Sinodigi Sunshine makes smartphones, smartwatches, and game consoles. Sunshine uses MTK and Rockchip processors. Sunshine makes one of the cheapest smartphones available with a 3.1″ screen and a MTK 6572 processor for 31 USD in bulk.
Easydy is a Shenzhen based manufacturer of consumer electronics. Easydy makes the E81 which a 8 inch (1280×800) tablet with a MTK 8382 processor, 1gb of ram, 8gb of storage (plus microsd), and Android 4.4 for $110 for 100 pieces. Easydy also makes the E103 a 10″ tablet with unique design featuring a position for typing on and and kickstand. The E103 features an unspecified MTK processor and 3g dual sim for $150 in bulk. The 79-l features a 7″ (800×480) screen, micro sd, dual sim card slots, a dual core MTK6572 processor, and 512mb of ram for an unspecified price. Easydy also has the E15 which features an Allwinner A33, 8gb storage (plus microsd), 7″ (800×480) screen, 1350mah or 3000mah battery, and 512 mb of ram for $29 for 1,000 pieces or $30 for a version with an upgraded battery. Easydy also makes a line up of allwinner Car DVRS running on Android. Alongside that Easydy’s line up of tablet Easydy also makes a line up of smartwatches and has already sold 50,000 pieces.
Company Website: http://www.easydy.com/
This is possibly the future of Android. Mantis Vision shows their amazing technology creating 3D from cameras with infrared beam/sensors in real-time using the Nvidia Tegra K1 powered Project Tango based tablet as Google’s development platform. Mantis Vision is changing the way the world creates, uses, and experiences in 3D. Imagine transforming everything you film with your smartphone into a 3D model and adding it all in real-time to a user-generated streetview of the world indoor and outdoor. Mantis Vision provides the 3D sensing platform, consisting of flash projector hardware components and Mantis Vision’s core MV4D technology which includes structured light-based depth sensing algorithms, bringing this amazing technology to the mass market. Through Project Tango, can be used for indoor navigation, augmented reality, indoor position estimation and more.
AppliedMicro gives an overview of X-Gene, providing the different design components as well the various benefits in using X-Gene for compute server, storage and high performance computing. AppliedMicro is one of the initial partners with ARM in developing the ARMv8 64bit architecture, and customizing it for high performance server computing.
AppliedMicro’s Gaurav Singh gives us a sneak peek into the development labs of X-Gene 2 showing a live demonstration ready for production, with AppliedMicro X-Gene 2 coming out for ARM Servers in 2015.
World’s first 64bit ARMv8 development board (you can order it here: https://www.apm.com/products/data-center/x-gene-family/x-c1-development-kits/) based on the Octa Core X-Gene 2.4Ghz running in SMP mode available for anyone to buy today. It’s built for Servers, supports 64bit Android development, featured in the HP Moonshot ARM Server product. Designed for cloud computing and next-generation data centers, featuring custom high-performance ARMv8 cores, AppliedMicro X-Gene is the first to couple an advanced 64-bit ARM architecture with unique network and storage offload engines, as well as integrated Ethernet. The highly integrated, purpose-built X-Gene solution delivers the highest performance and lowest total cost of ownership (TCO) for private cloud, public cloud, and enterprise applications.
This video was filmed using the Samsung Galaxy Note 4 that records 4K video, this is the built-in 4K encode at 50mbitps, using the built-in microphone. Perhaps there is some good Bluetooth Microphone system that could be used for lapel-microphone and for handheld microphone, perhaps also a good shotgun microphone. Let me know in the comments if you know any good of these that could be used with 4K smartphones to record highest quality audio. I also would like to upgrade my camera on the steadicam to 4K, I like the idea of perhaps trying out the Samsung NX1 that can encode 4K in H265 at 40mbitps, or perhaps I’ll wait for some other high performance 4K H265 camera, the idea being for the 4K footage to be compressed well enough in the camera so that the videos can be uploaded to YouTube directly. It seems though that http://youtube.com/editor doesn’t support 4K rendering yet (meaning that when someone tries to join/split 4K videos with YouTube editor, it outputs only a 1080p maximum file? Can someone please report this to Google? Otherwise perhaps there would be a camera to offer native 4K H265 in-camera basic join/split editing, perhaps even also with support to automatically add intros, outros, overlay transparent watermark branding (even animated watermark branding). Dual SD card recording for backup (when SD cards break, which has happened too often for me).