The compute Module 3 is launched by Raspberry Foundation as being the successor of the original compute module which was released in the ear of 2014. Based on the original Raspberry Pi and its Broadcom BCM2835 processor, the first computer module as well as the Computer module 3 is based on Raspberry Pi 3 hardware. Therefore, the name regardless of being only the second version.
Specifications for Raspberry Pi Compute Module 3
As defined in the official Blogspot, the Compute Module 3 announcing its launch with double the RAM and ten times the CPU performance compared to the capabilities of the original Compute Module. As based on the Raspberry Pi 3, the Compute Module 3 with a price tag of $30, 64-bit Broadcom BCM2837 processor comes up with four core, 1GB of RAM and 4GB of flash storage. Nevertheless, Compute module 3 is said to be less than half the size of the Raspberry Pi 3. Ethernet, Display, USB and SD Card socket does not comes with it as well, also it does not support Wi-Fi.
Adding to Compute Module 3, compute Module 3 Lite is also released by the Raspberry Pi Foundation which features the same specification as the Compute Module 3 but in the absence of 4GB of flash storage, SD Card Socket or eMMC Device which can be added to the base board. As it is sold for $25. Compute Module IO Board V3 is also released by the Raspberry Pi Foundation, a circuit board with HDMI connectors and USB along with a SODIMM socket that is in need, to work with Compute Module 3
Why one should buy the Raspberry Pi Compute Module 3
The Compute Module 3 is less expensive and littler, additionally substantially more intense contrasted with the primary variant. In any case, the Raspberry Pi Foundation is not expecting the Compute Module 3 to begin taking off the racks, with its maker Eben Upton foreseeing that it will rather resemble a “slow burn” contrasted with the notoriety of the Raspberry Pi 3, discharged a year ago. This is on the grounds that the Compute Module 3 is not intended for use at home or in school.
Rather, the Compute Module 3 was made considering modern applications, and the individuals who might want to utilize it would first need to plan items that will have a circuit board space to embed the Compute Module 3 into. The signs for the missing ports of the Compute Module 3 can be found on an edge connector which fits into the SODIMM attachment, which is normally for tablet memory redesigns.
This will permit mechanical item planners to pick the ports that they need to have uncovered, and the capacities that they need to incorporate. With having these characteristics, the Compute Module 3 can be used for a wide variety of applications such as equipment, machinery and even robots.