jetson nano

Please note that The batt And Jetson nano Developerment Kit B01 are NOT included and the batt length SHOULD be less than 67mm, some batt with protection plate are NOT supported Suitable For High School AI Teaching / Professional Racing High Performance Autonomous AI Racing Car: Interactive Webpage Programming, High Frame Rate Processing Through Torch2trt (PyTorch To TensorRT Translator) Optimizing, Easy To Achieve Faster Autonomous Selft Driving DonkeyCar Open Source Project:JetRacer Pro Also Supports DonkeyCar Open Source Project. DonkeyCar Utilizes Deep Learning Neural Network Framework Keras/TensorFlow, Together With Computer Vision Library OpenCV, To Achieve Self Driving. Deep Learning, Autonomous Driving,Rechargeable, batt Voltage Monitor, No Messy Wiring, Simple Assembly E-Paper Display Panel E-ink Electronic Paper Screen raspberry display raspberry pi 3b raspberry pi arduino raspberry pi zero w

Wi-Fi 6 Technology: Supports the latest Wi-Fi 6 (802.11ax) standard for faster speeds, improved efficiency, and enhanced coverage compared to previous Wi-Fi generations. Dual-Band Support: Operates on both 2.4GHz and 5GHz frequencies, providing a combined maximum speed of up to 2400Mbps for smoother streaming, gaming, and web browsing. Bluetooth 5.2: Integrated Bluetooth 5.2 offers faster data transfer rates, increased range, and the ability to connect multiple devices simultaneously, enhancing wireless experiences. Advanced MU-MIMO: With MU-MIMO technology, the AX200 ensures multiple device support, allowing for simultaneous connections and reducing network congestion, resulting in improved performance. Wide Compatibility: Compatible with a variety of platforms, including Linux and Windows 10/11, as well as devices such as Raspberry Pi and Jetson Nano, making it perfect for various embedded applications.

USB-zu-CAN-Konverter: Professioneller Adapter für industrielle Anwendungen zur USB-zu-CAN-Konvertierung mit integriertem STM32-Mikrocontroller Umfassende Kompatibilität: Standard-CAN-2.0A-Protokolle, Softwaremodi PCAN-USB, SLCAN, Candlelight. Kompatibel mit PCAN-View, PCAN-Explorer, TS-Master. Läuft unter Windows XP, 7, 8, 10, 11, Linux Ubuntu, Raspberry Pi OS, Jetson Nano und Android über USB-Schnittstelle. Transparenter Modus, virtueller serieller Port ohne Treiber, Plug-and-Play Technische Daten: STM32-Chipsatz mit einer Kommunikationsrate von 5 kbps bis 1 Mbps. Betriebsmodi PCAN (Standard) und Transparent. Hardware-Konfiguration über integrierten DIP-Schalter Erweiterte Funktionen: 120-Ω-Abschlusswiderstand ein- oder ausschaltbar. BOOT-Modus für direkten Zugriff und Firmware-Update. LED-Anzeigen PWR (Stromversorgung), TXD (Senden), RXD (Empfangen). Funktionen für Multi-Frame-Senden, zyklisches Senden und ID-Filterung Technische Daten und Wartung: Online-Firmware-Upgrade mit Quellcode-Unterstützung und SDK-Tools. Betriebstemperatur von -15 °C bis +70 °C. Kompakte Abmessungen von 53 x 23,5 x 14,6 mm

High-Quality Display: This 2.42inch OLED Display Module features a 128x64 resolution, ensuring sharp and vibrant visuals for your projects. Perfect for Raspberry Pi and Arduino applications. Versatile Communication Interfaces: With both SPI and I2C communication options, this module provides flexible connectivity, making it an ideal choice for various embedded systems including ESP32 and STM32. Compact Design: The ultra-narrow bezel and compact size of the OLED module allow for easy integration into tight spaces, ensuring a sleek look in any electronic project. Fast Data Rate: The 4-wire SPI interface guarantees a high-speed data transfer, enhancing performance in applications with demanding data requirements. Comprehensive Development Resources: Enjoy easy setup with available online development resources, including example codes for Raspberry Pi, Arduino, Jetson Nano, and more, making it simple to get started.

This is an E-Ink display module, 2.9inch, 296x128 resolution, with embedded controller, communicating via SPI interface, supports partial refresh.Comes with development resources and manual (examples for Raspberry Pi/Jetson Nano/Arduino/STM32) Due to the advantages like ultra low power consumption, wide viewing angle, great effect under sunlight, it is an ideal choice for applications such as shelf label, industrial instrument, and so on. 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 SPI interface, for connecting with controller boards like Raspberry Pi/Arduino/Nucleo, etc.Onboard voltage translator, compatible with 3.3V/5V MCUs E-Paper Display Panel E-ink Electronic Paper Screen arduino display arduino due epaper display epaper e-ink display

High-Quality Display: This 2.42inch OLED Display Module features a 128x64 resolution, ensuring sharp and vibrant visuals for your projects. Perfect for Raspberry Pi and Arduino applications. Versatile Communication Interfaces: With both SPI and I2C communication options, this module provides flexible connectivity, making it an ideal choice for various embedded systems including ESP32 and STM32. Compact Design: The ultra-narrow bezel and compact size of the OLED module allow for easy integration into tight spaces, ensuring a sleek look in any electronic project. Fast Data Rate: The 4-wire SPI interface guarantees a high-speed data transfer, enhancing performance in applications with demanding data requirements. Comprehensive Development Resources: Enjoy easy setup with available online development resources, including example codes for Raspberry Pi, Arduino, Jetson Nano, and more, making it simple to get started.

High-Quality Display: This 2.42inch OLED Display Module features a 128x64 resolution, ensuring sharp and vibrant visuals for your projects. Perfect for Raspberry Pi and Arduino applications. Versatile Communication Interfaces: With both SPI and I2C communication options, this module provides flexible connectivity, making it an ideal choice for various embedded systems including ESP32 and STM32. Compact Design: The ultra-narrow bezel and compact size of the OLED module allow for easy integration into tight spaces, ensuring a sleek look in any electronic project. Fast Data Rate: The 4-wire SPI interface guarantees a high-speed data transfer, enhancing performance in applications with demanding data requirements. Comprehensive Development Resources: Enjoy easy setup with available online development resources, including example codes for Raspberry Pi, Arduino, Jetson Nano, and more, making it simple to get started.

Onboard 5V regulator, up to 5A continuous output current, more sufficient power source for Raspberry Pi and Jetson Nano. Uninterruptible power supply module 3S. Supports charging and power output at the same time, 3S * & 5V 5A output. If external power supply is unavailable, keeps the system running without any trouble. Adapting various interfaces via cables, easy to integrate into mobile robots or industrial control equipment.I2C bus communication, monitoring the batt voltage, current, power in real time. batt warning indicators,easy to check if the batt is connected correctly.(Warning:DO NOT connect the charger if the indicator lighted up,otherwise the protection circuit would be broken down). Real time monitoring,monitoring the batt voltage, current and power via I2C.Safe and stable circuit design.Multi batt protection circuits:protection circuits for over charge/discharge, over current, short circuit, and reverse.Along with the equalizing charge feature, more safe and stable.

⚙️ 384×184 Four-Color E-Ink Display – Industrial-grade 3.5" e-paper module supports red, yellow, black, and white output with high contrast and wide viewing angle—ideal for labeling and status panels. 🔌 SPI Interface for Embedded Platforms – Compatible with controller boards like Rasp-berry Pi, Ar-duino, Jetson Nano, ESP32, STM32 via standard SPI communication and GPIO expansion. 🔋 Zero Standby Power with Memory Effect – Retains last image without power. Uses energy only when refreshing—critical for IoT, industrial, and mobile projects with strict power budgets. 🔧 Integrated Voltage Level Shifter – Hardware-level compatibility with both 3.3V and 5V microcontrollers ensures reliable logic level communication without external converters. 📘 Developer Resources Provided – Offers code examples and libraries for Python, C, and embedded platforms with documentation tailored to integration on major dev boards.

Standard Pi 40PIN GPIO extension header, compatible with Raspberry Pi/Jetson Nano series boards. Adopts MCP2515 and SN65HVD230 dual chips combined solution, allows 2-channel CAN communication Onboard unibody power supply isolation, providing stable isolated voltage, requires no extra power supply for the isolated terminal. Onboard digital isolator, signal isolation makes the communication more safe and stable, and better anti-interference Onboard external power supply terminal, supports 7~36V wide voltage power input, supports powering the Pi and the HAT at the same time. Onboard SM24CANB TVS (Transient Voltage Suppressor) diode, provides ESD protection and transient peak voltage protection Onboard voltage translator, select 3.3V/5V operating voltage by jumper. Onboard 120Ω terminal resistor, configured by jumper Breakout SPI and I2C control pins, for connecting with other host control boards. Can provide with online development resources and manual (examples in Python/C)

【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.

【Tragbarer Monitor】Der 7-Zoll-Raspberry-Pi-Bildschirm verfügt über eine Auflösung von 1024 x 600, die über Softwareeinstellungen konfiguriert werden kann, um eine maximal konfigurierbare Auflösung von 1920 X 1080 zu erreichen. 【Breite Kompatibilität】Der Mini-Monitor ist voll kompatibel mit Raspberry Pi 5, 4, 3B +, 3B, 2B + sowie BB Black, Banana Pi, Jetson Nano und anderen gängigen Mini-Computern. Es kann auch als universeller kleiner HDMI-kompatibler Bildschirm zum Anschließen von Computern, TV-Boxen, Spielekonsolen oder als Computertemperaturmonitor verwendet werden. 【5-Punkt-Berührung】Der kapazitive Touchscreen unterstützt bis zu 5-Punkt-Berührungen. Es unterstützt eine separate Hintergrundbeleuchtungssteuerung, mit der Sie die Hintergrundbeleuchtung ausschalten können, um Strom zu sparen. Es ist keine Treiberinstallation erforderlich; Verbinden Sie einfach den Raspberry Pi und den Monitor über die Micro-USB- und HDMI-Anschlüsse, um ihn sofort zu verwenden. 【Paketdetails】Das Paket enthält einen 7-Zoll-Raspberry-Pi-Bildschirm, einen HDMI-Adapter, ein Micro-USB-Kabel, einen Micro-HD-Adapter, 2 Ständer und 4 Bildschirme für eine einfache Installation. Wenn Sie Fragen zum Paket haben, können Sie sich gerne an uns wenden. 【Qualitätssicherung】Alle Raspberry Pi Touchscreens unterirdisch umfassende Tests vor dem Versand. Wenn Sie während des Gebrauchs auf Probleme stoßen, kontaktieren Sie uns bitte.

Note:Version 4 please use corresponding demo code .This is an E-Ink display HAT for Raspberry Pi, 2.13inch, 212x104 resolution, with embedded controller, communicating via SPI interface, supports red, black, and white three-color display. Due to the advantages like ultra low power consumption, wide viewing angle, great effect under sunlight, it is an ideal choice for applications such as shelf label, industrial instrument, and so on. Compatible with Raspberry Pi Zero/Zero W/Zero WH/2B/3B/3B+, Jetson Nano Ultra low power consumption, basically power is only required for refreshing; SPI interface, for connecting with other controller boards like Arduino/Nucleo, etc. No backlight, keeps displaying last content for a long time even when power down;Onboard voltage translator, compatible with 3.3V/5V MCUs E-Paper Display Panel E-ink Electronic Paper Screen Module pi zero raspberry pi zero w raspberry pi 3b pi zero w raspberry pi display e ink display stm32

[ WICHTIGER KAUFHINWEIS ] Bitte stellen Sie vor der Bestellung unbedingt sicher, dass Ihr Endgerät eine Spannung von exakt 12V und eine Stromstärke von maximal 2A benötigt. Dieser Adapter ist ausschließlich für Geräte bis zu einer Leistung von 24W ausgelegt; höhere Anforderungen können nicht unterstützt werden. Gleichen Sie zudem die Maße Ihres Klinkeneingangs mit unseren Angaben ab, um Fehlkäufe zu vermeiden. [ TECHNISCHE SPEZIFIKATIONEN ] Das Netzteil liefert stabile 12 Volt / 2 Ampere (24 Watt) und verfügt über einen standardisierten 5.5mm x 2.5mm Klinkenstecker. Mit einer kompakten Gehäusegröße von 33mm x 87mm x 47mm und einer Kabellänge von 90 cm bietet es maximale Flexibilität bei der Platzierung Ihrer Geräte im Wohn- oder Arbeitsbereich. [ BREITE KOMPATIBILITÄT ] Die ideale Stromquelle für eine Vielzahl von Geräten: Kompatibel mit LED-Projekten, USB-Hubs, Graco Swings sowie Android TV-Boxen, Raspberry Pi, Jetson Nano und Routern (z. B. Speedport). Auch perfekt geeignet für IP-Kameras, Babyphone, Bluetooth-Lautsprecher, DAB-Radios, DJ-Controller und HDMI-Signalverstärker. [ MAXIMALE SICHERHEIT ] Vertrauen Sie auf ein geprüftes Sicherheitssystem: Unser Adapter ist mit einem umfassenden Schutzmechanismus ausgestattet, der Ihr Gerät effektiv vor Überspannung, Überstrom, Kurzschlüssen und Überhitzung schützt, um einen langlebigen und ausfallfreien Betrieb zu gewährleisten. [ PLUG & PLAY STABILITÄT ] Genießen Sie eine konstante und flimmerfreie Energieversorgung ohne Signalstörungen. Dank der hochwertigen Verarbeitung und passgenauen Steckverbindung sitzt der Adapter fest in der Buchse und garantiert eine unterbrechungsfreie Leistung für sensible Elektronik wie Scanner, Switches veya Funkwecker.

[ WICHTIGER KAUFHINWEIS ] Bitte stellen Sie vor der Bestellung unbedingt sicher, dass Ihr Endgerät eine Spannung von exakt 12V und eine Stromstärke von maximal 2A benötigt. Dieser Adapter ist ausschließlich für Geräte bis zu einer Leistung von 24W ausgelegt; höhere Anforderungen können nicht unterstützt werden. Gleichen Sie zudem die Maße Ihres Klinkeneingangs mit unseren Angaben ab, um Fehlkäufe zu vermeiden. [ TECHNISCHE SPEZIFIKATIONEN ] Das Netzteil liefert stabile 12 Volt / 2 Ampere (24 Watt) und verfügt über einen standardisierten 5.5mm x 2.5mm Klinkenstecker. Mit einer kompakten Gehäusegröße von 33mm x 87mm x 47mm und einer Kabellänge von 90 cm bietet es maximale Flexibilität bei der Platzierung Ihrer Geräte im Wohn- oder Arbeitsbereich. [ BREITE KOMPATIBILITÄT ] Die ideale Stromquelle für eine Vielzahl von Geräten: Kompatibel mit LED-Projekten, USB-Hubs, Graco Swings sowie Android TV-Boxen, Raspberry Pi, Jetson Nano und Routern (z. B. Speedport). Auch perfekt geeignet für IP-Kameras, Babyphone, Bluetooth-Lautsprecher, DAB-Radios, DJ-Controller und HDMI-Signalverstärker. [ MAXIMALE SICHERHEIT ] Vertrauen Sie auf ein geprüftes Sicherheitssystem: Unser Adapter ist mit einem umfassenden Schutzmechanismus ausgestattet, der Ihr Gerät effektiv vor Überspannung, Überstrom, Kurzschlüssen und Überhitzung schützt, um einen langlebigen und ausfallfreien Betrieb zu gewährleisten. [ PLUG & PLAY STABILITÄT ] Genießen Sie eine konstante und flimmerfreie Energieversorgung ohne Signalstörungen. Dank der hochwertigen Verarbeitung und passgenauen Steckverbindung sitzt der Adapter fest in der Buchse und garantiert eine unterbrechungsfreie Leistung für sensible Elektronik wie Scanner, Switches veya Funkwecker.

‌High-Density Servo Control - Supports up to 253 ST/SC series servos‌ via UART bus simultaneously (requires adequate power supply), gets the working status of each servo and provides various feedback information Two Power Supply - ‌9-12.6V DC input‌ via 5.5x2.1mm power jack (voltage must match servo specs), and onboard screw terminal for easy integration into existing projects Support Multiple Bus Servos - Compatible with ST/SC series servos‌, directly power the servos via DC power jack, and the corresponding supply voltage can be selected according to the servo motor used UART/USB control‌ - Simply connects the driver board to the host via a USB cable to easily control the bus servo and transmit servo data back; directly control the bus servo through UART communication, compatible with Raspberry Pi/Jetson Nano/RDK/PC Wide Application Range - Compact size for embedding in various projects with high spatial requirements, suitable for ‌quadruped robots, robotic arms, hexapods‌, and other multi-servo mechanisms

Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards Supports protocols including TCP/IP, HTTP(s), MQTT(s), FTP(s), and SSL. Supports dial-up, telephone call, SMS Supports LBS base station positioning, it is able to get the approximate position info via mobile network Supports GPS, BeiDou, GLONASS positioning. TTS (Text To Speech) feature, texts in Chinese/English can be converted into spoken words Onboard USB interface, for testing AT Commands, network communication, and so on. Onboard audio jack for sound recording, making telephone calls, listening the TTS resulting speech, etc. Breakout common used control pins of the A7670E module, make it easy to connect with hosts boards like Arduino/STM32. SIM card slot, supports 1.8V/3V SIM card 2x LED indicators, easy to monitor the operating status. Comes with development resources and manual (examples for Raspberry Pi/Jetson Nano/Arduino/STM32) It is suitable for IoT applications like remote information processing, monitoring devices, POS, industrial routers, remote diagnosis, satellite positioning, and so on.

【BIDIREKTIONAL T1 ↔ RJ45 MIT VOLLEM GIGABIT】 Wandelt 100/1000Base-T1 Single-Pair Automotive Ethernet in beide Richtungen in standardmäßiges RJ45 100/1000Base-TX um – mit null Paketverlust, Vollduplex-Durchsatz in Line-Rate und extrem niedriger Latenz. Ideal für die ECU-Inbetriebnahme, ADAS-Kamera-Erfassung und die Protokollierung des Fahrzeugverkehrs. 【LABORFREUNDLICHER 15EDGK KLEMMENBLOCK + 2 HEADER-ADAPTER】 Die „L"-Edition führt das T1-Differenzialpaar auf einer 15EDGK 3,81 mm 2-poligen Schraubklemme heraus UND wird mit einer TE Mate-NET Adapterplatine sowie einer HMTD-Adapterplatine im Rosenberger-Stil geliefert – passen Sie direkt auf die gängigsten Automotive-Ethernet-Header oder verdrahten Sie jedes beliebige Twisted Pair nach Bedarf. 【SILIZIUM IN AUTOMOTIVE-QUALITÄT】 Aufgebaut auf dem AEC-Q100-qualifizierten Marvell 88Q2112 T1 PHY, gepaart mit dem Realtek RTL8211FI auf der RJ45-Seite. Ein OPEN Alliance TC10-konformer EMV-Filter unterdrückt Gleichtaktstörungen; vollständiger ESD-/Überspannungs-/Überstromschutz. Interoperabel mit T1-PHYs von NXP, TI, Broadcom, Marvell und Realtek. 【DUALE STROMVERSORGUNG + ONBOARD-MCU】 Versorgung über USB Type-C (5V/2A, kompatibel mit Handy-Ladegeräten) ODER 5,5×2,1 mm DC-Buchse (5–36 V, 12V/1A Netzteil im Lieferumfang) – Prüfstand, Fahrzeug 12V/24V oder mobile Diagnose. Der Onboard-MCU setzt Master/Slave bei Schalterwechsel automatisch zurück und unterstützt Firmware-Upgrades & Eigenentwicklungen. 【ROBUSTE INDUSTRIE-BAUWEISE, TREIBERFREI】 CNC-gefrästes, sandgestrahltes Aluminiumgehäuse, nur 103 × 71 × 26 mm und 0,2 kg, eingestuft für −40°C bis +85°C für Fahrzeug-, Fabrik- und Außeneinsatz. SQI-Signalqualitäts-LED + Aktivitäts-LED + Status-LED geben sofortiges Feedback zum Link-Zustand. Plug-and-Play unter Windows, Linux und macOS – keine Treiber erforderlich; funktioniert mit PCs, Notebooks, Raspberry Pi, Jetson Nano und ARM-SBCs. Built-in 100/1000BASE-T1 filter compliant with OPEN Alliances standards

Dieses 8-Zoll LCD-Display besitzt eine Auflösung von 1536x2048 und verfügt über ein IPS-Panel mit einem 178° Betrachtungswinkel. Es wird mit einer kapazitiven 10-Punkt-Berührung geliefert, die über ein gehärtetes Glas-Touchpanel gesteuert wird. Im Lieferumfang sind ein HDMI-Flachkabel, ein USB-A auf USB-C Kabel, ein HDMI auf Micro-HDMI Kabel sowie ein 5V 3A Typ-C Netzteil enthalten. Das Display ist kompatibel mit Raspberry Pi OS, Ubuntu, Kali und Windows 11/10/8.1/8/7 und unterstützt treiberfrei 10-Punkt-Touch. Zusätzlich verfügt es über einen Hi-Fi-Lautsprecher, der über einen 3,5-mm-Klinkenstecker angeschlossen werden kann, und ein CNC-Legierungsgehäuse. Info: Auf dem PC muss die Auflösung auf 1536x2048 eingestellt sein, sonst bleibt das Display dunkel. Über den seitlichen kleinen Druckknopf im Gehäuse wird die Orientierung des Touch geändert. Geräte Unterstützung: Raspberry Pi: Unterstützt Raspberry Pi OS, 10-Punkt-Touch, treiberfrei Unterstützt Ubuntu / Kali, Single-Point-Touch, treiberfrei Jetson Nano: Unterstützt Ubuntu, Single Point Touch, treiberfrei PC: Unterstützt Windows 11 / 10 / 8.1 / 8 / 7, 10-Punkt-Touch, treiberfrei Technische Details: Hersteller: Waveshare Hersteller SKU: 23939 Bildschirmdiagonale: 8 Zoll (119.8mm x 159.74mm) Auflösung: 1536x2048 Display Anschluss: HDMI Display Panel: IPS Betrachtungswinkel: 178° Touch Type: Kapazitiv Touch Punkte: 10 Punkte Touch Anschluss: USB-Type-C Touch Panel: Gehärtetes Glas Touch Panel Technik: Optical Bonding Sound: Hi-Fi Speaker Sound Anschluss: 3.5mm Jack Gehäuse: CNC-Prozess Legierung Abmessungen: 190mm x 128mm x 11mm Gewicht: 770g Lieferumfang: 1x 8-Zoll HDMI 1536x2048 IPS Capacitive Touch Screen mit Alugehäuse 1x Dreieckiger Ständer 1x HDMI-Flachkabel 1m 1x USB-A-auf-USB-C-Kabel 1m 1x HDMI-auf-Micro-HDMI-Kabel 1m 1x 5V 3A Typ-C-Netzteil.

2PCS Version, Provide online user manual, please check the manual carefully before using! IMPORTANT: Rev2.1 is the version of the driver board, which is independent of the screen version. Currently, there is only Rev2.1; QC target V3 and V4 are screen versions, and V4 is currently being shipped. V4 version is fully compatible with V3; and it provides the demo that can realize a fast refreshing function. This is an E-Ink display HAT for Raspberry Pi, 2.13inch, 250x122 resolution, with embedded controller, communicating via SPI interface, supports partial refresh. Due to the advantages like ultra low power consumption, wide viewing angle, clear display without electricity, it is an ideal choice for applications such as shelf label, industrial instrument, and so on.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 Standard Raspberry Pi 40PIN GPIO extension header, supports Raspberry Pi series boards, Jetson Nano. SPI interface, for connecting with other controller boards like Arduino/Nucleo, etc. Onboard voltage translator, compatible with 3.3V/5V MCUs

【Ackermann Steering Structure】The Rosmaster R2 robot car adopts the steering method of modern cars and adopts an aluminum Ackermann chassis structure. When the robot car turns, the angle of the inner ring is different, and the turning radius of the inner tube is smaller than the turning radius of the tire, which can maximize the performance of the robot car. R2 is compatible with ROS&ROS2, and Yahboom provides relevant ROS2 system programming information. 【Rosmaster R2 has 3 versions (standard version, deluxe version, ultimate version)】It can be used with 4 development boards (Raspberry Pi 5, Jetson Nano 4GB, Jetson Orin Nano SUPER, Jetson Orin NX SUPER), depending on the version you choose. Please note that a development board is included. If you would like to reduce the amount of hardware in your kit (e.g. depth camera, ridar, etc.), please contact Yahboom first. 【Based on robot operating system】is equipped with high-performance hardware such as lidar, depth camera, and voice interaction module. It can realize applications such as robot motion control, remote communication control, measurement navigation, obstacle tracking, automatic driving, human body feature action recognition, and voice alternating control. Yahboom provides tutorials, source code and professional technical support. All documentation,including installation instructions is English. 【Multi-platform linkage】Supports multiple remote control methods. For example, mobile applications, steering wheels, ROS systems, computer keyboards, etc. It is an artificial intelligence robot that listens to your commands. You can control your robot car and import your code at any time. Note: Map navigation app is only compatible with Android phones. 【Excellent hardware configuration】Aluminum alloy body, 360° omnidirectional Mecanum wheel, optional lidar, high-quality depth camera, optional voice interaction module, professionally designed expansion board. Support more development. Provide professionals with exploration models, learning algorithms, acquisition of unknown area terrain, deep learning AI visual recognition, research on autonomous driving, exploration of 3D object recognition, etc.

【High Torque Dual-Axis Fixed】Yahboom DC6.0-8.4V Servo hat eine hohe Torque von 35 kg und ist ein zweiachsiges Design. Der Power Output Shaft ist mit einem auxiliary fixed shaft equipped which will not shake even if there is power. (Drei Packages to choose from choose)Hinweis: Die Servo-Steuerkarte kann bis zu 4 Server steuern 【Full Metal Shell and stainless steel bearings】In order to solve the problem of high torque and easy slipping or jamming of getriebe, we use stainless steel gets and bearings, which are more wear-resistant than copper, and use a black oxidized metal middle shell to speed up the heat dissipation of the steering gear. Längere Lebensdauer im Vergleich zu gewöhnlichen Servos 【Drei Port-Serienbus-Servos】Die obere und untere Serie sind durch zwei Schnittstellen hergestellt. Die links, rechts und oben von den Servos sind alle mit 3pin-HY2.0 Anti-Reverse Connection Schnittstellen entworfen. Mehrere Servos können in Serien verbunden werden, um die Besetzung des seriellen Ports zu reduzieren. Overall Strong Operability. 【ID Identifikation, Buskommunikation】Each steering gear can be set with an ID number for steering gear identifizierung. Single Bus Communication is used between the controller and the servo. Users can assign an ID number to each servo, and the instructions issued by the controller contain ID information. Only the servo that matches the ID number can fully receive the corresponding instructions and perform actions according to the instructions. 【Hochpräzision potentiometer, angle readback】With position/temperature/voltage as angle feedback, you can understand the internal data of the steering gear in real time and protect the steering gear. Digital Servos sind für Menschen verfügbar, die an der Entwicklung von Software für Roboterparts, wie Roboterarms, Hexapods und andere Roboter-Geräte interessiert sind. Bietet Lernmaterialien für RaspberryPi, Jetson Nano und Microbit.

【Fully Upgraded to ROS2】DOFBOT is based on the ROS2 operating system and is compatible with Jetson Nano/Raspberry Pi5. It can be used for tasks such as 3D spatial recognition, AI recognition, and voice interaction, meeting needs from algorithm verification to project development. 【AI-Powered, Enhanced Human-Machine Interaction】DOFBOT is based on 3 AI models, building an interactive system centered on OpenRouter. Combining 3D vision, it recognizes the scene described in the command, and then uses multimodal vision to match whether the scene in the image matches the described scene, enabling advanced embodied intelligence applications such as free question answering, video understanding, intelligent grasping, and sorting. 【Multiple Control Methods】DOFBOT programmable robotic arm kit can be controlled via a multi-functional APP (Android/iOS); it comes with a USB game controller remote for optimal control; it also allows viewing image transmissions and building 3D simulation models of the ROS system via a PC; and online programming is available on the Jupyter Lab web. 【Powerful Hardware】Dofbot employs a 15kg intelligent serial port metal gear digital servo motor, facilitating independent control and reading of the angle of each steering gear; it is equipped with a fully functional expansion board, reserving space for future expansion; the robotic arm is made entirely of anodized aluminum alloy, ensuring a robust structure. 【High-Quality Technical Support】It meets users' needs for learning and verifying vision robotic arms, and also provides a fast and convenient integration solution for ROS development, along with professional ROS courses and functional source code, providing a powerful and flexible platform for ROS education and research.

【Fully Upgraded to ROS2】DOFBOT is based on the ROS2 operating system and is compatible with Jetson Nano/Raspberry Pi5. It can be used for tasks such as 3D spatial recognition, AI recognition, and voice interaction, meeting needs from algorithm verification to project development. 【AI-Powered, Enhanced Human-Machine Interaction】DOFBOT is based on 3 AI models, building an interactive system centered on OpenRouter. Combining 3D vision, it recognizes the scene described in the command, and then uses multimodal vision to match whether the scene in the image matches the described scene, enabling advanced embodied intelligence applications such as free question answering, video understanding, intelligent grasping, and sorting. 【Multiple Control Methods】DOFBOT programmable robotic arm kit can be controlled via a multi-functional APP (Android/iOS); it comes with a USB game controller remote for optimal control; it also allows viewing image transmissions and building 3D simulation models of the ROS system via a PC; and online programming is available on the Jupyter Lab web. 【Powerful Hardware】Dofbot employs a 15kg intelligent serial port metal gear digital servo motor, facilitating independent control and reading of the angle of each steering gear; it is equipped with a fully functional expansion board, reserving space for future expansion; the robotic arm is made entirely of anodized aluminum alloy, ensuring a robust structure. 【High-Quality Technical Support】It meets users' needs for learning and verifying vision robotic arms, and also provides a fast and convenient integration solution for ROS development, along with professional ROS courses and functional source code, providing a powerful and flexible platform for ROS education and research.

DRIVING ABILITY: Yahboom motor drive module uses two AT8236 as control chip. The rated driving current of a single motor can reach 3.6A, and the maximum peak value can reach 6A. Compared with the L298N motor driver control board, the Yahboom 2-channel motor drive module has superior driving and anti-interference ability Circuit Protection: Dual motor drive control board has 3.3V/5V voltage regulator circuit and on-board anti-reverse protection circuit, with over-current, short circuit, undervoltage and over-temperature protection, and has the characteristics of ultra-low heat generation and circuit safety. Significantly increased reliability. Wide range of applications: the motor speed controller can be controlled by 5V/3A or 3.3V/0.5A microcontrollers such as Raspberry Pi, Pico, arduino, jetson nano, STM32, MSPM0 etc. Controllable motors include TT motors, TT encoder test motors, 520 motors and 310 motors and other engines. The motor can be connected with DuPont line or PH2.0 interface. Low Investment and Efficient Work:The motor drive module supports dual-channel H-bridge drive mode and multi-module cascade power to realize simultaneous control of a two-wheel drive/four-drive/multi-motor intelligent robot car, which can create higher working efficiency. Higher cost performance than TB6612FNG DC Dual Stepper Motor Driver Module. Code schematic diagram: Yahboom provides technical support and schematic code diagram, and information includes driver cases of various development boards

【ROS Robot Learning Kit】The newly upgraded version is compatible with Orin Nano SUPER and Orin NX SUPER robot kits, and can provide stable power for the SUPER kits. We provide 5 ROS X3 development board versions, and multiple accessory versions are available. Orin Nano SUPER, Orin NX SUPER, Jetson Nano and RPi5. The performance issues of different development boards are different. 【AI Visual Explore】Equipped with ROS1/ROS2 operating system; ridar: can use voice to control multi-point navigation, supporting path planning and independent exploration and mapping;RTAB-3D mapping and navigation, and depth image data can be used to obtain real size information; AI visual depth gameplay: attitude detection, overall detection, and three-dimensional detection and recognition can be completed through MediaPipe development; YOLO model training, TensorRT. 【Multi-platform control】Compatible with a variety of remote control methods, including mobile phone remote control APP, game controller, ROS system, PC computer keyboard and Jupyter Lab control, etc. Suitable for multi-scene control use. *Mobile APP control supports iOS/Android. Compatible with ROS1/ROS2, Ubuntu22.04 【Excellent hardware configuration】Aluminum alloy chassis, 360° omnidirectional Mecanum wheel, all-round movable robot; optional radar, high-quality depth camera, voice alternation module, display screen, professionally designed expansion according to different versions panel. Professional ROS robot supports more DIY development. Users can re-develop existing courses and learn from them.(If you would like custom accessories, please contact Yahboom) 【Rich materials and technical support】Provide 204 bilingual video courses and online technical help. The course content includes: ROSMASTER X3 assembly, Linux operating system, ROS and openCV series courses, depth camera and radar exploration, which is a deep learning process. From pictorial navigation lectures and simple to deep learning measured navigation. Material website: http://www.yahboom.net/study/ROSMASTER-X3

✅ Function – Simulate a Display, Unlock GPU Performance--This display emulator plug creates a virtual screen by simulating an active HDMI connection. It keeps your GPU active even without a physical monitor, ideal for tasks like remote desktop, cryptocurrency mining, video rendering, game streaming, and VR setup.4K@60hz(default1080P）Supports resolutions up to 3840x2160@60Hz,2560X1440@120/144HZ,1920x1080@120/144/240Hz,and more—perfect for high-performance systems. ✅ Product Highlights,High-Quality Construction--Gold-Plated HDMI Connector: Ensures maximum conductivity and corrosion resistance.Full board copper pouring: Enhances signal stability and reduces electromagnetic interference.Use brand new solder and refuse to recycle solder:: Provides long-term durability and prevents solder-joint failure.The thicken aluminum shell delivers outstanding durability,a premium feel and Enhanced Electromagnetic Shielding. ✅ Energy-Efficient & Headless Operation--Designed for headless setups such as mini PCs, home labs, colocation centers, and remote-deployed workstations. It reduces power usage, eliminates the need for a real display, and allows your system to run "headlessly" for improved efficiency and space-saving. A low-cost, eco-friendly solution for professionals and hobbyists. ✅ Broad System Compatibility--Works with all devices featuring HDMI output, including desktop PCs, laptops, small-form-factor computers, and development boards.Compatible with:Windows，macOS，Linux，Raspberry Pi，Mac Mini，Jetson Nano，Perfect for remote control, screen sharing, VR display setup, and multi-monitor simulation. ✅ HDR HDMI Display Emulator (Dummy Plug) – Vibrant, Realistic Display Simulation--Supports High Dynamic Range (HDR) for enhanced brightness and color accuracy. Simulates vivid output with peak brightness up to 1,015 nits, making it suitable for color-sensitive applications like video preview and display mirroring. ✅ Plug & Play – No Drivers or Software Needed--No installation required. Simply plug the device into your HDMI port, and the system will recognize it as an active display.No drivers，No external power，Hot-swappable，Ultra-low power consumption，Guaranteed stable operation for 24/7 tasks such as rendering, mining, and remote sessions.

[Lightweight MicroROS Mapping Solution] PALMSLAM uses microROS wireless communication technology. There is no need to carry a bulky computer. The lidar data can be wirelessly transmitted to the PC virtual machine. This device is equipped with a 360° rotatable mobile phone holder and supports IOS and Android dual-end mobile phone APPs. The progress of mapping can be checked in real time, making it easy to deal with complex environments and terrains. [Support for Multiple Host Computers] PALMSLAM can use a virtual machine as the main control, which greatly reduces the learning cost and improves the algorithm operation efficiency. It is a cost-effective solution for learning ROS2. In addition, it also supports Raspberry Pi 5, Jetson Nano, and RDK X5 as desktop main control. [6 Axis IMU Positioning Function and Anti-shake Reminder] The lidar expansion board has a built-in 6 Axis IMU, which plays an important positioning function. In addition, in order to prevent the lidar from tilting too much and causing data distortion, the 6 Axis IMU combined with the buzzer will issue an alarm sound reminder when the tilt angle is too large, which plays an important role in efficient mapping. [Cost-effective Configuration] With a 2000mah ultra-long-life battery pack, PALMSLAM can be used continuously for 4 hours, and the theoretical standby time can be up to 50 hours; the lidar expansion board is equipped with a high-performance ESP32 processor, which can realize Wi-Fi and Bluetooth functions, and the data is transmitted to the virtual machine in real time, realizing efficient communication between PALMSLAM and the virtual machine. [6 Packages to Choose from] There are 6 packages available: no lidar package and 5 high-performance lidar packages. The maximum detection distance of the lidar can reach 8m/12m/30m. The maximum detection distance varies depending on the selected lidar model.Provides general courses for Linux and ROS2, suitable for low-cost entry-level learning users.

[Lightweight MicroROS Mapping Solution] PALMSLAM uses microROS wireless communication technology. There is no need to carry a bulky computer. The lidar data can be wirelessly transmitted to the PC virtual machine. This device is equipped with a 360° rotatable mobile phone holder and supports IOS and Android dual-end mobile phone APPs. The progress of mapping can be checked in real time, making it easy to deal with complex environments and terrains. [Support for Multiple Host Computers] PALMSLAM can use a virtual machine as the main control, which greatly reduces the learning cost and improves the algorithm operation efficiency. It is a cost-effective solution for learning ROS2. In addition, it also supports Raspberry Pi 5, Jetson Nano, and RDK X5 as desktop main control. [6 Axis IMU Positioning Function and Anti-shake Reminder] The lidar expansion board has a built-in 6 Axis IMU, which plays an important positioning function. In addition, in order to prevent the lidar from tilting too much and causing data distortion, the 6 Axis IMU combined with the buzzer will issue an alarm sound reminder when the tilt angle is too large, which plays an important role in efficient mapping. [Cost-effective Configuration] With a 2000mah ultra-long-life battery pack, PALMSLAM can be used continuously for 4 hours, and the theoretical standby time can be up to 50 hours; the lidar expansion board is equipped with a high-performance ESP32 processor, which can realize Wi-Fi and Bluetooth functions, and the data is transmitted to the virtual machine in real time, realizing efficient communication between PALMSLAM and the virtual machine. [6 Packages to Choose from] There are 6 packages available: no lidar package and 5 high-performance lidar packages. The maximum detection distance of the lidar can reach 8m/12m/30m. The maximum detection distance varies depending on the selected lidar model.Provides general courses for Linux and ROS2, suitable for low-cost entry-level learning users.