Eve nt H D Use r Re fe r e n ce a n d I n st a lla t ion M a n u a l Docum ent Num ber: 6 0 2 - 1 4 8 8 6 - 0 1 , Rev. A Dat e: OCTOBER, 2007 © 2006 Moseley, I nc. All Right s Reserved. This book and t he inform at ion cont ained herein is t he propriet ary and confident ial inform at ion of Moseley, I nc.
ii purchase of Moseley, I nc. t echnology and is prot ect ed by copyright and t rade secret laws. No part of t his docum ent m ay be disclosed, reproduced, or t ransm it t ed in any form or by any m eans, elect ronic or m echanical, for any purpose wit hout t he express writ t en perm ission of Moseley, I nc. For perm issions, cont act Moseley Market ing Group at 1- 805- 968- 9621 or 1- 805- 6859638 ( FAX) .
iii Ta ble of Con t e n t s 1 . SAFETY PRECAUTI ON S ...................................................................................1 2 . SYSTEM D ESCRI PTI ON ...................................................................................1 2.1 About This Manual ......................................................................................... 1 2.2 I nt roduct ion .................................................................................................. 1 2.3 Syst em Feat ures .....
3.8.4 Connect ing t he SDI DUTM t o t he PC and Power Source .................................. 26 3.8.5 SDI DU™ Configurat ion ............................................................................. 27 3.8.6 ODU Ant enna Alignm ent ........................................................................... 30 3.8.7 Quick St art Set t ings ............................................................................... 31 3.9 SDI DU™ Service...........................................................
Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure 2- 15. Event - HD SDI DUs™ on Different Subnet s ............................................ 30 3- 1. Event HD ( 1+ 0) Com ponent s................................................................ 1 3- 2. Event - HD Back- t o- Back Test ing Configurat ion ......................................... 3 3- 3.
vi © 2 0 0 7 M ose le y, I n c. All Righ t s Re se r ve d. 6 0 2 - 1 4 8 8 6 - 0 1 , Re v.
1 . Sa fe t y Pr e ca u t ion s 1 1 .Sa fe t y Pr e ca u t ion s PLEASE READ TH ESE SAFETY PRECAUTI ON S! RF En e r gy H e a lt h H a za r d This sym bol indicat es a risk of personal inj ury due t o radio frequency exposure. The radio equipm ent described in t his guide uses radio frequency t ransm it t ers. Do not allow people t o com e in close proxim it y t o t he front of t he ant enna while t he t ransm it t er is operat ing.
2 1 . Sa fe t y Pr e ca u t ion s Risk of Pe r son a l I n j u r y fr om Fibe r Opt ics D AN GER: I nvisible laser radiat ion. Avoid direct eye exposure t o t he end of a fiber, fiber cord, or fiber pigt ail. The infrared light used in fiber opt ics syst em s is invisible, but can cause serious inj ury t o t he eye. W ARN I N G: Never t ouch exposed fiber wit h any part of your body. Fiber fragm ent s can ent er t he skin and are difficult t o det ect and rem ove.
2 . Syst e m D e scr ipt ion 1 2 .Syst e m D e scr ipt ion 2 .1 Abou t Th is M a n u a l This m anual is writ t en for t hose who are involved in t he “ hands- on” inst allat ion of t he EVENT HD in a m icrowave point - t o- point link, such as inst allat ion t echnicians, sit e evaluat ors, proj ect m anagers, and net work engineers. I t assum es t he reader has a basic underst anding of how t o inst all hardware, use Windows® based soft ware, and operat e t est equipm ent . 2 .
2 2 . Syst e m D e scr ipt ion MPEG / HDTV Decoder MPEG / HDTV Encoder ENG VAN Studio Figur e 2 - 1 . Typica l Br oa dca st EN G Applica t ion Unlicensed high- capacit y full- duplex dat a and broadcast applicat ions for dat a rat es t o 100 Mbps, 5.3 GHz band bet ween 5.25 t o 5.35 GHz for U- NI I in 13, 20, and 30 MHz channels. 5.8 GHz band bet ween 5.725 t o 5.850 GHz for I SM in 12.5, 16.7, 25, and 30 MHz channels.
2 . Syst e m D e scr ipt ion 3 ring- t ype archit ect ure. This ring or consecut ive point radio archit ect ure is self- healing in t he event of an out age in t he link and aut om at ically re- rout es dat a t raffic, t hereby ensuring t hat service t o t he end user is not int errupt ed.
4 2 . Syst e m D e scr ipt ion Be n e fit s Adva n t a ge s t o Pr ovide r s/ Cu st om e r s Re fe r e n ce Fast ret urn on invest m ent . 3.1, 3.4, 3.6 Easy t o inst all unit s St raight forwar d m odular syst em enables fast deploy m ent and act ivat ion. No m ont hly leased line fees. Carrier- class r eliabilit y. Com plet e support of payload capacit y w it h addit ional voice orderwire Aggregat e capacit y beyond basic net work payload. Scalable and spect rally efficient sy st em .
2 . Syst e m D e scr ipt ion 5 Be n e fit s Adva n t a ge s t o Pr ovide r s/ Cu st om e r s Re fe r e n ce A graphical user int erface offers secur it y , configurat ion, fault , and perform ance m anagem ent via st andard craft int erfaces. Sim plifies m anagem ent of radio net work and m inim izes r esources as ent ire net work can be cent rally m anaged out of any locat ion. 2.5, 2.
6 2 . Syst e m D e scr ipt ion Built - in Adapt ive Equalizer Support of Voice Orderwire Channels Adapt ive Power Cont rol St andard high- power feat ure at ant enna port o 5W ( 37 dBm ) in 2 GHz bands o 1W ( 30 dBm ) in 5.
2 . Syst e m D e scr ipt ion 7 2 .4 .1 M ode l Type s The following m odel t ypes are available wit h associat ed ODU configurat ion: Product Name Band 1. Event 2200 1990-2110 Primary Data Interfaces ASI 10-100 Mbps Ethernet 2 Mbps 16xE1/T1 2025-2150 2xEthernet 2. Event 2200 FD 16xE1/T1 2200-2300 2xEthernet 3. Event 2500 4. Event 5300 2450-2500 5250-5350 Ethernet 2 Mbps 16xE1/T1 up to 100 Mbps 2xEthernet 6. Event 6500 7. Event 6800 6425-6525 6525-6875 9.
8 2 . Syst e m D e scr ipt ion 2 .4 .2 Fr on t Pa n e l All m odels of t he Event HD are available wit h an opt ional front panel t o perform prim ary configurat ion funct ions such as change frequency and m onit or receiver st at us and radio healt h param et ers. The panel is shown in Figure 2- 2. Figur e 2 - 2 . Eve n t - H D fr on t pa ne l ( opt iona l) The m enu st ruct ure is navigat ed wit h t he arrow keys, using t he “ check” key t o ent er, and t he X key t o escape ( go back one level) .
2 . Syst e m D e scr ipt ion 9 Conf i gur at i on ODU Cont r ol ODU Channel Admi ni st r at i on ODU St r Tx Mut e : St at e : Cont r ol Pwr : x. xx xxx x xxx xx x xxx xx ODU Channel Li nk Loopback Admi ni st r at i on x xx x day s x xh: x xm FP Net wor k I DU Net wor k Li nk Fr eq: x. x xxx xx Li nk: QPSK- 10. 5Mbaud dat aR=BaudR* mod FP Net wor k I P : xxx . xx x. xx x. x xx Mas k: xxx . xx x. xx x. x xx GW : xxx . xx x. xx x.
10 2 . Syst e m D e scr ipt ion DVB-ASI In Status LED Controller Status LED Power/ Fault LED Ethernet/ E1/T1 Status LED Modem Status LED DVB-ASI Out Status LED Figur e 2 - 2 . Soft w a r e D e fin e d I D U™ LED s: SD I D U TM Re a r Pa n e l Configu r a t ion for Soft w a r e D e fin e d I D U™, 1 + 0 Con figu r a t ion The modem status LED indicates the modem status as described in Table 2- 2. Ta ble 2 - 2 . M ode m st a t u s LED .
2 . Syst e m D e scr ipt ion 11 Ta ble 2 - 3 . D VB- ASI I n pu t st a t us LED . LED STATUS GREEN Good ASI input RED No ASI input Alt ernat ing YELLOW/ GRN ASI exceeds radio bit rat e ( FI FO overflow) Flashing RED Loss- of- Fram e Flashing GRN No ASI dat a Ta ble 2 - 4 . D VB- ASI Ou t pu t st a t u s LED .
12 2 . Syst e m D e scr ipt ion The st andard I / O and m odem st at us LEDs are set t o red when cert ain alarm s are post ed. A com plet e list of alarm s is provided in Appendix 6 .1. H The alarm descript ion is also displayed in t he Graphical User I nt erface ( GUI ) as described in t he User I nt erface Reference Manual. 2 .4 .4 Re a r Pa n e l Conn e ct ion s Refer t o t he Figure 2- 3 for an exam ple of a Soft ware Defined I DU™ rear panel followed by a descript ion of t he connect ions.
2 . Syst e m D e scr ipt ion 13 Pow e r Su pply I npu t D C I npu t - 4 8 VD C 48v ( I solat ed I nput ) ; 2- pin capt ive power connect or. The Soft ware Defined I DU™ requires an input of 48 volt s dc ± 10% at t he rear panel DC I nput connect or. The t ot al required power is dependent on t he opt ion cards and prot ect ion configurat ion ( 1+ 0, 1+ 1) . The SDI DUTM rear panel power connect or pin num bering is 1 t hrough 2, from left t o right , when facing t he unit rear panel.
14 2 . Syst e m D e scr ipt ion Ala r m / Se r ia l I n t e r fa ce Alarms/Serial DB- 15HD fem ale connect or for t wo Form - C relay alarm out put s ( rat ed load: 1A @ 24 VDC) , t wo TTL alarm out put s, four TTL alarm input s, and Serial Console. The t wo Form - C relay alarm out put s can be configured t o em ulat e TTL alarm out put s. USB I n t e r fa ce USB USB connect or, reserved.
2 . Syst e m D e scr ipt ion 15 D VB/ ASI , D S- 3 , E- 3 , a n d STS- 1 Conn e ct ion ( Opt iona l M in i I O) DVB/ASI Out BNC connect or for t he DVB/ ASI digit al video and DS- 3, E- 3, and STS- 1 int erface. DVB/ASI In BNC connect or for t he DVB/ ASI digit al video and DS- 3, E- 3, and STS- 1 int erface. OC- 3 Con ne ct ion ( Opt iona l M in i I O) OC-3 Out OC- 3 t ype SC connect ors for t he OC- 3 int erface. OC-3 In OC- 3 t ype SC connect ors for t he OC- 3 int erface.
16 2 . Syst e m D e scr ipt ion The upper RSL LED m et er is calibrat ed t o represent exact ly 10 dB for each LED, going from - 95 dBm at t he far left ( red) t o - 15 dBm at t he far right ( green) . The bright ness of each LED is m odulat ed for levels bet ween 0 t o 10 dB such t hat t he far left LED will be fully ext inguished at - 95 dBm and t he far right LED will be fully illum inat ed at - 15 dBm .
2 . Syst e m D e scr ipt ion 17 IDU IDU CONTROLLER CPU RCH Serial SNMP 2x 100Base-Tx Switch 2x 100 Mbps User 2x 100Base-Tx Switch 16x 1.544/2.048 Mbps 16 T1/E1 2x 100 Mbps Modem Control Telemetry Serial East/Primary Modem Quad Mux Digital IF MODEM/ FEC ASIC Multiplexed IF -48Vdc 64 kbps Voice West/Secondary Modem Standard I/O Cards Optional I/O Cards (Small Slot) Up to 150 Mbps DVB-ASI 4x44.736/34.368/ 51.
18 2 . Syst e m D e scr ipt ion The Event - HD ODU RF Up/ Down Convert er provides t he int erface t o t he ant enna. The t ransm it sect ion up convert s and am plifies t he m odulat ed I nt erm ediat e Frequency ( I F) of 350 MHz from t he I F Processor and provides addit ional filt ering. The receive sect ion down convert s t he received signal, provides addit ional filt ering, and out put s an I F of 140 MHz t o t he I F Processor.
2 . Syst e m D e scr ipt ion 19 carrier. The m ult iplexer funct ion is built int o an appliqué t hat resides in t he Modem / I F Module. Two m odem s can be used for 1+ 1 prot ect ion or ring archit ect ures. • Power Supply – The Event - HD power supply accept s 48 Vdc and supplies t he SDI DUTM and ODU wit h power. A second redundant power supply m ay be added as an opt ional m odule. The Modem Processor and it s associat ed RAM, ROM, and peripherals cont rol t he digit al and analog operat ion.
20 2 . Syst e m D e scr ipt ion Figur e 2 - 6 . Rin g Con figu r a t ion SONET/ SDH rings are inherent ly self- healing. Each ring has bot h an act ive pat h and a st andby pat h. Net work t raffic norm ally uses t he act ive pat h. I f one sect ion of t he ring fails, t he net work will swit ch t o t he st andby pat h. Swit chover occurs in seconds. There m ay be a brief delay in service, but no loss of payload, t hus m aint aining high levels of net work availabilit y.
2 . Syst e m D e scr ipt ion 21 Figur e 2 - 7 . Con se cu t ive Poin t N e t w or k 2 .7 2 + 0 ( Ea st - W e st ) Con figu r a t ion The Event - HD support s a 2+ 0, or east - west , configurat ion t hat allows a consecut ive point archit ect ure t o be achieved wit h only a single 1 RU chassis at each locat ion. I n t his configurat ion t he SDI DUTM cont ains t wo m odem s and m ay cont ain t wo power supplies. One m odem is referred t o as t he west m odem and t he ot her as t he east m odem .
22 2 . Syst e m D e scr ipt ion 2 .9 1 + 1 Pr ot e ct ion The Event HD support s 1+ 1 prot ect ion as an opt ion for a crit ical link. I n t his configurat ion, prot ect ion is provided in a single 1 RU chassis. The SDI DUTM cont ains t wo power supplies and t wo m odem s. The power supply, ODU, I F/ t elem et ry and m odem are prot ect ed. The digit al fram ing and LI Us are not . One m odem is referred t o as t he west m odem and t he ot her as t he east m odem .
2 . Syst e m D e scr ipt ion 23 w Figur e 2 - 1 0 . 1 + 1 Pr ot e ct ion in D ive r sit y M ode 2 .9 .2 .1 Fr e qu e n cy D ive r sit y I n frequency diversit y, t wo frequencies are used t o achieve non- int erference. The propriet ary fram er chooses t he best , or error- free, dat a st ream and forwards it t o t he Line I nt erface Unit s ( LI Us) . 2 .9 .2 .2 Spa t ia l D ive r sit y I n spat ial diversit y, t wo non- int erfering pat hs are used.
24 2 . Syst e m D e scr ipt ion 2 .1 1 D a t a I n t e r fa ce s The prim ary int erface for video and broadcast applicat ions is t he DVB- ASI int erface locat ed in t he m ini- I / O card slot . Alt ernat ively t his int erface can be replaced wit h STM- 1 Opt ical/ OC- 3 or STM- 1 Elect rical int erfaces. The opt ical int erface is single m ode at 1300 nm . Consult fact ory for availabilit y of Mini- I O STM- 1/ OC- 3 Module.
2 . Syst e m D e scr ipt ion 25 Repeater Example Add/Drop Example Up to 32 E1 Up to 32 E1 Modem East Framer IO Up to 16E1 Modem West Crosspoint Switch Up to 32 E1 Up to 32 E1 Modem East Framer Optional IO Up to 16E1 IO Up to 16E1 Modem West Crosspoint Switch Optional IO Up to 16E1 Figur e 2 - 1 3 . ( a ) Cr osspoint Sw it ch u se d a pa sst h r ough in r e pe a t e r con figu r a t ion . ( b) Cr osspoin t Sw it ch a llow s a cce ss for a dd/ dr op. 2 .
26 2 . Syst e m D e scr ipt ion I n response t o t he need for a high- densit y deploym ent m odel t he Event - HD uses a unique power cont rol t echnique called Ad TPC. Ad TPC enables Event - HD t o t ransm it at t he m inim um power level necessary t o m aint ain a link regardless of t he prevailing weat her and int erference condit ions. The Event - HD is designed and m anufact ured t o not exceed t he m axim um power allowed.
2 . Syst e m D e scr ipt ion 27 HD t o be configured in a prot ect ed ring configurat ion where t he STP will prevent an Et hernet loop in t he ring. This will also allow t he ring t o re- configure in t he event of an out age. The Event - HD act s as a net work bridge via t he Et hernet swit ch and STP. The Event - HD does not current ly support NMS rout ing capabilit y. 2 .1 4 .3 N M S N e t w or k Ope r a t iona l Pr in ciple s The Event - HD does not provide rout ing capabilit y.
28 2 . Syst e m D e scr ipt ion I P address Syst em upt im e Syst em t im e Alarm nam e Alarm set / clear det ail The Event - HD SDI DU™ m ay also be m anaged via HTTP, TELNET, and SSH prot ocols. 2 .1 5 Syst e m Loopba ck s The Event - HD SDI DU™ provides syst em loopbacks as a m eans for t est and verificat ion of a unit , link, and/ or net work. A variet y of loopback point s, including LI U select ion, are available.
3 . I n st a lla t ion 1 3 .I n st a lla t ion 3 .1 Un pa ck in g The following is a list of possible included it em s. D e scr ipt ion Qu a n t it y Event - HD SDI DUTM ( 1RU chassis) 1 ODU ( wit h hardware) 1 Manual ( or Soft copy on a CD) 1 SD I D U TM OD Us Figur e 3 - 1 . Eve n t H D ( 1 + 0 ) Com pon e n t s Be sure t o ret ain t he original boxes and packing m at erial in case of ret urn shipping. I nspect all it em s for dam age and/ or loose part s.
2 3 . I n st a lla t ion 3 .2 N ot ice s CAUTI ON : DO NOT OPERATE UNI TS WI THOUT AN ANTENNA, ATTENUATOR, OR LOAD CONNECTED TO THE ANTENNA PORT. DAMAGE MAY OCCUR TO THE TRANSMI TTER DUE TO EXCESSI VE REFLECTED RF ENERGY. ALWAYS ATTENUATE THE SI GNAL I NTO THE RECEI VER ANTENNA PORT TO LESS THAN 20 dBm . THI S WI LL PREVENT OVERLOAD AND POSSI BLE DAMAGE TO THE RECEI VER MODULE. W ARN I N G H I GH VOLTAGE I S PRESEN T I N SI D E TH E OD U a n d SD I D U TM W H EN TH E UN I T I S PLUGGED I N .
3 . I n st a lla t ion 3 Ant. Port 30dB 20dB 30dB 10W 2W 10W ODU 1 Ant. Port ODU 2 TNC IF Cable (supplied) SDIDU 1 TNC IF Cable (supplied) SDIDU 2 Figur e 3 - 2 . Eve n t - H D Ba ck - t o- Ba ck Te st ing Con figu r a t ion 3 .
4 3 . I n st a lla t ion Network Life Cycle Customer Requirements RF Planning & Network Design Site Selection & Acquisition Network Operation & Maintenance Installation & Commissioning Network Upgrade & Expansion Perform Site Evaluation Mount and Align ODUs Install Cables Configure Digital Software Defined IDUTM PDH Type of Network? SDH Perform SDH Network Test Perform Fast PDH Network Test Installation & Commissioning Complete 03-01-013b Figur e 3 - 3 .
3 . I n st a lla t ion • • 5 Confirm • Line of sight for each link • Event - HD ODU m ount ing locat ions • Sit e equipm ent locat ions • Cable rout es • Any ot her pot ent ial RF sources Prepare sit e drawings and record sit e inform at ion 3 .6 .
6 3 . I n st a lla t ion • Ensure RF Safet y com pliance: Ensure t hat appropriat e warning signs are properly placed and post ed at t he equipm ent sit e or access ent ry. For a com plet e list of warnings, refer t he Safet y Precaut ions list ed at t he beginning of t his m anual.
3 . I n st a lla t ion 7 locat ion does not m ean t hat you can est ablish a qualit y radio link t o t hat locat ion. Consult fact ory for a link planner spreadsheet t hat calculat es t he Fresnel rat io and helps det erm ine link feasibilit y. • Det erm ine Event - HD ODU Mount ing Requirem ent s: Event - HD ODUs can be m ount ed on an ant enna m ast , brick, m asonry or wall. Refer t o det ailed inst allat ion sect ions specific for each ODU and ant enna t ype.
8 3 . I n st a lla t ion t o SDI DUTM is t he dist ance and rout e bet ween t he Event - HD ODU and SDI DUTM . This cable should not exceed 330 feet using Tim es Microwave LMR- 200 cable. Guidelines are provided in Table 3- 1. Exact dist ances should t ake ODU requirem ent s int o account . Ta ble 3 - 1 . M a x im um Ca ble Le ngt h s Loss a t ( dB/ 1 0 0 m ) Ca ble Type 1 4 0 MHz 3 5 0 MHz M a x im u m Le n gt h * LMR- 200 12.6 20.1 100 m LMR- 300 7.6 12.1 165 m LMR- 400 4.9 7.
3 . I n st a lla t ion 9 3 .6 .3 .2 Fa de M a r gin Ca lcu la t ion The fade m argin is t he difference bet ween t he act ual received signal and t he Event - HD digit al radio’s t hreshold for t he m odulat ion m ode select ed. The fade m argin can be used t o det erm ine availabilit y and should be at least 10 dB for m ost cases but is ult im at ely det erm ined by required applicat ion reliabilit y. 3 .6 .3 .
10 3 . I n st a lla t ion 3 .6 .4 Fr e qu e n cy Pla n D e t e r m ina t ion When configuring Event - HD unit s in a point - t o- point or consecut ive point configurat ion, careful engineering of t he Event - HD frequency plans and ant enna locat ions should be perform ed in order t o m inim ize pot ent ial int erference bet ween nearby radios. Nearby radios should operat e on different frequencies, t ransm it t ing in t he sam e band ( high side or low side) .
3 . I n st a lla t ion 11 2.4 GHz 17 MHz (BAS Band A) A8 A9 17 MHz 17 MHz 2458.5 2475 Frequency (MHz) 2450 2483.5 Figur e 3 - 5 . 2.4 GHz, 17 MHz BAS Frequency Plan 7 GHz 25 MHz (BAS Band) A05 A06 A07 A08 A09 A10 A11 A12 A13 A14 25 MHz 25 MHz 25 MHz 25 MHz 25 MHz 25 MHz 25 MHz 25 MHz 25 MHz 25 MHz 6887.5 6912.5 6937.5 6962.5 6987.5 7012.5 7037.5 7062.5 7087.5 7112.5 6875 Frequency (MHz) 7125 Figur e 3 - 6 .
12 3 . I n st a lla t ion 5.3 GHz 1-Channel Plan, 30 MHz 20 MHz T/R Guard Band A1 B1 30MHz 5250 30MHz 5270 5290 5310 5330 5350 60MHz T/R 5.3 GHz 2-Channel Plan, 20 MHz 20 MHz T/R Guard Band A1 A2 20MHz 20MHz 5260 5280 5250 5290 B1 B2 20MHz 20MHz 5320 5340 5310 5350 60MHz T/R 60MHz T/R 5.
3 . I n st a lla t ion 13 5.8 GHz 1-Channel Plan, 30 MHz 25 MHz T/R Guard Band A1 B1 30MHz 5725 30MHz 5750 5775 5800 5825 5850 75MHz T/R 5.8 GHz 2-Channel Plan, 25 MHz 25 MHz T/R Guard Band A1 A2 25MHz 25MHz 5737 5762 5725 5775 B1 B2 25MHz 25MHz 5812 5837 5800 5850 75MHz T/R 75MHz T/R 5.8 GHz 3-Channel Plan, 16.7 MHz 25 MHz T/R Guard Band A1 A2 A3 B1 B2 B3 16.7MHz 16.7MHz 16.7MHz 16.7MHz 16.7MHz 16.
14 3 . I n st a lla t ion 3 .6 .6 OD U Tr a n sm it Pow e r Se t up Se t t ing t he OD U t r a n sm it pow e r is con dit iona l on t h e ba nd a n d a pplica t ion . The in st a lle r of t h is e qu ipm e n t is r e sponsible for pr ope r se le ct ion of a llow a ble pow e r se t t in gs. I f t he r e a r e a ny que st ions on pow e r se t t ings r e fe r t o you r pr ofe ssiona l in st a lle r in or de r t o m a in t a in t h e FCC le ga l ERP lim it s. This warning is part icularly t rue for t he 5.
3 . I n st a lla t ion 15 3 .6 .6 .2 5 .3 GH z Ba n d I n t he 5.3 GHz U- NI I band t he peak EI RP ( Effect ive I sot ropic Radiat ed Power) is lim it ed t o + 30 dBm at t he ant enna for bandwidt hs above 20 MHz and is reduced for narrower bandwidt hs in accordance wit h FCC part 15.407a( 3) . The inst aller is responsible during set up of t ransm it power t o not exceed FCC lim it s on t ransm ission power.
16 3 . I n st a lla t ion For link budget , EI RP( Avg) dBm = 37 dBi + Tx Power Set t ing ( dBm ) . Ta ble 3 - 3 . M a x im um Pow e r Se t t in gs for 5 .3 GH z U- N I I Ba nd Ope r a t ion ( US) . Antenna Diameter Antenna Gain, dBi* (example) Maximum Tx Power Setting, dBm Maximum Tx Power Setting, dBm Maximum Tx Power Setting, dBm 1 Channel Mode (30MHz BW) 2 Channel Mode (20MHz BW) 3 Channel Mode (13.3MHz BW) 6 foot dish 37.6 -10 -11 -12 4 foot dish 34.6 -7 -8 -9 3 foot dish 31.
3 . I n st a lla t ion 17 3 .7 I n st a lla t ion of t h e Eve n t - H D The following sect ions provide inst allat ion guides for: • SDI DUTM I nst allat ion • ODU I nst allat ion 3 .7 .1 I n st a llin g t h e Eve n t - H D SD I D U TM The Event - HD SDI DUTM can be inst alled in t he following t hree opt ions: 1. Table t op or cabinet 2. Wall m ount 3.
18 3 . I n st a lla t ion 3 .7 .1 .3 I n st a llin g in a Ra ck To m aint ain good airflow and cooling, it is preferred t hat t he Event - HD Soft ware Defined I DU™ is inst alled in a slot t hat has blank spaces above and below t he unit . To rack- m ount t he SDI DUTM , use t he supplied m ount ing bracket s ( Moseley part num ber 2734001- 0001) t o secure t he chassis t o t he rack cabinet .
3 . I n st a lla t ion 19 3 .7 .2 .1 I n st a llin g OD U2 2 0 0 , OD U6 5 0 0 , OD U7 2 0 0 11. The ODUxx00 chassis fam ily has m ount ing holes locat ed on t he underside of t he unit . There are t ot al of 10 t hreaded ¼ - 20 holes available for m ount ing direct ly t o a plat e or t o a pole wit h opt ional pole m ount ing hardware. The t hreaded screw locat ions are shown below in red in Figure 3- 9. I t is recom m ended t o use at least 4 ¾ ” screws wit h lock washers. 2 Figur e 3 - 9 .
20 3 . I n st a lla t ion 6 Figur e 3 - 1 1 . Com ple t e d Pole M ou n t in g of OD U2 2 0 0 3 .7 .2 .2 I n st a llin g OD U5 3 0 0 , OD U5 8 0 0 71. Rem ove t he pole m ount port ion of t he t ilt bracket from t he ODU5800 by loosening t he m iddle bolt s and rem oving t he t op and bot t om bolt s on each side. Figur e 3 - 1 2 . Eve n t OD U5 8 0 0 Re a r Vie w 82. Mount t he t ilt bracket t o t he m ount ing pole using t he U- Bolt s and nut s.
3 . I n st a lla t ion 21 Figur e 3 - 1 3 . Tilt Br a ck e t for Eve n t OD U5 8 0 0 93. Place t he Event - HD ODU5800 on t he m at ing half of t he t ilt bracket connect ed by t he t wo cent er bolt s. 104. Add t he rem aining four bolt s t o t he t ilt bracket but do not t ight en unt il t he ant enna alignm ent is com plet e ( only applies for int ernal ant enna ODUs) . Figur e 3 - 1 4 . Eve n t OD U5 8 0 0 w it h M oun t e d Tilt Br a ck e t 11 125.
22 3 . I n st a lla t ion Figur e 3 - 1 5 . Com ple t e d M ou n t in g for t h e Eve nt OD U5 8 0 0 3 .7 .3 Rout in g t he OD U/ I D U I n t e r conn e ct Ca ble 1. Select where t he cable will ent er t he t ruck or building from out side. 2. Det erm ine t he lengt h of cable required. Allow t hree ext ra feet on each end t o allow for st rain relief, as well as any bends and t urns. 3. Rout e t he cable. The SDI DUTM is equipped wit h TNC fem ale connect or on t he rear of t he chassis.
3 . I n st a lla t ion 23 vert ical runs t o reduce st ress on t he cable. Out side t he building, support and rest rain t he cable as required by rout ing and environm ent al condit ions ( wind, ice) . The Event - HD ODU/ SDI DUTM and int erconnect ion m ust be properly grounded in order t o prot ect it and t he st ruct ure it is inst alled on from light ning dam age.
24 3 . I n st a lla t ion 2. Digit al volt m et er wit h t est leads 3. SDI DUTM Serial Cable ( opt ional) 4. Com put er wit h net working capabilit y, consist ing of eit her: - Lapt op com put er wit h Windows 98/ 2000/ XP/ Vist a operat ing syst em , an Et hernet card wit h any necessary adapt ers and a Cat - 5 Et hernet regular or crossover cable or - Net worked com put er wit h Windows 98/ 2000/ XP/ Vist a operat ing syst em and an addit ional Et hernet cable providing access t o t he net work. 5.
3 . I n st a lla t ion 25 Figur e 3 - 1 6 . Gr ou nd Conn e ct ion s t o OD U. © 2 0 0 7 M ose le y, I n c. All Righ t s Re se r ve d. 6 0 2 - 1 4 8 8 6 - 0 1 , Re v.
26 3 .8 .3 3 . I n st a lla t ion Gr ou ndin g t h e SD I D U TM 1. The SDI DU™ should be able t o be connect ed t o a syst em or building elect rical ground point ( rack ground or power t hird- wire ground) wit h a cable of 36” or less. 2. Connect t he grounding wire t o eit her grounding point on t he rear panel. Use 632x5/ 16 m axim um lengt h screws ( not provided) t o fast en t he lug of t he grounding cable. 3.
3 . I n st a lla t ion 27 per st ep 2 above. Refer t o Figure 3- 17. Not e t hat t he Soft ware Defined I DU™ SDI DUTM does not have a power on/ off swit ch. When DC power is connect ed, t he digit al radio powers up and is operat ional. There can be up t o 5 W of RF power present at t he ant enna port . The ant enna should be direct ed safely when power is applied. 6. Turn on t he 48 V dc power supply, and verify t hat t he reading on t he digit al volt m et er is as specified in st ep 3 above. 7.
28 3 . I n st a lla t ion 3 .8 .5 .1 Se t t ing t he I D U I P Addr e ss 1. The PC’s net work configurat ion m ust be set wit h t he param et ers provided at t he end of t his guide. 2. The I DU should be accessible from your PC at t he default I P address provided at t he end of t his guide. A net work ‘ping’ can be done t o verify connect ivit y t o t he I DU. 3. St art web browser and use t he SDI DUTM default I P address as t he url. 4. Log in at t he login prom pt .
3 . I n st a lla t ion 29 3 .8 .5 .3 Configu r ing t h e Sit e At t r ibu t e s Use t he GUI t o ent er device inform at ion as follows: 1. I n t he navigat ion m enu, select Adm inist rat ion, t hen Device I nform at ion, and t hen Device Nam es. 2. Ent er t he Owner, Cont act , Descript ion, and Locat ion. These values are not required for operat ion, but will help keep a syst em organized. 3 .8 .5 .
30 3 . I n st a lla t ion Ta ble 3 - 4 : Se r ia l Por t Pa r a m e t e r s Param et er Speed Bit s St op- Bit s Parit y Flow- Cont rol Value 38400 8 1 None None Aft er powering- on t he SDI DUTM, t he CLI m ay be accessed by connect ing t he serial cable bet ween t he PC and t he SDI DUTM, launching and configuring a t erm inal program ( e.g. Hypert erm ) and pressing t he ent er key. You will be prom pt ed for a usernam e and password, which are supplied at t he end of t his guide. 3 .8 .
3 . I n st a lla t ion 31 The t ransm it LED indicat es full power will all 8 LEDs illum inat ed t o m inim um power wit h 1 LED illum inat ed. For sim plex applicat ions such as broadcast STL or ENG where t he ODU is a receiver or a t ransm it t er only t hen bot h LED bars represent eit her RSL for receiver ODU or t ransm it power for t ransm it t er ODU. For RSL each LED represent s 5 dB, wit h bright ness m odulat ed from off for 0 dB t o fully on for 5 dB increm ent s. 3 .8 .6 .
32 3 . I n st a lla t ion a DHCP server is configured on t he sam e subnet . Eve nt - H D I P Addr e ss The Event - HD syst em will be configured and t est ed as link prior t o delivery t o t he cust om er. The I P address will be set at t he fact ory t o t hese default values: Param et er Value I P Address 192.168.1.1xx Net m ask 255.255.255.0 Gat eway 192.168.1.1 Where xx is in t he range from 01 t o 99. The I P address is indicat ed on t he rear panel as shown in Figure 3- 21.
3 . I n st a lla t ion 33 Power Supply Module Power Supply Module Controller Module Standard IO Module Expansion Module Mini IO Module Modem Module Modem Module Figur e 3 - 2 2 . SD I D U™ M odu le s 3 .9 .1 Re m oving a M odu le 9. Modules are st at ic sensit ive and should only be handled in an ESD- safe environm ent . When packaging m odules for shipm ent or st orage, place in an ESD bag. 10. Rem ove rear panel connect ions t o t he m odule. 11.
34 3 . I n st a lla t ion powered on and t he ground lug is being used t o ground t he unit , first m ove t he ground connect ion t o t he ground lug locat ed on t he Cont roller Module. The SDI DU™ ret ains it s current configurat ion when a m odule is rem oved, unless t hat m odule is t he Cont roller Module. I n which case, t he I P addresses will need t o be reprogram m ed. Figur e 3 - 2 4 . Th r e a de d H ole Loca t ion s 3 .9 .2 I n st a llin g a M odu le 1.
3 . I n st a lla t ion 35 Guide Figur e 3 - 2 5 . Gu ide s 3. I nst all t hum bscrews on eit her side of t he m odule as shown in Figure 3- 24. a. The Mini I O card has a corner screw, which should be inst alled. This corner screw is shown in Figure 3- 23. 4. Make rear panel connect ions t o t he m odule and power on t he SDI DU™ if necessary. 5. Verify proper operat ion of t he unit . a. I f t he Cont roller Module has been changed, reprogram t he I P addresses. © 2 0 0 7 M ose le y, I n c.
36 © 2 0 0 7 M ose le y, I n c. All Righ t s Re se r ve d. 3 . I n st a lla t ion 6 0 2 - 1 4 8 8 6 - 0 1 , Re v.
4 . Su m m a r y Spe cifica t ion 1 4 .Su m m a r y Spe cifica t ion Pa r a m e t e r Eve nt 2200, 2 2 0 0 FD , 2400 Eve nt 6500, 6800, 7200, 7400 2 GH z 6 - 7 GH z Frequency Bands 1.990- 2.110 6.425- 6.525 ( ot hers available on request ) 2.200- 2.300 6.525- 6.875 2.450- 2.500 6.875- 7.125 Eve nt 5 8 0 0 Eve nt 5 3 0 0 5 .8 GH z 5 .3 GH z 5.725- 5.850 5.250- 5.350 Syst e m 7.125- 7.425 Out put Power 4 Wat t s 1 Wat t 200 m W + 5 dBm 12, 17 MHz 20, 25, 28, 30 MHz 12.5, 16.
2 4 . Su m m a r y Spe cifica t ion Pa r a m e t e r Eve nt 2200, 2 2 0 0 FD , 2400 Eve nt 6500, 6800, 7200, 7400 2 GH z 6 - 7 GH z Eve nt 5 8 0 0 Eve nt 5 3 0 0 5 .8 GH z 5 .
5 . Re a r Pa n e l Con n e ct or s 1 5 .Re a r Pa n e l Con n e ct or s 5 .1 D C I n pu t ( Pow e r ) Con n e ct or M STB 2 ,5 / 2 - GF 1 2 PI N TYPE SI GN AL 1 POWER Power supply ret urn 2 POWER 48 Vdc, nom inal M a t in g Con n e ct or : MSTB 2,5/ 2- STF Or de r in g I n for m a t ion : Phoenix Cont act Part Num ber 1786831 5 .
2 5 . Re a r Pa n e l Con n e ct or s M a t ing Conne ct or : BNC Male Or de r in g I n for m a t ion : Tyco Elect ronics/ Am p Part Num ber 225395- 2 or equivalent 5 .5 D VB/ ASI , D S- 3 , E- 3 , STS- 1 Pa yloa d Con n e ct or Consult fact ory for availabilit y.
5 .
4 RJ- 4 8 C Fe m a le 5 . Re a r Pa n e l Con n e ct or s PI N TYPE SI GN AL 4 OUTPUT TX+ 5 OUTPUT TX- 6 N/ A GND 7 N/ A N/ A 8 N/ A N/ A M a t ing Conne ct or : St andard RJ- 45 Plug Or de r in g I n for m a t ion : Tyco Elect ronics/ Am p Part Num ber 5- 554169- 3 or equivalent 5 .1 0 T1 / E1 - Ch a n n e ls 3 - 1 6 Con n e ct or M ole x LFH M a t r ix 5 0 Re ce pt a cle 100 Ω / 120 Ω Balanced © 2 0 0 7 M ose le y, I n c. All Righ t s Re se r ve d.
5 . Re a r Pa n e l Con n e ct or s M ole x LFH M a t r ix 5 0 Re ce pt a cle © 2 0 0 7 M ose le y, I n c. All Righ t s Re se r ve d.
6 5 .
5 . Re a r Pa n e l Con n e ct or s 7 5 .1 3 D a t a Or de r W ir e 5 .1 3 .1 RS4 2 2 RJ- 4 5 Fe m a le PI N TYPE SI GN AL 1 OUTPUT TX Clock - 2 OUTPUT TX Clock + 3 OUTPUT TX Dat a - 4 I NPUT RX Dat a - 5 I NPUT RX Dat a + 6 OUTPUT TX Dat a + 7 I NPUT RX Clock - 8 I NPUT RX Clock + M a t ing Conne ct or : St andard RJ- 45 Plug Or de r in g I n for m a t ion : Tyco Elect ronics/ Am p Part Num ber 5- 554169- 3 or equivalent 5 .1 3 .
8 © 2 0 0 7 M ose le y, I n c. All Righ t s Re se r ve d. 5 . Re a r Pa n e l Con n e ct or s 6 0 2 - 1 4 8 8 6 - 0 1 , Re v.
6 . Appe n dix 1 6 .Appe n dix 6 .1 Ala r m D e scr ipt ion s Ala r m Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y Modem Fault Lower Modem The specified Modem card has indicat ed a fault . Fault det ect ion is via reading Modem Hardware St at us from MODEM during st art - up and polling GPI O for MODEM fault indicat ion. Polling int erval 5 sec.
2 6 . Appe n dix LED t o RED Ala r m Code Se ve r it y Modem synt hesizer has unlocked. Fault det ect ion via m odem st at us polling. Polling is done in conj unct ion wit h Modem Unlock polling. N/ A N/ A Crit ical SNR Low Lower Modem The signal- t o- noise rat io is below t he m inim um operat ional level of t he link as set during configurat ion. Fault det ect ion via m odem st at us polling, com paring Eb/ N0 value t o t hreshold value in configurat ion t able. Polling int erval 5 sec.
6 . Appe n dix 3 LED t o RED Ala r m Code Se ve r it y RSSI is approaching t he m inim um operat ional level of t he link as set during configurat ion. Fault det ect ion via m odem st at us polling, com paring RSSI value t o t hreshold value in configurat ion t able. Polling int erval 5 sec. N/ A N/ A Maj or SNR Low Upper Modem The signal- t o- noise rat io is below t he m inim um operat ional level of t he link as set during configurat ion.
4 6 . Appe n dix Ala r m Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y Power Supply Card Rem oved Lower Power Supply The specified Power Supply card has been rem oved from t he I DU. Fault det ect ion via card- det ect logic. N/ A 32 Maj or Power Supply Fault Upper Power Supply The Power Supply card has indicat ed a fault . Fault det ect ion via polling GPI O. Polling int erval 5 sec.
6 . Appe n dix Ala r m 5 Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y N/ A 26 Crit ical 27 I nfo 51- 58 ( 1- 16) Crit ical Opt ional I / O Card Rem oved Opt I O The Opt ional I / O card has been rem oved from t he I DU ( only if t he Opt ional I / O card has been enabled for use) . Fault det ect ion via card- det ect logic.
6 6 . Appe n dix Ala r m Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y ODU Fault Lower ODU The ODU has indicat ed a fault condit ion. Fault det ect ion via polling of ODU or unsolicit ed m essage, if support ed. Polling int erval 5 sec. Polling done via API funct ional call. Report of t his alarm in t he GUI / Syslog/ Alarm hist ory indicat es t he fault code from t he ODU.
6 . Appe n dix Ala r m 7 Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y East ATPC Tx at ODU Max Power The I DU is unable t o increase t he Tx Power as request ed by link part ner due t o m axim um power being reached. Maxim um power is specified in t he configurat ion t able. N/ A 76 I nfo West ATPC Tx at ODU Max Power The I DU is unable t o increase t he Tx Power as request ed by link part ner due t o m axim um power being reached.
8 6 . Appe n dix Ala r m Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y Ext ernal Alarm 3 Ext ernal The ext ernal Alarm 3 input has been act ivat ed. Fault det ect ion via polling GPI O. Polling int erval 1 sec. N/ A 93 I nfo Ext ernal Alarm 4 Ext ernal The ext ernal Alarm 4 input has been act ivat ed. Fault det ect ion via polling GPI O. Polling int erval 1 sec.
6 . Appe n dix Ala r m 9 Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y STM RS_LOF I DU The SDH/ SONET Mux/ Dem ux has a Loss of Fram e Defect . Fault det ect ion via polling of RS_LOF_T bit in STM- 1 Core. Alt ernat e det ect ion via I nt errupt enabled in STM- 1 core. N/ A Solid Crit ical STM RS_OOF I DU The SDH/ SONET Mux/ Dem ux has an Out of Fram e Defect . Fault det ect ion via polling of RS_OOF_T bit in STM- 1 Core.
10 6 . Appe n dix Ala r m Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y STM MS_B2 I DU The SDH/ SONET Mux/ Dem ux has a B2 Defect at t he Mult iplex level. Fault det ect ion via polling of MS_B2_T bit in STM- 1 Core. Alt ernat e det ect ion via I nt errupt enabled in STM- 1 core. N/ A Solid Maj or STM AU- AI S x I DU The SDH/ SONET Mux/ Dem ux has det ect ed an AI S at t he AU Level. Fault det ect ion via polling of AU_AI S_T bit in STM- 1 Core.
6 . Appe n dix Ala r m 11 Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y STM HP- REI x I DU The SDH/ SONET Mux/ Dem ux HP num ber ‘x’ has a Rem ot e Error I ndicat ion. Fault det ect ion via polling of HP_REI _T bit in STM- 1 Core. Where ‘x’ is t he HP index. Alt ernat e det ect ion via I nt errupt enabled in STM- 1 core. N/ A Solid Maj or STM HP- RDI x I DU The SDH/ SONET Mux/ Dem ux HP num ber ‘x’ has a Rem ot e Defect I ndicat ion.
12 6 . Appe n dix Ala r m Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y STM TU- AI S lkm I DU The SDH/ SONET Mux/ Dem ux TU num ber ‘x’ has an AI S. Fault det ect ion via polling of TU_AI S_T bit in STM- 1 Core. Where ‘lkm ’ is t he TU index as LKM num bering. Alt ernat e det ect ion via I nt errupt enabled in STM- 1 core. N/ A Solid Crit ical STM TU- LOP lkm I DU The SDH/ SONET Mux/ Dem ux TU num ber ‘x’ has a Loss of Point er Defect .
6 . Appe n dix Ala r m 13 Affe ct e d Com pon e nt D e scr ipt ion LED t o RED Ala r m Code Se ve r it y STM LP- RDI lkm I DU The SDH/ SONET Mux/ Dem ux LP num ber ‘x’ has a Rem ot e Defect I ndicat ion. Fault det ect ion via polling of LP_RDI _T bit in STM- 1 Core. Where ‘lkm ’ is t he LP index as LKM num bering. Alt ernat e det ect ion via I nt errupt enabled in STM- 1 core. N/ A Solid Maj or STM LP- PLM lkm I DU The SDH/ SONET Mux/ Dem ux LP num ber ‘x’ has a Pat h I dent ifier Mism at ch.
14 6 . Appe n dix LED t o RED Ala r m Code Se ve r it y When t he syst em t im e is updat ed via NTP raise t hen lower t his alarm . The previous syst em t im e and new syst em t im e should be not ed in t he alarm log, SNMP t rap, and syslog m essages. N/ A Solid I nfo Rem ot e I DU Reconfigurat ion Failure When a rem ot e reconfigurat ion fails and t he original configurat ion is rest ored aft er t im eout , raise t hen lower t his alarm .
6 .
16 6 . Appe n dix RX Receiver SDH Synchronous Digit al Hierarchy SNMP Sim ple Net work Managem ent Prot ocol SNR Signal- t o- Noise Rat io SDI DUTM Soft ware Defined I ndoor Unit ( Moseley t radem ark) SONET Synchronous Opt ical Net work STM- 1 Synchronous Transport Module 1 TCP/ I P Transm ission Cont rol Prot ocol/ I nt ernet Prot ocol TTL Transist or- t ransist or logic TX Transm it t er © 2 0 0 7 M ose le y, I n c. All Righ t s Re se r ve d. 6 0 2 - 1 4 8 8 6 - 0 1 , Re v.
6 . Appe n dix 17 Con ve r sion Ch a r t m icrovolt s t o dBm ( im pedance = 50 ohm s) m icr ovolt s dBm m icr ovolt s dBm 0.10 - 127.0 180 - 61.9 0.25 - 119.0 200 - 61.0 0.50 - 113.0 250 - 59.0 0.70 - 110.1 300 - 57.4 1.0 - 107.0 350 - 56.1 1.4 - 104.1 400 - 54.9 2.0 - 101.0 450 - 53.9 2.5 - 99.0 500 - 53.0 3.0 - 97.4 600 - 51.4 3.5 - 96.1 700 - 50.1 4.0 - 94.9 800 - 48.9 4.5 - 93.9 900 - 47.9 5.0 - 93.0 1,000 - 47.0 6.0 - 91.4 1,200 - 45.4 7.
18 6 . Appe n dix m icr ovolt s dBm m icr ovolt s 70 - 70.1 223.6 m V 0 ( 1 m W) 80 - 68.9 707.1 m V + 10 ( 10m W) 90 - 67.9 2.23 V + 20 ( 100 m W) 100 - 67.0 7.07 V + 30 ( 1 W) 120 - 65.4 15.83 V + 37 ( 5 W) 140 - 64.1 22.36 V + 40 ( 10 W) 160 - 62.9 © 2 0 0 7 M ose le y, I n c. All Righ t s Re se r ve d. dBm 6 0 2 - 1 4 8 8 6 - 0 1 , Re v.
I N CASE OF D I FFI CULTY... Moseley product s are designed for long life and t rouble- free operat ion. However, t his equipm ent , as wit h all elect ronic equipm ent , m ay have an occasional com ponent failure. The following inform at ion will assist you in t he event t hat servicing becom es necessary. TECH N I CAL ASSI STAN CE Technical assist ance for Moseley product s is available from our Technical Support Depart m ent by phone or em ail.
