Panasonic AV-UHS5M2 12G/3G/HD-SDI Output Expansion Card

Panasonic AV-UHS5M2 12G/3G/HD-SDI Output Expansion Card adds four fully assignable SDI outputs to an AV-UHS500 system. If you are building a clean broadcast chain instead of improvising signal splits, this module gives you the kind of routing control that stays predictable on show day.

Highlights

• 4 x SDI outputs on BNC connectors for structured SDI distribution
• Assignable outputs for PGM, PVW, CLN, ME PGM, MV1 to MV2, AUX1 to AUX4, and Key Out
• 12G-SDI compliant with SMPTE ST 2082-10
• 3G-SDI Level-A and HD-SDI standard support
• Down-converter and color space conversion built in for output-side flexibility

Quick Specs & Uses

• SDI outputs: SDI OUT 1 to SDI OUT 4 terminals
• Output level: 0.8 V [p-p] ± 10% at 75 Ω
• Power consumption: 15 W, 1.2 A
• Power supply: DC 12 V supplied by AV-UHS500
• Dimensions: 112 mm x 42 mm x 167 mm (excluding protrusions)
• Weight: Approx. 371 g (Approx. 0.82 lbs.)

Signal Standards

• 12G-SDI: 12G Serial digital, SMPTE ST 2082-10 standard complied with, 0.8 V [p-p] ± 10% (75 Ω)
• 3G-SDI: 3G Serial digital, SMPTE 292 standard complied with (Level-A), 0.8 V [p-p] ± 10% (75 Ω)
• HD-SDI: HD Serial digital, SMPTE 292M standard complied with, 0.8 V [p-p] ± 10% (75 Ω)

Why It Helps

This module is for the jobs where SDI routing has to be clean: feeding recorders, monitors, LED processors, or downstream broadcast chains. With four assignable outputs and multi-standard support, you can map the ports the way your show is actually wired and reduce the need for external converters.

System Characteristics

• Storage temperature: 0°C to 40°C (32°F to 104°F)
• Storage humidity: 10% to 90% (no condensation)
• Ambient operating humidity: 10% to 90% (no condensation)
• Powered directly by the AV-UHS500 to keep power and cabling centralized

What’s In The Box

Please refer to the Specifications tab for included items.

Trusted Seller

Coremicro ships fast from the U.S. and supports this gear with a team that understands real production systems.