The 2918 mainframe can be outfitted with the 67393-120-480 FPD Tester Power Module with maximum output currents of up to 11A@12V (VDD) and 20A@24V (VBL). The voltage can be adjusted in 0.01V increments, which combined with the stable and continuous output voltage enables you to configure the power supply to suit your own application. It also fully meets the requirements of TV and monitor power usage.

Chroma 2918 provides OVP (Over Voltage Protection), OCP (Over Current Protection), UVP (Under Voltage Protection), and UCP (Under Current Protection). You can set your own protection parameters; if the current or voltage of the DUT is detected to exceed the set value during the output process, the protection mechanism will be activated immediately to avoid product damage.
The Protection Time Delay function ensures test accuracy by preventing the inrush current generated by the DUT’s power supply from triggering the protection mechanism.

The 2918 FPD Tester offers a range of interchangeable signal modules, including LVDS, V-by-One, eDP, and others, each with its own discrete high-speed graphics processing unit. This allows users to choose the modules that best suit their specific applications. The 2918 mainframe also supports Augmented Analytics, providing even greater flexibility and functionality. This separate power module design extends the equipment's service life and reduces the cost of replacing old equipment, while ensuring its usability for future video signals.

When conducting a series of tests, test accuracy is often affected by voltage drops in the power transmission caused by cables, connectors, and distance. To mitigate this, the 2918 is equipped with a Remote Sense function that can automatically adjust the output to harmonize the difference between the actual test voltage and the set voltage.

During production, display panels can develop significant pixel defects as well as bright or dark spots brought on by contaminants like dust, scratches, and other impurities. The 2918 combines GO/NOGO software with the Cursor Position function, which allows you to pinpoint the exact physical coordinates of single pixels/dots and RGB color vector coordinates on the DUT's own display, and record the corresponding coordinate data for laser repair machine positioning and restoration.

The 2918 can be operated with the A040206 Remote Controller, which provides an on/off button for signal and power, a control knob for quick switching between functions and adjusting the grayscale gradient, and real-time voltage/current display on a 20x4 LCD screen. (optional)