Target users:
1. There is no wiring in the early stage, and now I don't want to take the bright line to affect the appearance.
2. The previous version of the HDMI cable can't transfer 3D data.
3, HDMI aging can not be used. And don't want to take the bright line
4, the wiring distance is long, complicated, delay the construction period, save money!
At present, we have tested the Epson TW8000 3D projector in actual cases. No problem at all!
The product can be wirelessly connected to any HD display device from any HD source device in the home, such as: TV, projection, HD player, game console, VCR, set-top box and so on. Enables users to enjoy high-definition video anywhere in the home, while reducing the hassle and expense of installing cables and set-top boxes.
USB terminal for firmware upgrade
HDMI interface for receiving and transmitting sources
Product Specifications â—Ž Product Specifications: Standard WirelessHD, HDMI (3D)
â—Ž Transmission band: 60 GHz (gigahertz)
â—Ž Input and output interface: HDMI (high-resolution multimedia interface)
â—Ž Antenna type: hidden 32 antenna array, ceramic antenna chip (maximum output 27dBm)
â—Ž Transmission range: indoor 10 meters â—Ž HDMI interface: Transmitter: 4 input holes (support CEC consumer electronic control function)
â—Ž Receiver: 1 output hole (supports CEC consumer electronic control function)
â—ŽPower: Power plug: AC AC 100V-240V @60Hz
Transmitter: DC DC 12V 1.0A
Receiver: DC DC 5V 2.0A
◎LED indicator: Transmitter: 1 power indicator 2 HDMI connection indicator Receiver: 1 power indicator ◎ Use environment: Room temperature: 0°C ~ 40°C
Room temperature during storage: -20 ° C ~ 70 ° C (non-condensing environment)
Humidity during product operation: 10% ~ 90%
Humidity during storage: 5% ~ 90% (non-condensing environment)
Here are the examples of early products:
(wireless HDMI receiver)
(wireless HDMI transmitter)
PLC, that is, planar optical waveguide, that is to say, the optical waveguide is located in a plane.
As everyone is familiar with single-layer circuit boards, all circuits are located in a plane of the substrate. Therefore, PLC is a kind of technology, it does not refer to a certain type of product, let alone a splitter! Our most common PLC splitter is made of silicon dioxide (SiO2). In fact, PLC technology involves a wide range of materials, such as glass/silicon dioxide (Quartz/Silica/SiO2), lithium niobate (LiNbO3), III-V semiconductor compounds (such as InP, GaAs, etc.), silicon-on-insulator (SOI/SIMOX), silicon oxynitride (SiON), polymer, etc.
Devices based on planar optical waveguide technology solutions include: Splitter, Star coupler, Variable Optical Attenuator (VOA), Optical switch, Optical comb ( Interleaver) and Array Waveguide Grating (AWG), etc. According to the requirements of different applications (such as response time, ambient temperature, etc.), these devices can be made by choosing different material systems and processing techniques. It is worth mentioning that these devices are all optical passive devices and are independent. They can be combined with each other or with other active devices to form high-end devices with different functions.
Optical Fiber, ABS BOX PLC splitter,Fiber Cable Splitter
Shenzhen GL-COM Technology CO.,LTD. , https://www.szglcom.com