Without a doubt, the Raspberry Pi is one of the hottest single board computers on the market today. At the end of February, the Raspberry Pi Foundation unexpectedly released the new generation upgrade version - the Raspberry Pi 3. After a long month of waiting, we finally got our hands on the official production version of the Raspberry Pi 3. Adhering to the principle that good things should be shared, we are excited to share this with all netizens.

From the

From a personal perspective, I will briefly summarize the information gathering before the point. In essence, most of the content is similar; when encountering a solid wall, there is no need to struggle, after all, all roads lead to Rome. (Experts can also share their views~ Learning from all the experts!!) 

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To build a "God's view", preliminary information gathering is essential, whether to understand a person, a business, or to delve into a system, all require "information". Experts

For those who need to develop products based on the OpenWrt platform, the target audience can be divided into two categories:

• Pure software development based on x86 hardware. For example, the recently popular fnOS is a system deeply customized based on Linux, which only requires running a virtual machine to develop and debug software.

• Product development for network devices, such as home wireless routers, gateways, enterprise-grade APs, etc. These devices often do not use x86 hardware and need to be cross-compiled to

This time I have summarized the issues with the Raspberry Pi 5 to see if it is worth buying. Additionally, I will cover some details that were not discussed in previous videos.

Raspberry Pi SoC Process Issues

I checked the official response from Raspberry Pi, and this time the Raspberry Pi 5 uses three brand new chips.

The SoC used is Broadcom BCM2712, which is a 16nm SoC. Compared to the RK3588's 8nm, the difference is indeed significant. However, the BCM2712's benchmark scores