FriendlyARM Releases NanoPi2, A Cortex A9 Quad Core ARM Boar

[admin]

The NanoPi2 quad core Cortex A9 Linux single board computer has been
released as a high performance companion to FriendlyARM Computer Company’s
NanoPi board. NanoPi2 features a Samsung S5P4418 Quad Core A9 processor at
1.4GHz. The NanoPI2 includes 1GB of 32bit wide DDR3 RAM, loads of video
modes and display interfaces, and two MicroSD slots. The on-board AP6212
Wireless and Bluetooth chip provides 802.11 b/g/n, AP mode, BLE 4.0 and HS
mode. This is a complete open source project with open source boot-loader,
kernel, and file systems. New Wiki and Git Repositories with plenty of
tutorials fill out the support system. NanoPi2 sells for only $32 US and
has a 40 pin header compatible with Raspberry Pi and NanoPi, and the Matrix
family if sensors and drivers.



NanoPi2 Features:
SoC: Samsung S5P4418 Quad Core Cortex-A9, 1.4G Hz
RAM: 1GB 32bit DDR3
Storage: 2 x Micro SD Slot
Connectivity: AP6212 WiFi/Bluetooth, 802.11 b/g/n, AP mode, BLE 4.0, HS
mode
HDMI: 1 x HDMI 1.4A, Type-A
LCD: 0.5 mm pitch SMT FPC seat, full-color LCD (RGB: 8-8-8)
Camera: 0.5mm spacing 24 pin DVP interface
GPIO: 40 pin GPIO pin header, compatible with Raspberry Pi’s GPIO pin
header
Debug Serial Port/UART0: 2.5 mm spacing 4pin interface
USB: Micro USB 2.0 host Type-A; for data transmission and power input
OS: Android or Debian
PCB: Six-layer
Dimension: 75 x 40 mm
Weight: 22 g



The NanoPi2’s fast processor makes quick work of booting Linux and Android
from a TF card. The Raspberry Pi compatible GPIO 40 pin header makes it
compatible with both Raspberry Pi external GPIO modules and Arduino shield
boards. The two MicroSD slots support two external TF or MicoSD cards. One
for the OS and the other for user application data. There is a header for
an RTC battery. The video and display interfaces include a high def DVP
camera interface, an HDMI interface and an LCD interface which works with
various popular display devices. The NanoPi2 on-board AP6212 Wireless and
Bluetooth chip supports 802.11 b/g/n, AP mode, BLE 4.0 and HS mode. The
MicroUSB connector is seen by a Linux host as an Ethernet Gadget. One UART
is brought out to a serial header and provides a serial terminal. On the
NanoPi2 Wiki, FriendlyARM open sources the schematics, PCB, boot-loader,
kernel and file systems, and provides plenty of tutorials and code samples.


Wiki site: http://wiki.friendlyarm.com/wiki/index.php/NanoPi_2
Github: https://github.com/friendlyarm
NanoPi site: http://www.nanopi.io
Home site: http://www.friendlyarm.com

North and South American Sales from ARMWorks, LLC http://www.andahammer.com

The ARMWorks Git repository has work on alternate boot code, automated
generation of the uSD with OS, automated Debian builds (DIBS Debian Image
Build System) and other tools by the ARMWorks International Development
Team for NanoPi and NanoPi2. https://github.com/armworks

[FATechsupport]

We will publish our latest product information here

[bevvy3799]

That NanoPi2 sounds like a fantastic little board! The open-source focus and abundant tutorials are especially appealing. It reminds me of some indie game projects where developers prioritize accessibility and community support. Speaking of which, if anyone's looking for a fun, simple distraction while tinkering with their hardware, check out Snow Rider 3D. Simple, engaging and a good way to relax after a long day of coding with NanoPi.

[thriftadjoining]

The two MicroSD slots support two external TF or MicoSD cards. One
for the OS and the Retro Bowl other for user application data. There is a header for
an RTC battery.

[Aimeearper]

The mix of open source flexibility and solid hardware is appealing, yet documentation gaps can slow you down. I once struggled setting up drivers on a similar SBC and lost hours chasing missing dependencies. Sharing thoughts here in a Connections Game kind of way, it reminds me how crucial clear guides are.

[cmazjosdu9]

Hy Guys,
Interesting to see FriendlyARM pushing forward with the NanoPi2 compact boards like this really show how far ARM devices have come in terms of performance and efficiency. What stands out to me is how communities around these boards often value not just specs, but the overall user experience, support, and reliability over time. It’s kind of similar to how people judge other products too whether it’s tech or even something like fashion. I came across https://apricocia.com recently and noticed people highlighting build quality and responsive support as key reasons they trust it, which feels like the same principle in a different space.

[Wlliams_Mendirna]

I was trying to find support programs and came across a page that explains everything clearly. It doesn’t feel complicated and is easy to follow. It helped me understand what steps to take next. You can explore this easy info guide anytime.