Patton Electronics, SFP-SHDVCW-6161-L, FiberPlex SFP, Optical Singlemode LC, HD Video (3G), CWDM Transceiver, TX Wavelength 1610 nm, RX Wavelength 1610 nm, Long Reach, MSA
Features:
- Hot-pluggable SFPs
- Designed to support special needs of Broadcast, Security and Integration projects
- RoHS compliant and Lead Free
- Special metal housing design for low EMI
- SMPTE 424M, 344M, 292M and 259M compliant
- Supports DVB-ASI at 270 Mbps
- Single +3.3V power supply
- Low power dissipation <800mW
- Supports video pathological patterns at all specified rates
Applications:
- Broadcast
- System Integration
- Security
These video-optimized optical SFP modules transmit optical serial digital signals, as defined by the Society of Motion Picture and Television Engineers (SMPTE 297-2006). They are designed for error-free performance in the presence of SDI pathological patterns across the entire range of supported data rates. Very high sensitivity and expanded optical power output make these SFPs highly reliable, even in the most complex of cable plant applications. While they are optimized for maximum video performance, they can also be used for standard data and telecom applications. For data and telecom-only applications, see line of Data SFP Modules (SFP-OC).The Society of Motion Picture and Television Engineers, or SMPTE, is a leader in the development of standards for film, television, and other video. The Serial Digital Interface or SDI, was standardized by SMPTE for broadcast quality digital video transmission. Other standards evolved from this original standard, defining Enhanced, High-definition (HD), 3G-SDI (1080p) and Ultra High-definition (UHD), or 4K video (2160p).To help ensure error-free transmission, the standards include a data scrambler / descrambler to create a high density of transitions in the serial data, making it easier for the receiver to maintain timing. As a result, there are certain combinations of scrambler state and the next data bits to be scrambled that result in a sequence of up to twenty consecutive ones or zeros. These sequences are referred to as pathological conditions, and are present in specific shades of pink or gray. These pathological conditions may create errors in transmission through typical AC coupled optics, or any other AC coupled interface. Video Enhanced or SMPTE Compliant optics are designed to accept these pathological conditions, allowing the longer sequences of ones or zeros to pass without error.
Why Video Optimization?
The Society of Motion Picture and Television Engineers, or SMPTE, is a leader in the development of standards for film, television, and other video. The Serial Digital Interface or SDI, was standardized by SMPTE for broadcast quality digital video transmission. Other standards evolved from this original standard, defining Enhanced, High-definition (HD), 3G-SDI (1080p) and Ultra High-definition (UHD), or 4K video (2160p). To help ensure error-free transmission, the standards include a data scrambler / descrambler to create a high density of transitions in the serial data, making it easier for the receiver to maintain timing. As a result, there are certain combinations of scrambler state and the next data bits to be scrambled that result in a sequence of up to twenty consecutive ones or zeros. These sequences are referred to as pathological conditions, and are present in specific shades of pink or gray. These pathological conditions may create errors in transmission through typical AC coupled optics, or any other AC coupled interface. Video Enhanced or SMPTE Compliant optics are designed to accept these pathological conditions, allowing the longer sequences of ones or zeros to pass without error.
A Large Selection of Optics
The FiberPlex Technologies line of Video Optimized SFP Modules support a broad range data rates, wavelengths (λ) and power configurations providing maximum flexibility. The SFPs in dual fiber tranceivers (TX and RX) as well as dual transmit and dual receive versions. The table below lists many of the popular options and the corresponding FiberPlex SFP part number. Note that the part num
