WS2812 12 Bit RGB LED (round) The WS2812 12-bit RGB LED is a great way to add color to your Arduino projects. You can use it to create cool lighting effects, or add it to your existing project to add a splash of color. The WS2812 LED Strip is very easy to use, and its price is very reasonable.  The WS2812 RGB LED Ring light is can be easily used with Arduino Uno microcontroller. WS2812 5050 RGB 12-LED Round Lamp Development Board - Black Round and round and round they go! 12 ultra bright smart LED NeoPixels are arranged in a circle with (50mm) outer diameter. The rings are "chainable" - connect the output pin of one to the input pin of another. Use only one microcontroller pin to control as many as you can chain together. Each LED is addressable as the driver chip is inside the LED. check out : WS2812 8 Bit RGB LED (straight)

WS2812 16 Bit RGB LED (round) The WS2812 is a 16-bit RGB LED that combines a full-color RGB LED and a control circuit into one device. The LED has a 5050 package, making it small and compact, and it is frequently used in LED lighting projects and other applications that require programmable colour control. Each LED has three color channels (red, green, and blue) and can produce a wide range of colors by adjusting the brightness of each channel. The LED is controlled by a single data pin, which allows for daisy-chaining multiple LEDs together to form a chain. This makes it easy to control large arrays of LEDs with a single microcontroller or microprocessor. It is compatible with a variety of microcontroller like Arduino, Raspberry Pi, and others. It supports the popular NeoPixel library, which provides an easy-to-use interface for controlling the LED. The LED operates over a wide voltage range of 4V to 5.5V and consumes low amount of power.

WS2812 16 Bit RGB LED Matrix You can create animations, and games, or even incorporate them into a fun e-textiles project. On top of all that, thanks to its flexible backing, this LED Matrix can be bent and bowed to fit onto almost any curvy surface. These panels require a 5V low voltage input for power which needs to be able to source a good amount of current. Each LED is capable of drawing as much as 60mA (at peak brightness the matrix can draw just over 3.5 Amps at 5 Volts), this adds up so it is suggested to use a 5V 2A power supply. There are two 3-pin connection ports to the wiring board. Solder wires to the input port and provide 5VDC to the +5V and ground pins, then connect the DIN pin to your microcontroller and make a common ground from the 5V power supply to the microcontroller/Arduino.

WS2812 64-Bit RGB LED Matrix Panel This is a high-quality 8x8 RGB LED Dot Matrix Panel. The WS2812 64-bit LED Matrix provides bright, colorful lighting with 256 brightness levels per pixel. It's great for e-textiles, games, and animations. The flexible design lets it fit on curved surfaces easily. It works on a low 5V power supply, making it energy-efficient. This LED matrix display is compatible with Raspberry Pi, Arduino, and ESP32. With two simple 3-pin connectors, it’s easy to connect to Arduino or microcontrollers. Perfect for makers and DIYers, this LED dot matrix display adds amazing visuals and long-lasting performance to your projects. Features: Flexible and durable with a flexible backing RGB Matrix. Offers stunning lighting effects with 256 brightness levels per pixel. Can be easily bent and adjusted to fit any curved surface. Operates on low-voltage 5V input, making it energy-efficient. Easy setup with two 3-pin connection ports. Made with high-quality components for longevity and consistent performance. Applications: Animation creation Game development Creative projects E-textiles Display design Interior decor Educational purposes Prototyping Art installations Signage

WS2812 8 Bit RGB LED (round) The control circuit and the LED share the only power source. The control circuit and RGB chip are integrated into a package of 5050 components, form a complete control of pixel point. Built-in signal reshaping circuit, after wave reshaping to the next driver, ensure wave-form distortion not accumulate.

WS2812 8 Bit RGB LED WS2812 8-Bit RGB LED Straight is an exceptional product for those seeking advanced lighting in their projects. This top quality ws2812 led module provides superior illumination with long lasting, bright and vivid colors that will instantly improve the ambience of any environment. From its high performance LEDs to customizable settings via microcontroller programming, the WS2812 offers unparalleled brightness levels while consuming minimal power. It utilizes a built-in control circuit composed using both low voltage differential signalling (LVDS) technology and Pulse Width Modulation (PWM). With this configuration, every colour can be customized or adjusted allowing you to create your desired atmosphere quickly without having to worry about additional components such as resistors or external controllers. This ws2812 led comes equipped with several connection pins which allow it to easily integrate into existing systems already utilizing 5V DC logic circuits including various Arduino boards , Raspberry Pi s and other maker platforms alike.

WT32-ETH01 Embedded Serial Network Module – ESP32 WiFi + Bluetooth 2-in-1 Gateway with Ethernet Port The WT32-ETH01 Embedded Serial Network Module is a versatile gateway solution that integrates both Wi-Fi and Bluetooth functionalities using the powerful ESP32 chipset. Designed for reliable and efficient network communication, it simplifies the connection of embedded devices to the internet or local networks through its built-in Ethernet port. The module supports various networking modes including Station, SoftAP, and P2P, and allows for seamless TCP/UDP data transmission, making it ideal for IoT applications, smart devices, and industrial automation. With its compact form factor, the WT32-ETH01 supports both half-pad and through-hole connections for flexible mounting. It features high RF performance, low power consumption, and supports remote firmware updates (OTA). Whether you are building smart home systems, connected sensors, or data logging networks, this 2-in-1 Bluetooth and Wi-Fi module provides a reliable and developer-friendly solution for stable wireless communication and easy integration. Features: Dual connectivity support with built-in Wi-Fi (802.11 b/g/n/e/i) and Bluetooth v4.2 BR/EDR + BLE. Ethernet interface (RJ45, 10/100 Mbps) for reliable wired network communication. Supports multiple transmission modes: TCP Server, TCP Client, UDP Server, and UDP Client. Compact and flexible design with half-pad and through-hole connectors for easy integration. High-performance ESP32 chipset offering excellent RF stability and ultra-low power consumption. Supports remote OTA firmware updates via network connection. Operates at 5V or 3.3V, compatible with a wide range of embedded systems. Ideal for IoT, smart home, and industrial automation applications.

X9 3411 cw/ccw Blade Drone Propeller The X9 3411 CW/CCW Blade Drone Propeller is engineered to boost the performance and reliability of agricultural drones. Built using a robust blend of carbon fiber and nylon alloy, these 34×11-inch folding propellers combine strength with lightweight construction for efficient power transfer and longer flight durations. The foldable design not only helps in reducing drag and noise but also enhances flight stability. Thanks to precision dynamic balancing, the propellers minimize vibrations, ensuring better control and less strain on the drone's components. Compatible with a wide range of drone models and motor systems, these propellers are a trusted upgrade for professionals seeking high-performance aerial solutions in agriculture. Features: Exceptional durability and robustness provide long-term viability. withstands collisions and environmental conditions. Torque distribution is balanced to ensure effective propulsion. Compatible with a variety of drone types and motor configurations. Precision-engineered design ensures smooth and stable flight. Trusted for a variety of recreational and professional uses.

Xarm 1S Hiwonder Intelligent Bus Servo Robotic Arm for Programming With the Xarm 1S Amazing Smart Bus Servo Robotic Arm, discover your creative potential! As a roboticist, hobbyist, or instructor, this amazing robotic arm can help you in bringing your ideas into reality. Discover the worlds of object transportation, remote control grabbing, and graphical programming with ease. The Xarm 1S is driven by six accurate intelligent serial bus servos that provide high torque and real-time feedback on position, voltage, and temperature. This robotic arm can handle things weighing up to 500 grams, making it suitable for a variety of applications. The Xarm 1S is made of high-quality aluminum alloy, which ensures longevity and stability. You'll like the variety of control choices, such as PC, phone app, mouse, and wireless PS2 handle, which allow you to pick the best technique for your needs. Creating sophisticated motions and programming is simple with the Xarm 1S. You may utilize the user-friendly interface on your PC, app, or offline manual editing to create configurable actions. The Xarm 1S allows you to improve your coding abilities, learn about bionic robotics, and bring your designs to reality. Prepare to fire your imagination! Features 6 Degrees of Freedom: Offers full-motion flexibility for complex tasks like gripping, rotating, and lifting with smooth precision. High-Torque Smart Servos: Equipped with intelligent bus servos that provide real-time feedback for accurate and stable control. Multi-Control Options: Can be operated via PC software, mobile app, PS2 controller, or even a mouse for versatile learning experiences. Programmable & Educational: Supports graphical programming, action group editing, and Python-based coding-perfect for STEM learning. Durable Metal Build: Features a high-strength aluminum alloy structure and bearing base for long-lasting performance. Expandable & Developer-Friendly: Compatible with multiple sensors and open-source development for advanced robotics projects.

Xbee S2C 2mW Wireless Module with Antenna The XBee S2C is a wireless RF module that enables data exchange and communication using ZigBee mesh protocols, which are built on top of the IEEE 802.15.4 PHY. Designed for applications that require low latency and predictable communication timing, the XBee 802.15.4 RF modules provide reliable communication in point-to-point, peer-to-peer, and multipoint/star configurations, making them perfect for end-point connectivity. They can be used as a cable replacement for simple serial communication or as part of a hub-and-spoke network of sensors. With the XBee 802.15.4 RF modules, developers can enjoy true beyond-the-horizon connectivity, as they seamlessly interface with compatible gateways, device adapters, and range extenders. The updated XBee S2C 802.15.4 module, built with the Silicon Labs EM357 SoC, offers improved power consumption, support for over-the-air firmware updates, and an upgrade path to Digi mesh or ZigBee mesh protocols if desired. These XBee modules are especially useful for energy and controls markets where manufacturing efficiencies are critical. If you are a current customer, the XBee Zigbee migration guide can help you migrate from S2B XBee ZigBee modules to the S2C XBee ZigBee modules and take advantage of the performance improvements they offer. The XBee 2mW Wire Antenna S2C, the latest module in the Series 2 line, provides cost-effective wireless solutions for electronic devices, enabling point-to-multipoint device connectivity with ease. It is interoperable with other ZigBee feature set devices, including devices from other vendors. The S2C version of the XBee ZigBee Series 2 module uses the EM357 transceiver, which is faster, has lower current draw, and significantly more RAM and Flash. This enables EM357-based modules to support more network traffic, have more memory for code updates, and operate more efficiently. Features : Integrated, Wire Antenna Interoperable with other ZigBee-compliant devices Programmable versions with onboard microprocessor enable custom ZigBee application development Supports binding and multicasting for easy integration into a home automation platform Through-hole form factor enables flexible design 15 general-purpose I/O lines Industry-leading sleep current of sub 1 µA Firmware upgrades via UART, SPI, or over the air