Gigabyte launched their AppliedMicro X-Gene 1 server on 64bit. This server can connect into for example the Annapurna storage server. By October Gigabyte will also be shipping the AppliedMicro X-Gene 2 server with DDR4 speed, lower power consumption, where AppliedMicro designs their custom SoC with many features integrated and performance and power consumption optimized. You can also see my tour at AppliedMicro featuring the X-Gene 1 and X-Gene 2: http://armdevices.net/2014/12/11/how-the-appliedmicro-x-gene-arm-server-processors-are-designed/
Allwinner launches their convertible-optimized Octa-core ARM Cortex-A7, similar to the Allwinner A83T Octa-core but at a higher clock speed for both the CPU and the PowerVR GPU. The roadmap for Allwinner's productivity processors and solutions includes multi-window Android support in Q3 2015 and also a 64bit Allwinner R88 processor with Windows 10 support by the end of the year.
Remix Android presented on this Jide 11.6” tablet that was launched on Kickstarter. Remix presents a multi-window UI and they say firmware-level changes to Android for combining tablet apps with productivity features for the Android convertible. Jide Remix is being made by a large software team in Beijing headed by 3 ex-Googlers and it is being manufactured by Foxconn. For now it's Nvidia Tegra4 based, and they are designing a next generation with a faster ARM processor and with a design that doesn't look as similar to a Microsoft Surface tablet.
Nvidia has launched their Nvidia Tegra X1 Octa-core ARM Cortex-A57/53 big.LITTLE based Nvidia Shield Android TV Home Console Set-top-box with their 256-core Maxwell GPU for and impressive 4K gaming experience. Right now due to Android limitations the gaming is limited at 30 frames per second, but this could be pushed to 60 frames per second through a firmware update if Android TV will support it soon enough, the Maxwell 256-core GPU should support it. Advanced Android games look quite good, it plays back 4K video.
For all devices with screens above 6.5", Allwinner will be partnering with Qualcomm to provide afforable LTE Tablet SoCs accelerating time to market through Allwinner's network of turnkey design houses, with fast component customization, offering system solution services for those OEMs and ODMs creating 4G LTE-enabled tablets to be powered by Qualcomm Snapdragon 410 and 210 processors, as Allwinner is a provider of total system solutions for the Android tablet ecosystem. The Qualcomm Snapdragon 410 supports 4G LTE Global Mode, with 7 mode support (LTE FDD, LTE TDD, WCDMA, TD-SCDMA, EV-DO, CDMA 1x, GSM/EDGE), Cat 4 speeds of up to 150 Mbps, Up to 13 Megapixel Camera and 1080p Full HD video playback on 1280x800 display.
MediaTek are showing their first Chromebook, with a dual ARM Cortex-A72 with dual ARM Cortex-A53 big.LITTLE of their "world's fastest" MT8173 SoC with SGX6250 GPU. MediaTek are optimizing the Chrome OS performance in partnership with Google to get this launched as soon as possible, though probably not before the beginning of next year they say. It has dual USB Type-C, one of which can output to a secondary display. For the final product, the built-in Chromebook display can be up to 2K resolution, now showing off 1366x768 on this prototype. Fast charge through the USB Type-C will work. The displays could be 11.6" or 13", the displays will probably be 1366x768 or 1920x1080. The target is affordable pricing. MediaTek together with Imagination and Google are the first to optimize the PowerVR6 GPU for Chrome OS, trying to take advantage of all its heterogeneous multiprocessing speecs to try to optimize the performance. MediaTek is revisiting their optimization approach to upstream all of their work, soon enough people will be able to get all of the source code that they are developing to get this ready.
Gigabyte shows their "fastest ARM Server in the world" solution, packing 384 cores into a standard 2U. Big cloud companies like Google, Facebook, Amazon could buy these to fill up their datacers with 11 thousand or 15 thousand of them. Gigabyte's ARM Server product manager talks about the performance, the features compared to the old fashioned Intel x86 servers, the power consumption is much lower. Gigabyte will launch the mass production in November, now providing samples for validation and testing by their big cloud company customers around the world. The 48-core ARM ThunderX Processor uses about 95W, while the comparative-performance Intel x86 based server processor consumes 145W, totally the saving is about 400W per 2U system, which means a potential saving of 8000W power per server rack. Gigabyte started using ThunderX in their R120-T30 single-socket server, moving to the dual socket design to be ready for taking over the massive cloud computing market.
Allwinner has been optimizing some solutions for In-Car infotainment following on the work being done by Allwinner with companies like Jeavox who are using Allwinner in the car.
Gigabyte is launching a whole range of ARM Powered Servers at Computex 2015: Gigabyte H279-T70 based on the Cavium ThunderX with 384 cores in a 2U system, Gigabyte D120-S3G featuring the Annapurna Labs Alpine AL5140 quad-core ARM Cortex-A15 and the Gigabyte R120-P30 is based on the Applied Micro X-Gene 1 Octa-core 64bit processor.
At the IDTechEx show, Sharp demonstrates Memory LCD technology that delivers high-contrast, high-resolution displays for outdoor use. They are already being used in the quite popular Pebble watch. These LCD modules embed 1-bit memory in every pixel to enable each pixel to hold state while requiring low power. This delivers an "always on" display that uses little power (only a single supply voltage is required), even when updating images. This helps designers create products with long battery life. It also eliminates sweeping images or "ghosting", because only the part of the image that requires updating needs to be changed. The response time of Sharp's Memory LCDs makes it fast enough to display motion video. Right now Memory LCD is thus a quite good contender for the Smartwatch market, with Android Wear being a possibility also, perhaps Smartphones could use Memory LCD also to design a smartphone with potentially weeks of battery life instead of a day or two.