E-Bot shows good value tablets such as their $96 7.85″ A31S, $132 9.7″ Retina RK3188 and A31, $52 A20 1024×600, $76 1280×800 IPS A31S and more, prices are for 1K bulk orders.
Mele is finalizing the software optimizations including maximizing the number of Android games to be optimized for game joysticks gameplay, now starting to ship their newest A1000G Allwinner A31 Quad-core ARM Cortex-A7 based Set-top-box. The performance may be about PS2 grade at the moment, with above PS3 type quality that may be expected once Allwinner releases an ARM Cortex-A15/A7 big.LITTLE platform later in the year. You can order the Mele A1000G A31 box here.
Pipo’s yet most popular RK3188 tablet, this is their 10.1″ 1280×800 IPS RK3188 tablet. They sell more than Rockchip can yet provide of the RK3188 processor, the demand being so huge for this product. This is perhaps one of the first RK3188 devices that was introduced on the market, it’s also perhaps one of the first RK3188 devices with Android 4.2 pre-loaded.
Saving a lot of money compared to using x86 for cloud computing, web serving and for storage servers, Calxeda is able to show some of the latest Calxeda ARM Powered server solutions being developed and released to the server market by Foxconn, Aaeon and Gigabyte.
Gigabyte releases a range of 4.5″ to 5″ from qHD to Full HD, using MediaTek MT6589 to MT6589 Turbo to Qualcomm Snapdragon 400, providing a mid-range of smartphones with quality screens and original designs, running smooth vanilla Android, dual-sim card slots, with dual-sim dual-active modems on the Qualcomm S400 device, even supporting to host a voice conference call through the phone.
ARM Cortex-A12 is designed to be a follow-on for the ARM Cortex-A9, providing 40% more performance over ARM Cortex-A9 at the sub-$300 price point. Compatible with ARM Cortex-A15, large physical addressing over 4GB of memory, virtualization, big.LITTLE with ARM Cortex-A7. This is ARM providing an in-between solution above ARM Cortex-A9 but still below ARM Cortex-A15, to reach the market by the second half of 2014. Here at Computex 2013, James Bruce, ARM’s Mobile Strategist, provides an overview of the new ARM Cortex-A12, explaining how the mid-range ARM Powered device market is designed, expecting above 400 million mid-range ARM Powered smartphones to be shipped each year in 2014, thus providing performance above ARM Cortex-A7 and above ARM Cortex-A9 but still below the cost of implementing an ARM Cortex-A15 or ARM Cortex-A57 solution at that point.
ARM launches the Mali-T622 GPU for ARM Cortex-A12 devices to be released to the market starting in 2014, enabling advanced GPU features for the next mid-range smartphones, including GPU Compute, Renderscript, Open CL, Open GL3 and more. ARM Mali-T622 is 1-2 cores, while Mali-T624 is 1-4 cores and Mali-T628 is 1-8 cores, positioning it for mid-range devices of next year.
ARM is launching the ARM Mali-V500 video encode/decode IP solution for the new ARM Cortex-A12 with Mali-T622 targetted at the mid-range smartphones reaching the market by the end of 2014. The performance is upwards 120fps 4K video encode and decode. HEVC/VP9 may be available already when combining the GPU compute capabilities of the Mali-T622 or other latest Mali graphics cores that support GPU compute.