Page 1 of 1

FriendlyARM Releases a Compact Kit Carrier Board

Posted: Tue Jan 05, 2016 8:13 am
by FATechsupport
FriendlyARM released a Compact Kit carrier board which contains most popular hardware resources.

For more details please check this link:
http://www.friendlyarm.com/index.php?ro ... duct_id=94

Re: FriendlyARM Releases a Compact Kit Carrier Board

Posted: Thu Sep 11, 2025 8:09 am
by Therhang
FATechsupport wrote:
FriendlyARM released a Compact Kit carrier board which contains most popular hardware resources.

For more details please check this link:
http://www.friendlyarm.com/index.php?ro ... duct_id=94space waves

Does this Compact Kit support additional GPIO expansion compared to the NanoPi boards?

Re: FriendlyARM Releases a Compact Kit Carrier Board

Posted: Mon Sep 22, 2025 1:55 am
by JettSnelling
This compact carrier board looks really promising for developers who need essential hardware resources in a small form factor! I've been working on some embedded projects lately, and when I need a mental break from debugging, I often play Block Blast to clear my head. It's amazing how a quick puzzle game can help you return to coding with fresh perspective. Looking forward to seeing the detailed specs on this FriendlyARM release!

Re: FriendlyARM Releases a Compact Kit Carrier Board

Posted: Thu Oct 09, 2025 12:52 pm
by Madeline2
FriendlyARM has launched a new compact kit carrier board designed for embedded systems and DIY projects, offering solid performance in a small form factor. Definitely worth a look if you're into hardware builds — check it out to see more about its features and specs.

Re: FriendlyARM Releases a Compact Kit Carrier Board

Posted: Thu Dec 04, 2025 3:54 am
by AaronMillwood
FATechsupport wrote:
FriendlyARM released a Compact Kit carrier board which contains most popular hardware resources.

For more details please check this link:
http://www.friendlyarm.com/index.php?ro ... duct_id=94Slope Game

Wow, FriendlyARM, a compact kit carrier board! Prototyping just got easier. Smaller designs are where it's at. Imagine a world where hardware analyzes beauty.