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Details restrictions on software modification, decompilation, and reverse engineering.
Highlights features like simple construct, Gigabit mode, high refreshment, and wide compatibility.
Covers voltage, cable handling, environment, and fire/water precautions for safe operation.
Describes adopting standard interfaces and specifications for easy installation.
Details T75 ports, E signal, scan modes, and data exchange for RGB color output.
Explains support for 2, 3, and 4 split modes with varying pixel configurations.
Allows setting data direction to left-to-right, top-to-bottom, or bottom-to-top.
Supports display data excursion for custom screen shapes up to 511 pixels wide.
Supports various scan modes (32, 16, 8, 4) and smart scan for static screens.
Compatible with normal chips and PWM chips for diverse LED module integration.
Utilizes high refreshment technology for enhanced display quality and gray scale.
Allows clock adjustment from 10.42MHz to 31.25MHz for better module cascade effects.
Adjusts blanking settings to fine-tune virtual light effects on the display.
Supports parameter read-back and online firmware updates for easy maintenance.
Recommends controlling sizes smaller than 256*256 for optimal display effect clarity.
Provides suggested and maximum pixel counts for various scan modes (1/32 to 1/4).
Guides selection of display mode, brightness, gray grade, and refresh rate for desired effects.
Explains how refresh rate and replacement clock impact display size and quality.
Discusses choosing low gray effects but advises against it due to potential visual distortions.
Details minimum size, control size, cascade quantity, gray grade, and refresh rate.
Provides input voltage, power dissipation, temperature range, and physical dimensions.
Visual representation of the receiving card's interface ports and components.
Defines the function and pin assignments for various interface connectors like T75 and JK1.
Illustrates the exact physical dimensions of the BX-V75 receiving card.
Recommends sending card mode for better shoot effect and discusses environmental impact.
Explains how indoor vs. outdoor brightness affects shutter speed and required refresh rates.
Provides address, phone, fax, and website for Shanghai ONBON Technology Co.,ltd.
Lists contact details for sales and second development departments, including email.
Details restrictions on software modification, decompilation, and reverse engineering.
Highlights features like simple construct, Gigabit mode, high refreshment, and wide compatibility.
Covers voltage, cable handling, environment, and fire/water precautions for safe operation.
Describes adopting standard interfaces and specifications for easy installation.
Details T75 ports, E signal, scan modes, and data exchange for RGB color output.
Explains support for 2, 3, and 4 split modes with varying pixel configurations.
Allows setting data direction to left-to-right, top-to-bottom, or bottom-to-top.
Supports display data excursion for custom screen shapes up to 511 pixels wide.
Supports various scan modes (32, 16, 8, 4) and smart scan for static screens.
Compatible with normal chips and PWM chips for diverse LED module integration.
Utilizes high refreshment technology for enhanced display quality and gray scale.
Allows clock adjustment from 10.42MHz to 31.25MHz for better module cascade effects.
Adjusts blanking settings to fine-tune virtual light effects on the display.
Supports parameter read-back and online firmware updates for easy maintenance.
Recommends controlling sizes smaller than 256*256 for optimal display effect clarity.
Provides suggested and maximum pixel counts for various scan modes (1/32 to 1/4).
Guides selection of display mode, brightness, gray grade, and refresh rate for desired effects.
Explains how refresh rate and replacement clock impact display size and quality.
Discusses choosing low gray effects but advises against it due to potential visual distortions.
Details minimum size, control size, cascade quantity, gray grade, and refresh rate.
Provides input voltage, power dissipation, temperature range, and physical dimensions.
Visual representation of the receiving card's interface ports and components.
Defines the function and pin assignments for various interface connectors like T75 and JK1.
Illustrates the exact physical dimensions of the BX-V75 receiving card.
Recommends sending card mode for better shoot effect and discusses environmental impact.
Explains how indoor vs. outdoor brightness affects shutter speed and required refresh rates.
Provides address, phone, fax, and website for Shanghai ONBON Technology Co.,ltd.
Lists contact details for sales and second development departments, including email.
General| Brand | Onbon |
|---|---|
| Model | BX-V75 |
| Category | Controller |
| Language | English |
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