Clover Electronics LCD26164 Wide Screen, Multi Functional Record, User friendly GUI, Networking

Models: LCD26164 LCD261616 LCD26168

1 176
Download 176 pages 19.84 Kb
Page 13
Image 13

2 Features

26” Wide Screen

-High resolution TFT-LCD 1,366(H) x 768(V), Contrast ratio 700:1, Response time 8 msec

Multi Functional Record

-Powerful, multiple Record Modes available: Manual (Continuous), Timer, and Motion Detection Recording.

User friendly GUI

-A few simple buttons for Easy control.

Automatic System Recovery

-Automatic and Complete System recovery within 10 seconds.

Easy PTZ control via RS port

-No need to use PTZ controller

-PTZ control from remote PC

Networking

-DHCP based automatic network set-up-Easy Network Configuration from Dynamic IP to Dynamic IP

-Support TCP/IP and Remote Control on all DVR features

-Up to 10 users can remote access the system through DVRMaster (GUI) or Internet Explorer simultaneously.

-DDNS support

MPEG-4 Algorithm Compression

-The most advanced compression available today.

High Resolution DVR 720 x 480

-Real time display 480 Frames/sec

-Recording speed 480 Frames/sec based on 360x240

-Programmable display resolution and recording speed on each channel

2 Way Audio

-Communicate between the system and cameras or between the system and client computer through the internet

Easy Data Playback in any PC

-Back Up data convertible to AVI file format.

Back UP

-External HDD, Stick memory, and through network access.

Desktop or Wall-mountable

13

Page 13
Image 13
Clover Electronics LCD26164 Wide Screen, Multi Functional Record, User friendly GUI, Automatic System Recovery, Networking

LCD26164, LCD261616, LCD26168 specifications

Clover Electronics has established itself as a leader in the field of display technology with its range of LCD modules designed for versatility and performance. Among its standout offerings are the LCD26168, LCD261616, and LCD26164 models, each featuring unique characteristics that cater to a wide array of applications.

The LCD26168 is a 2.6-inch display that provides a resolution of 240x320 pixels. This model is known for its exceptional clarity and vibrant color reproduction, making it ideal for handheld devices, gaming applications, and industrial interfaces. The LCD26168 employs thin-film-transistor (TFT) technology, which allows for quicker response times and a wider viewing angle, enhancing user experience. This display also supports various communication interfaces, including SPI and parallel, ensuring easy integration into existing systems.

Next in the lineup is the LCD261616, a robust 2.6-inch display that stands out with its 16-bit color depth. It operates at a resolution of 640x480 pixels, providing impressive detail and sharp images. The LCD261616 is equipped with a backlit feature which ensures visibility in low-light conditions. The panel utilizes advanced LED backlight technology, contributing to lower power consumption while maintaining brightness. This model is well-suited for applications in automotive displays and medical devices, where reliable performance is essential.

Lastly, the LCD26164 offers a more compact solution with a 1.6-inch diagonal screen and a resolution of 128x128 pixels. This model is perfect for applications requiring smaller screens without compromising on performance. Its low power consumption makes it advantageous for battery-operated devices, allowing longer operational times between charges. The LCD26164 is compatible with various microcontrollers, which provides flexibility in design choices for developers.

Each of these LCD modules showcases Clover Electronics' commitment to providing high-quality display solutions. Their integration of cutting-edge technologies ensures robust performance suitable for a diverse range of applications, from consumer electronics to industrial and healthcare devices. With their ease of integration and outstanding image quality, the LCD26168, LCD261616, and LCD26164 models stand as exemplary options for designers looking to enhance user interaction through effective visual presentation.