Creating an embedded computer is a difficult task due to the numerous parameters and limitations that need to be taken into account, as well as very high-tech creation paths. Today, however, we deal with embedded computers practically everywhere. Just take a look around to see modern LCD touchscreens in your immediate surroundings. We can also admire the incredible intelligence of devices that use processors, distinguished by their powerful computing performance. This applies not only to industrial apparatus or video equipment but also to ticket machines on buses and trams, which increasingly rarely resemble those of a few years ago. To design signal paths and high-speed busbars, you need a lot of technical knowledge, as well as experience and great skills. However, the manufacturers of Raspberry Pi decided to make this task easier for us and offered the Raspberry Pi Compute Module, i.e. ready-made modules to create an embedded computer.
Case TEKO for camera and Raspberry Pi Model 3/2/B+ - Light Gray
Index: RPI-06647
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Raspberry Pi CM
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U.FL WiFi Raspberry Pi antenna - for Raspberry Pi CM4
SMA antenna with SMA - U.FL adapter for Raspberry Pi Compute Module 4 . A set compatible only with Raspberry Pi in CM4 version, which is equipped with U.FL antenna connector...
Index: RPI-18212
Index: RPI-18212
Raspberry Pi CM4IO - extension board for Raspberry Pi CM4
An extension module designed for the miniaturized version of Raspberry Pi 4B in the form of Compute Module 4. It allows to lead its connectors to GPIO pins. Additionally it...
Index: RPI-18213
Index: RPI-18213
PiTray mini from DFRobot is an I/O board that allows you to create clusters with the Raspberry Pi Compute Module 4 equipped with USB 2.0 and GPIO connectors. The Compute...
Index: DFR-19023
Index: DFR-19023
Case for Raspberry Pi CM4IO - black-transparent opened
The transparent enclosure designed for Raspberry Pi CM4IO is made of acrylic. The walls are 3mm thick. Housing consists of two parts assembled with included screws and...
Index: GRL-19019
Index: GRL-19019
Industrial Pi has been developed by Chipsee. The heart of the module is Raspberry Pi Compute Module 4 minicomputer with 2 GB RAM and 16 GB eMMC memory and 10.1" IPS touch...
Index: CHI-20052
Index: CHI-20052
The Router Carrier Board Mini is a mini extension in the form of an IoT card for Raspberry Pi Compute Module 4. The extension is equipped with two Ethernet connectors, a...
Index: DFR-19424
Index: DFR-19424
Industrial Pi CM4-70-PA - Raspberry Pi CM4 Compute Module 4 2GB RAM + 16GB eMMC + 7'' display
Industrial Pi is an industrial module that has a Raspberry Pi CM4 minicomputer at its heart. It is equipped with Raspberry Pi Compute Module 4 with 2GB RAM and 16GB eMMC memory...
Index: CHI-20051
Index: CHI-20051
PCIe to USB 3.2 adapter HUB 4x USB - compatible with Raspberry Pi CM4 - Waveshare 18899
PCIe to USB 3.2 adapter created by Waveshare company. After connecting to PCIe slot it expands device interfaces by 4 USB 3.2 ports . Adapter is compatible with CM4IO...
Index: WSR-20090
Index: WSR-20090
Fan 3007 - for Raspberry Pi 4 Compute Module 4 - Waveshare 19720
The 3007 mounting fan manufactured by Waveshare. The component is dedicated for use with Raspberry Pi 4 CM4 computing module. Specially developed design makes the fan fit...
Index: WSR-20114
Index: WSR-20114
Housing for the Raspberry Pi Compute Module 4 and router in the form of a mini IoT expansion card. Made of semi-transparent acrylic, it comes with an efficient heatsink that...
Index: DFR-20377
Index: DFR-20377
Raspberry Pi CM3 - Compute Module 3 - 1.2GHz, 1GB RAM + 4GB eMMC
Miniature version of the popular minicomputer Raspberry Pi 3+. It has the abilities of the classic raspberry with interfaces on connectors DDR2-SODIMM. CM3 has a processor...
Index: RPI-08080
Index: RPI-08080
RPI 3 Compute Module I/O - prototyping board for Raspberry Pi CM3
Prototype board, allowing you to connect the module Raspberry Pi CM3 - Compute Module 3. It contains 120 GPIO pins, HDMI port, USB port, 2x microUSB port, two camera ports and...
Index: RPI-08121
Index: RPI-08121
Raspberry Pi CM3 - Compute Module 3 Lite - 1.2GHz, 1GB RAM
Miniature version of the popular minicomputer Raspberry Pi 3+. It has the abilities of the classic raspberry with interfaces on connectors DDR2-SODIMM. CM3 has a processor...
Index: RPI-08205
Index: RPI-08205
Raspberry Pi CM3+ - Compute Module 3+ Lite - 1.2GHz, 1GB RAM
Miniature version of the popular minicomputer Raspberry Pi 3+. It has the abilities of the classic raspberry with interfaces on connectors DDR2-SODIMM. CM3 has a processor...
Index: RPI-13705
Index: RPI-13705
Raspberry Pi CM3+ - Compute Module 3+ - 1.2GHz, 1GB RAM + 8GB eMMC
Miniature version of the popular minicomputer Raspberry Pi 3+. It has the abilities of the classic raspberry with interfaces on connectors DDR2-SODIMM. CM3 has a processor...
Index: RPI-13706
Index: RPI-13706
Raspberry Pi CM3+ - Compute Module 3+ - 1.2GHz, 1GB RAM + 16GB eMMC
Miniature version of the popular minicomputer Raspberry Pi 3+. It has the abilities of the classic raspberry with interfaces on connectors DDR2-SODIMM. CM3 has a processor...
Index: RPI-13707
Index: RPI-13707
Raspberry Pi CM3+ - Compute Module 3+ - 1.2GHz, 1GB RAM + 32GB eMMC
Miniature version of the popular minicomputer Raspberry Pi 3+. It has the abilities of the classic raspberry with interfaces on connectors DDR2-SODIMM. CM3 has a processor...
Index: RPI-13708
Index: RPI-13708
RPI 3+ Compute Module Dev Kit: Raspberry Pi CM3+, I/O expansion
The Compute Module 3+ kit is a complete platform for Raspberry Pi Compute Module 3+ with all the necessary interfaces. It includes the Raspberry Pi Compute Module 3+ and the...
Index: FAR-14449
Index: FAR-14449
PiLaptop 15,6'' - Raspberry Pi CM3+ Lite - Waveshare 18283
A full-fledged laptop based on the Raspberry Pi CM3+ Lite module, which is an ideal tool to learn programming. The computer is equipped with a 15.6" screen with a...
Index: WSR-17309
Index: WSR-17309
Raspberry Pi CM4 Lite Compute Module 4 - 1GB RAM - CM4001000
Raspberry Pi CM4 Lite is a miniaturized version of Raspberry Pi 4B minicomputer. The module has classic Raspberry capabilities with interfaces terminated on two multi-pin...
Index: RPI-18178
Index: RPI-18178
Raspberry Pi CM4 Compute Module 4 - 1GB RAM + 8GB eMMC - CM001008
Raspberry Pi CM4 is a miniaturized version of Raspberry Pi 4B minicomputer. The module has classic Raspberry capabilities with interfaces terminated with two multi-pin...
Index: RPI-18179
Index: RPI-18179
Raspberry Pi CM4 Compute Module 4 - 1GB RAM + 16GB eMMC - CM4001016
Raspberry Pi CM4 is a miniaturized version of Raspberry Pi 4B minicomputer. The module has classic Raspberry capabilities with interfaces terminated with two multi-pin...
Index: RPI-18180
Index: RPI-18180
Raspberry Pi CM4 Compute Module 4 - 1GB RAM + 32GB eMMC - CM4001032
Raspberry Pi CM4 is a miniaturized version of Raspberry Pi 4B minicomputer. The module has classic Raspberry capabilities with interfaces terminated with two multi-pin...
Index: RPI-18181
Index: RPI-18181
Raspberry Pi CM4 Lite Compute Module 4 - 1GB RAM + WiFi/Bluetooth - CM4101000
Raspberry Pi CM4 Lite is a miniaturized version of Raspberry Pi 4B minicomputer. The module has classic Raspberry capabilities with interfaces terminated on two multi-pin...
Index: RPI-18182
Index: RPI-18182
Human limitations and technological capabilities, so why do you need the Raspberry Pi Compute Module?
Developing a new design of the embedded computer not only takes much time but also entails the risk of large errors at each stage of creation. Not all of them can be detected immediately, moving on to the next ones and continuing the technological design. Only later it turns out that it is impossible to create a embedded computer or it will not meet our initial assumptions. The design must include a dense integrated circuit, they do not exist in all cases. The very high requirements for fast signals are also important. The power supply system should be well thought out and heat dissipation should not be forgotten. Sometimes it also happens that selected components are not compatible with each other, which translates into a lack of cooperation. All this makes the process of creating a embedded computer very difficult, time-consuming and expensive.
However, you can take advantage of an easier and definitely more human-friendly option – the Raspberry Pi Compute Module. They will help you create a project using the computing power of the popular Raspberry. You can be sure of full software compatibility with the main product line, but also of maximum simplified integration of your computer with the motherboard of the selected application. The module is a board that fits into a 200-pin SODIMM connector. Raspberry is ready to work after connecting power, digital interfaces and GPIO lines.
You have a choice! Raspberry Pi Compute Modules in different variants
Without a doubt, the latest version of the Raspberry Pi Compute Module 3+ deserves special attention. We'll find as many as 48 GPIO lines in it. You can use 2 x I2C, 2 x SPI, 2 x UART, HDMI and USB 2.0. There are also interfaces that are parallel for LCD displays and cameras. However, our shop also offers other versions of the Raspberry Pi Compute Module, among them CM3 and CM3 Lite and CM3+ Lite. As far as the initial versions are concerned, they are powered by a BCM2837 processor with a 1.2 GHz clock speed and 1 GB RAM. CM3 version has 4 GB of memory, and if you decide on CM3+ version, you can work on BCM2837B0 processor with eMMC memory with 8, 16 or 32 GB. This shows that the Raspberry Pi Compute Module is a proposal for those who have the first design of an embedded computer, as well as for those who can boast of considerable experience. It is certainly a very good solution for everyone, which will speed up and facilitate the whole creation process and minimize the number of possible mistakes. Creating embedded computers with the Raspberry Pi Compute Module is a completely unique experience.
Take a look at our range of Raspberry Pi Compute Modules and create your first or next embedded computer quickly, easily and flawlessly with guaranteed component compatibility and performance.