The Raspberry Pi was originally designed to teach learning programming skills, but because of its simplicity, ease of use, and stability, it quickly became a new toy that hardware enthusiasts love.
Xiaobian found that many electronic enthusiasts have made many interesting projects with Raspberry Pi, such as robots, drones and so on. In addition to amateurs, there are also startups that value the potential of the Raspberry Pi as the basis for their hardware products.
This year, the Raspberry Pi fund launched a new product: the Raspberry Pi Compute Module. If you buy a friend, you know that the package inside contains:
· Raspberry Pi computing module IO development board
· Raspberry Pi computing module 3 generations
· Raspberry Pi Computing Module 3 Generation Lite
· Raspberry Pi computing module IO development board camera and display adapter
· 5v 2.5A power supply
· 4 sets of jumpers
· USB A- micro B cable
It can be found that the calculation module retains the core part of the Raspberry Pi, but the interface is removed, and the volume is more simplified. Because the calculation module exists in other hardware, the original form is cumbersome.
The Raspberry Pi computing module 3 generation includes the same processor and memory as the Raspberry Pi 3 generation, and a new 4GB flash memory. All components are integrated and mounted on a small board measuring only 67.6x30 mm, which can be plugged into standard DDR2. SODIMM connector. Its flash memory is directly connected to the onboard processor, allowing the rest of the processor's interfaces to support a fully customizable design.
The Raspberry Pi's computing module was specifically created to be satisfactory for the Pi feature, but requires an embedded design with a smaller form factor design engineer. The module uses the same BCM 2835 system as the Pi B+ for both chip and memory (512MB).
The 4GB onboard embedded multimedia controller (eMMC) flash memory is used to replace the SD card normally inserted in the Raspberry Pilate. The 200-pin connector edge provides access to all inputs and outputs on the module to install a standard DDR2 SODIMM connector.
When using a USB to micro USB cable, the spare USB port on the PC should be connected to the USB connector. Since there is only one USB connector on the CMIO V3 board, a powered USB hub is definitely required to connect the USB keyboard, mouse, and any other USB peripherals to the compute module.
Raspberry Pi's "official" system
If you don't want to eat fast, you have to learn more about Linux, because this is the "official" system of the Raspberry Pi. One difference between Linux and other systems is that it often relies on you to enter instructions instead of clicking on colorful icons.
If you are not mentally prepared, the process of getting started will definitely make you feel very annoyed. But no way, to play with Raspberry Pi, familiar with Linux is a must.
The real highlight is the mechanism called Noobs, a set of files that you can write to micro-SD, to help you automate the installation of the system, and all the tools available, even including Minecraft. Through the I/O board, the design engineer can set up the module to install Raspbian and program the module's flash memory.
Previously, the world's leading distributor of electronic components and development services, e-Community, announced the launch of a new generation of Pi Desktops worldwide, transforming the Raspberry Pi into a fully functional and elegant desktop computer based on Linux. Eliminates complex wiring connections and eliminates the need to reduce peripheral configurations. This greatly facilitates the developer's design.
Nowadays, with the emergence of a large number of mini-computer products, it is a good opportunity for Internet of Things developers, especially products developed based on Raspberry Pi, to help the ideas of electronic enthusiasts become an reality. We can also find that until today, no similar product can reach the height of Raspberry Pi, providing amazing hardware performance and a lot of network support.
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