Subject: Systems | September 25, 2017 - 04:15 PM | Jeremy Hellstrom
Tagged: asus, tinker, SoC, Rockchip, rk3288, Mali-T760, Cortex-A17
ASUS' take on single board computers is the new Tinker Board, powered by a 1.8 GHz Cortex-A17 based Rockchip RK3288 and a 600MHz Mali-T760 GPU which share 2 GB of LPDDR3. Storage is handled by a microSD slot, or the four USB 2.0 ports and the Tinker offers Gigabit wired connectivity as well as optional WiFi. You have a choice of operating systems, either Marshmallow flavoured Android or the Debian based Tinker OS, depending on which you prefer.
The Tech Report tested out the Tinker Board and found the hardware to outpace competitors such as Raspberry Pi, however the lack of software and documentation hamstrung the Tinker Board badly enough that they do not recommend this board. This may change in time but currently ASUS needs to do some work before the Tinker Board becomes an actual competitor in this crowded market.
"Asus' Tinker Board single-board computer wants to challenge the Raspberry Pi 3's popularity with a more powerful SoC and better networking, among other improvements. We put it to the test to see whether it's a worthy alternative to the status quo."
Here are some more Systems articles from around the web:
- PCSpecialist Apollo X01 (i7-7820X & 1080 Ti) System @ Kitguru
- HP Omen Desktop PC @ Techspot
- Upgrade My PC Please! Episode 1: The First 5 @ Techspot
- The Tech Report System Guide: September 2017 edition
Subject: General Tech | January 29, 2017 - 12:53 AM | Tim Verry
Tagged: asus, tinker board, Rockchip, rk3288, cortex a17, Raspberry Pi, sbc, 4k, kodi, xbmc
Asus is jumping into the single board computer market with its 90MB0QY1-M0EAY0 Tinker Board. With a physical layout matching the latest Raspberry Pi 3, the Tinker Board offers up faster hardware including support for 4K H.264 video decode.
The single board PC offers up the following I/O options:
- 4 x USB 2.0
- 1 x Gigabit Ethernet
- 1 x HDMI 2.0
- 1 x Micro SD (UHS-1)
- 1 x Micro USB (for power)
- 1 x Audio (192 Hz / 24 bit)
- 40 pin header (28 pin GPIO)
- 1 x CSI (camera)
- 1 x DSI (display)
- PWM and S/PDIF solder points
Asus has opted to use a 32-bit ARM processor to power the device rather than the 64-bit SoC found in the Raspberry Pi 3. Specifally, Asus is using the Rockchip RK3288 which features four ARM Cortex A17 CPU cores clocked at 1.8 GHz and a Mali-T764 GPU. The SoC is paired with 2GB of LPDDR3 memory and wireless radios for 802.11n and Bluetooth 4.0.
Compared to the Raspberry Pi, the Asus Tinker Board has twice the RAM and allegedly twice the processing power with GeekBench score of 3,925 versus the Pi’s 2,092. The Mali-T764 GPU is capable of 4K H.264 (and 10-bit H.265) video decoding which makes it better than the Pi which can only do 1080p in hardware. The cores are clocked faster on the Tinker Board but obviously do not support 64-bit instructions. The increase of system memory is perhaps the biggest boon for those looking to use it for a cheap desktop or media streamer. And for those using analog audio, Asus has included its own audio solution that is, at least on paper, much better than the Pi's.
The Asus SBC reportedly uses up to 5 watts of power with an average power usage of 2.25 watts when playing back a 1080p video with a HDMI display attached.
The Tinker Board at launch is compatible with Debian OS and Kodi media playback software.
The physical layout matches that of the Pi meaning it should be compatible with cases and is potentially a drop in replacement for products powered by a Pi so long as it can supply enough power.
It is currently available from British retailer Farnell for £45.83 ($56.91) or £55 ($68.30) with VAT. It does not appear to be avaiable on this side of the pond quite yet but you can import it if you want to get your hands on it.
More competition in the single board PC space is a good thing, but I do wonder how successful the Asus Tinker Board will be. It is faster, but it is also nearly twice as expensive as the Pi. A lot is going to depend on how well it is received by the software and modding communities and how well Asus supports that Rockchip processor with various Linux distributions and applications at launch and over time. The Pi’s VideoCore IV GPU is closed source and getting information from Broadcom is a pain, but at least it is a known quantity at this point and the boards using it (like the Pi) have the market share and community support to get things working with it. I am also curious how well the audio solution works and whether or not the Gigabit Ethernet port can actually hit gigabit speeds.
What are your thoughts on the Asus Tinker Board?