VDX3-6726-2C-2G-T

3.5″ CPU Module with Dual Core Vortex86DX3 1GHz, 2GB RAM, VGA, LCD, LVDS, 3xLAN, 4xCOM, 5xUSB, Audio, GPIO, PS2 Touchscreen

2GB DDR3 onboard

Operation temperature: -20 ~ +70°C

SBC VDX3-6726-2C-2G-T by ICOP: The Ultimate Solution for Monitoring Power and Energy Consumption

Are you tired of dealing with unreliable and inefficient power and energy monitoring systems? Do you need a solution that can keep up with the demands of your industrial application? Look no further than the SBC VDX3-6726-2C-2G-T by ICOP.

With a powerful dual-core Vortex86DX3 processor and 2GB of DDR3 onboard RAM, this 3.5″ CPU module is designed to handle even the most demanding industrial applications. Whether you need to monitor power and energy consumption in a manufacturing facility, data center, or other industrial environment, the VDX3-6726-2C-2G-T has you covered.

One of the standout features of the VDX3-6726-2C-2G-T is its impressive array of connectivity options. With VGA, LCD, LVDS, 3xLAN, 4xCOM, 5xUSB, audio, GPIO, and PS2 touch screen support, this SBC can easily connect to a wide range of devices and peripherals, making it an incredibly versatile solution.

But perhaps most importantly for industrial applications, the VDX3-6726-2C-2G-T is built to withstand even the harshest environments. With a wide operating temperature range of -20°C to 70°C, this SBC can handle extreme heat, cold, and other environmental challenges that may arise in industrial settings.

Whether you’re in manufacturing, energy production, or any other industrial field, the VDX3-6726-2C-2G-T by ICOP is the ultimate solution for monitoring power and energy consumption. Don’t settle for less – choose the power, performance, and reliability of the VDX3-6726-2C-2G-T for your industrial application today.

Product name 1GB DDR3 onboard 2GB DDR3 Onboard Touch-Function Dual Core
VDX3-6726-1G V      
VDX3-6726-2G   V    
VDX3-6726-2C-1G V     V
VDX3-6726-2C-2G   V   V
VDX3-6726-1G-T V   V  
VDX3-6726-2G-T   V V  
VDX3-6726-2C-1G-T V   V V
VDX3-6726-2C-2G-T   V V V

Documentation