Description
MIT Series Design
Full indoor service cabinet design, attach on the wall without space
Energy Saving
Fast and easy maintenance
Data Redundancy & Current Sharing Backup
- Data input and output redundancy design
- Electromagnetic compatibility and protection
90° Seamless Splicing
Right angle seamless splicing
Calibration Data Storage
MIT Series module has memory. Calibration data can be stored in every module. When replacing defected
module with new module, receiving card will read back calibration data from new module. It prevents color
and brightness difference after module replacement.
High Refresh Rate
As PWM IC driver was applied on MIT Series, it enhances visual refresh rate by reinforcing pulse wave width
and dividing conducting time. Besides, GCLK frequency multiplier increases GCLK frequency to realize doubling
refresh rate.
High Gray Scale
Not only fresh rate, MIT series grasyscale also benfits from PWM IC driver. Grayscale is smoother comparing
with common IC driver especially at low grayscale.
Multiple Installation Method
Fast and Easy Maintenance
Full indoor service cabinet design, attact on the wall without space.
Data Redundancy & Current Sharing Backup
90° Seamless Splicing
Right angle seamless splicing, can be designed into a creative cube LED display.
Calibration Data Storage
MIT Series module has memory. Calibration data can be stored in every module. When replacing defected module with new module, receiving card will read back calibration data from new module. It prevents color and brightness difference after module replacement.
High Refresh & High Grayscale
As PWM IC driver was applied on MIT Series, it enhances visual refresh rate by reinforcing pulse wave width and dividing conducting time. Besides, GCLK frequency multiplier increases GCLK frequency to realize doubling refresh rate.
Various Installation Methods Available
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