[H Series] NovaStar H_4xHDBaseT Input Card

Description

High-Performance Connectivity:

• Features four RJ45 Gigabit Ethernet ports, ensuring high-speed network connections and efficient data transfer rates for demanding applications.

Versatile Input Modes with Audio Support:

• Compatible with both single link and dual link input configurations, along with integrated audio input capabilities for comprehensive audio-visual setups.

Single Link Input Details:

• All four ports can be utilized simultaneously for input.
• Supports a standard maximum resolution of 1920×1080 at 60Hz per connector.
• Customizable resolution options:
  • Maximum width supported is 2560 pixels, accommodating resolutions up to 2560×983 at 60Hz.
  • Maximum height supported is 2560 pixels, allowing for resolutions such as 884×2560 at 60Hz.
• Adheres to HDCP 1.4 standards for secure content transmission.

Dual Link Input Specifications:

• Ports two and four are designated for dual link input.
• Each of these ports can handle a maximum resolution of 3840×2160 at 30Hz.
• Offers custom resolution flexibility:
  • Maximum width reaches up to 3840 pixels, supporting resolutions like 3840×1202 at 60Hz.
  • Maximum height extends to 3840 pixels, compatible with resolutions up to 1092×3840 at 60Hz.
• Remains compliant with HDCP 1.4 protocol for digital content protection.

Intuitive Status LEDs:

• Green LED indicates input source connectivity:
  • Solid On: Input is accessed and functioning normally.
  • Off: No input source is detected.
• Yellow LED signals the status of the input source:
  • Solid On: Input source is functioning correctly.
  • Off: There is no signal or the input source is malfunctioning.
  • Flashing: The port is actively communicating.

Physical and Electrical Specifications:

• Lightweight build at just 500 grams, facilitating ease of installation and handling.
• Compact dimensions of 193 mm × 247.12 mm × 21.15 mm, designed for streamlined integration into various environments.
• Efficient power consumption rated at 39 watts, optimizing energy use.