MINICUBE TRANSCEIVERS FOR VIDEO & ETHERNET

Transcription

1 MiniCube Transceiver modules offer high density single-mode duplex LC fiber interface for high-speed serial digital video links as well as GbE Ethernet applications. Well suited for lower power, cost effective high-density, multi-channel applications. TE CONNECTIVITY ///

2 FOR VIDEO AND ETHERNET MiniCube Fabry-Perot (FP) and Coarse Wavelength Division Multiplexer (CWDM) Transceiver modules offer high density single-mode duplex LC fiber interface for high-speed serial digital video links for multi-protocol 3G/HD/SD/DVB/ASI video applications as well as GbE Ethernet applications. Well suited for lower power, cost effective high-density, multi-channel applications. SPACE & POWER SAVING Space saving size about half the length of an SFP Typical power consumption less than 0.8W OPTICAL OPTIONS LC physical contact single mode optical interface (standard) 1310 nm single mode (SM) Fabry- Perot Laser transmitters (available as simplex transmitter or in TX/RX transceiver) Distributed Feed Back (DFB) CWDM wavelength SM laser transmitters for multiplexing applications (only available as simplex transmitter) PIN broad spectrum receiver detectors (1260nm to 1620nm) CAN TRANSMIT THE FOLLOWING SIGNAL TYPES 3G-SDI, SMPTE 424M (2.970 Gbps and 2.970/1.001 Gbps) HD-SDI, SMPTE 292M (1.485 Gbps and 1.485/1.001 Gbps) SD-SDI, SMPTE 259M (143 Mbps, 270 Mbps and 360 Mbps) GbE Ethernet (1 Gbps) DVB/ASI (270 Mbps) MADI audio (125 Mbps) AES audio pair MEMORY MAP & DIGITAL DIAGNOSTIC MONITORING INTERFACE (DDMI) Single I2C address per module Memory Map is patterned after SFF-8472 Standard Module Memory Map for Transceiver is used for FP TX/PIN RX transceiver as well as Simplex TX and Simplex RX Host Software detects module type to interpret DDMI Memory Map Internally Calibrated Contact TE for further details MOUNTING OPTIONS Horizontal mount cage & 12 pin Surface Mount (SMT) Printed Circuit Board (PCB) connector Vertical mount cage & 12 pin SMT PCB connector COMPLIANCE RoHS-6 TE Components... TE Technology... TE Know-how... AMP AGASTAT CII HARTMAN KILOVAC MICRODOT NANONICS POLAMCO Raychem Rochester DEUTSCH SEACON Phoenix Phoenix Optix SEACON Empower Engineers to Solve Problems, Moving the World Forward. TE CONNECTIVITY /// PAGE 2

3 PINOUT PIN- OUT TRANSCEIVER* SIMPLEX TRANSMITTER* SIMPLEX RECEIVER* Pin Symbol Description Symbol Description Symbol Description 1 GND Ground GND Ground GND Ground 2 TX1 IN- Transmitter Inverted Data Input; AC coupled TX1 IN- Transmitter Inverted Data Input; AC coupled TX1 IN- 3 TX1 IN+ Transmitter Non-Inverted Data Input; AC coupled TX1 IN+ Transmitter Non-Inverted Data Input; AC coupled TX1 IN+ 4 VccT 3.3V TX Vcc +/- 5% VccT 3.3V TX Vcc +/- 5% VccT 5 TX DIS Transmitter Disable TX1 DIS Transmitter Disable TX DIS 6 SCL I2C Clock line must be pulled up on host board SCL I2C Clock line must be pulled up on host board SCL I2C Clock line must be pulled up on host board 7 SDA Data line must be pulled up on host board SDA Data line must be pulled up on host board SDA Data line must be pulled up on host board 8 Rx LOS RX Loss of Signal Rx LOS RX LOS RX Loss of Signal 9 VccR 3.3V RX Vcc +/- 5% VccR VccR 3.3V RX Vcc +/- 5% 10 OUT+ Receiver non-inverted output data; AC coupled OUT+ OUT+ Receiver non-inverted output data; AC coupled 11 OUT- Receiver inverted output data; AC coupled OUT- OUT- Receiver inverted output data; AC coupled 12 GND Ground GND Ground GND Ground * Note: The Transceiver pinout will support FP/PIN transceiver and Simplex TX and Simplex RX in the same port. Recommended Operation Conditions Parameter Symbol Min Max Units Notes Operating Case Temperature Tc C - Supply Voltage Vcc Vdc 3.3 +/- 5% Baud Rate Brate Mbps 143/170/270/360/540/ 1485/2970 Mbps SMT Connector Mating Cycles Cycles - Fiber Port Mating Cycles Cycles - TE CONNECTIVITY /// PAGE 3

4 Electrical Specifications Parameter Symbol Min Typ Max Units Notes (MCUBE-TR-P-2F) (MCUBE-1T-P-2F) (MCUBE-1T-P-xxD) (MCUBE-1R-P-2) Icc ma T=25 C, Vcc= +3.3 V ma Icc ma T=25 C, Vcc= +3.3 V ma Icc ma T=25 C, Vcc= +3.3 V ma Icc ma T=25 C, Vcc= +3.3 V ma Optical Specifications Transmitter Optical Transmit Power (dbm) Receiver Optical Input Power (dbm) Power Consumption (W) Min Typ Max Min / Max Typ / Max MCUBE-TR-P-2F 1310nm SM FP TX / PIN RX MCUBE-1T-P-2F 1 Channel SM 1310nm FP TX MCUBE-1T-P-xxD* 1 Channel SM DFB CWDM TX MCUBE-1R-P-2 1 Channel SM PIN RX / / NA 0.31 / NA 0.59 / 0.80 NA NA NA -19 / / 0.47 Chart Abbreviations: Max = Maximum, Min = Minimum, Typ = Typical, NA = Not Applicable. *xx = 2-digit wavelength code: 27=1270, 29=1290, 31=1310, 33=1330, 35=1350, 37=1370, 39=1390, 41=1410, 43=1430, 45=1450, 47=1470, 49=1490, 51=1510, 53=1530, 55=1550, 57=1570, 59=1590 and 61=1610nm. Center wavelength tolerance: +/- 6.5nm Connectors & Cages MCUBE-VCG MCUBE-VCON MCUBE-HCG MCUBE-HCON Part Number Description MCUBE-VCG Vertical Mount Cage MCUBE-HCG Horizontal Mount Cage MCUBE-VCON Vertical SMT Connector MCUBE-HCON Horizontal SMT Connector TE CONNECTIVITY /// PAGE 4

5 Module Dimensions Verticle Mount Horizontal Mount TE CONNECTIVITY /// PAGE 5

6 2017 TE Connectivity. All Rights Reserved /17 Rev A1 Phoenix Optix, TE, TE Connectivity and the TE connectivity (logo) are trademarks. Other products, logos, and company names mentioned herein may be trademarks of their respective owners. While TE has made every reasonable effort to ensure the accuracy of the information herein, nothing herein constitutes any guarantee that such information is error-free, or any other representation, warranty or guarantee that the information is accurate, correct, reliable or current. The TE entity issuing this publication reserves the right to make any adjustments to the information contained herein at any time without notice. All implied warranties regarding the information contained herein, including, but not limited to, any implied warranties of merchantability or fitness for a particular purpose are expressly disclaimed. The dimensions herein are for reference purposes only and are subject to change without notice. Specifications are subject to change without notice. Consult TE for the latest dimensions and design specifications. North America TEfiberopticconverters@te.com Visit te.com/fiber-optic-converters for additional information. TE CONNECTIVITY ///