Evertz 3406R-2-12G Dual Channel 12G-SDI SFP Optical Receiver

The 3406R-2-12G is a dual-channel 12G-SDI SFP optical receiver designed to provide reliable and high-quality reception of ultra-high-definition video signals in professional broadcasting and production environments. With its dual-channel capability, this optical receiver ensures efficient handling of multiple video streams, enhancing workflow productivity. Equipped with advanced technology, the 3406R-2-12G offers seamless integration into existing setups, providing flexible and versatile solutions for video signal reception. Its compact SFP form-factor makes it easy to install and deploy, while its robust design guarantees exceptional performance and durability. Ideal for demanding applications, the 3406R-2-12G sets a new standard for optical receivers, delivering superior performance and reliability in the transmission of high-definition video signals.

Evertz Features:

• Dual-channel 12G-SDI SFP optical receiver.
• Reliable reception of ultra-high-definition video signals.
• Enhanced workflow productivity with dual-channel capability.
• Seamless integration into existing setups.
• Flexible and versatile solutions for video signal reception.
• Compact SFP form-factor for easy installation and deployment.
• Robust design for exceptional performance and durability.
• Sets a new standard for optical receivers in demanding applications.

Evertz Specifications:

• Outputs: Up to 2x per SFP, LC/UPC connector
• Optical Power: Standard 1310nm: -2dBm ±1dBm, CWDM: -1dBm ±1dBm
• Wavelength: Standard: 1310nm, CWDM: 1270-1610nm
• Inputs: Up to 2x per SFP, LC/UPC connector, 1270-1610nm operating wavelength, -1dBm max input power, -12dBm sensitivity at 11.88Gb/s
• Electrical Inputs: SMPTE reclocked standards, HD-BNC connector, 75Ω impedance, automatic equalization, >15dB return loss up to 1.5GHz, >10dB up to 3GHz
• Electrical Outputs: HD-BNC connector, 75Ω impedance, 800mV signal level, 0V ±0.5V DC offset,
• Compliance: Class 1 laser product, FCC part 15, Class A; EU EMC directives