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Cisco ONS-SE-100-BX10U= network transceiver module

1. 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 11 of 15 Data Sheet a Optical Performance Long Wavelength Performances C Band FEC Applications Noise Limited Input power range dBm 7 to 18 At BER PREFEC lt 10e 5 applicable at 10 7G 11 1G only 8 5dB OSNR 0 5nm RBW Input power range dBm 7 to 18 At BER PREFEC lt 10e 5 400 to 1000 ps nm applicable at 10 7G 11 1G only 10dB OSNR 0 5nm RBW Long Wavelength Performances C Band E FEC Applications Power Limited Input power range dBm 7 to 27 At BER PREFEC lt 7 10e 4 applicable at 10 7G 11 1G only 19dB OSNR Input power range dBm 7 to 26 At BER PREFEC lt 7 10e 4 400 to 1300 ps nm applicable at 10 7G 11 1G and 11 3G only 19dB OSNR 0 5nm RBW Long Wavelength Performances C Band E FEC Applications Noise Limited Input power range dBm 7 to 20 At BER PREFEC lt 7 10e 4 applicable at 10 7G 11 1G only 5dB OSNR 0 5nm RBW Input power range dBm 7 to 20 At BER PREFEC lt 7 10e 4 400 ps nm applicable at 10 7G 11 1G and 11 3G only 7 5dB OSNR 0 5nm RBW Input power range dBm 7 to 20 At BER PREFEC lt 7 10e 4 1300 ps nm applicable at 10 7G 11 1G and 11 3G only 7dB OSNR 0 5nm RBW CWDM XFP Modules Cisco offers a full set of CWDM XFP modules for 10 Gbps applications Table 14 lists optical parameters Table 17 CWDM
2. xxxx ranges from 1470 to 1610 2 For DWDM SFP modules xx x ranges from 30 3 to 60 6 wavelength 28 7 33 4 41 3 49 3 57 3 requires Release 8 5 3 For DWDM XFP modules xx x ranges from 30 3 to 61 4 4 Copper cable shall be maintained within same line of racks SFP Physical Details Tables 22 through 26 list reliability data power consumption and cable type to be used for each pluggable module 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 13 of 15 Data Sheet a Table 22 Data SFP Modules Product ID MTBF in Hours Maximum Power Consumption W Supported Cable Connection ONS SI 100 LX10 9 970 080 1w LC LC ONS SI 100 FX 9 970 080 1w LC LC ONS SI GE SX 7 919 921 1W LC LC ONS SI GE LX 9 970 080 1W LC LC ONS SI GE ZX 1W LC LC ONS SE GE BXU 6 250 000 1w LC LC ONS SE GE BXD 6 250 000 1w LC LC Table 23 Electrical SFP Modules Product ID MTBF in Hours Maximum Power Consumption W Supported Cable Connection ONS SE ZE EL 4 068 349 1 RJ 45 STP CAT5e and CAT6 Table 24 Grey XFP Modules Product ID MTBF in Hours Maximum Power Consumption W Supported Cable Connection ONS XC 10G S1 3 039 506 2 5 LC LC ONS XC 10G I2 3 279 693 3 LC LC ONS XC 10G L2 2 711 429 3 LC LC ONS XC 10G SR MM 1 974 000 1 5 LC LC DWDM Pluggable Modules Table 25 xWDM SF
3. Power Penalty 0dB Grey XFP Modules Cisco offers a full set of Grey XFP modules for 10 Gbps applications Table 13 lists the optical parameters Table 13 Grey XFP Modules Optical Specifications Transmitter Receiver Wavelength Transmit Power Wavelength Range CD Robustness Product ID Range nm Range dBm nm ps Receiver Power Range dBm ONS XC 10G S1 1260 1335 6 to 1 1260 1565 6 6 11 to 1 8 2 to 0 5 14 4 to 0 5 ONS XC 10G I2 1530 1565 1 to 2 1260 1565 800 14 to 2 ONS XC 10G L2 1530 1565 0 to 4 1260 1565 1600 24 to 7 ONS XC 10G SR MM 840 860 7 3 to 1 840 860 9 9 to 1 1 SONET SDH application 2 10GE 10G Fibre Channel application 3 Stressed receiver sensitivity maximum in OMA is 10 3 dBm 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 10 of 15 DWDM XFP Modules Data Sheet a Cisco offers a full set of DWDM XFP modules for 10 Gbps applications Table 14 table 15 and Table 16 list optical parameters Table 14 DWDM XFP Modules Optical Specifications Receiver Wavelength Transmitter Product ID Range nm Stability pm Spectral Width pm Transmit Power Range dBm ONS XC 10G EPxx x 1260 1607 100 to 100 200 1 to 3 100 GHz spacing ONS XC 10G C 1260 1607 25 to 25 200 0 to 3 50 GHz spacing Note
4. XFP C Temp 10 2556 01 ITU G694 2 0 to 70 40km range ONS XC 10G 1610 0C192 10GE OTU2 CWDM 1610nm XFP C Temp 10 2557 01 ITU G694 2 0 to 70 40km range 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 8 of 15 Data Sheet oT SFP Modules Cisco offers a complete set of SFP modules for the CPT platform Table 7 and 8 list the details Table 7 Grey SFP Modules Temperature Product ID Product Description Part Number Applicable Standard Range ONS SC 10G SR SFP SR Commercial Temp 10 2620 01 10GE BASE SR 0 to 70 ONS SC 10G ER SFP ER Commercial Temp 10 2619 01 10GE BASE ER 0 to 70 ONS SC 10G LR SFP LR Commercial Temp 10 2618 01 10GE BASE LR 0 to 70 Table 8 Active Cable Temperature Product ID Product Description Part Number Applicable Standard Range CT ONS SC 10G CU1 10GBASE CU SFP Cable 1 Meter 37 1188 01 10GE 0 to 70 ONS SC 10G CU3 10GBASE CU SFP Cable 3 Meter 37 1197 01 10GE 0 to 70 ONS SC 10G CU5 10GBASE CU SFP Cable 5 Meter 37 1198 01 10GE 0 to 70 ONS SC 10G CU7 10GBASE CU SFP Cable 7 Meter 37 1196 01 10GE 0 to 70 SFP Technical Details SONET SDH SFP Modules The Cisco SFP modules are compatible with SONET SDH standards and support the digital diagnostic functions specified in the SFF 8742 MSA Data SFP Modules The Data SFP modules for the Cisco ONS Family are compatible with the
5. a Receiver Transmitter Transmit Wavelength Power Range Wavelength Receiver Power Product ID Range nm dBm Range nm Optical Reach Range dBm ONS SC 10G ER 1530 1565 4 7 to 4 1530 1565 40km 14 1 in OMA to 1 Table 20 Active Cables Product ID Interface standard compliance Cable Length Connector ONS SC 10G CU1 SFF 8431 Appendix E SFF 8432 and SFF 8472 im SFP MSA ONS SC 10G CU3 SFF 8431 Appendix E SFF 8432 and SFF 8472 3m SFP MSA ONS SC 10G CU5 SFF 8431 Appendix E SFF 8432 and SFF 8472 5m SFP MSA ONS SC 10G CU7 SFF 8431 Appendix E SFF 8432 and SFF 8472 7m SFP MSA Compatibility Matrix Table 21indicates which SFP modules are available on different CPT boards Table 21 Cisco ONS and CPT Compatibility Matrix Cisco UTS Boards Product ID CPT 50 44GE CPT PTM 10Gx4 CPT PTF256 10Gx4 ONS SI 100 LX10 X ONS SI 100 FX x ONS SE GE BXU x ONS SE GE BXD X ONS SI GE SX xX ONS SI GE LX x ONS SI GE ZX x ONS SE ZE EL x ONS SE 2G xxxx x ONS SC 10G SR x x X ONS SC 10G LR x x X ONS SC 10G ER x x X ONS SC 10G CU1 x x x ONS SC 10G CU3 x x x ONS SC 10G CU5 xX x x ONS SC 10G CU7 x x x ONS XC 10G S1 x X ONS XC 10G I2 X x ONS XC 10G L2 X X ONS XC 10G xxxx x x ONS XC 10G EPxx x x x ONS XC 10G C x X 1 For CWDM SFP and XFP modules
6. xx x ranges from 30 3 t Table 15 o 61 4 Fixed Wavelength DWDM XFP Modules Optical Performance Optical Performance Short Wavelength Performances Input power range dBm 7 to 20 At BER 10e 12 at 1310 nm 20nm applicable at 9 9G 10 3G only Long Wavelength Performan ices C Band NO FEC Applicati ions Power Limited Input power range dBm 7 to 23 At BER 10e 12 applicable at 9 9G 10 3G only 23dB OSNR 0 5nm RBW Input power range dBm 7 to 20 At BER 10e 12 500 to 1100 ps nm applicable at 9 9G 10 3G only 23dB OSNR 0 5nm RBW Long Wavelength Performan ices C Band NO FEC Applicati ons Noise Limited Input power range dBm 7 to 18 At BER 10e 12 applicable at 9 9G 10 3G only 17dB OSNR 0 5nm RBW Input power range dBm 7 to 18 At BER 10e 12 500 to 1100 ps nm applicable at 9 9G 10 3G only 20dB OSNR 0 5nm RBW Long Wavelength Performan ices C Band FEC Applications Noise Limited Input power range dBm 7 to 18 At BER PREFEC lt 10e 5 applicable at 10 7G 11 1G only 11dB OSNR 0 5nm RBW Input power range dBm 7 to 18 At BER PREFEC lt 10e 5 500 to 1100 ps nm applicable at 10 7G 11 1G only 12dB OSNR 0 5nm RBW Long Wavelength Performan ices C Band E FEC Applications Power Limited Input power range dBm 7 to 27 At BER PREFEC lt 7 10e 4 applicable at 10 7G 11 1G only
7. 23dB OSNR Input power range dBm 7 to 24 At BER PREFEC lt 7 10e 4 500 to 1100 ps nm applicable at 10 7G 11 1G only 23dB OSNR 0 5nm RBW Long Wavelength Performan ices C Band E FEC Applications Noise Limited Input power range dBm 7 to 18 At BER PREFEC lt 7 10e 4 applicable at 10 7G 11 1G only 8dB OSNR 0 5nm RBW Input power range dBm 7 to 18 At BER PREFEC lt 7 10e 4 500 to 1100 ps nm applicable at 10 7G 11 1G only 9dB OSNR 0 5nm RBW Table 16 Full C Band Tuneable Wavelength DWDM XFP Modules Optical Performance Optical Performance Short Wavelength Performances Input power range dBm 7 to 20 At BER 10e 12 at 1310 nm 20nm applicable at 9 9G 10 3G only Long Wavelength Performan ices C Band NO FEC Applicati ions Power Limited Input power range dBm 7 to 24 At BER 10e 12 applicable at 9 9G 10 3G only 23dB OSNR 0 5nm RBW Input power range dBm 7 to 22 At BER 10e 12 500 to 1600 ps nm applicable at 9 9G 10 3G only 23 dB OSNR 0 5nm RBW Long Wavelength Performan ices C Band NO FEC Applicati ons Noise Limited Input power range dBm 7 to 22 At BER 10e 12 applicable at 9 9G 10 3G and 10 5 only 19dB OSNR 0 5nm RBW Input power range dBm 7 to 20 At BER 10e 12 500 to 1600 ps nm applicable at 9 9G 10 3G and 10 5G only 19dB OSNR 0 5nm RBW
8. DD Supported reach S1 for short reach intra office 1310 nm interface or SX for Ethernet There are still some older product IDs for the Cisco ONS 15454 platform but those IDs will migrate toward the newer ID scheme for the Cisco ONS Family 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 5 of 15 Data Sheet a Data SFP Modules Cisco offers a wide range of different data SFP modules capable of transmitting Gigabit Ethernet Fibre Channel IBM Fiber Connection FICON and Enterprise Systems Connection ESCON signal format Table 1 provides details Table 1 Data SFP Modules Temperature Product ID Product Description Part Number Applicable Standard Range ONS SI 100 LX10 SFP 100 Mbps Long Reach 1310 nm SM LC 10 2294 01 100BASE LX 40 to 85 ITEMP IEEE 802 3 ONS SI 100 FX SFP 100 Mbps Short Reach 1310 nm MM LC 10 2350 01 100BASE FX 40 to 85 ITEMP IEEE 802 3 ONS SE GE BXU SFP 1000BASE BX U GE Bidirectional Upstream 100BASE BX U 10 to 85 Ext Temp IEEE 802 3 ONS SE GE BXD SFP 1000BASE BX D GE Bidirectional 1000BASE BX D 10 to 85 Downstream Ext Temp IEEE 802 3 ONS SI GE SX SFP 1000BASE SX Gigabit Ethernet 850 nm MM 10 2295 01 1000BASE SX 40 to 85 TEMP IEEE 802 3 ONS SC GE LX 1000BASE LX SFP 1310 nm LC C Temp 10 2298 01 1000BASE LX 0 to 70 IEEE 802 3 O
9. IEEE 802 3 and support the digital diagnostic functions specified in the SFF 8742 MSA Table 9 Ethernet Pluggable Modules Optical Specifications Operating Wavelength Transmit Power Receiver Power Maximum Maximum Target Product ID Range nm Range dBm Range dBm Dispersion ps nm Distance ONS SI GE SX 770 860 9 5 to 0 17 to 0 0 5 to 500m 50 125 um fiber 0 5 to 300m 62 5 125 um fiber ONS SI GE LX 1270 1355 9 5 to 3 19 to 3 10km ONS SI GE ZX 1500 1580 0 to 5 23 to 3 1200 1600 80km ONS SE 100 BX10U 1260 1360 TX 14 to 8 28 2 to 7 10 km 1480 1580 RX ONS SE 100 BX10D 1480 1580 TX 14 to 8 28 2 to 7 10 km 1260 1360 RX 1 Minimum Stressed Sensitivity 10 12 5 62 5um and 13 5 50um dBm 2 Minimum Stressed Sensitivity 107 14 4 dBm 3 The indicated dispersion range corresponds to the approximate worst case dispersion for 80 km G 652 G 654 fiber over the wavelength range 1500 1580 nm 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 9 of 15 Data Sheet a CWDM and DWDM SFP Modules Cisco offers a full set of CWDM SFP modules and DWDM SFP modules for GE applications Table 10 Table 10 and Table 12 list the optical parameters Table 10 CWDM SFP Modules Optical Specifications Receiver Wavelength Transmit Power Range Receiver Power Range Product ID Range nm Spectra
10. Modules for the Cisco ONS Family A schematic of the SFP transceiver module functional block diagram is illustrated in Figure 2 It contains three parts the transmitter receiver and Electrically Erasable Programmable Read Only Memory EEPROM storage chip This block diagram is intended for information purposes only and does not illustrate design requirements 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 1 of 15 Data Sheet Figure 2 SFP Module Block Diagram SFP MODULE HOST BOARD LED LD Monitor PIN PD LED Laser Driver Automatic Power Control Circuit Monitor Functionality y A Transmitter High Voltage P S for APD PD APD PIN PD Rate Select B Receiver 3 3V MOD DEF 3 or MOD DEF 1 MOD DEF 2 1000 C EEPROM e Transmitter In the transmit direction the SFP transceiver module receives the electrical signal and transmits this data in an optical signal by using a laser driver that controls the laser diode The optical output power is held constant by an automatic power control circuit e Receiver In the receive direction the SFP transceiver module receives a nonreturn to zero NRZ optical signal and converts it to an electrical equivalent The receive portion of the module will use some kind of amplifier to control the converted electrical signal e EEPROM This type
11. This architecture does not exclude other possible implementations that can be compliant to the SFP specs such as CDR based designs Figure 6 SFP Module Block Diagram Laser Driver Amplifier 10 09UUO0D UId 9Z The block diagram shows two different SFP module implementations one based on linear and one based on limiting receiver 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 4 of 15 Data Sheet a A Transmitter In the transmit direction the SFP transceiver module receives a 8 5 to 10 3125 Gbps electrical signal signaling rate from the host board Asic SerDes and converts the data to an optical signal through the laser driver that controls the laser diode in the Transmitter Optical Sub Assembly TOSA To receive a clean electrical 1 Gbps signal for optical transmission the preemphasis from host ASIC provides the precompensation and wave shaping of the transmit waveform This effectively eliminates the need for equalizers or retimers in the SFP module thus saving power and cost to the SFP module B Receiver In the receive direction the transceiver module receives a 8 5 10 3125 Gbps optical signal through a photodiode mounted together with a trans impedance preamplifier TIA and converts it to an electrical equivalent Depending on the SFP architecture either a limiting or a linear electrical interface will be implemented on the module For a limiti
12. XFP Modules Optical Specifications Dispersion Tx Power Wavelength Sensitivity Stability Tolerance Range Supported Bit Product ID Range Rx nm Rx dBm Tx nm ps nm dBm Rate Target Distance ONS XC 10G xxxx 1450 1620 14 6 5 0 to 800 3 to 7 OC 192 40km OTU2 and 10GE STM 64 10km OC 192 STM 064 10GE OTU2 OTU2e up to 11 1Gbps 10G FC Note xxxx ranges from 1470 to 1610 Electrical SFP Modules Cisco offers multiple options for copper SFP modules Table 18 lists the main characteristics Table 18 Electrical SFP Module Specifications Product ID Bit Rate Connector Typical Distance ONS SE ZE EL 10 100 1000 Mbps RJ 45 100m SFP Modules Cisco offers multiple options for SFP modules Table 18 and Table 20 list the main characteristics Table 19 SFP modules Receiver Transmitter Transmit Wavel Wavelength Power Range avelength Receiver Power Product ID Range nm dBm Range nm Optical Reach Range dBm ONS SC 10G SR 840 860 7 3 to 1 3 840 860 26 m FDDI Grade 62 5 micron 11 1 in OMA to 1 33 m OM1 62 5 micron 66 m 50 0 micron 82 m OM2 50 0 micron 300 m OMS 50 0 micron ONS SC 10G LR 1260 1355 8 2 to 0 5 1260 1355 10km 12 6 in OMA to 0 5 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 12 of 15 Data Sheet
13. of SFP transceiver is identified by the standard two wire serial interface used in EEPROM with an 12C interface with serial ID functions that is part of the GBIC specifications and the SFF 8472 MSA In addition EEPROM offers an enhanced monitoring interface for optical transceivers as described in SFF 8472 which allows real time access to the device to support monitoring of received optical power laser bias current laser optical output power etc XFP Module The XFP transceiver module Figure 3 is a bidirectional device with a transmitter and receiver in the same physical package The XFP module contains a 30 pin surface mount connector on the electrical interface and a duplex LC connector on the optical interface 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 2 of 15 Data Sheet a Figure 3 XFP Transceiver Module for the Cisco ONS Family Figure 4 shows an XFP transceiver module functional block diagram It contains two parts the transmitter and the receiver Figure 4 XFP Module Block Diagram XFP Module RD RX RD TD TX i Driver TD MOD_SEL E INTERRUPT TX_DIS E SCA Control a and SDA o Monitor MOD_ABS Po MOD_NR im RX_LOS P_DOWN a REFCLK REFCLK e Transmitter In the transmit direction the transceiver module receives a 10 Gbps electrical data signal and transmits the data as an optical signal through an electrical
14. to optical converter The optical output power is held constant by an automatic power control circuit The transmitter also contains a Clock Data Recovery CDR circuit The function of this circuit is to attenuate and reshape any jitter received on the electrical interface e Receiver In the receive direction the transceiver module receives a 10 Gbps optical signal and converts it to an electrical equivalent The receiver contains a CDR circuit 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 3 of 15 Data Sheet a SFP Module The SFP transceiver Figure 5 is an evolution of the SFP optic developed for 1 Gbps Ethernet and 1 Gbps 2 Gbps and 4 Gbps Fibre Channel It extends the data rate up to 11 10 Gbps while meeting low power and low electromagnetic interference EMI requirements for datacom and storage applications Similar to SFP the SFP module is a bidirectional device with a transmitter and receiver in the same physical package It has a 20 pin connector on the electrical interface and a duplex LC connector on the optical interface Figure 5 SFP Transceiver Module for the Cisco ONS Family Figure 6 shows an SFP transceiver module functional block diagram It contains two parts the transmitter and the receiver A possible SFP module functional block diagram is shown in It contains three parts a A Transmitter B Receiver and C l2C Management interface
15. 0 2589 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP46 9 10G MR XFP Edge Performance 1546 92 100 GHz LC 10 2588 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP47 7 10G MR XFP Edge Performance 1547 72 100 GHz LC 10 2600 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP48 5 10G MR XFP Edge Performance 1548 51 100 GHz LC 10 2599 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP49 3 10G MR XFP Edge Performance 1549 32 100 GHz LC 10 2587 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP50 1 10G MR XFP Edge Performance 1550 12 100 GHz LC 10 2598 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP50 9 10G MR XFP Edge Performance 1550 92 100 GHz LC 10 2597 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP51 7 10G MR XFP Edge Performance 1551 72 100 GHz LC 10 2596 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP52 5 10G MR XFP Edge Performance 1552 52 100 GHz LC 10 2614 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP53 3 10G MR XFP Edge Performance 1553 33 100 GHz LC 10 2595 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP54 1 10G MR XFP Edge Performance 1554 13 100 GHz LC 10 2586 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP54 9 10G MR XFP Edge Performance 1554 94 100 GHz LC 10 2585 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP55 7 10G MR XFP Edge Performance 1555 75 100 GHz LC 10 2594 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP56 5 10G MR XFP Edge Performance 1556 55 100 GHz LC 10 2613 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP57 3 10G MR XFP Edge Performanc
16. 0 to 70 10GE BASE SR DWDM XFP Modules Cisco offers a complete set of DWDM XFP modules Table 5 lists the details Table 5 DWDM XFP Modules Temperature Product ID Product Description Part Number Applicable Standard Range ONS XC 10G C 10G Multirate Full C Band Tunable DWDM XFP 10 2480 01 ITU G694 GR2918 0 to 70 50 GHz LC ONS XC 10G EP30 3 10G MR XFP Edge Performance 1530 33 100 GHz LC 10 2577 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP31 1 10G MR XFP Edge Performance 1531 12 100 GHz LC 10 2579 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP31 9 10G MR XFP Edge Performance 1531 90 100 GHz LC 10 2580 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP32 6 10G MR XFP Edge Performance 1532 68 100 GHz LC 10 2581 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP33 4 10G MR XFP Edge Performance 1533 47 100 GHz LC 10 2582 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP34 2 10G MR XFP Edge Performance 1534 25 100 GHz LC 10 2578 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP35 0 10G MR XFP Edge Performance 1535 04 100 GHz LC 10 2611 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP35 8 10G MR XFP Edge Performance 1535 82 100 GHz LC 10 2604 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP36 6 10G MR XFP Edge Performance 1536 61 100 GHz LC 10 2615 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP37 4 10G MR XFP Edge Performance 1537 40 100 GHz LC 10 2608 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP38 1 10G MR XFP Edge Performance 1538 19 100 GHz
17. Afafe CISCO Data Sheet Cisco ONS Pluggable Optics Series Modules for the Carrier Packet Transport CPT Platform This document provides technical descriptions applications and compatibility information for the Small Form Factor Pluggable SFP and 10 Gigabit Small Form Factor Pluggable XFP and SFP optics modules used in the Cisco Carrier Packet Transport product family Summary Cisco offers a comprehensive range of pluggable optical modules for the Cisco ONS Family of multiservice platforms The wide variety of modules gives you flexible and cost effective options for all types of client interfaces Cisco offers a range of gigabit interface converters GBICs for Gigabit Ethernet use a wide variety of SFP modules and has recently introduced XFP modules These small modular optical interface transceivers offer a convenient and cost effective solution for a variety of applications in the data center campus metropolitan area access and ring network storage area network and long haul network Technical Overview SFP Module A SFP transceiver module Figure 1 is a bidirectional device with a transmitter and receiver in the same physical package The module interfaces to the network through a connector interface on the electrical ports and through an LC termination connector on the optical ports Electrical interfaces and dimensions are defined in the SFF 8472 industry standard multisource agreement MSA Figure 1 SFP Transceiver
18. LC 10 2610 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP38 9 10G MR XFP Edge Performance 1538 98 100 GHz LC 10 2612 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP39 7 10G MR XFP Edge Performance 1539 77 100 GHz LC 10 2609 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP40 5 10G MR XFP Edge Performance 1540 56 100 GHz LC 10 2607 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP41 3 10G MR XFP Edge Performance 1541 35 100 GHz LC 10 2606 01 ITU G694 GR2918 0 to 70 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 7 of 15 Data Sheet o E Temperature Product ID Product Description Part Number Applicable Standard Range ONS XC 10G EP42 1 10G MR XFP Edge Performance 1542 14 100 GHz LC 10 2605 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP42 9 10G MR XFP Edge Performance 1542 94 100 GHz LC 10 2603 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP43 7 10G MR XFP Edge Performance 1543 73 100 GHz LC 10 2590 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP44 5 10G MR XFP Edge Performance 1544 53 100 GHz LC 10 2602 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP45 3 10G MR XFP Edge Performance 1545 32 100 GHz LC 10 2601 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP46 1 10G MR XFP Edge Performance 1546 12 100 GHz LC 1
19. NS SI GE LX SFP 1000BASE LX Gigabit Ethernet 1310 nm SM 10 2300 01 1000BASE SX 40 to 85 TEMP IEEE 802 3 ONS SI GE ZX SFP 1000BASE ZX Gigabit Ethernet 1550 nm 10 2296 01 1000BASE ZX 40 to 85 SM l Temp IEEE 802 3 ONS SE GE ZX SFP 1000BASE ZX Gigabit Ethernet 1550 SM 10 2354 01 1000BASE ZX 10 to 85 Ext Temp IEEE 802 3 Electrical SFP Modules Cisco also offers electrical SFP modules for the Universal Terminal Support UTS platform See Table 2 for reference Table 2 Electrical SFP Modules Temperature Product ID Product Description Part Number Applicable Standard Range C ONS SE ZE EL SFP 10 100 1000 Ethernet BASE T Multirate 10 2351 01 IEEE 802 3 10 to 85 Copper Ru 45 CWDM SFP Modules Cisco offers a wide range of coarse wavelength division multiplexing CWDM ITU T compliant SFP modules Table 3 lists the details Table 3 CWDM SFP Modules Temperature Product ID Product Description Part Number Applicable Standard Range ONS SE 2G 1470 SFP OC 48 STM 16 GE CWDM 1470 nm Ext 10 2461 01 ITU T G 694 2 0 to 85 Temp ONS SE 2G 1490 SFP OC 48 STM 16 GE CWDM 1490 nm Ext 10 2462 01 ITU T G 694 2 0 to 85 Temp ONS SE 2G 1510 SFP OC 48 STM 16 GE CWDM 1510 nm Ext 10 2463 01 ITU T G 694 2 0 to 85 Temp ONS SE 2G 1530 SFP OC 48 STM 16 GE CWDM 1530 nm Ext 10 2464 01 ITU T G 694 2 0 to 85 Temp
20. ONS SE 2G 1550 SFP OC 48 STM 16 GE CWDM 1550 nm Ext 10 2465 01 ITU T G 694 2 0 to 85 Temp 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 6 of 15 Data Sheet oT Temperature Product ID Product Description Part Number Applicable Standard Range ONS SE 2G 1570 SFP OC 48 STM 16 GE CWDM 1570 nm Ext 10 2466 01 ITU T G 694 2 0 to 85 Temp ONS SE 2G 1590 SFP OC 48 STM 16 GE CWDM 1590 nm Ext 10 2467 01 ITU T G 694 2 0 to 85 Temp ONS SE 2G 1610 SFP OC 48 STM 16 GE CWDM 1610 nm Ext 10 2468 01 ITU T G 694 2 0 to 85 Temp XFP List and Description Grey XFP Modules Cisco offers a wide range of Grey XFP modules for the UTS Platform Table 4 lists the details Table 4 GREY XFP Modules Temperature Product ID Product Description Part Number Applicable Standard Range ONS XC 10G S1 XFP OC 192 STM 64 10GE 1310 SR SMLC_ 10 2012 03 ITU G694 1 64 1 0 to 70 GR253 SR 1 10GE BASE LR 1200 SM LL L IB 1x DDR LX ONS XC 10G l2 XFP OC 192 STM 64 10GE 1550 IR2 SMLC_ 10 2193 02 ITU G694 S 64 2b 0 to 70 GR253 IR 2 10GE BASE ER ONS XC 10G L2 XFP OC 192 STM 64 1550 LR2 SM LC 10 2194 02 ITU G959 1 P1L1 2D2 0 to 70 GR253 LR 2 10GE BASE ZR ONS XC 10G SR MM XFP Ultra Short Reach MM 10GE BASE SR 10 2420 01 1200 MX SN I
21. P Modules Product ID MTBF Maximum Power Consumption W Supported Cable Connection ONS SC 2G xx x 5 346 554 1 LC LC ONS SC Z3 xxxx 2 070 393 1 1 LC LC ONS XC 10G EPxx x 2 711 000 35 LC LC ONS XC 10G C 1 000 000 3 5 LC LC ONS XC 10G xxxx 2 711 000 3 5 LC LC SFP Pluggable Modules Table 26 SFP Modules Physical Data Product ID Maximum Power Consumption W Supported Cable Connection ONS SC 10G SR 1 LC LC ONS SC 10G LR 1 LC LC ONS SC 10G ER 1 1 LC LC ONS SC 10G CU1 1 N A ONS SC 10G CU3 1 N A ONS SC 10G CU5 1 N A ONS SC 10G CU7 1 N A Ordering Information You can order all the available pluggable interfaces from Cisco com Please check the Pricing Tool for further information www cisco com cgi bin front x pricing Request ShowCurrentPriceSrch 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 14 of 15 Data Sheet aT Please select ONS Pluggable Optics Series as the Product Family Third Party Equipment The use of third party equipment in place of Cisco ONS SFP products is not recommended for the following reasons e Cisco can guarantee service level agreements SLAs only on parts that have undergone the Cisco test plan and validation process Without comprehensive testing and validation SFP products may display anomalous behavior that can impact host board performance e Cisco
22. SFP modules reserve specific EEPROM fields to store inventory data such as Product ID Part Number Serial Number and CLE CODE that are specific to Cisco SFP modules and are required for SLAs e The Cisco Technical Assistance Center TAC and Cisco Customer Advocacy can only support Cisco modules and boards for the Cisco ONS Family products Lead Time Please check the Lead Time Tool to identify standard lead time for various Cisco ONS Family products http www cisco com cgi bin front x leadtimes cgi A different approach is used for DWDM SFP XFP modules Based upon customer usage Cisco has identified and selected particular high usage wavelengths and will maintain shorter lead times on these items Short lead time DWDM SFP or XFP modules are those from 1546 1 to 1560 6 with a 4 skip 1 approach Unforecasted pluggable optics on different lambdas could require 16 weeks of delivery time Ajaj Americas Headquarters Asia Pacific Headquarters Europe Headquarters Cisco Systems Inc Cisco Systems USA Pte Ltd Cisco Systems International BV Amsterdam San Jose CA Singapore The Netherlands Cisco has more than 200 offices worldwide Addresses phone numbers and fax numbers are listed on the Cisco Website at www cisco com go offices Cisco and the Cisco Logo are trademarks of Cisco Systems Inc and or its affiliates in the U S and other countries A listing of Cisco s trademarks can be found at www cisco com go trademarks Third p
23. arty trademarks mentioned are the property of their respective owners The use of the word partner does not imply a partnership relationship between Cisco and any other company 1005R Printed in USA C78 655216 00 03 11 2011 Cisco and or its affiliates All rights reserved This document is Cisco Public Information Page 15 of 15
24. e 1557 36 100 GHz LC 10 2584 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP58 1 10G MR XFP Edge Performance 1558 17 100 GHz LC 10 2583 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP58 9 10G MR XFP Edge Performance 1558 98 100 GHz LC 10 2593 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP59 7 10G MR XFP Edge Performance 1559 79 100 GHz LC 10 2576 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP60 6 10G MR XFP Edge Performance 1560 61 100 GHz LC 10 2592 01 ITU G694 GR2918 0 to 70 ONS XC 10G EP61 4 10G MR XFP Edge Performance 1561 43 100 GHz LC 10 2591 01 ITU G694 GR2918 0 to 70 CWDM XFP Modules Cisco offers a complete set of CWDM XFP modules Table 6 lists the details Table 6 CWDM XFP Modules Temperature Product ID Product Description Part Number Applicable Standard Range CT ONS XC 10G 1470 0C192 10GE OTU2 CWDM 1470mn XFP C Temp 10 2548 01 ITU G694 2 0 to 70 40km range ONS XC 10G 1490 0C192 10GE OTU2 CWDM 1490mn XFP C Temp 10 2551 01 ITU G694 2 0 to 70 40km range ONS XC 10G 1510 0C192 10GE OTU2 CWDM 1510mn XFP C Temp 10 2552 01 ITU G694 2 0 to 70 40km range ONS XC 10G 1530 0C192 10GE OTU2 CWDM 1530nm XFP C Temp 10 2553 01 ITU G694 2 0 to 70 40km range ONS XC 10G 1550 0C192 10GE OTU2 CWDM 1550nm XFP C Temp 10 2554 01 ITU G694 2 0 to 70 40km range ONS XC 10G 1570 0C192 10GE OTU2 CWDM 1570nm XFP C Temp 10 2555 01 ITU G694 2 0 to 70 40km range ONS XC 10G 1590 0C192 10GE OTU2 CWDM 1590nm
25. l Width nm dBm dBm ONS SE 2G xxxx 1460 1620 1 1 to 4 28 to 9 BER 10 12 Note xxxx ranges from 1470 to 1610 Table 11 DWDM SFP Module Optical Specifications Receiver Wavelength Transmit Power Product ID Range nm Transmitter Stability pm Spectral Width pm Range dBm ONS SC 2G xx x 1260 1620 100 to 100 100 GHz spacing 200 0 to 4 Note xx x ranges from 30 3 to 60 6 1 Receiver sensitivity specified over 1528 1561 nm only with 2dB degradation permitted outside of this range Table 12 DWDM SFP Modules Optical Performance Optical Performance Power Limited Performances 2G DWDM SFP 4G DWDM SFP Input power range dBm 9 to 28 At BER 10e 12 with SONET framed PRBS23 9 to 22 At BER 10e 12 with SONET at OSNR of 21dB 0 1nm BW framed PRBS23 at OSNR of 26dB 0 1nm RBW Dispersion tolerance ps nm 800 to Power Penalty 3dB OSNR 21dB at 800 to 9 to 20 dBm with OSNR 26dB 2400 0 1nmBW Noise Penalty 0dB 1600 at 0 1nm RBW Noise Penalty 0dB Noise Limited Performances Input power range dBm 9 to 22 At BER 10e 12 with SONET framed PRBS23 9 to 18 At BER 10e 12 with SONET at OSNR of 16dB at 0 1nm bandwidth framed PRBS23 at OSNR of 22dB at 0 1nm bandwidth Dispersion tolerance ps nm 800 to Noise Penalty 3dB OSNR 19dB at 0 1nmBW 800 to 9 to 18 dBm with OSNR 25dB 2400 Power Penalty 0dB 1600 at 0 1nmBW
26. ng interface the host ASIC Receive Equalizer compensates the printed circuit board PCB trace impairment between the module and the ASIC For a linear interface the host Electronic Dispersion Compensation EDC provides the adaptive signal processing that is capable of compensating for impairments due to optical fiber connector electro optics and PCB trace effects It is worth noting that cost tradeoffs favor the limiting interface but the linear interface provides better performance C l2C Management Interface The third functional capability of the SFP module is the 2 wire serial 12C interface 12C is used for serial ID digital diagnostics and module control functions The enhanced digital diagnostics monitoring interface allows real time access to the device allowing monitoring of received optical power laser bias current laser optical output power etc Pluggable Modules List and Description Cisco ONS Family modules have well defined product IDs making it easy for you to order the appropriate module The product ID is structured as follows ONS AB CCC DD e A S for SFP G for GBIC and X for XFP e B C for commercial temperature 0 to 70 E for extended temperature 10 to 85 and for indus trial temperature 40 to 85 e CCC Supported bit rate or signal type 155 Mbps for OC 12 STM 1 signal or 2 GF for a tri rate Gigabit Ethernet Fibre Channel and 2G Fibre Channel signal support e

Cisco ONS-SE-100-BX10U= network transceiver module

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