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A detailed comparison of the NanoPC-T2/T3 boards with others
Posted: Mon May 23, 2016 3:44 pm
by FATechsupport
Here is an interesting post comparing the NanoPC-T2/T3 and other popular boards:
http://wiki.ant-computing.com/Choosing_ ... .2F05.2F21
Re: A detailed comparison of the NanoPC-T2/T3 boards with others
Posted: Sun Jul 17, 2016 1:32 am
by ElectricJoe
Was nicely surprised when discovering FriendlyARM. You have quite a lineup on little boards. An overview/comparison of key features and performance would help a great deal to familiarize oneself with this lineup. Or did I miss that overview table?
Re: A detailed comparison of the NanoPC-T2/T3 boards with others
Posted: Fri Jul 22, 2016 1:08 am
by FATechsupport
Hi here a very informational post which you might be interested in:
http://wiki.ant-computing.com/Choosing_ ... build_farm
Re: A detailed comparison of the NanoPC-T2/T3 boards with others
Posted: Sun Apr 09, 2017 4:18 am
by opmalac5
Yes, it indeed is very interesting. I need to have a closer look at this. Thanks for sharing.
Re: A detailed comparison of the NanoPC-T2/T3 boards with others
Posted: Tue Jul 28, 2020 11:04 am
by Jeremy77
Thanks for the comparison! Pretty useful!
Re: A detailed comparison of the NanoPC-T2/T3 boards with others
Posted: Sun Nov 14, 2021 1:10 pm
by ibraheem.alkilanny
Rebuilding a PCB using nanopi T2
Dear
I am asking if I can build my own custom PCB with some adds/deletes in the ICs used in T2. I know that the software is already open source (linux, android, u-boot, ...), but I would like to use some ICs from your board like "Samsung Quad Core Cortex-A9 S5P4418 SoC" from my PCB.
The question is, many drivers from your code are binary (closed source), can I use them in my custom built PCB to use the same ICs in your board T2 ? Or do I need further permissions?
Please let me know. Thank you
Re: A detailed comparison of the NanoPC-T2/T3 boards with others
Posted: Wed Apr 16, 2025 10:31 am
by DylanAndrew44
The NanoPC-T2/T3 boards are great for tasks requiring strong performance and efficient I/O, especially with their higher RAM options. Compared to boards like the Raspberry Pi, they excel in multi-tasking and power efficiency. However, Raspberry Pi has the edge in community support and resources. It depends on your project’s needs—whether you prioritize raw power or community-driven resources. What’s your take on their real-world performance?