intelligent Experience] The ROSMASTER M3 Pro utilizes the ROS2 system and the latest inference architecture to deliver a superior user experience. It can perceive and analyze its surroundings, interact with users via voice, and supports free interruption. Users do not need to issue specific voice commands; the robot automatically understands and executes their needs perfectly. [Large-Scale AI Model and OpenClaw Deployment Enablement] The M3 Pro is based on OpenRouter and employs an interactive system centered around three AI models. It supports the deployment of large-scale multimodal AI models, including online access and local offline deployment. Deep integration enables remote voice and text commands, autonomous task decomposition, intelligent decision-making, and complex task execution. [High-Performance AI Robot] The M3 PRO is equipped with six intelligent serial bus servo motors, a 3D binocular depth camera, a built-in large-scale AI model voice module, and a large-scale multimodal AI model, enabling various applications including 3D spatial grasping, target tracking, object classification, scene understanding, and voice control. [Version Notes] The ROSMASTER M3 Pro comes in 12 versions: one with a 7-inch IPS touchscreen, and another without. Each version is further divided into 6 different main control chips: Orin NX 16GB / Orin NX 8GB / Orin Nano 8GB / Jetson Nano B01 / Raspberry Pi 16GB / Raspberry Pi 8GB. For efficient robot operation, a high-performance development board is recommended. [Comprehensive Courses] Over 200 course materials help you quickly learn and experience the fun of artificial intelligence. Yahboom's course code is completely open source. If you encounter any technical problems, please contact Yahboom; our technical support team will assist you.

Dies ist ein binokulares Kameramodul, das duale IMX219-Kameras an Bord hat, 8Megapixel von jeder Kamera. Es eignet sich für KI-Vision-Anwendungen wie Deep Vision und Stereo Vision. Das Modul unterstützt die Raspberry Pi CM3/CM3+ Erweiterungsboards wie Compute Module IO Board Plus, Compute Module POE Board, etc., sowie NVIDIA Jetson Nano Developer Kit B01 Version Eigenschaften 8 Megapixel Sensor: Sony IMX219 Auflösung: 3280 × 2464 (pro Kamera) Objektiv-Spezifikationen: CMOS-Größe: 1/4Zoll Brennweite: 2,6mm Blickwinkel: 83/73/50 Grad (diagonal/horizontal/vertikal) Verzerrung:

【Flagship Performance, Outperforming All】Offers four development board options: Raspberry Pi5, Jetson Nano B01, RDK X5, and Orin Nano 8GB SUPER. The RDK X5 and Orin Nano, with their powerful computing capabilities, can perfectly run visual autonomous driving and road network planning simultaneously, achieving frame rates of up to 22-25fps for a smooth experience. 【AI Large-Scale Model Fusion, AI Voice Interaction】Deeply integrates AI large-scale language models to achieve intelligent voice interaction. Integrates iFlytek Spark/OpenRouter. Pre-installed AI large-scale model fusion SLAM sandbox navigation eliminates the need for map reconstruction; experience autonomous driving right out of the box. (Map sold separately) 【Dual-Core Technology, Unlocking Autonomous Driving】Innovatively integrates two core technologies: visual autonomous driving (lane keeping + road sign recognition) based on powerful GPU computing power, and road network planning technology based on ROS 2. It can simulate real-world road driving, offering more professional gameplay and closer resemblance to industrial application scenarios. 【High-Performance Hardware Configuration】Utilizing a Mecanum wheel chassis for road sign and traffic light recognition, closely mimicking real-world driving and assisting users in developing autonomous driving technologies; equipped with a Nuwa-HP60C depth camera + TminiPlus Lidar/SLAM C1 Lidar, and a high-torque 520 Nm motor; a large-capacity battery provides 170% longer battery life, and includes a large-capacity TF card/SSD to meet multitasking needs. 【Rich Configuration and Professional Resources, From Beginner to Expert】Includes a full-stack AI large-scale model-specific course and detailed robot resources. Yahboom provides professional technical support, helping users easily get started and deeply master ROS and AI robot technologies, from development board large-scale models to robot applications.

【Flagship Performance, Outperforming All】Offers four development board options: Raspberry Pi5, Jetson Nano B01, RDK X5, and Orin Nano 8GB SUPER. The RDK X5 and Orin Nano, with their powerful computing capabilities, can perfectly run visual autonomous driving and road network planning simultaneously, achieving frame rates of up to 22-25fps for a smooth experience. 【AI Large-Scale Model Fusion, AI Voice Interaction】Deeply integrates AI large-scale language models to achieve intelligent voice interaction. Integrates iFlytek Spark/OpenRouter. Pre-installed AI large-scale model fusion SLAM sandbox navigation eliminates the need for map reconstruction; experience autonomous driving right out of the box. (Map sold separately) 【Dual-Core Technology, Unlocking Autonomous Driving】Innovatively integrates two core technologies: visual autonomous driving (lane keeping + road sign recognition) based on powerful GPU computing power, and road network planning technology based on ROS 2. It can simulate real-world road driving, offering more professional gameplay and closer resemblance to industrial application scenarios. 【High-Performance Hardware Configuration】Utilizing a Mecanum wheel chassis for road sign and traffic light recognition, closely mimicking real-world driving and assisting users in developing autonomous driving technologies; equipped with a Nuwa-HP60C depth camera + TminiPlus Lidar/SLAM C1 Lidar, and a high-torque 520 Nm motor; a large-capacity battery provides 170% longer battery life, and includes a large-capacity TF card/SSD to meet multitasking needs. 【Rich Configuration and Professional Resources, From Beginner to Expert】Includes a full-stack AI large-scale model-specific course and detailed robot resources. Yahboom provides professional technical support, helping users easily get started and deeply master ROS and AI robot technologies, from development board large-scale models to robot applications.

【Flagship Performance, Outperforming All】Offers four development board options: Raspberry Pi5, Jetson Nano B01, RDK X5, and Orin Nano 8GB SUPER. The RDK X5 and Orin Nano, with their powerful computing capabilities, can perfectly run visual autonomous driving and road network planning simultaneously, achieving frame rates of up to 22-25fps for a smooth experience. 【AI Large-Scale Model Fusion, AI Voice Interaction】Deeply integrates AI large-scale language models to achieve intelligent voice interaction. Integrates iFlytek Spark/OpenRouter. Pre-installed AI large-scale model fusion SLAM sandbox navigation eliminates the need for map reconstruction; experience autonomous driving right out of the box. (Map sold separately) 【Dual-Core Technology, Unlocking Autonomous Driving】Innovatively integrates two core technologies: visual autonomous driving (lane keeping + road sign recognition) based on powerful GPU computing power, and road network planning technology based on ROS 2. It can simulate real-world road driving, offering more professional gameplay and closer resemblance to industrial application scenarios. 【High-Performance Hardware Configuration】Utilizing a Mecanum wheel chassis for road sign and traffic light recognition, closely mimicking real-world driving and assisting users in developing autonomous driving technologies; equipped with a Nuwa-HP60C depth camera + TminiPlus Lidar/SLAM C1 Lidar, and a high-torque 520 Nm motor; a large-capacity battery provides 170% longer battery life, and includes a large-capacity TF card/SSD to meet multitasking needs. 【Rich Configuration and Professional Resources, From Beginner to Expert】Includes a full-stack AI large-scale model-specific course and detailed robot resources. Yahboom provides professional technical support, helping users easily get started and deeply master ROS and AI robot technologies, from development board large-scale models to robot applications.

Compatible with all versions of Raspberry Pi,Supports Raspberry Pi OS, 10-point touch, driver free.Supports Ubuntu / Kali/ WIN10 IoT, single point touch, driver free.Supports Retropie, driver free;Compatible with Jetson Nano,Supports Ubuntu, single point touch, driver free;Compatible with PC,Supports Windows 11 / 10 / 8.1 / 8 / 7, 10-point touch, driver free. IPS display panel,display performance with 178° wide viewing angle.Capacitive 10-point touch,depending on the operating system.Up to 6H hardness toughened glass panel,Optical Bonding. Multi-language OSD menu support (can be used for power control, adjusting brightness/contrast, etc.) Supports HDMI audio output, onboard 3.5mm headphone jack, and 4PIN header. The baseboard comes with its own fixing nuts for integrated projects. For more product parameters, please refer to the picture introduction or contact store customer service through the Amazon.

Standard Pi 40PIN GPIO extension header, compatible with Raspberry Pi series boards Supports protocols including TCP/IP/HTTP(s)/MQTT(s)/FTP(s)/SSL. Supports RNDIS/NDIS and ECM dial-up Supports GPS/GLONASS/Galileo/BeiDou positioning. Onboard USB Type-A and Type-C interfaces, for testing AT Commands, network communication, and so on Extended 3x USB 2.0 Type-A ports for Raspberry Pi/Windows PC or other host devices. Reserved control pads of the SIM7670G module such as UART and USB pins, make it easy to connect with other host boards SIM card slot, supports 1.8V/3V SIM card. 6x LED indicators, easy to monitor the module operating status and USB connecting status. Can provide with online development resources and manual (examples for Raspberry Pi/Jetson Nano/STM32)

This is a general OLED display Module, 1.5inch diagonal, 128x128 pixels, 16-bit grey level, with embedded controller, communicating via SPI or I2C interface. 128x128 high resolution,6-bit grey level, better display effect Supports SPI or I2C interface, configured via onboard resistor Comes with development resources and manual (examples for Raspberry Pi/Jetson Nano/Arduino/STM32) Driver: 1327,Interface: SPI / I2C,Display color: White,Grey level: 16-bit 1.5inch OLED Module display Module,LCD display SPI/I2C interface 1.5inch diagonal,onboard resistor embedded controller

[Embodied Intelligent Experience] The ROSMASTER M3 Pro utilizes the ROS2 system and the latest inference architecture to deliver a superior user experience. It can perceive and analyze its surroundings, interact with users via voice, and supports free interruption. Users do not need to issue specific voice commands; the robot automatically understands and executes their needs perfectly. [Large-Scale AI Model and OpenClaw Deployment Enablement] The M3 Pro is based on OpenRouter and employs an interactive system centered around three AI models. It supports the deployment of large-scale multimodal AI models, including online access and local offline deployment. Deep integration enables remote voice and text commands, autonomous task decomposition, intelligent decision-making, and complex task execution. [High-Performance AI Robot] The M3 PRO is equipped with six intelligent serial bus servo motors, a 3D binocular depth camera, a built-in large-scale AI model voice module, and a large-scale multimodal AI model, enabling various applications including 3D spatial grasping, target tracking, object classification, scene understanding, and voice control. [Version Notes] The ROSMASTER M3 Pro comes in 12 versions: one with a 7-inch IPS touchscreen, and another without. Each version is further divided into 6 different main control chips: Orin NX 16GB / Orin NX 8GB / Orin Nano 8GB / Jetson Nano B01 / Raspberry Pi 16GB / Raspberry Pi 8GB. For efficient robot operation, a high-performance development board is recommended. [Comprehensive Courses] Over 200 course materials help you quickly learn and experience the fun of artificial intelligence. Yahboom's course code is completely open source. If you encounter any technical problems, please contact Yahboom; our technical support team will assist you.

7inch IPS screen,1024x600 hardware resolution, configurable by software (up to 1920x1080) 7Zoll Mini Bildschirm Toughened glass capacitive touch panel, 6H hardness Supports popular mini PCs such as Raspberry Pi,Jetson Nano,BB Black, Banana Pi, as well as general desktop computers.When works with Raspberry Pi, supports Raspbian, 5-points touch, driver free;supports Ubuntu, WIN10 IOT, single point touch, and driver free.When works with PC, supports Windows 10/8.1/8/7, five-points touch, and driver free. Multi languages OSD menu, for power management, brightness/contrast adjustment, etc. 3.5mm audio jack, supports HDMI audio output raspberry pi 4 4b display ips monitor tft portable touchscreen raspberry zero 3 windows 10 banana pi hd 800 touch monitor 7inch zoll bildschirm touch rpi screen pi4 Pi4B HDMI screen

UHD-Auflösung: Diese UVC-Kamera bietet über USB 3.0 gestochen scharfe Bilder in echtem 4K (3840 x 2160) 60fps. Der hochempfindliche 1/1,8-Zoll-IMX678-Sensor liefert gestochen scharfe, rauscharme Videos für Live-Streaming, professionelle Übertragungen, industrielle Bildverarbeitung oder Videokonferenzen unter allen Lichtverhältnissen. Ultraschnelle 4K-Videos mit 60 fps: Diese 4K-USB-3.0-Kamera mit einer hohen Bildrate von bis zu 4K 60fps (MJPEG) und 2K/1080p 60fps (YUY2) bietet außergewöhnliche Farbgenauigkeit und butterweiche Bewegungen – perfekt für professionelle Übertragungen, Videoproduktionen, Gaming oder Überwachungszwecke. Präzisionsoptik: Dieses 4K-USB-Kameramodul verfügt über ein Sichtfeld von 102° (HFOV) für außergewöhnliche Bildqualität. High-Speed-USB 3.0 mit Typ-C und zuverlässiger Leistung: Die dedizierte USB-3.0-Schnittstelle gewährleistet stabile 60 fps bei den meisten Auflösungen (1080p/2K/4K). USB-2.0-Fallback inklusive. Plug & Play: Diese USB-3.0-Kamera ist in einem robusten Metallgehäuse untergebracht. Dank ihres kompakten Designs ist sie sofort einsatzbereit und ermöglicht Kreativität für unterwegs. Breite Betriebssystem- und Softwarekompatibilität für Computer, Laptops, Raspberry Pi und Jetson Nano – kein Treiber erforderlich.

[Reaktionsschneller Touchscreen] Der Touchscreen ermöglicht eine mühelose Steuerung – ideal für interaktive Projekte mit Raspberry Pi, Windows-PC oder Jetson Nano. Plug-and-Play für Windows und Raspberry Pi OS – flüssige Bedienung, einfache Installation. [HD Kleiner Bildschirm] Mit einer Auflösung von 1024 x 600, einem IPS-Sichtwinkel von 178 ° und einer Helligkeit von 500 Nits liefert dieses Mini-Display klare und lebendige Bilder und verbessert das winzige Monitorerlebnis. (Hinweis: nur eingebaute Lautsprecher, kein zusätzlicher Audioausgang.) [Kompakt & langlebig] Der tragbare VGA-Monitor verfügt über ein robustes Aluminiumgehäuse, ist kratzfest und leicht. Einstellbare Helligkeit sorgt für Sichtbarkeit in jeder Umgebung. [Flexible Stromversorgungsoptionen] Betrieb über DC (12 V/1 A) oder Micro-USB (5 V/2 A), kompatibel mit Powerbanks, verbessert die Mobilität für Raspberry Pi, Laptops und andere Projekte. [Weitere Anwendungsszenarien] Es kann als Sicherheitssystemmonitor verwendet werden, für Raspberry Pi, Kameras, Laptops, PCs, CCTV-Systeme, Rückfahrkamera-Monitore und als Monitor für CCD, DVD, DVR, Kameras usw. Es kann auch als kleines Video-Monitor-LCD-Display in einem Studio für Live-Streaming verwendet werden.

120 fps 4K High Speed: Diese 4K High Speed ​​USB-Golfschwungkamera ist eine Spezialkamera für Anwendungen, die hochauflösende Videoaufnahmen mit sehr hohen Bildraten erfordern. Sie zeichnet hochauflösende Videos mit 3840 x 2160 Pixeln bei 120 Bildern pro Sekunde auf und ermöglicht so eine flüssige Wiedergabe schnell bewegter Motive – ideal für die Analyse von Aktivitäten wie Golfschwüngen. 25-Grad-Sichtfeld: Die Kamera verfügt über ein 25-Grad-Sichtfeld ohne die bei Weitwinkelobjektiven übliche tonnenförmige Verzeichnung. Dadurch bleiben gerade Linien im aufgenommenen Bild gerade. Das 1 m lange Kabel ermöglicht den bequemen Anschluss an Laptops, PCs, Raspberry Pi und Jetson-Geräte. 0,1 Lux Leistung bei schwachen Lichtverhältnissen: Diese Lightburn USB-Kamera verwendet den IMX577-Bildsensor und ermöglicht so klare Bilder auch bei schwachen Lichtverhältnissen. Diese 12-MP-USB-Kamera verfügt über ein M12-Weitwinkelobjektiv mit 25 Grad ohne Verzeichnung für außergewöhnliche Bildqualität. Die kompakte Größe der Kamera erleichtert die Integration in verschiedene Systeme. USB 2.0 Plug-and-Play-Kompatibilität: Die Kamera lässt sich problemlos in Systeme integrieren, ohne dass zusätzliche Treiber oder komplexe Einrichtungsvorgänge erforderlich sind. Unterstützt werden: Windows, Mac OS, Raspberry Pi und Jetson Nano. Dank der Kompatibilität mit Lightburn eignet sich die Kamera für präzise Ausrichtung und Überwachung in industriellen Anwendungen. Industrie- und Sicherheitsanwendungen: Diese Kamera eignet sich für Experimente, Tracking und Softwareentwicklung, z. B. im Golfsport, bei der Tierüberwachung, Verkehrsüberwachung, Roboterprojekten, der industriellen Automatisierung, der Überwachung von Produktionslinien oder Maschinen, Sicherheitssystemen und hochauflösender Überwachung mit der Fähigkeit, schnell bewegte Objekte unscharf zu erfassen.

Supports GNSS raw observation and correction data output, suitable for establishing RTK base station Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards, Jetson Nano Supports simultaneous tracking of L1+L5 dual-band satellite signals, reducing multipath effects in urban canyons and improving positioning accuracy Supports concurrent receiving of multi-GNSS systems (GPS, BDS, GLONASS, Galileo and QZSS) while maintaining low power consumption Built-in low noise amplifier and acoustic surface filter to realize -165dBm high sensitivity and enhance anti-interference performance Supports multi-frequency active interference cancellation, effectively suppressing or eliminating narrowband signal (WiFi/2/3/4/5G) interference to ensure navigation accuracy A-GNSS (Assisted GNSS) support, reducing the time to first fix (TTFF) with cold start when powered on to 5 seconds Support QGNSS software, easy to set various module functions

【AI Large Model Interaction & Embodied Intelligence】Rosmaster A1 supports dual-model dynamic reasoning, enhanced RAG search, and free conversation interruption. It recognizes the described scene and boasts superior environmental perception, reasoning, and intelligent execution capabilities, enabling natural, smooth, and context-aware human-computer interaction. 【Controller Options for Diverse Applications】Rosmaster A1 Ackerman robot supports 5 different development board configurations: Jetson Orin Nano Super 8GB/Raspberry-Pi5/Jetson Nano B01 4GB/RDK X5, catering to needs from beginners to advanced developers. Recommended for Orin Nano Super Version, high-performance deep learning research and computation, supporting more complex AI models. 【High-performance hardware configuration】Adopts Ackerman steering chassis to realize road sign and traffic light recognition, close to actual driving, helping users develop autonomous driving technology; equipped with Nuwa-HP60C depth camera+TminiPlus lidar/SLAM C1 Lidar, using high-torque 520 motor; large-capacity battery, battery life increased by 170%, and comes with a large-capacity TF card to meet multi-tasking needs. 【Relocalization SLAM Navigation】The upgraded SLAM with Relocalization system, high flexibility, requiring no environmental modifications. The map is stored in software, allowing for dynamic changes to tasks, paths, and destinations. It's ideal for complex, dynamic environments with frequent task changes. It also supports various AI applications such as SLAM mapping, path planning, object recognition, and target tracking. 【Open Source Ecosystem & Professional Support】Compatible with ROS2/open source code, it provides detailed tutorials and an SDK. Expandable with accessories like robotic arms and sensors, it's suitable for AI research, educational experiments, smart home control, and more. It's an excellent choice for STEM education and robotics programming enthusiasts.