U444-CAT-H計算機設(shè)備的配件規(guī)格書PDF中文資料

Features

USB-C to HDMI Extender for Displaying Video in Boardrooms and Conference RoomsThis complete

transmitter and receiver system is recommended for video presentations in conference rooms, schools,

trade shows, meeting facilities, houses of worship, retail settings and digital signage applications where

the source and display are farther apart than conventional A/V cables allow. The U444-CAT-H extends

1080p video and stereo audio signals from a USB-C source device to an HDMI display up to 150-ft. (45.72

m) away via user-supplied Cat6 cabling.

Built-In PoC Technology Provides Receiver Power to Avoid Bulky External Power BricksBuilt-in

Power over Cable (PoC) technology powers the low-profile receiver over Cat6 cable. Green and orange

LEDs on both the transmitter and receiver will light up to indicate the system is receiving power and a

signal is being transmitted.

Keep Your Source Device Constantly Charged to Avoid Unintentional Signal LossThe transmitter's

USB-C port charges your laptop, tablet or other source device to avoid battery drain and untimely

shutdowns. Just connect the source's included power supply or power adapter between the USB-C port

and an available AC outlet to prevent the source from running out of juice prematurely.

Fine-Tune the High-Resolution Image to Meet Your Personal StandardsUse the included screwdriver

to adjust the equalization control on the receiver. You can choose from eight different settings to make

sure the most effective 1080p image is displayed.

Plug-and-Play Operation for Quick Setup and Immediate UseThe included transmitter and receiver

units work right out of the box with no software or external power supply required. Connect the receiver to

the HDMI display and the transmitter to the USB-C source with the units' built-in cables. Then, connect the

two units using Cat6 patch cable, such as Tripp Lite N202-Series cable (sold separately). Connect an

optional display to the transmitter's local HDMI output to monitor the image connected to the receiver up to

150-ft. (45.72 m) away.