Transponder for GainMaker Optoelectronic Node
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1 Element Management Transponder for GainMaker Optoelectronic Node This full frequency agile transponder is designed to interface with Scientific-Atlanta s GainMaker Nodes. It is controlled by Scientific-Atlanta s ROSA Element Manager (EM) and Transmission Network Control System (TNCS) element management systems. The transponder monitors the operational parameters of the amplifier station and allows remote control of certain amplifier functions. Communications to and from the transponder are accomplished via the built in forward RF data carrier receiver and reverse RF data carrier transmitter. The transponder communicates with the ROSA EM and TNCS element management systems via the Phoenix RF Modem. The cutting-edge RF technology used in the Phoenix modem allows operation in networks that suffer from a high level of ingress noise in the return path. The transponder monitors a wide range of operational parameters, including: Optical receive power for the primary and secondary receivers Optical transmit power of the transmitter RF level of the forward status monitor data carrier AC and DC power supply voltages Transponder temperature Open/closed housing status If the status of any monitored parameter is outside of established thresholds, the centrally located element management console can activate an alarm. All alarm thresholds are remotely adjustable from the console. The transponder also enables remote control of the reverse On/-6 db/off RF switches (for remote isolation of ingress) and of the power supply. The transponder is packaged in an aluminum housing that mounts directly in the lid of the GainMaker Optical Node. The only tool required to mount the transponder is a flat-blade screwdriver. There are no cables required to connect the transponder. Once installed, LEDs on the transponder indicate; Power On, Receiving Data, and / or Error condition. This transponder is easily configured for operation with the use of a Handheld Programming Terminal. Configuration can be performed either on the bench or in the field, prior to installation. Features Plug-in compatibility with the GainMaker Optical Node Frequency agile 5 to 65 MHz for reverse path Frequency agile 45 to 174 MHz for forward path Monitors all critical internal station parameters Controls all switches within the node Simple and efficient installation Wide operating temperature range
2 Specifications Agile Transmitter Specification Units Notes Carrier frequency 5-65 MHz Remotely adjustable Frequency step size 50 khz Modulation type FSK - Deviation ± 67 khz Occupied bandwidth 400 khz RF output level 24 to 50 dbmv Remotely adjustable Output level step size 2.0 db Level stability < ±2.0 db Over full temperature and frequency range Frequency stability ± 7.5 khz Over full temperature and frequency range Spurious and harmonics ( MHz) > 55 Extinction ratio > 60 From operational output level Agile Receiver Receive carrier frequency MHz Remotely adjustable Frequency step size 50 khz RF input level range -25 to 20 dbmv Selectivity at frequency offset of: 200 khz 400 khz 800 khz Environmental Operating Temperature -40 to +85 C Humidity 0 to 90 % Non Condensing Specifies the amount an adjacent carrier s level can exceed the transponder receive carrier s level at the transponder input, without causing interference Monitored Parameters Device Units Parameter Node Temperature C / F Transponder Temperature Station Mode Thermal or Auto AGC Mode Detect Transponder Data Carrier dbmv Status Monitor Receiver Level Detect Optical Receivers (Primary/Redundant) mw / dbm Optical Receive Power Optical Transmitters mw / dbm Optical Transmit Power Tamper Switch Open or Closed Housing Tamper Switch Optical Receiver Primary or Secondary Receiver Relay Status Power Supply V DC + 24 V DC Output Voltage Power Supply V DC + 15 V DC Output Voltage Power Supply V DC - 6 V DC Output Voltage AC Supply V AC AC Input Voltage Controllable Parameters Device Main Reverse Switch Aux 1 Reverse Switch Aux 2 Reverse Switch Redundant Relay Control Control Variables Primary or Secondary Connectors Parameter Purpose Craft Port Interface Mini Jack 2 Pole 3mm Used to configure the transponder settings via Handheld Programming Terminal. Indicators Indicators Status Purpose LED #1 Heart beat Green Transponder health LED #2 Receive Green Data packages are detected LED #3 Error Red A failure in the system has occurred 2
3 Ordering Information Transponder for GainMaker Node, Agile 5-65/ MHz - one required per optical node Accessories Handheld Programmer Terminal required to configure the transponder A Programmer Software Download Kit A Phoenix RF Modem Tx (1), Rx (1) Phoenix 110/220 V AC EU, Tx (1) and Rx (1) V Phoenix 110/220 V AC UK, Tx (1) and Rx (1) V Phoenix 110/220 V AC AUS, Tx (1) and Rx (1) V Phoenix 110/220 V AC US, Tx (1) and Rx (1) V Tx (1), Rx (2) Phoenix 110/220 V AC EU, Tx (1) and Rx (2) V Phoenix 110/220 V AC UK, Tx (1) and Rx (2) V Phoenix 110/220 V AC AUS, Tx (1) and Rx (2) V Phoenix 110/220 V AC US, Tx (1) and Rx (2) V Tx (1), Rx (4) Phoenix 110/220 V AC EU, Tx (1) and Rx (4) V Phoenix 110/220 V AC UK, Tx (1) and Rx (4) V Phoenix 110/220 V AC AUS, Tx (1) and Rx (4) V Phoenix 110/220 V AC US, Tx (1) and Rx (4) V Tx (1), Rx (8) Phoenix -48 V DC, Combicon, Tx (1) and Rx (8) V Phoenix -48 V DC, Mate-N-Lock, Tx (1) and Rx (8) Phoenix 110/220 V AC EU, Tx (1) and Rx (8) V Phoenix 110/220 V AC UK, Tx (1) and Rx (8) V Phoenix 110/220 V AC AUS, Tx (1) and Rx (8) V Phoenix 110/220 V AC US, Tx (1) and Rx (8) V Phoenix Options Phoenix Receiver Kit (one receiver) Optional connector MATE-N-LOCK -60 V DC VOPT2000 3
4 Ordering Information, continued ROSA EM North and Latin America ROSA EM AC Version ROSA EM, V AC US, DCL Class 1 (0-10 devices) ROSA EM, V AC US, DCL Class 2 (0-25 devices) ROSA EM, V AC US, DCL Class 3 (0-50 devices) ROSA EM, V AC US, DCL Class 4 (0-100 devices) ROSA EM, V AC US, DCL Class 5 (0-250 devices) ROSA EM, V AC US, DCL Class 6 (0-500 devices) ROSA EM, V AC US, DCL Class 7 (0-750 devices) ROSA EM, V AC US, DCL Class 8 ( devices) ROSA EM DC Version ROSA EM, -48 V DC US, DCL Class 1 (0-10 devices) ROSA EM, -48 V DC US, DCL Class 2 (0-25 devices) ROSA EM, -48 V DC US, DCL Class 3 (0-50 devices) ROSA EM, -48 V DC US, DCL Class 4 (0-100 devices) ROSA EM, -48 V DC US, DCL Class 5 (0-250 devices) ROSA EM, -48 V DC US, DCL Class 6 (0-500 devices) ROSA EM, -48 V DC US, DCL Class 7 (0-750 devices) ROSA EM, -48 V DC US, DCL Class 8 ( devices) ROSA EM EMEA (Europe, Middle-East, Asia) ROSA EM Headend ROSA EM Headend, V AC EU DCL Class 5 (0-250 headend devices) ROSA EM Headend, V AC UK DCL Class 5 (0-250 headend devices) ROSA EM Headend, V AC AUS DCL Class 5 (0-250 headend devices) ROSA EM Headend, -48 V DC DCL Class 5 (0-250 headend devices) ROSA EM Hub & HFC ROSA EM Hub & HFC, V AC EU DCL Class 6 (0-500 Hub & HFC network devices) ROSA EM Hub & HFC, V AC UK DCL Class 6 (0-500 Hub & HFC network devices) ROSA EM Hub & HFC, V AC AUS DCL Class 6 (0-500 Hub & HFC network devices) ROSA EM Hub & HFC, -48 V DC DCL Class 6 (0-500 hub & HFC network devices) ROSA EM Transmitter sites ROSA EM Tx Site, V AC EU DCL Class 1 (0-10 devices in transmitter sites) ROSA EM Tx Site, V AC UK DCL Class 1 (0-10 devices in transmitter sites) ROSA EM Tx Site, V AC AUS DCL Class 1 (0-10 devices in transmitter sites) ROSA EM Tx Site, -48 V DC DCL Class 1 (0-10 devices in transmitter sites)
5 Ordering Information, continued ROSA EM Upgrades ROSA EM Device Count License (DCL) Upgrade Class Info DCL Class 1 : 0-10 devices DCL Class 2 : 0-25 devices DCL Class 3 : 0-50 devices DCL Class 4 : devices DCL Class 5 : devices DCL Class 6 : devices DCL Class 7 : devices DCL Class 8 : devices ROSA EM Options ROSA EM external temperature sensor, maximum 2 per ROSA EM (cable length 15 m / 50 ft) Scientific-Atlanta, the Scientific-Atlanta logo, and GainMaker are registered trademarks of Scientific-Atlanta, Inc. Phoenix and ROSA are trademarks of Scientific-Atlanta Europe NV. Specifications and product availability are subject to change without notice Scientific-Atlanta, Inc. All rights reserved. Europe & Asia or Americas or Rev C May
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