KANEX PRO FLEX-OUT-HDBT4K 4K HDBaseT Output card with PoH seamless 4K 30

KANEX PRO FLEX-OUT-HDBT4K 4K HDBaseT Output card with PoH seamless 4K 30

The KanexPro FLEX-OUTHDBT4K is a seamless one output HDBaseT card with de-embedded PCM analog audio output designed for FLEXMMX chassis supporting video resolutions up to 4K, 1080p/60 HD, and PC resolutions up to 1920x1200@60Hz. The card is compliant with HDCP and supports EDID management from the switcher.

Powered over Cable (Ethernet): This flexible card requires a Receiver that can be remotely connected up to 230 feet to the HDMI display and supports the PoC feature, which sends power over Ethernet (cable) to the receiver hence no, the power supply is needed.

Applications: Ideally used in command and control centers, simulation centers, large AV conference rooms for up-to-second viewing of critical information, and high–resolution imagery.

KANEX PRO-FLEX-OUT-HDBT4K MAIN FEATURES

• Single one output seamless 4K HDBaseT card
• Stereo analog audio for audio de-embedding
• Requires an HDBASE70POER receiver to be paired
• PoC – powered over cable (Ethernet) from the switch
• Supported resolutions: 1920x1200, 1080p & 3D
• Long CATx runs up to 230 feet (70 meters)
• Built-in HDCP internal management
• Built-in EDID & DDC management
• Controllable via RS232
• Plug & play easily fits into the FLEX-MMX series
• Backed by KanexPro 3-Year full parts & labor warranty

• Output: 1xHDBT, 1xAudio
• Connectors: 1xFemale RJ45, 1x3-pin pluggable terminal block
• Output Resolutions: Auto, 800x600, 1024x768, 720p, 1280x1024, 1080i, 1080p, 1920x1200, 4K
• Signal Standard: HDMI, DVI1.0 & HDCP1.4 or HDCP2.2
• Power Consumption: 13.5 W
• Audio: PCM Stereo
• EDID: Supports EDID Management & DDC communication
• Transmission Distance: 1080p ≤70m / 4K< 40m
• Switching Speed: > 100ns
• Working Temperature: 32~122 °F
• Reference Humidity: 10%~90%

* HDBaseT Transceiver supports 4K &1080p 3D HDMI signal; please use quality

HDMI cables compliant
with HDMI2.0 for optimum range, resolution, and performance.