• sales

    +86-0755-88291180

HDMI-EXTENDER-KIT User Guide

Introduction

HDMI Signal Extender, 1080P high-definition & lossless transmission, transmission distance up to 50m via CAT-5E/6 network cable.

Feature

  • Transmission standard: HDMI1.4B
  • Max. transmission distance: 50M (CAT-6 is recommended)
  • Supported resolution: 1080p/1080i/720p/576p/576i/480p/480i
  • Support color depth 10/12/16-bit mode
  • Support DVI/HDMI
  • Power input: DC 5V 1A

User Guide

  1. Connect the HDMI signal source to the HDMI input port of the transmitter.
  2. Connect the HDMI output port of the receiver to the HDMI transmitter, such as the display device.
  3. Connect the transmitter and the receiver via a network cable.
  4. Respectively connect the transmitter and receiver to the DC 5V 1A power supply.
  5. Connect to the HDMI output device.


Note: The quality of network cables will affect the transmission quality of signals. To achieve better transmission quality, CAT-6 network cables are recommended.

TAG: ESP32 1.5inch LCD NVIDIA Laser 450nm 5W high precision module Adjustable focal length For Laser Carving / Laser 3D Printing LuckFox UGV Beast PT AI 4G 5G OpenCV Robot Car MediaPipe For Raspberry Pi4B/5 BG95-M3-Zero QuecPython EVB development support LTE/EGPRS and GNSS Arduino Thermal imaging Modbus RTU Relay 32CH Industrial Modbus RTU Dual Ethernet RJ45 To 8ch POE ETH Relay (C) PoE Power over Ethernet RISC-V DeepSeek AI Voice Chat ESP32 S3 Development Board 1.83 inch TouchScreen Display 240x284 Arduino Thermal imaging camera Jetson Nano Spotpear NanoKVM-USB-Development ESP32-S3 DeepSeek AI Box Robot Development Board N16R8 Toy Doll Option 0.71 inch Electronic Eyes Finger Vein Scanner Module (A) Cortex M4F UART 3.3V TTL UL94-5VB IP56 Better Than Fingerprint Recognition Magnetic Encoder Servo Motor 120KG.CM 24V 360° RS485 High Precision And Large Torque USB Binocular Camera 2MP OS02G10 Distortion Free Binocular Synchronous Frame USB 2.0 Plug and Play Raspberry Pi Robot Dog Wavego Pro 12 quadruped ESP32 ESP-NOW color recognition and self-balancing control