Video SMPTE SFP

Fiber Optic Transport of HD/SD-SDI It is becoming increasingly necessary and economically feasible to transport HD/SD-SDI signals over fiber instead of coaxial cable. The reasons are many including increased bandwidth, lower cabling cost, noise immunity and greater transmission distances. Prior to 2006, several standards were used to define how SDI signals were to be transported over fiber. Now, there is one standard to define the many aspects and parameters of the fiber optic interface for the transmission and reception of SDI over fiber. SMPTE 297-2006: This standard defines the fiber optic interface for the transmission and reception of SDI signals at various data rates: SMPTE 259M: 143 through 360 Mbps SMPTE 344M: 540 Mbps SMPTE 292: 1.485 and 1.485/1.001 Gbps SMPTE 424M: 2.97 and 2.97/1.001 Gbps SMPTE 297-2006 defines many parameters of the optical interface for both a transmitting and receiving device with a fiber optic interface. The input to a fiber Transmitter can be any one of the SMPTE coaxial-based standards indicated above. On the Receiver, the output will be of the same coaxial interface type of the Transmitter. The significance of the new 297 standard is that it allows for interoperability between fiber optic devices from different manufacturers that comply with the standard.
SMPTE SDI 3G-SDI HD-SDI Video SFP NON MSA
Video SMPTE SFP, transceiver type Type Distance @ Worst condition Tx wavelength Components
EOLS-1330-10-DN Tranceiver, NON-MSA 10km 1310nm FP/PIN
EOLS-1330-35-DN Tranceiver, NON-MSA 35km 1310nm DFB/PIN
EOLS-1330-50-DN Tranceiver, NON-MSA 35km 1310nm DFB/APD
EOLS-1530-50-DN Tranceiver, NON-MSA 50km 1550nm DFB/PIN
EOLS-1530-80-DN Tranceiver, NON-MSA 80km 1550nm DFB/APD
Video SMPTE SFP, CWDM transceiver Type Distance @ Worst condition Tx wavelength Components
EOLS-1630-18XDN Series CWDM Tranceiver, NON-MSA Link budget : 18dB CWDM, X refer Tx wavelength DFB/PIN
EOLS-1630-28XDN Series CWDM Tranceiver, NON-MSA Link budget : 28dB CWDM, X refer Tx wavelength DFB/APD
Video SMPTE SFP, DWDM transceiver Type Distance @ Worst condition Tx wavelength Components
EOLS-1630-18XXDN Series DWDM Tranceiver, NON-MSA Link budget : 18dB DWDM, X refer Tx wavelength DFB/PIN
EOLS-1630-28XXDN Series DWDM Tranceiver, NON-MSA Link budget : 28dB DWDM, X refer Tx wavelength DFB/APD
Video SMPTE SFP, single and dual TX Type Distance @ Worst condition Tx wavelength Laser
EOLS-1330-T-10-DN Single Transmitter, NON-MSA 10km 1310nm FP
EOLS-1330-DT-10-DN Dual Transmitter,NON- MSA 10km 1310nm FP
EOLS-1330-T-35-DN Single Transmitter, NON-MSA 35km 1310nm DFB
EOLS-1330-DT-35-DN Dual Transmitter,NON- MSA 35km 1310nm DFB
EOLS-1530-T-50-DN Single Transmitter, NON-MSA 50km 1550nm DFB
EOLS-1530-DT-50-DN Dual Transmitter,NON- MSA 50km 1550nm DFB
Video SMPTE SFP, CWDM single and dual TX Type Distance @ Worst condition Tx wavelength Laser
EOLS-1630-T-XDN Series CWDM Single Transmitter, NON-MSA 35km DFB
EOLS-1630-DT-XYDN Series CWDM Dual Transmitter, NON- MSA 35km DFB
Video SMPTE SFP, single and dual RX Type Distance @ Worst condition Tx wavelength Receiver
EOLS-30-R-DN Single Receiver, NON-MSA 10km 1200~1600nm PIN
EOLS-30-DR-DN Dual Receiver, NON-MSA 10km 1200~1600nm PIN
EOLS-30-RH-DN Single Receiver, NON-MSA 80km 1200~1600nm APD
EOLS-30-DRH-DN Dual Receiver, NON-MSA 80km 1200~1600nm APD
Video SMPTE SFP, BIDI transceiver Type Distance @ Worst condition Tx/Rx wavelength Components
EOLS-BI1330-10-DN Tranceiver, NON-MSA 10km 1310nm/1550nm FP/PIN
EOLS-BI4930-10-DN Tranceiver, NON-MSA 10km 1490nm/1310nm DFB/PIN
EOLS-BI1530-10-DN Tranceiver, NON-MSA 10km 1550nm/1310nm DFB/PIN
EOLS-BI1330-35-DN Tranceiver, NON-MSA 35km 1310nm/1550nm DFB/PIN
EOLS-BI4930-35-DN Tranceiver, NON-MSA 35km 1490nm/1310nm DFB/PIN
EOLS-BI1530-35-DN Tranceiver, NON-MSA 35km 1550nm/1310nm DFB/PIN
EOLS-BI1630-18XYDN Series CWDM Tranceiver, NON-MSA Link budget : 18dB CWDM, X refer Tx wavelength, Y refer Rx wavelength DFB/PIN
SMPTE SDI 3G-SDI HD-SDI Video SFP MSA
Video SMPTE SFP, transceiver type Type Distance @ Worst condition Tx wavelength Components
EOLS-1330-10-D Tranceiver, MSA 10km 1310nm FP/PIN
EOLS-1330-35-D Tranceiver, MSA 35km 1310nm DFB/PIN
EOLS-1330-50-D Tranceiver, MSA 35km 1310nm DFB/APD
EOLS-1530-50-D Tranceiver, MSA 50km 1550nm DFB/PIN
EOLS-1530-80-D Tranceiver, MSA 80km 1550nm DFB/APD
Video SMPTE SFP, CWDM transceiver Type Distance @ Worst condition Tx wavelength Components
EOLS-1630-18XD Series CWDM Tranceiver, MSA Link budget : 18dB CWDM, X refer Tx wavelength DFB/PIN
EOLS-1630-28XD Series CWDM Tranceiver, MSA Link budget : 28dB CWDM, X refer Tx wavelength DFB/APD
Video SMPTE SFP, DWDM transceiver Type Distance @ Worst condition Tx wavelength Components
EOLS-1630-18XXD Series DWDM Tranceiver, MSA Link budget : 18dB DWDM, X refer Tx wavelength DFB/PIN
EOLS-1630-28XXD Series DWDM Tranceiver, MSA Link budget : 28dB DWDM, X refer Tx wavelength DFB/APD
Video SMPTE SFP, single TX Type Distance @ Worst condition Tx wavelength Laser
EOLS-1330-T-10-D Single Transmitter, MSA 10km 1310nm FP
EOLS-1330-T-35-D Single Transmitter, MSA 35km 1310nm DFB
EOLS-1530-T-50-D Single Transmitter, MSA 50km 1550nm DFB
Video SMPTE SFP, single CWDM TX Type Distance @ Worst condition Tx wavelength Laser
EOLS-1630-T-XD Series CWDM Single Transmitter, MSA 35km CWDM, X & Y refer Tx wavelength DFB
Video SMPTE SFP, single RX Type Distance @ Worst condition Tx wavelength Receiver
EOLS-30-R-D Single Receiver, MSA 10km 1200~1600nm PIN
EOLS-30-RH-D Single Receiver, MSA 80km 1200~1600nm APD
Video SMPTE SFP, BIDI transceiver Type Distance @ Worst condition Tx/Rx wavelength Components
EOLS-BI1330-10-D Tranceiver, MSA 10km 1310nm/1550nm FP/PIN
EOLS-BI1630-10-LCD Tranceiver, MSA 10km 1490nm/1310nm DFB/PIN
EOLS-BI1530-10-D Tranceiver, MSA 10km 1550nm/1310nm DFB/PIN
EOLS-BI1330-35-D Tranceiver, MSA 35km 1310nm/1550nm DFB/PIN
EOLS-BI1630-35-LCD Tranceiver, MSA 35km 1490nm/1310nm DFB/PIN
EOLS-BI1530-35-D 35km 1550nm/1310nm DFB/PIN
EOLS-BI1630-18XYD Series CWDM Tranceiver, MSA Link budget : 18dB CWDM, X refer Tx wavelength, Y refer Rx wavelength DFB/PIN
Fiber Optic Transport of HD/SD-SDI
It is becoming increasingly necessary and economically feasible to transport HD/SD-SDI signals over fiber instead of coaxial cable. The reasons are many including increased bandwidth, lower cabling cost, noise immunity and greater transmission distances. Prior to 2006, several standards were used to define how SDI signals were to be transported over fiber. Now, there is one standard to define the many aspects and parameters of the fiber optic interface for the transmission and reception of SDI over fiber.
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Eoptolink Technology Inc. Ltd.
Add: No.127 West Wulian Street, Gongxing Town, Shuangliu County, Chengdu City.