Elka is showcasing its HDMI 2.1 solution and its improved HDMI 2.0 active solution. HDMI 2.1 is the latest HDMI Specification. Elka’s renewed HDMI 2.0 active cable is longer, thinner, and more flexible than the previous one.
At the 2019 International Consumer Electronics Show in Las Vegas, Silicon Line, a developer of optical link technology for consumer, commercial and industrial electronics, demonstrates the world’s first active optical cables with embedded technology supporting all features of the recently released HDMI 2.1 specification. The demonstration, involves the latest HDMI 2.1-enabled 4K and 8K TVs, at the Las Vegas Convention Centre South Hall in the dedicated HDMI Licensing Administrator booth. Copper cabling presents many limitations for very high bandwidth applications that make it impractical for use in many applications, Silicon Line CEO Ruud van der Linden says that their embedded technology supports all the advanced new features of the HDMI 2.1 specification and will allow the production of thin, long, flexible optical HDMI cables at prices affordable to consumers. Munich-based Silicon Line, a member of the HDMI Forum, produces the tiny, proprietary integrated circuits and ‘optical engines’ needed to convert electrical signals to optical signals and back again. It also makes cable modules – the electronics inside cable-end connectors – which contain the integrated circuits, optical engine and other components needed to make a complete active optical cable. The company’s opto-electronics and manufacturing technologies have dramatically reduced the production cost of active optical cables for applications including HDMI, DisplayPort and USB3. Silicon Line also produces ultra-low-power optical link technology enabling thin, lightweight and long high-speed cables for consumer electronics, commercial and industrial applications. The company develops and manufactures integrated circuits and modules, which allow a simple, high volume assembly of active optical cables also suitable for a lower-cost market.
LB LUSEM announces their HDMI 2.1 enabled Fiber based cabled with a micro HDMI port connecting to a full sized HDMI port, and also announcing a USB Type-C based solution too.
FIBBR 4-in-1 HDMI Cable Supports Next Gen 8K Video Signals, with the consumer video market already starting the transition from 4K to 8K video, YOFC has the internal resources to quicly adapt to the changing specifications, with high bandwidth support up to 48Gbit/s for 8K TVs that are coming to the market with multiple inputs, providing a single cable slim design with a 7mm diameter allows it to easily fit in a wide variety of installations, using high-quality glass fibers from YOFC, one of the largest producers of glass fibers in the world.
At the HDMI Licensing Administrator, Inc (HDMI LA) booth at CES 2019, they talk about the latest with HDMI 2.1 where at CES 2019 several companies announced the first 8K products from Samsung, LG, Sony, TCL, Konka, featuring some or all of the HDMI 2.1 features, including the 48Gbit/s spec cables supporting up to 8K60 uncompressed. At their booth, the Microsoft team presents the Microsoft Xbox One X and Xbox One S which has some HDMI 2.1 gaming features supported with its firmware update such as HDMI VRR and Auto Low Latency Mode to be taken advantage of with TVs that support HDMI 2.1 features such as the 2018 Samsung TVs available in the retail market.
Colorii CH1 is the world's smallest USB Type C to 4K 30Hz HDMI adapter, it works with phone or laptop. Colorii also shows USB 3.0 to VGA adapter, USB 3.0 to HDMI/VGA dual display adapter, USB 3.0 to HDMI/DVI adapter and more at Colorii's CES 2019 booth. Colorii also shows the Lapdock project which is now as a working sample crowdfunding starting at $100 at http://igg.me/at/lapdock
High resolution photo merges 8 pictures (using a trick with the IBIS motor) into a giant resolution photo and Panasonic's new HLG Photo mode is a new format to create HDR photography that can be viewed on any HLG compliant display. The display does not flip out and Panasonic is not yet demonstrating their AI contrast based autofocus performance. More specs will be announces up until the release date which is March 2019, the S1 and S1R are targetted more towards photography.
Nanosys CEO Jason Hartlove talks at Nanosys Silicon Valley headquarters, talks about how his company helped make Quantum Dots a success in the market, where it's going next. Topics include the story behind the development of the first quantum dot products, the quantum mechanics of how a quantum dot actually works, as well as a look at the long term roadmap for the technology from QDEF and QDOG to QDCC to QDEL displays of the future.
Nanosys has been at the center of the Quantum Dot universe from the beginning. Founded in 2001 by scientists from UC Berkeley and MIT who helped discover the technology in the early 1980’s, Nanosys finally solved the product/market fit for Quantum Dots by developing a simple component called QDEF.
Ten years ago Quantum Dots were a relative unknown. Mostly a research curiosity, the nanotechnology’s unique ability to convert energy into light captivated the imaginations of scientists who envisioned amazing applications in dozens of industries from solar to printing, to displays and to defense. But commercial success remained out of reach, even decades after its initial discovery. Fast forward to today, “Quantum Dot” is a household name and can be found plastered on the packaging for millions of TVs, monitors and tablets around the world.
The Vuze+ by Humaneyes Technologies is a 360 degree camera with 8 camera lenses. It can record in 4K 3D and 2D 360 degree footage. The Vuze+ has 2 Ambarella A9 video processors, a micro-SD card slot, WiFi and USB port.
The Vuze XR offers 180 degree footage in 3D, 5.7K video footage, 18M pixel photos, and 2D 360 degree footage. The Vuze XR has Four ambarella H2 processor,2 12M pixel lenses, micro-SD card reader, Four MEMS 48Hz microphones, and a 1200mAh battery.