The Premium HDMI Cable Certification Program is the new program from the creators of HDMI technology that encompasses additional and enhanced cable testing as well as an authentication and verification program. Cables are tested to ensure they support the full 18Gbps bandwidth from the HDMI 2.0b specification plus an EMI test to ensure cables minimize interference with wireless signals. The program is designed to give end users confidence when purchasing new HDMI cables for their 4K/UltraHD products that may include features such as 4K@60Hz, BT.2020 and HDR. Participating HDMI Adopters can promote their ATC-tested High Speed HDMI Cables as Premium High Speed HDMI Cables or Premium High Speed HDMI Cables with Ethernet using a unique anti-counterfeiting authentication label on their products which can be checked and authenticated using the app on any smartphone. Also watch my video about the new HDMI 2.1 spec and my video about HDMI Alt Mode for USB Type-C.
Latest projects and products at faytech booth at Computex, presented by Serena, Andy and Johanna of faytech. Including the 11.6” Butterfly MX device, one of their projects that focuses on residence management using an app, they have made a video about it working well outdoors in the rain, their 42” Capacitive Touch PC embedded in a mirror designed for retail applications, such as shopping malls, shops, restaurants etc. Right after that, the 84” 4K Capacitive Touch Monitor with optical bonding. Then Serena shows several standard products which earn the reputation for faytech. As well as one of major improvements in this year- capacitive touch panel which is compatible with glove and stylus. At last, Johanna shows me their successful project applied to the Indian public transportation system.
You can find more information about some of the devices showed in the video here:
(0:40) The Butterfly MX and other projects
(2:20) 84” 4K Capacitive Touch Monitor (Optically bonded) and on YouTube
(3:30) 15” IP65 Touch Monitor (used at car wash channel in the US)
(5:06) 10” Resistive touch PC
(8:24) 21.5” Capacitive Touch PC (with stylus and glove) and on YouTube
Cynoware is a producer of Android ARM Powered point of sale and cash register devices. By using Android on cost effective ARM systems they are able to offer cloud integration features which offers value for stores and businesses that use point of sale. Cynoware offers many sizes and form factors from 9.7", 10.1", 14" as well as a dual screen system.
After the previous videos that I recently filmed with Onyx showing their 1-month battery life E Ink ARM Powered laptop and their new upcoming amazing e-readers which you can see here. At Computex 2017, Onyx demonstrates some of their software features to come with their next generations of large E Ink display notepad reader devices, to come with new faster ARM chipsets (maybe the same new 64bit quad-core Marvell IAP140 ARM Processor which is also in the amazing new Sony DPT-RP1, I'm just guessing). Here their software for example can move and reduce the size of handwritten notes to fit more onto a page and nicely put it on lines for note taking. Onyx is aiming to bring their next generation amazing 10.3", 13.3" and 9.7" devices with also their new software. Onyx is trying to bring in some big educational customers trying to optimize the hardware and software of large E Ink notepads for the education market.
ITRI is the Industrial Technology Research Institute in Taiwan which is one of the world’s leading technology R&D institutions aiming to innovate a better future for society. ITRI shows their solution for controlling Flexible OLED lighting. OLED Lighting offers more natural and more vibrant lighting than conventional lighting. ITRI also shows their sensors which are for example used in shoe pads which generate electricity. ITRI's Intelligent Vision Robot plays chess seeing all the chess pieces on the board and moving them around. I play a quick game of chess against the robot which sadly I had to concede to the Chess Playing Robot Turk because I didn't have enough battery in my camera (I think).
Via Labs shows their USB Hub and controller which is in the Nintendo Switch docking station and they show how they make similar hubs for other types of devices as well. The Nintendo Switch uses VLI’s Hub controller (VL210 USB 3.0 1x SS, 3x HS Hub controller) lasts 2.5-3 hours undocked when playing games. In order to extend the playing games time for better gaming experience, VLI has developed an intelligently exclusive turnkey as below:
All-In- One Technology Demonstrator
- Standard USB-C Power Bank: VP242 (USB-C Power Bank DRP Controller)
- USB PD Wall Adapter: VP300 (USB PD Wall Adapter)
- Switch Docking Station: VL212 (USB 3.1 Gen 1 PD Hub (1x SS, 3x HS))
- VP230/VP231 (TCPC for UFP/DFP)
The HDMI Alt Mode for USB Type-C connector will allow HDMI-enabled source devices such as smartphones, tablets, laptops and camcorders to utilize a USB Type-C connector to directly connect to the Billions of HDMI-enabled displays (which is included with 100% of flat panel TVs), and deliver native HDMI signals over a simple cable without the need for protocol and connector adapters or dongles. HDMI Alt Mode will support the full range of HDMI 1.4b features such as 4K, surround, ARC, 3D, HDMI Ethernet Channel (HEC), Consumer Electronic Control (CEC), Deep Color, x.v.Color and content types, HDCP 2.2. HDMI Alt Mode follows all necessary Alt Mode USB Type-C specification requirements which auto-detects HDMI Alt Mode source devices and HDMI-enabled displays, requires no adapters to connect from an HDMI source to an HDMI display, source output is AC coupled for HDMI Clock and Data lanes and other.
Socionext presents SynQuacer SC2A11 cloud ARM server based on 24-core ARM Cortex-A53 highly integrated low-power server system suitable for edge computing which processes data at the edge of the cloud in the IoT era. Socionext develop high power efficiency processor chip, and it is 60% power reduction on same performance compare to conventional chip. Also it is very good performance in parallel processing, like hadoop. This high power efficiency processor chip will be suitable for various application in the IoT era.
Cavium ThunderX2 is the world's most powerful ARM Processor for Data Center optimized for compute, storage, network and secure compute workloads in the cloud. Cavium ThunderX2 provides the world's biggest single thread and multi-thread dual socket ARM Server performance, with 100s of Gigabits of I/O bandwidth, up to 1TB RAM through multiple DDR4 72bit memory controllers, Thunderx2 can run Windows Server on ARM also known as the Project Olympus and it runs every type of ARM Linux Server.
Cavium Octeon-TX family of SoCs is configured from single core up to 24-cores 64bit ARMv8.1 cores designed with Cavium's optimized implementation of the CPU core. Cavium Octeon TX is optimized to run multiple concurrent data and control planes simultaneously for applications such as UTM & Security, Appliances, IOT Gateways, NAS, Switch Control Plane, Mainstream Control Plane, NFV and SDN infrastructure, service provider CPE, Network Attached Printers, Enterprise Access Points, Service Provider Gateways, Industrial, Military/Aero and more enabling secure and intelligent processing for enterprise, data center, cloud, wired and wireless networking for control plane and data plane applications in networking, security, and storage.