IFS SFP Tranceivers User Manual
Contents
1. this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna e Increase the separation between the equipment and receiver e Connect the equipment into an outlet on a circuit different from that to which the receiver is connected e Consult the dealer or an experienced radio TV technician for help 2004 108 EC EMC directive Hereby UTC Building amp Industrail Systems Inc declares that this device is in compliance with the essential requirements and other relevant provisions of Directive 2004 108 EC 2002 96 EC WEEE directive Products marked with this symbol cannot be disposed of as unsorted municipal waste in the European Union For proper recycling return this product to your local supplier upon the purchase of equivalent new equipment or dispose of it at designated collection points For more information see www recyclethis info For contact information see www interlogix com or www utcfssecurityproducts eu Safety Notices The fiber optic SFP transceiver modules are equipped with a Class 1 laser which emits invisible radiation Read the following safety warnings carefully Class 1 Laser Product Complies with FDA Regulation 21 CFR 1040 10 and 1040 11 Class 1 radiation is present when the devi2. 3 Check the LNK ACT LED of the SFP slot of the switch converter Ensure that the SFP transceiver is operating correctly 4 Check the link mode of the SFP port to see if there is any link failure With some fiber NICs or Media Converters setting the link mode to 1000 Force or 100 Force may be needed for proper operation Removing the SFP transceiver 1 Make sure there is no network activity by consulting with a network administrator before removing the SFP or use the switch or media converters management interface if available to disable the port in advance 2 Gently remove the fiber optic cable connector 3 Flip the wire handle of the SFP module out to a horizontal position 4 Pull out the SFP module gently out of the mini GIBIC slot with the wire handle Figure 2 Pull out the SFP transceiver Caution Never pull out the SFP transceiver module without using the pull handle or the push bolts on the module Directly pulling out the SFP module with force could damage the SFP module and mini GIBIC slot of the network device 4 IFS SFP Tranceivers User Manual SFP Specifications The IFS SFP transceivers are available in the following models Twisted Pair SFP Part Connector S30 RdJ RJ 45 Fast Ethernet 100 Base FX Fiber of Fate Connector Fibers S20 2MLC2 LC 2 S25 2MLC2 LC 2 Fast Ethernet 100 Base LX Fiber of Pang Connector Fibers S20 2SLC20 LC 2 S25 2SLC20 LC 2 Fast Ethernet 100 Base
3. interlogix Fy United Technologies IFS SFP Transceiver User Manual P N 1069181 REV 1 0 gt ISS 6 AUG 2014 Copyright Trademarks and patents Manufacturer Version Certification FCC compliance European Union directives Contact information 2014 United Technologies Corporation Interlogix is part of UTC Building amp Industrail Systems Inc a United Technologies Corporation All rights reserved The SFP Tranciever name and logo are trademarks of United Technologies Other trade names used in this document may be trademarks or registered trademarks of the manufacturers or vendors of the respective products Interlogix 3211 Progress Drive Lincolnton NC 28092 USA Authorized EU manufacturing representative UTC Climate Controls 8 Security B V Kelvinstraat 7 6003 DH Weert Netherlands This document applies to IFS SFP Transceiver version 02 02 CE Onn Class B This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications There is no guarantee that interference will not occur in a particular installation
4. 2 to 122F 220 550m 40 to 75C S35 2MLC LC 2 Multimode 720 18008 850nm 7 5 14 8 17 40 to 167F OM1 Multimode fiber 200 500MHz km OM2 Multimode fiber 500 500MHZ km Laser Rated for GoE LANs Gigabit Ethernet 1000 Base SX Fiber of Fiber Type wax Wave optical Optical boli Operating rate Connector Fibers OM3 Length Power dBm Sens Temperature OM3 J dBm dBm P 2km 0 to 50C 2MLC 2 L l 131 9 S30 C 0 2 Multimode 1 2mi 310nm 10 9 1 19 32 to 122F OMS Multimode fiber 2000 500MHz km Optimized got 850nm VCSELs Gigabit Ethernet 1000 Base LX Fiber of Fiber Max Wave splice optica Operating Pale Connector Fibers Type Distance Length 0 FONT SED AVIY Temperature da 3 dBm dBm dBm p Single 10km 0 to 50C 2SLC 1 L 9 5 S30 2SLC 10 C 2 Mode 6 2mi 1310nm 18 9 5 3 20 32 to 122F Single 10km 40 to 75C 35 2SLC 10 LC 2 Mode 6 2mi 1310nm 18 9 5 3 20 40 to 167F Single 30km 0 to 50C 30 2SLC 30 LC 2 Mode 18 6mi 1310nm 18 2 43 23 32 to 122F Single 30km 40 to 75C 35 2SLC 30 LC 2 Mode 18 6mi 1310nm 18 2 43 23 40 to 167F 6 IFS SFP Tranceivers User Manual Gigabit Ethernet 1000 Base ZX Fiber of roe Connector Fibers S30 2SLC 70 LC 2 S35 2SLC 70 LC 2 Fiber Type Single Mode Single Mode Max Wave optica Distance Length Budget J dBm 70km 43mi 1550nm 19 70km R 43mi 1550nm 19 Optical Receiver Power Sensitivitiy Deal dBm dBm p 0 t
5. BX Fiber of RAN Connector Fibers S20 1SLC A 20 LC 1 S25 1SLC B 20 LC 1 1000 Base TX GigE Max Distance 100M 328 ft Wire Type Cat 5e Max Piper Type Distance 2km Multimode 1 2mi 2km Multimode 1 2mi Max Pier LIDS Distance Single 20km Mode 12mi Single 20km Mode 12mi Fiber Max Type Distance Single 20km Mode 12mi Single 20km Mode 12mi IFS SFP Tranceivers User Manual Wave Length 1310nm 1310nm Wave Length 1310nm 1310nm Wave Length TX RX 1310 1550nm 1550 1310nm Optical Optical dBm Budget dBm 12 12 Budget 19 19 Optical Budget dBm 18 18 Optical Power dBm 20 14 20 14 Optical Power dBm 15 8 15 8 Optical Power dBm 14 8 14 8 Receiver Sensitivitiy dBm 32 32 Receiver Sensitivitiy dBm 34 34 Receiver Sensitivitiy dBm 32 32 Operating Temperature 0 to 50C 32 to 122F 40 to 75C 40 to 167F Operating Temperature 0 to 50C 32 to 122F 40 to 75C 40 to 167F Operating Temperature 0 to 50C 32 to 122F 40 to 75C 40 to 167F Gigabit Ethernet 1000 Base SX Fiber of ribet ype Max Distance Wave PEA 4 HERAN Operating Connector Fibers Os OM1 OM2 Length pucgel PONGE eee VINY Temperature OM2 9 dBm dBm dBm p 220 550m 0 to 50C S30 2MLC LC 2 Multimode 720 18008 850nm 7 5 9 5 1 17 3
6. ce or system is powered up Do not look directly into a laser aperture as prolonged exposure may cause eye damage Only trained and qualified personnel should be allowed to install or replace these SFP modules Content Overview 1 Checklist 2 Installing an IFS SFP Module 3 Connecting the fiber cable 3 Removing the SFP transceiver 4 SFP Specifications 5 Appendix A 9 Fiber Optical Cable Connection Parameters 9 IFS SFP Tranceivers User Manual Overview Thank you for purchasing an IFS SFP transceiver The IFS SFP transceiver can be installed into any IFS network equipment with a 100Base FX or 1000Base SX LX mini GBIC interface This user guide provides an overview of the various IFS SFPs also known as mini GBIC transceiver modules available from Interlogix This user guide also provides instructions for installing connecting and removing these transceivers These SFP transceiver modules are hot pluggable which means you can insert and remove these modules into any IFS network equipment with a mini GBIC port without interrupting the host system The IFS SFP line also features a selection of environmentally hardened SFPs designed for operating in environments from 40 75 degrees Celsius IFS SFP Tranceivers User Manual 1 Checklist The SFP package should contain the following items e The SFP Transceiver Module x1 This User Manual x1 any items are missing or damaged please consult Interlogix or the d
7. ealer distributor from whom you purchased your SFP transceiver module 2 IFS SFP Tranceivers User Manual Installing an IFS SFP Module This section describes how to insert an IFS SFP transceiver into a mini GBIC slot The IFS SFP transceivers are hot pluggable and hot swappable You can insert and remove an IFS SFP transceiver in any IFS network equipment with a mini GBIC port without having to power down the switch or media converter As shown in Figure 1 Figure 1 Inserting an IFS SFP tranceiver Install the IFS SFP into an IFS network switch or media converter before connecting a cable coming from another switch workstation or media converter 1 Make sure both pieces of network equipment that you are connecting together are using the same media type SFP For example 100Base FX to 100Base FX or 1000Base SX to 1000Base SX 2 Check to make sure that the fiber optic cable type matches the SFP transceiver model e 20 Series and 525 Series optics operate with multimode OM1 OM2 or OMS fiber LC type fiber connectors are required e 80 Series and S35 Series optics operate with single mode fiber LC type fiber connectors are required Connecting the fiber cable 1 Insert the duplex LC connector from the network fiber cable into the SFP transceiver IFS SFP Tranceivers User Manual 2 Connect the other end of the cable to a device i e switches with an SFP installed fiber NIC on a workstation or a Media Converter
8. j 0 to 50C S40 2MLC LC 2 Multimode 300m 850nm 10 7 3 1 11 32 to 122F OM3 Multimode fiber 2000 500MHz km Optimized got 850nm VCSELs maximum distance of 300m 10GBase LR SFP Fiber of Fiber Max Wave Optica Operating ra Connector Fibers Type Distance Length pudgel FONET Seley Temperature i 2 dBm dBm dBm p Single 10km 0 to 50C S40 2SLC 10 LC 2 Mode 6 2mi 1310nm 15 8 0 1 12 32 to 122F Note High Power Optic There must be a minimum of 5dB of optical loss to the fiber for proper operation 8 IFS SFP Tranceivers User Manual Appendix A Fiber Optical Cable Connection Parameters The wiring details are as below e Fiber Optical patch Cables Standard Fiber Type Cable Specification 1000Base SX 850nm Multi mode 50 125um or 62 5 125um 1000Base LX 1310nm Single mode 9 125um 1000Base LX 1550nm Single mode 9 125um Multi mode 50 125um or 62 5 125um 100Base FX 1310nm Single mode 9 125um 10 Gig Base SR 850nm Multi mode 50 125um OMS 10 Gig Base LR 1310nm Single mode 9 125um IFS SFP Tranceivers User Manual
9. o 50C ete 00 32 to 122F 58 34 40 to 75C 40 to 167F Note High Power Optic There must be a minimum of 5dB of optical loss to the fiber for proper operation Gigabit Ethernet 1000 Base BX cae ew Ariel S30 1SLC A 10 LC 1 S30 1SLC B 10 LC 1 S30 1SLC A 20 LC 1 S30 1SLC B 20 LC 1 Gigabit Ethernet 1000 Base BX Fiber of Connector Fibers S30 1SLC A 60 LC 1 S30 1SLC B 60 LC Fiber Type Single Mode Single Mode Single Mode Single Mode Fiber Type Single Mode Single Mode Max Wave Length Distance TX RX eal 1310 1490nm on 1490 1310nm ee 1310 1490nm ae 1490 1310nm Max Wave Length Distance TX RX 1310 1490nm a 1490 1310nm Optical Budget dBm 11 11 15 15 Optical Budget dBm 24 24 Optical Receiver Bey oc Operating Power Sensitivitiy Temperature dBm dBm i 0 to 50C 9 3 20 82 to 122F 0 to 50C 9 3 20 82 to 122F 0 to 50C 8 2 23 82 to 122F 0 to 50C 8 2 23 82 to 122F Optical Receiver Operating Power Sensitivitiy Temperature dBm dBm i 0 to 50C 0 5 82to 122F T 0 to 50C 32 to 122F Note High Power Optic There must be a minimum of 5dB of optical loss to the fiber for proper operation IFS SFP Tranceivers User Manual 10GBase SR SFP Fiber of Fiber Type wax Wave optical Optical becca Operating Pale Connector Fibers OM3 Length Power dBm Sens Temperature OM3 J dBm dBm P
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