Datasheet Multi-Rate Digital Video SFP SFP-TMDV3G Highlights Enables digital video signals over fiber optic links Wide protocol support with 270 Mbps to 2.97 Gbps data rates (output data rate equals input data rate) 3G-SDI - SMPTE 424M (2.97 and 2.97/1.001 Gbps) HD-SDI - SMPTE 292M (1.4835/1.485 Gbps) SDI - SMPTE 259M-C (270 Mbps) DVB ASI (270 Mbps) 75 ohm coaxial input/output with standard BNC connectors Plug-n-Play operation SFP MSA (as applicable) Advantages Allows uncompressed digital video component signal transport over any standard optical transport system Allows standard optical transceivers (MSA compliance) Supports digital video links over fiber optic cabling Overview MRV’s digital video SFP-TMDV3G is designed to affordably transmit SDI, HD-SDI, 3G-SDI, or DVB digital video component signals over fiber using standard optical transceivers. Compatible with any optical transport system – WDM platforms, optical/electrical cross-connects, etc. – the unidirectional digital video SFPs from MRV open a new world of costeffective digital video deployment options: - Link extension over new or existing fiber plant - Wave division multiplexing (CWDM and DWDM) - Link redundancy for mission critical applications - Video distribution and multicasting ... and more! SDI HD-SDI, 3G-SDI, and DVB are the basic standards used to transport serial component digital video data on single coaxial cable. Coaxial cable limits the link range to 350 meters between the signal source and destination for standard definition video, 140 meters for high definition, and 100 meters for 3G video. These distances are designed for intrabuilding or small campus networks. However, the advent of geographically dispersed studio campuses requires more digital video data to travel across the sophisticated optical infrastructure of the metro and inter-metro network. Links of 100 kilometers or more and the use of WDM technology are increasingly common. MRV’s digital video SFPs easily merge digital video traffic onto these optical transport networks. 1 Datasheet MRV’s digital video SFPs are designed to carry digital video signals (see specific protocols in the datasheet). Pathological signals (long strings of sequential zeros or sequential ones) require additional processing. The SFP-TMDV3G-RX is a coaxial receiver designed to support digital video signals as defined by the SDI, HD-SDI, 3G-SDI, or DVB standards. It recognizes the digital video stream and generates a data signal that is compatible with these optical transport systems supporting the digital video data rates. The signal passes through the receiving module to an MSA-standard optical transceiver that transports it over a fiber optic link. At the far end of the optical link, the signal is received by another MSA-standard optical transceiver and passed to the SFP-TMDV3G-TX. The SFP-TMDV3G-TX, in turn, processes the data signal and sends the resulting digital video stream to the receiving digital video device, once again over a coaxial cable. Contact your nearest authorized MRV representative and visit our website at www.mrv.com for more information on the complete line of MRV solutions, including pricing and availability. Application: Digital Video Extension Over Fiber Post Production Facility Film Studio Data Direction Digital Video over Coax* (BELDEN 1694A cable for 3G) Data Direction Digital Video over Coax* (BELDEN 1694A cable for 3G) Digital Vidio SFP FO SFP FO SFP Fiber Optic SDI Link 0-120+ km Data Direction The SFP-TMDV3G-RX, here mounted in a Fiber Driver EM316DMR3G-3R, receives a unidirectional SDI signal from a connected video device. The SDI signal is then transmitted over fiber via a standard SFP optical transceiver. * Coax Protocol Length SD (270 Mbps) 350 m HD (1.485 Gbps) 140 m 3G (2.97 Gbps) 100 m 2 The optical SFP transceiver on the other side of the fiber link receives the SDI data signal. The EM316DMR3G-3R (Dual Multirate Transponder) passes the SDI signal to the SFP-TMDV3G-TX, and delivers it to the end point video device. Datasheet General Specifications Transmitter Receiver Input/Output Connector BNC (x1) BNC (x1) Impedance 75 Ohms (output) 75 Ohms (input) Output Level 800 mV N/A SFP Interface Complies with SFP MSA standard (as applicable) Complies with SFP MSA standard (as applicable) < 10-9 < 10-9 Coaxial Interface: Performance: CRC/EDH Error Rate Status and Control Signals: RX LOS N/A Yes TX Disable Yes N/A Auto Cable Equalization N/A Yes Operating -5 to 50º C -5 to 50º C Storage -40 to 85º C -40 to 85º C Temperature Range: Agency Compliance: FCC Part 15, EMC Directive, WEEE Directive, RoHS, China RoHS, SFP MSA (as applicable) SFP EDGE CONNECTOR SPECIFICATIONS Pin # MSA name TMDV Coax Receiver TMDV Coax Transmitter 1 Rx_OPM Factory use only; leave open Factory use only; leave open 2 TxFault Factory use only; leave open Factory use only; leave open 3 TxDisable N/A Mutes Coax output 4 MOD_DEF(2) I2C SDA signal I2C SDA signal 5 MOD_DEF(1) I2C SCL signal I2C SCL signal 6 MOD_DEF(0) GRD GRD 7 Rate Select Factory use only; leave open Factory use only; leave open 8 LOS Signal detected at coax High Level 9 Tx_I Factory use only; leave open Factory use only; leave open 10 Tx_DC Factory use only; leave open Factory use only; leave open 11 VeeR GRD GRD 12 RD- Output data to SFP edge connector Not used 13 RD+ Output data to SFP edge connector Not used 14 VeeR GRD GRD 15 VccR 3.3VDC 3.3VDC 16 VccT 3.3VDC 3.3VDC 17 VeeT GRD GRD 18 TD+ Not used Input data from SFP edge connector 19 TD- Not used Input data from SFP edge connector 20 VeeT GRD GRD 3 Datasheet Electrical Characteristics EEPROM and Interface Details TX outputs: 800mV p-p, within 10% 75 ohm driver Outputs are AC coupled inside the SFP The following information is available through the interface at the locations indicated. A0: Can be read by user. Has name of the SFP in it. For instance, ’SFP-TMDV-TX’ indicates a transmitter. RX inputs: 125 to 880mv p-p Driver to be ECL or LVDS AC coupled inside the SFP 75 ohm nominal load inside the SFP MSA Compliance The MRV video SFPs are MSA compliant for pluggability and format. However, the TMDV modules implement only the small subset of the information described in the MSA that applies to them. This subset of information is described in the “EEPROM and Interface Details“ section. Mechanical Drawing [ 12.207] .481 [ 13.30 ] .52 [ 85.57 ] 3.37 [ 15.62 ] .62 [ 32.36 ] 1.27 [ 8.53 ] .34 [ 17.65 ] .70 [ 9.70 ] .38 [ 85.19 ] 3.35 4 Datasheet Model Function/ Protocol Supported Data Rate Connector Impedance (Ohms) Output Level (mV) Max. Coaxial Cable Length (m)* Ordering Information (use in pairs as shown) SFP-TMDV3G-TX Unidirectional digital video SFP transmitter 270 Mbps -2.97 Gbps BNC 75 800 SFP-TMDV3G-RX Unidirectional digital video SFP receiver 270 Mbps -2.97 Gbps BNC 75 - 350 @270 Mbps 140 @1.485 Gbps 100 @2.97 Gbps * Distances may vary based on properties of the transponder, cables, and power supply. Coax cables must be BELDEN 1694A grade cables rated for 3G applications. Visit the MRV website or contact an MRV representative for solutions that handle these non-standard signals. MRV has more than 50 offices throughout the world. Addresses, phone numbers and fax numbers are listed at www.mrv.com. Please e-mail us at [email protected] or call us for assistance. MRV Los Angeles MRV Boston 20415 Nordhoff Street 300 Apollo Drive Chatsworth, CA 91311 Chelmsford, MA 01824 800-338-5316 800-338-5316 818-773-0900 978-674-6800 MRV International Business Park Moerfelden Waldeckerstrasse 13 64546 Moerfelden-Walldorf Germany Tel. (49) 6105/2070 Fax (49) 6105/207-100 All statements, technical information and recommendations related to the products herein are based upon information believed to be reliable or accurate. However, the accuracy or completeness thereof is not guaranteed, and no responsibility is assumed for any inaccuracies. Please contact MRV Communications for more information. MRV Communications and the MRV Communications logo are trademarks of MRV Communications, Inc. Other trademarks are the property of their respective holders. MRV-OP-SFPTMDV3G-012411 3020153-001 Rev. A2 Copyright ©2011 MRV Communications, Inc. All Rights Reserved.