mBuild Light Sensor

HaloCode ist ein drahtloser Einplatinencomputer. Mit der integrierten Wi-Fi-Unterstützung und dem Mikrofon können die Schüler Ihr Board problemlos in die IoT-Projekte einbringen und Spracherkennungsfunktionen hinzufügen. Es wird mit zahlreichen Sensoren geliefert, zm Beispiel, ein Berührungssensor und mehr. Die begleitende Software mBlock 5 erleichtert den Einstieg in HaloCode und das Erlernen des Programmierens. Mit HaloCode kann jeder auf einfache und unterhaltsame Weise seine eigenen Kreationen erstellen! Mit integriertem Wi-Fi war die Erstellung eines IoT-Projekts noch nie so einfach a. Mit dem eingebauten Wi-Fi-Modul kann der Schüler HaloCode und mBlock 5 verwenden, um auf einfachste Weise intelligente Geräteplattformen und IoT-Modelle zu erstellen, wie z. B. die Fernsteuerung von Haushaltsgeräten. B. Die Mesh-Netzwerktechnologie ermöglicht es, dass zwei oder mehr HaloCodes miteinander kommunizieren. Auf diese Weise können Schüler HaloCode viele weitere Dinge tun lassen, z. B. ein Tisch-Drum-Pad. Setzt Schüler KI-Technologien wie Spracherkennung aus HaloCode verfügt über ein eingebautes Mikrofon, mit dem es die Stimme erkennen kann. Und der Cloud-Speicher und die Wi-Fi-Funktionen geben den Schülern die Freiheit, einzigartige Projekte auf der Grundlage des Spracherkennungsdienstes zu erstellen. Egal, ob Sie ein Sprachinteraktionsspielzeug herstellen oder ein sprachgesteuertes Smart Home einrichten, HaloCode ist genau das, wonach Sie suchen. Eingebaute Sensoren machen HaloCode zum Multitalent HaloCode hat 12 RGB-LEDs, einen Berührungssensor, einen Bewegungssensor und mehr. Die Schüler können sie verwenden, um eine interaktive Regenbogenlampe zu bauen, Bewegungserkennungsspiele zu erstellen, mit den Sprites von mBlock 5 zu interagieren und sogar selbst Armbänder zur Bewegungsverfolgung herzustellen. Unterstützung für echtes Multithreading Ausgestattet mit 4 MB Speicher und einem integrierten, leistungsstarken Xtensa-Dual-Core-32-Bit-LX6-Mikroprozessor ist der 45 mm große HaloCode in der Lage, mehrere Prozesse oder Threads gleichzeitig auszuführen. Es spielt keine Rolle, wie viele Programme Sie schreiben, mit HaloCode können Sie sie einfach gleichzeitig ausführen, was mit Micro:bit kaum möglich ist.

mBot2 is a next-generation educational robot designed with extended capabilities, starting as an entry-level solution in secondary education and offering room for growth beyond. It is powered by Cyber-Pi, an educational microcontroller enhanced with network capabilities, built-in sensors and much more. With mBot2, educators can carry out interactive and smart lessons that are engaging and reflect real-world applications, with cutting-edge technologies like AI and IoT. Powered by CyberPi supporting AI & IoT applicationsCyberPi is a powerful and versatile microcontroller for education. Its integrated sensors, full-color display and Wi-Fi communication capabilities allow a wide range of applications on curriculum topics for Computer Science, Robotics, Data Science and Artificial Intelligence, in connection with other areas of the curricu-lum such as Math, Physics, etc. Easy step into CS and Technology learning with mBlockWith mBlock’s enhanced coding learning experience, mBot2 allows students and educators to begin with the block-based coding approach, and seamlessly transi-tion into object-oriented coding with Python, all in the same environment. Precision in movement controlThe encoder motors in mBot2 can be precisely controlled by their rotation, speed and position, making possible the integration of principles in Math, Physics and Engineering.

HaloCode is a wireless single board computer. With its built-in Wi-Fi support and microphone，the students can easily bring your board into the IoT projects and add speech recognition ability to it.It comes with plenty of sensors, such as 12 x Programmable Color LED, a Motion Sensor, a Touch Sensor and more. And its companion software, mBlock 5, makes it easy to get started with HaloCode and learn to code. Using HaloCode, everyone can make their own creations, in a easy and fun way! • With Built in Wi-Fi, Creating an IoT project has never been easier a. With built in Wi-Fi module, the student can use HaloCode and mBlock 5 to create smart devices platform and the IoT models, like controlling home appliances in distance, in the simplest way ever. b. The Mesh network technology makes it possible for two or more HaloCodes to communicate with each other. This enables students to make HaloCode do many more things, like a tabletop drum pad. • Exposes Students to AI Tech, such as Speech Recognition HaloCode features a built-in microphone that enables it to detect the voice. And its cloud storage and Wi-Fi features give students the freedom to create unique projects based on the speech recognition service. Whether you are making a voice interaction toy or setting up a voice-controlled smart home, HaloCode is exactly what you are looking for. • Built-in Sensors Make HaloCode Multitalented HaloCode has 12 RGB LED, a Touch Sensor, a Motion Sensor and more. Students can use them to build an interactive rainbow lamp, create motion sensing games, interact with the Sprites of mBlock 5, and even make themselves motion-tracking wristbands. • Support the real Multithreading Equipped with 4mb memory and an onboard powerful Xtensa dual-core 32-bit LX6 microprocessor, the 45mm-sized HaloCode is empowered to execute multiple processes or threads concurrently. It doesn't matter how many programs you write, with HaloCode, you can just run them at the same time, which is hardly possible with Micro:bit.

CyberPi is a programmable microcomputer that's designed for teaching and learning AIoT and Python. It's small, but features a full-color display, multiple input devices, an independently-developed CyberOS system, much larger storage and an assortment of modules and sensors. Working with mBlock, CyberPi brings Python to classrooms and allows users to teach and learn AIoT easily, from the very beginning to advanced. Working with a high-performance Pocket Shield, CyberPi makes creation unlimited. CyberPi is perfect for technological innovations, coding education and other educational purposes, bringing more fun to teaching and learning. Pocket Shield: Pocket Shield powers CyberPi and extends CyberPi's capabilities. It comes with a rechargeable high-performance lithium-ion battery (800mAh), 2 DC motor ports and 2 servo ports. The servo ports could connect to LED strips, Arduino digital and analog sensors. Type-C Cable: Program or charge CyberPi by connecting it to a computer or the Pocket Shield using type-c cables. The CyberPi Go kit is the portable kit of CyberPi. It includes the Pocket Shield, and with its battery, CyberPi is able to work without the need of a cable. It can be wirelessly programmed via a computer or a mobile device, and it include a type-C USB cable for when charging is needed. FeaturesOnboard advanced technology Dig deep into AIoT teaching 1.44'' full-color display brings data science into classrooms and makes learning outcomes visible; Onboard microphone and speaker enable basic natural language processing and unveil the secrets behind human-computer interaction; Built-in Wi-Fi module facilitates IoT- based and LAN-based innovations and applications that are closely related to our life; Create motion-controlled games to fuel creativity and fun in classroom. Turn teaching and learning Python into a fun thing Interaction between hardware and stage enables people to teach or learn Python with more thrills; Teach and learn Python, which is a leap toward AI age; Python made easier for almost any learners and creators. Powerful Expandable Unlimited Intended for beginners, making Python easier for learners and creators; Greater expansion capabilities make creation unlimited. MakeX Spark - Comprehensive performance evaluation system . Quickly test students' skill level in MakeX Spark