Video Splitter Kathrein EXR 2998 BNC

The Kathrein EXR 2998 BNC is a compact, metal-bodied video splitter for professional signal distribution. It provides reliable BNC video ports and is built for broadcasting and production environments where consistent signal integrity and durable hardware are required.

Advantages

This video splitter supports multi-switch loop-thru (9 to 8) and offers both loop-thru and switched tap outputs, enabling flexible signal routing. It covers a wide frequency range (5–862 MHz) with eight outputs at 950–2150 MHz, uses F-connectors for compatibility with common RF installations, and supports cascades and DiSEqC control for expanded system integration. The metal housing and compact dimensions (172 x 228 x 44 mm) contribute to stable mechanical performance.

Suitable for

• Broadcast facilities and video production studios
• Professional CCTV and monitoring systems
• Signal distribution in multi-room AV installations
• Systems requiring cascaded splitters and DiSEqC control

Key specifications

• Model: Kathrein EXR 2998 BNC (MPN 20510020, EAN 4021121464072)
• Ports: BNC video ports; F-connectors for RF connections
• Function: Multi-switch loop-thru 9 to 8; 9 loop-thru / 8 switched tap outputs
• Frequency range: 5–862 MHz; 8 outputs 950–2150 MHz
• Control: DiSEqC compatible; cascadable
• Dimensions: 172 x 228 x 44 mm; Weight: 900 g
• Construction: Metal housing

How to use

Connect the incoming video/RF feed to the designated input connector, then route the required outputs to destination devices using the BNC or F-connectors as appropriate. Use the loop-thru outputs to cascade additional splitters when expanding the system. Configure DiSEqC control on compatible receivers or control equipment to switch tapped outputs as required. Ensure all connectors are securely tightened to maintain signal quality.

Usage recommendations

Install the splitter in a ventilated, dry environment and avoid excessive mechanical stress on connectors. For best signal integrity, use quality coaxial cables and check impedance matching; when cascading devices, verify signal levels to prevent attenuation-related issues.