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Review The Asus Tinker Board UpdatedIn the years since the launch of the original Raspberry Pi we have seen the little British ARM based board become one of the more popular single board computers in the hobbyist, maker, and hacker communities. It has retained that position despite the best efforts of other manufacturers, and we have seen a succession of competitor boards directly copying it by imitating its form factor. None of them have made a significant dent in the sales figures enjoyed by the Pi, yet they continue to appear on a regular basis. We recently brought you news of the latest challenger in this arena, in the form of the Asus Tinker Board. This is a board that has made us sit up and take notice because unlike previous players this time we have a product from a giant of the industry. Most of us are likely to own at least one Asus product, indeed there is a good chance that you might be reading this on an Asus computer or monitor. Rockchip Batch Tool Load Firmware Failed' title='Rockchip Batch Tool Load Firmware Failed' />Asus have made some very high quality hardware in their time, so perhaps this product will inherit some of that heritage. Thus it was with a sense of expectation that we ordered one of the first batch of Tinker Boards, and waited eagerly for the postman. Update A member of the Asus Marketing team read this review and contacted Hackaday with some updated information. According to our discussion, the Tinker Board has not officially launched. This explains a lot about the current state of the Tinker Board. As Jenny mentions in her review below, the software support for the board is not yet in place, and as comments on this review have mentioned, you cant source it in the US and most other markets. An internal slide deck was leaked on Slide. Share shortly after CES which explains our earlier coverage, followed by one retailer in the UK market selling the boards ahead of Asus launch date which is how we got our hands on this unit. Asus tells us that they are aiming for an end of February launch date, perhaps as soon as the 2. United States, UK, and Taiwan. Other markets might have some variation, all of this contingent on agreements with and getting stock to regional distributors. With the launch will come the final OS Distribution Tinker. Rockchip Batch Tool Load Firmware Failed' title='Rockchip Batch Tool Load Firmware Failed' />OS based on Debian, schematics, mechanical block diagrams, etc. Asus tells Hackaday it is a top priority to deliver hardware video acceleration for the Rockchip on the Tinker Board. The Board Support Package which hooks the feature into Linux is not yet finished but will come either on launch day or soon after. This is the end of the update, please enjoy Jenny Lists full review below. First Impressions. Just what you want the postman to deliver The packaging is as professional as youd expect from such a large manufacturer, a small cardboard box with the Tinker Board logo on top. Open it up, and the board sits encased in an anti static bag on a cardboard tray. Under the tray is a flimsy instruction leaflet, and a stick on heatsink for the Tinker Board processor. Unpacking the board it is immediately obvious that it is a faithful physical clone of the Raspberry Pi form factor. Unlike some Pi clones such as the Odroid boards it has micro SD card, camera, and LCD connectors in exactly the same places as those on the PI, and replicates all the Pis external connections. Its a safe bet that this will fit inside the majority of Raspberry Pi cases. It does manage to fit in a little extra though, there is a detachable antenna connector for the onbard wireless chipset, and hidden between the LAN and USB connectors are a pair of unpopulated holes for PWM and SPDIF audio. The Tinker Board in all its glory. On the board itself, aside from the Rockchip RK3. Metallica - Rock In Rio Madrid 2010 [Dvdrip][Spanish] here. Rockchip RK8. 08 power managementclock chip, Realtek Ethernet and audio codec chips, and a Genesys USB hub chip. There is also a wireless module with that detachable antenna, handling both 8. Bluetooth. On the underside are the RAM chips, and the SD card socket. The aesthetic design is pretty noticeable, with the board featuring patterns and labels for each connector. A particularly nice touch comes with the GPIO header, its plastic is colour coded to identify the different types of pin. Getting started with the Tinker Board is a very similar process to doing so on the Raspberry Pi. Connect a suitably powerful micro USB charger to its power port, add an HDMI monitor and a USB keyboard and mouse combo, and you can boot an OS from a micro SD card. A Few Potholes In The Road. At this point though, we encounter a snag. A Raspberry Pi owner is used to visiting the website, clicking on the download link, selecting an operating system image, and following the comprehensive instructions, but Asus Tinker Board users get the following instructions in their leaflet Download the OS image from the Tinker Board website and burn it into the micro SD card using a third party ISO software, such as Win. Disk. Imager. This all sounds extremely promising, but for one unfortunate omission. There is no Tinker Board website. Thats right, a huge multinational hardware company has produced a high quality product, and neglected to create the online component that goes with it. For those prepared to search, there is now a section of the Asus driver download site on which you can find some downloadable resources including a pair of OS images. This was nowhere to be seen for a while after the product was available for sale, but appeared before packages started landing on doormats. Presumably someone at Asus was alerted to the dismal prospect of being panned for providing a product with no software, and that was the best they could do. Were guessing most Hackaday readers will find no problems installing a downloaded image onto an SD card, which is handy because Asus havent provided any instructions. Its probably fortunate then that the Raspberry Pi Foundations instructions will also work with the board. The Tinker Board As A Desktop Computer. The most important test for a new computer. So having probed the recesses of the Asus support system for a Debian image, our Tinker Board was brought to life. After a pretty fast boot up sequence we were rewarded with an LXDE desktop with a couple of folders containing GPIO and Wiring. Pi software to help get started talking to hardware. Connecting an Ethernet cable and firing up Chromium gave us a respectably quick general purpose web browsing platform that is noticeably faster than the same experience on either the Raspberry Pi 3, or the Odroid C2. After a few minutes use though an odd problem became apparent, corruption in anything typed. This was traced by substitution of peripherals to our bench keyboard, a vintage IBM Model M. Its the standard input device hereabouts and has been for many years, and it and a Microsoft mouse are permanently plugged into a PS2 to USB adapter that hangs off the bench USB hub to avoid the computer having to supply the Model Ms hefty power requirement. This combo has worked with innumerable computers of all varieties over the years, yet for some reason the Tinker Board is the first to balk at it. A substitution to a USB keyboard and mouse fixed the issue, but it points to there being something amiss with the boards handling of USB  peripherals. The GIMP is as smooth as youd expect it to be on your PC. With a working keyboard then the Tinker Board makes a very capable desktop machine.