ARTIK



ARTIK5 and 10 are based on Exynos5 SOC, board is shipping : NIC, WiFi, BT, BLE (GATT PXP and HRP profiles)

Reference
For reference please head to the official documentation at :


 * http://artik.io

The purpose of this page is to give complimentary information that really matters to developers, like sharing R&D recipes, and share knowledge and efforts to provide the best support for favorites OS.

Cloud or Modules
ARTIK is positioned to facilitate rapid IoT development, but does so with two strategies. Namely, the ARTIK brand refers to a cloud technology (software service) as well as a module technology (hardware integration.) According to the top level ARTIK website, '''Your IoT journey starts here. Choose one or both:'''


 * ARTIK hardware modules
 * ARTIK cloud interfaces

ARTIK Development
A third strategy to using the ARTIK platform, is to start from the developer portal which documents both module and cloud IoT technologies.


 * ARTIK developer portal

Supported OS

 * Fedora : https://github.com/SamsungARTIK/build-artik
 * Tizen : https://wiki.tizen.org/wiki/Category:ARTIK
 * Ubuntu : snappy
 * Yocto : https://github.com/resin-os/meta-artik/
 * Yocto : http://koansoftware.com/en/content/yocto-project-meta-layer-samsung-artik

Hardware Specs and Platform Status
ARTIK is an IoT enthusiast's dream, but includes hardware circuits for which no software device drivers exist. While 802.3, 802.11, and Bluetooth (even 4.1!) logic is built into the kernel and works out of the box, 802.15.4, ZigBee, 6LoWPAN, Z-Wave, LPWA, and SigFox only work sparingly or not at all. A partially complete list of hardware features follows.


 * Ethernet / NIC : AX8817X USB NIC : supported by asix.ko
 * WiFi
 * Bluetooth / BLE
 * GPU : ARM Mali
 * LPWAN

Fedora / IoT Messaging
Out of the box, ARTIK module boards include messaging brokers in their eMMC based OS. In addition to Mosquitto, it's easy to install RabbitMQ and ZeroMQ with the dnf(1) (fork of yum) package manager.

Production
A hypothetical business work flow leading to a market viable IoT product starts with a ARTIK 5 or 10 hardware computer on which all supporting circuitry is optimized away, except for the ARTIK module itself and a subset of peripheral devices (maybe power management or non module circuitry like the Atmel 8520 chip for SigFox RF.)

Resources:

 * http://artik.io/
 * https://blogs.s-osg.org/tag/artik/
 * https://wiki.tizen.org/wiki/Tizen_On_ARTIK
 * https://fccid.io/document.php?id=3035789
 * https://developer.artik.io/documentation/developer-guide/gpio/gpio-mapping.html