emSFP

Embrionix ST2110 SOC

The SoC – System-on-Chip (IP-SDI) is a compact processing platform that can be integrated into your hardware design to provide advanced processing capabilities such SDI-IP conversion. The SoC is a Software-Defined hardware platform enabling in field live upgrades as well as re-purposing of the processing functionality.

The solution is perfect to ease your migration to IP with integrated and JTNM tested ST2110 Gateway solution. It provides dual mac output with uplink rates of 10GE or 25GE for full support ST2022-7. On the SDI side, the processor can receive or transmit any HD/3G and UHD SDI signals.

The Soc can be configured via SPI or a RESTful API (JTNM based), or NMOS.

Design tools available: evaluation board, gerbers of evaluation board, schematics of evaluation board, RESTful API and register mapping

The parts listed below are for the NON-MSA versions of the hardware platform plus 2 channel software options. The part number for the MSA hardware is EB22LCSD-SM and for a full list of options please refer to the “software options” tab.


EB22LC2B-SN [Software Defined EmSFP, NON-MSA, Optical Transceiver, Multimode – 3GE SDI Host]

The ST2110 Encapsulator Gateway converts two SDI signals at your equipment host connector to twoST2110 set of flows on the fiber side . The miniature plugin device (SFP+) is installed directly inside your equipment providing a quick and simple migration from SDI to IP by a replacement of the SFP module.

EB22LC2B-SN + emOPT-2E-2110-N


EB22LC2B-SN [Software Defined EmSFP, NON-MSA, Optical Transceiver, Multimode – 3GE SDI Host]

The ST2110 De-encapsulator Gateway converts two ST2110 set of flows from the fiber side to two SDI signals at your equipment host connector. The miniature plugin device (SFP+) is installed directly inside your equipment providing a quick and simple migration from SDI to IP by a replacement of the SFP module

EB22LC2B-SN + emOPT-2D-2110-N


EB22LC2B-SN [Software Defined EmSFP, NON-MSA, Optical Transceiver, Multimode – 3GE SDI Host]

The ST2022-6 Encapsulator Gateway converts two 3G-SDI signals from the host of your equipment into a set of ST-2022-6 flows on the fiber side. The miniature plugin device (SFP+) is installed directly inside your equipment providing a quick and simple migration from SDI to IP by a replacement of the SFP module.

EB22LC-SN + emOPT-2E-2022-6


EB22LC2B-SN [Software Defined EmSFP, NON-MSA, Optical Transceiver, Multimode – 3GE SDI Host]

The ST2022-6 De-encapsulator Gateway converts two ST-2022-6 set of flows from the fiber side to two SDI signals at your equipment host connector. The miniature plugin device (SFP+) is installed directly inside your equipment providing a quick and simple migration from SDI to IP by a replacement of the SFP module.

EB22LC2B-SN + emOPT-2D-2022-6


EB28LCRT-M-MADI [MADI To/From AES67 Optical Transceiver Multimode 1310nm, MSA,]

Embrionix’s MADI – IP Bi-directional Gateway can convert a one MADI signal into IP steams while also offering the receive of IP streams for conversion into a single MADI signal.

EB28LCRT-M-MADI


Software Options:

  • EmOPT-1E-2022-6 [2022-6 Encapsulation Option (Single Channel)]
  • EmOPT-1D-2022-6 [2022-6 De-Encapsulation Option (Single Channel)]
  • EmOPT-2E-2022-6 [2022-6 Encapsulation Option (Dual Channels)] – EB22LC2B-SN Only
  • EmOPT-2D-2022-6 [2022-6 De-Encapsulation Option (Dual Channels)] – EB22LC2B-SN Only
  • EmOPT-1E-2110 [2110 Encapsulation Option (Single Channel)]
  • EmOPT-1D-2110 [2110 De-Encapsulation Option (Single Channel)]
  • EmOPT-2E-2110-N [2110 Encapsulation Option (Dual Channels)] – EB22LC2B-SN Only
  • EmOPT-2D-2110-N [2110 De-Encapsulation Option (Dual Channels)] – EB22LC2B-SN Only
  • EmOPT-QUAD [Quad Split Processor Option W/SDI Output]
  • Software Add-On
  • EmOPT-2E-2110-FS [2110 Encapsulation Frame Sync Add-On]
  • EmOPT-2D-2110-CS [2110 De-Encapsulation Clean Switching Add-On]

The world’s first video UHD 12G-SDI video optical SFP (EB12LC) series supports 4K60 and 4K120 (dual link 12G-SDI). The UHD video SFP also supports 6G-SDI, 3G-SDI, HD-SDI and SD-SDI. The UHD video emSFP is available in transceiver, dual receivers, and dual transmitters configuration with built-in reclockers. This serie of video SFP (emSFP) will minimize the number of cables and the footprint for 4K.

 EB12LC1R-MN-P

12G/6G-SDI UHD video SFP optical, single receiver, medium haul, non-MSA, non-reclocked

 EB12LCRT-MM-P13D

13D 12G/6G-SDI video SFP (emSFP) optical, transceiver, medium haul, MSA, 1310nm, DFB

 EB12LCRT-MN-P13D

12G/6G-SDI video SFP (emSFP) optical, transceiver, medium haul, Non-MSA, 1310nm, DFB

 EB12LC2T-SN-13D

12G/6G/3G/HD/SD-SDI UHD video SFP optical, dual transmitter, medium haul, non-MSA, 1310nm

 EB12LC2R-MN-P

12G/6G-SDI UHD video SFP optical, dual receiver, medium haul, non-MSA

EB12LC1R-MN-P-PA

12G/6G/3G/HD/SD-SDI UHD video SFP optical, single receiver, medium haul, non-MSA, non-reclocked with full pathological support

The high sensitivity and feature-rich video optical SFP. The Video SFP EB60LC family leverages Embrionix’s optical video SFP (emSFP) over LC/PC connectors. The superior sensitivity of this video SFP family can reach -23dB at 3G-SDI with a pathological signal. High performances are even possible with an internal power configuration at the optical transmitter. The solution is designed around an inputs/outputs interchangeable SFP form factor. Installed inside an SFP cage hosted by other equipment manufacturers, the modules can be interchanged to provide a different mix of input and output connectivity.

EB60LCRT-MM-P13F

3G/HD/SD-SDI/ASI video SFP (emSFP) optical, transceiver, medium haul, MSA, 1310nm

EB60LCRT-MN-P13F

3G/HD/SD-SDI/ASI video SFP (emSFP) optical, transceiver, medium haul, non-MSA, 1310nm

EB60LC2R-MN2-P

3G/HD/SD-SDI/ASI video SFP (emSFP) optical, dual receiver, medium haul, non-MSA

EB60LC2T-MN2-13F

3G/HD/SD-SDI/ASI video SFP optical, dual transmitter, medium haul, non-MSA, 1310nm

The world’s first video UHD 12G-SDI video coaxial and optical product using an SFP form factor. The family is composed of emSFP coaxial (EB12CS) and emSFP (EB12LC) optical. Both modules support a 4k resolution at 60Hz and 120Hz (dual link 12G-SDI). The UHD video SFP also supports 6G-SDI, 3G-SDI, HD-SDI, SD-SDI. The UHD video emSFP are available in transceiver, dual receivers and dual transmitters configuration with built-in reclockers. This solution minimizes the number of cables and enable interconnection of 4K devices over a long distance.

EB12HD2R-MNR-2

12G/6G/3G/HD/SD-SDI UHD video SFP (emSFP) coaxial, dual receiver, non-MSA, HD-BNC, reclocked

EB12BN1R-MNR

12Gbps SDI emSFP+, Full size BNC, Receiver, non-MSA, Reclocked

EB12HD2T-MNR-2

12G/6G/3G/HD/SD-SDI UHD video SFP (emSFP) coaxial, dual transmitter, medium reach, non-MSA, HD-BNC, reclocked

EB12BN1T-MNR

12Gbps SDI emSFP+, Full size BNC, Transmitter, non-MSA, Reclocked

The world’s first video UHD 12G-SDI video coaxial and optical product using an SFP form factor. The family is composed of emSFP coaxial (EB12CS) and emSFP (EB12LC) optical. Both modules support a 4k resolution at 60Hz and 120Hz (dual link 12G-SDI). The UHD video SFP also supports 6G-SDI, 3G-SDI, HD-SDI, SD-SDI. The UHD video emSFP are available in transceiver, dual receivers and dual transmitters configuration with built-in reclockers. This solution minimizes the number of cables and enable interconnection of 4K devices over a long distance.

EB30HD2R-MN

3G/HD/SD/ASI video SFP (emSFP) coaxial, dual receiver, medium reach, non-MSA, HD-BNC

EB30HD2T-LN

3G/HD/SD/ASI video SFP (emSFP), coaxial, dual transmitter, long reach, non-MSA, HD-BNC

EB30HDRT-MM

3G/HD/SD SDI video SFP (emSFP) coaxial transceiver, medium reach, non-MSA, HD-BNC

 EB30HDRT-LN-DA3

Distribution Amplifier, video SFP (emSFP) coaxial, transceiver, non-MSA, HD-BNC

The Audio SFP EB06HD/EB06CS family leverages the Embrionix’s MADI emSFP over HD-BNC or DIN1.0/2.3 connectors. The solution is designed around an inputs/outputs interchangeable SFP form factor. Installed inside an SFP cage hosted by other equipment manufacturers, the modules can be interchanged to provide a different mix of input and output connectivity.

EB06CSRT-MN-MADI

MADI Audio SFP (emSFP) MADI TRANSCEIVER , medium reach, non-MSA, DIN 1.0/2.3

EB06HD2R-MN-MADI

MADI SFP (emSFP) MADI DUAL RECEIVER , medium reach, non-MSA, HD-BNC

EB06HD2T-MN-MADI

MADI Audio SFP (emSFP) coaxial, dual Transmitter, medium reach, non-MSA, HD-BNC

 EB06HDRT-MN-MADI

MADI AUDIO SFP (emSFP) MADI tranceiver , medium reach, non-MSA, HD-BNC

This product series offers the smallest HDMI/DVI to SDI video converters on the market. These modules convert from HDMI 2.0a, HDMI 2.0b, HDMI v1.4/ DVI 1.0 to SDI (12G-SDI, 6G-SDI, 3G-SDI, HD-SDI, SD-SDI) or from SDI (12G-SDI, 6G-SDI, 3G-SDI, HD-SDI, SD-SDI) to HDMI v1.4 and HDMI 2.0. The solution is designed around an inputs/outputs interchangeable SFP form factor.

EB34TD1R-SN

HDMI/DVI To SDI video SFP (emSFP) converter, single receiver, non-MSA, Type D with retention clip

EB34TD1T-SN

SDI to HDMI/DVI Video SFP (emSFP) converter, single transmitter, non-MSA, Type D with retention clip

EB35TD1T-SN

12G/3G/HD-SDI to HDMI 2.0 Transmitter, 8 audio ch (HDMI), non-MSA, Type D

The smallest dual channel NTSC/PAL to SDI converter in video SFP format. The video SFP converter EB30CSxx-A/ EB30HDxx-A families leverage the Embrionix’s CVBS (Composite) video SFP (emSFPTM) encoder and decoder with the support of NTSC and PAL.

EB30HD2R-AN2

CVBS to SDI video SFP (emSFP) converter, dual receiver, non-MSA, HD-BNC

EB30HDRT-AN

CVBS to SDI video SFP (emSFP) converter, transceiver, short reach, non-MSA, HD-BNC

About Embrionix

Embrionix provides a new approach in the product interface market for broadcast manufacturers. Embrionix designs and builds innovative, advanced small form-factor pluggable transceivers (SFPs) to close the gap between fibre optic deployments, coaxial deployments, and emerging technology deployments, such as HDMI, composite video, and Ethernet. By leveraging its core competencies in video broadcast, the company provides SFP modules (emSFP) with the highest level of flexibility to major broadcasters in the industry.