Raspberry PI
-
Raspberry Pi CM3
The CM3 and CM3 Lite modules make it easier for engineers to develop end-product system modules without having to focus on the complex interface design of the BCM2837 processor and concentrate on their IO boards. Design interfaces and application software, which will greatly reduce the development time and bring cost benefits to the enterprise.
-
Raspberry PI CM4 IO BOARD
ComputeModule 4 IOBoard is an official Raspberry PI ComputeModule 4 baseboard that can be used with the Raspberry PI ComputeModule 4. It can be used as the development system of ComputeModule 4 and integrated into terminal products as an embedded circuit board. Systems can also be created quickly using off-the-shelf components such as Raspberry PI expansion boards and PCIe modules. Its main interface is located on the same side for easy user use.
-
Raspberry PI POE+ HAT
Before installing the PoE+ HAT, install the supplied copper posts at the four corners of the circuit board. After connecting the PoE+HAT to the 40Pin and 4-pin PoE ports of the Raspberry PI, the PoE+HAT can be connected to the PoE device through a network cable for power supply and networking. When removing the PoE+HAT, pull the POE + Hat evenly to release the module smoothly from the pin of the Raspberry PI and avoid bending the pin
-
Raspberry Pi Zero 2W
Based on the previous Zero series, the Raspberry Pi Zero 2W adheres to the Zero series design concept, integrating the BCM2710A1 chip and 512MB of RAM on a very small board, and cleverly placing all components on one side, making it possible to achieve such high performance in a small package. In addition, it is also unique in heat dissipation, using a thick internal copper layer to conduct heat from the processor, without worrying about high temperature problems caused by high performance.
-
Raspberry Pi Pico series
This is the first micro-controller development board based on the Raspberry Pi self-developed chip to add Infineon CYW43439 wireless chip. CYW43439 supports IEEE 802.11b /g/n.
Support configuration pin function, can facilitate users flexible development and integration
Multitasking takes no time, and image storage is faster and easier.
-
Raspberry Pi Build HAT
The LEGO Education SPIKE Portfolio has a variety of sensors and motors that you can control using the Build HAT Python library on the Raspberry Pi. Explore the world around you with sensors to detect distance, force, and color, and choose from a variety of motor sizes to suit any body type. Build HAT also supports motors and sensors in the LEGOR MINDSTORMSR Robot Inventor kit, as well as most other LEGO devices that use LPF2 connectors.
-
Raspberry Pi CM4
Powerful and small in size, Raspberry Pi Compute Module 4 combines the power of the Raspberry PI 4 in a compact, compact board for deeply embedded applications. The Raspberry Pi Compute Module 4 integrates a quad-core ARM Cortex-A72 dual video output along with a variety of other interfaces. It is available in 32 versions with a range of RAM and eMMC flash options, as well as with or without wireless connectivity.
-
Raspberry PI Sense HAT
Raspberry Pi official authorized distributor, worthy of your trust!
This is a Raspberry Pi original sensor expansion board that can integrate gyroscopes, accelerometers, magnetometers, barometers, and temperature and humidity sensors, as well as on-board peripherals such as an 8×8 RGB LED matrix and a 5-way rocker.
-
Raspberry Pi Zero W
The Raspberry Pi Zero W is the new darling of the Raspberry PI family, and uses the same ARM11-core BCM2835 processor as its predecessor, running about 40% faster than before. Compared with the Rasspberry Pi Zero, it adds the same WIFI and Bluetooth as the 3B, which can be adapted to more fields.