Controller Ecosystem
Confirm the sending device, receiving card, firmware, cabinet file, and software workflow before installation.
NovaStar VX400 Pro LED Video Processor
৳ 170,000
Key Features
- All-in-one LED screen controller and video processor workflow
- Good fit for small to medium indoor LED display systems
- Supports professional source switching and screen configuration
- Useful for fixed installation and event LED video wall projects
- Arozex setup, receiving card mapping, calibration, and support available
Explore Related LED Display Solutions
Product Description
The NovaStar VX400 Pro is a professional LED display controller for projects that need dependable signal processing, clean scaling, and practical setup in a compact system. It is suitable for corporate LED video walls, retail LED screens, conference rooms, control rooms, and event display systems where HDMI or digital video sources must be converted into a stable LED display output. Arozex Technologies supplies, configures, tests, and supports NovaStar controller workflows in Bangladesh.
Product Specification
Brand
NovaStar
Product Type
LED display controller / video processor
Best Use
Indoor LED display, meeting room LED wall, retail screen
Workflow
Synchronous LED controller with processor functions
Compatibility
NovaStar receiving card based LED display systems
Service
Supply, configuration, testing, and after-sales support
NovaStar VX400 Pro LED Video Processor Compatibility Planning
LED display control products should be checked with the full screen design before purchase or replacement.
Screen Resolution
Total pixel count, cabinet quantity, Ethernet loading, and content source determine whether the control system has enough capacity.
Configuration Backup
Save cabinet files, scan settings, mapping data, and firmware details so future service work can be done safely.
Before Installing NovaStar VX400 Pro LED Video Processor
Check controller brand, receiving card model, firmware version, and software compatibility.
Confirm module scan type, cabinet layout, HUB interface, and Ethernet port routing.
Test content input, refresh rate, grayscale, brightness control, and full-screen mapping.
Keep configuration files and wiring notes available for future troubleshooting.
