Novastar H-Series H2 Main Frame

Novastar H-Series H2 Main Frame

1965 AED

The H2 is part of NovaStar’s latest generation of video wall splicers, offering exceptional image quality tailored for fine-pitch LED displays. It can function as a splicer with integrated video processing and control or as a standalone splicing processor. The modular and pluggable design allows for flexible configuration and “hot-swapping” of input and output boards. Its outstanding features and stable performance make the H2 suitable for a wide range of applications.

Fast Response to serve you better

  • Onsite visit upon appointment
  • Competitive price from Factory outlet
  • Local Warranty for Quality assurance

The H2 supports up to 26 million pixels, accommodating up to four input cards and two output cards. It features HDR10, HLG, and 10-bit processing, along with web control capabilities.

NovaStar’s H Series is designed for fixed installations with large, fine-pitch LED screens. The H2 is an all-in-one solution that integrates video splicing with LED processing in a single housing. Its modular design features hot-swappable plug-in modules, allowing for flexible configuration of input and output cards. A wide range of connector modules is available, offering industry-standard input connectors, so the system can be optimized for any installation.

Built on a powerful hardware FPGA system architecture, the H2 provides stable and efficient operation. It supports 10-bit video sources and processing, with 4K high-definition input and output. Two types of 4K LED sending cards are available, offering backup connections and ultra-long-distance transmission. The H2 supports multi-screen and multi-layer management, as well as input and output EDID management and monitoring. Its browser/server control architecture enables cross-platform, cross-system access and control from Windows, Mac, iOS, Android, and Linux devices, and even supports online collaboration among multiple users.

Specifications

Inputs

  • RS-232: 1 port
  • Ethernet Speed: 1 Gbit/s
  • Input Slots: 4

Outputs

  • Output Slots: 2

Software Specifications

  • Control Software: NovaStar LCT

Extra Features

  • Scaling Function: Yes
  • Crop Settings: Yes
  • Layers: Up to 32
  • GenLock: In & Out

Control and Programming

  • Display: LCD
  • Maximum Loading Capacity: 26 million pixels
  • Control Options: Ethernet, RS-232

Electrical Specifications and Connections

  • Power Supply: 100-240 V AC, 50/60 Hz
  • Power Consumption: 210 W
  • Power Connector In: IEC
  • Data Connector In: RJ45
  • Data Connector Out: RJ45

Mechanical Specifications

  • Width (Including Handles): 483 mm
  • Width (Without Handles): 440 mm
  • Height (Including Handles): 88 mm
  • Depth (Including Handles): 530 mm
  • Weight: 15.6 kg
  • Rack Units: 2 U
  • IP Rating: IP20 (indoor use only)
  • Color: Black, Gray

Thermal Specifications

  • Maximum Ambient Temperature: 45 °C
  • Operating Humidity: 0-80% RH

Included Items

  • Included Cables: CAT-5 Cable, HDMI-HDMI Cable, IEC Cable

Let me know if you need further a

Brand

NOVASTAR

NovaStar controllers are widely used in the LED display industry for their reliability and advanced features. They provide solutions for various display types, from small indoor screens to large outdoor displays. Here's a detailed overview of NovaStar controllers:

1. Types of NovaStar Controllers

  • Synchronous Controllers: Used for real-time data display, requiring a constant connection to a source (like a computer).
    • Examples: NovaStar VX4S, NovaStar MCTRL660, NovaStar MCTRL4K
  • Asynchronous Controllers: Store content locally and display it without a continuous connection to a computer.
    • Examples: NovaStar Taurus Series (e.g., TB3, TB6), NovaStar A8S

2. Setup and Installation

  • Hardware Installation:
    • Connect the controller to the LED display.
    • Ensure power supply connections are secure.
    • Connect data cables (e.g., Ethernet or fiber optic cables) from the controller to the LED modules.
  • Software Installation:
    • Install NovaLCT or ViPlex (for asynchronous controllers) on your computer.
    • Ensure your computer and the controller are connected to the same network for configuration.

3. Programming and Content Management

  • Content Creation:
    • Use software like NovaLCT for synchronous controllers or ViPlex for asynchronous controllers to create and manage content.
    • Design your content layout, including text, images, videos, and other media.
  • Content Upload:
    • For synchronous controllers, content is streamed in real-time from the connected computer.
    • For asynchronous controllers, upload content via USB, Wi-Fi, or LAN.
  • Scheduling:
    • Set schedules for content playback through the software to automate display changes.

4. Troubleshooting Common Issues

  • No Display:
    • Verify all connections are secure and power is supplied.
    • Check the configuration settings in NovaLCT or ViPlex.

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