ufiSpace S9600-72XC Open Aggregation Router

Iinkcukacha

• Ubunzima bomxholo wepakethe: 67.96lbs (30.83kg)
• Ubunzima beChassis ngaphandle kweFRU: 33.20lbs (15.06kg)
• Iyunithi yokubonelela ngombane (PSU) ubunzima: DC PSU - 2lbs (0.92kg), AC PSU - 2lbs (0.92kg)
• Ubunzima bemodyuli yomlandeli: 1.10lbs (498g)
• Ubunzima bekhithi yentsimbi: 0.037lbs (17g)
• DC PSU terminal kit ubunzima: 0.03lbs (13.2g)
• Ubunzima bomzila kaloliwe obulungiswayo: 3.5lbs (1.535kg)
• Ubunzima bentambo ye-USB encinci: 0.06lbs (25.5g)
• RJ45 ukuya ku-DB9 ubunzima bentambo yowesifazane: 0.23lbs (105g)
• Ubunzima bentambo yamandla e-AC (uguqulelo lwe-AC kuphela): 0.72lbs (325g)
• I-SMB ukuya kwi-BNC yokuguqula ubunzima bentambo: 0.041lbs (18g)
• Imilinganiselo yeChassis: 17.16 x 24 x 3.45 intshi (436 x 609.6 x 87.7mm)
• Imilinganiselo ye-PSU: 1.99 x 12.64 x 1.57 intshi (50.5 x 321 x 39.9mm)
• Imilinganiselo yabalandeli: 3.19 x 4.45 x 3.21 intshi (81 x 113 x 81.5mm)

Imibuzo ebuzwa qho

Q: Zeziphi iimfuno zamandla kumzila we-S9600-72XC?

A: Inguqulo ye-DC ifuna -40 ukuya ku-75V DC, kunye nobuninzi be-40A x2, ngelixa i-AC version idinga i-100 ukuya ku-240V AC kunye nobuninzi be-12A x2.

Umbuzo: Yeyiphi imilinganiselo ye-chassis kunye nezinye izinto?

A: Imilinganiselo ye-chassis yi-17.16 x 24 x 3.45 intshi (436 x 609.6 x 87.7mm). Imilinganiselo ye-PSU yi-1.99 x 12.64 x 1.57 intshi (50.5 x 321 x 39.9mm), kwaye imilinganiselo yefeni yi-3.19 x 4.45 x 3.21 intshi (81 x 113 x 81.5mm).

Ngaphezuluview

• I-UfiSpace S9600-72XC yindlela ephezulu yokusebenza, eguquguqukayo, evulekileyo edibeneyo yokudibanisa. Yenzelwe ukujongana neemfuno eziguqukayo zenethiwekhi yezothutho yesizukulwana esilandelayo njengoko iTelecoms yenza utshintsho ukusuka kubuchwephesha belifa ukuya kwi-5G.
• Ukubonelela nge-25GE kunye ne-100GE yeenkonzo ze-port, i-S9600-72XC iqonga linokwenza i-architectures yezicelo ezininzi ezifunekayo ekulayisheni i-traffic ephezulu kwinethiwekhi ye-Ethernet ye-5G. Ngenxa yokuguquguquka kwayo, i-S9600-72XC inokubekwa kwiindawo ezahlukeneyo zothungelwano ukwenza udityaniso, njengakwi-backhaul yokudibanisa i-BBU okanye njenge-Broadband Network Gateway (BNG) ngaphakathi kweofisi esembindini.
• Nge-hardware exhasa ngokupheleleyo i-IEEE 1588v2 kunye ne-SyncE synchronization, i-1+1 redundancy hotswappable components, kunye noyilo oluphezulu lwe-port density, i-S9600-72XC ihambisa ukuthembeka kwenkqubo ephezulu, ukusebenza kwe-Ethernet yokutshintsha kunye nobukrelekrele kwinethiwekhi enceda ukunciphisa iziseko zophuhliso kunye neendleko zolawulo.
• Olu xwebhu luchaza inkqubo yofakelo lwehardware ye-S9600-72XC.

Ukulungiselela

Izixhobo zoFakelo

PHAWULA
Yonke imizobo ekolu xwebhu yeyeenjongo zokubhekisela kuphela. Ezona zinto zisenokwahluka.

• IPC enesoftware yokulinganisa isiphelo. Jonga icandelo "loKusetwa kweNkqubo yokuQala" ngeenkcukacha.
  • Umlinganiselo weBaud: 115200 bps
  • Amasuntswana edatha: 8
  • Xabiso:Ayikho
  • Misa amasuntswana: 1
  • Ulawulo lokuhamba: Akukho

Ukufakwa kweemfuno zokusiNgqongileyo

• Ugcino lwaMandla: Ubonelelo lwamandla lwe-S9600-72XC luyafumaneka:
  • Uguqulelo lwe-DC: I-1+1 engafunekiyo kunye neshushu eguquguqukayo -40 ukuya ku-75V DC indawo yonikezelo lwamandla iyunithi enokuthathelwa indawo okanye;
  • AC Version: 1+1 Redundant kunye eshushu swappable 100 ukuba 240V AC unikezelo lwamandla endle unit replaceable.
    Ukuqinisekisa ukuyilwa kombane wokutya okungafunekiyo kusebenza ngokufanelekileyo, intsimi enesekethe yamandla amabini kuyacetyiswa ukuba ibe nogcino lweewatts ezingama-1300 ubuncinane kwisekethi yamandla nganye.
• I-Space Clearance: Ububanzi be-S9600-72XC yi-intshi ye-17.16 (43.6cm) kwaye ihanjiswe kunye ne-rack mount brackets efanelekileyo kwi-19 intshi (48.3cm) i-racks ebanzi. Ubunzulu be-chassis ye-S9600-72XC yi-intshi ezingama-24 (i-60.9cm) ngaphandle kweeyunithi eziguqulwayo zentsimi (i-FRUs) kwaye iza kunye neereyili eziguquguqukayo ze-check mounting ezilungele ubunzulu be-rack ye-21 intshi (53.34cm) ukuya kwi-35 intshi (88.9cm). Umqheba weeyunithi zefeni uya kunabela ngaphandle nge-intshi ye-1.15 (2.9cm) kwaye isiphatho sombane siya kuphuma ngaphandle nge-1.19 intshi (3cm). Ngoko ke, ukulungiselela i-fan kunye nezibambo zokubonelela ngombane, umzila wentambo, ubuncinane bokukhutshwa kwesithuba se-intshi ezi-6 (15.2cm) siyafuneka ngasemva nangaphambili kwe-S9600-72XC. Ubuncinci bubonke ubunzulu obubekiweyo obuziintshi ezingama-36 (91.44cm) buyafuneka.
  
• Ukupholisa: Indlela yokuhamba komoya ye-S9600-72XC ingaphambili ukuya ngasemva. Qinisekisa ukuba izixhobo ezikwirekhi enye zinecala elifanayo lokuhamba komoya.
  

ULuhlu lokuHlola lokuLungiselela

Umsebenzi	Khangela	Umhla
Amandla voltage kunye neemfuno zangoku zombane inguqulelo yeDC: -40 ukuya -75V DC, 40A ubuninzi x2 okanye; Uguqulelo lwe-AC: 100 ukuya 240V AC, 12A ubuninzi x2
Iimfuno zendawo yokufakela I-S9600-72XC idinga i-2RU (3.45"/8.8cm) ubude, i-19" (48.3cm) ububanzi, kwaye idinga ubunzulu bokugcina ubuncinci bee-intshi ezingama-36 (91.44cm)
Iimfuno zobushushu Ubushushu bokusebenza be-S9600-72XC yi-0 ukuya ku-45°C (32°F ukuya kwi-113°F), indlela yokuhamba komoya ingaphambili ukuya ngasemva.
Kufuneka izixhobo zokufakela #2 Philips Screwdriver, 6-AWG umthubi-na-luhlaza ngocingo stripper, kunye isixhobo crimping
Izincedisi ezifunekayo I-6AWG i-Ground wire, i-8AWG DC intambo yamandla, i-PC enezibuko ze-USB kunye nesoftware yokulinganisa

Imixholo yePakeji

Uluhlu lokufikelela

Icandelo loLwazi loMzimba

Ukuchonga Inkqubo Yakho

S9600-72XC Ngaphezuluview

PSU Ngaphezuluview
Iyunithi yokubonelela ngombane (PSU) kunye ne-1 + 1 yokuNcitshiswa. I-Hot swappable, i-field replaceable unit (FRU).

Uguqulelo lwe-AC:

Uguqulelo lweDC:

Fan Phezuview
I-3 + 1 i-Redundant, i-swapable eshushu, iyunithi yokutshintshwa kwendawo (FRU).

Izibuko elingaphezuluview

 

Ukubeka phezulu

ISILUMKO
Kucetyiswa ukuba ufakelo lwenziwe ubuncinane ziingcali ezimbini eziqeqeshiweyo.
Umntu omnye kufuneka abambe irutha kwindawo, ngelixa omnye eyikhusela kwindawo yakhe kwizilayidi zikaloliwe.

1. Yahlula izilayidi zikaloliwe ezixhomayo ezilungisekayo.
   1. Tsala ngaphandle iileyili zangaphakathi kunye nezangaphandle de ibe itshixiwe endaweni. Ukucofa okuvakalayo kunokuvakala xa iileyili zivaliwe kwindawo.
   2. Tsala ithebhu emhlophe phambili ukuze uvule iileyili ukuze ukwahlula ngokupheleleyo umzila wangaphakathi kumzila wangaphandle. Ithebhu emhlophe ibekwe kumzila wangaphakathi.
   3. Nje ukuba isiporo sangaphakathi sahluliwe, tyhala ithebhu ebekwe kuloliwe wangaphandle ukuze uvule kwaye uslayide umva kaloliwe ophakathi.
      
2. Faka iireyili zangaphakathi kwi-chassis.
   1. Uloliwe ongaphakathi unemingxuma emile okwesitshixo apho izikhonkwane zokuncamathelisa kwi-chassis zinokulungelelaniswa.
      I-chassis inezikhonkwane ezi-5 zokuncamathela kwicala ngalinye, zizonke izikhonkwane ezili-10. Faka imingxuma emile okwesitshixo kunye nezikhonkwane zokuncamathisela kwaye utsale umva ukuze ubambe i-rack yangaphakathi endaweni.
      PHAWULA
      Qinisekisa ukuba isikrufu sokutshixa sikaloliwe sangaphakathi sibekwe ngaphambili kwitshisi.
   2. Emva kokuba izikhonkwane eziqhotyoshelweyo zikhuselekile kumzila wangaphakathi, vala umzila wangaphakathi kwi-chassis usebenzisa izikrufu ezimbini ze-M4 (enye kwicala ngalinye le-chassis).
      
3. Lungisa iireyile zangaphandle kwirack.
   1. Iireyili zangaphandle zinezibiyeli ezimbini ngaphambili nangasemva. Tsala umva ikliphu yesibiyeli yangasemva ukuyincamathisela kwirack. Ukucofa okuvakalayo kunokuviwa xa isibiyeli sikhuselwe kwi-rack.
   2. Nje ukuba isibiyeli esingasemva sikhuselekile, tsala umva ikliphu yesibiyeli sangaphambili sincamathele kwirack. Ukucofa okuvakalayo kunokuviwa xa isibiyeli sikhuselwe kwi-rack.
      
4. Faka iChassis ukugqiba ufakelo.
   1. Tsala isiporo esiphakathi sandiswe ngokupheleleyo kwindawo yokutshixa, ukucofa okuvakalayo kunokuviwa xa isiporo esiphakathi sandisiwe ngokupheleleyo kwaye sitshixiwe kwindawo.
   2. Faka i-chassis ngokudibanisa iileyili zangaphakathi kwindawo yokubeka isiporo esiphakathi.
   3. Slayidela i-chassis kwisiporo esiphakathi ide ifike kwindawo yokumisa.
   4. Tyhila ithebhu yokukhulula eluhlaza okwesibhakabhaka kwisiporo ngasinye ukuze uvule iireyile kwaye utyibilikise i-chassis yonke indlela ukuya kwirack.
   5. Tshixa i-chassis endaweni ngokusebenzisa isikrufu esikumphambili wesiporo sangaphakathi.
      

Ukufakela iiModyuli zeFan

Iimodyuli zabalandeli ziiyunithi ezitshintshiweyo zentsimi ezishushu (i-FRUs), ezinokuthi zitshintshwe ngelixa i-router isebenza nje ngokuba zonke iimodyuli eziseleyo zifakwe kwaye zisebenza. Iifeni ziza zifakwe kwangaphambili kwaye la manyathelo alandelayo yimiyalelo yendlela yokufaka imodyuli entsha yabalandeli.

1. Khangela ithebhu yokukhulula kwimodyuli yabalandeli. Emva koko ucinezele kwaye ubambe ithebhu yokukhulula ukuvula imodyuli yabalandeli.
   
2. Ngelixa ubambe ithebhu yokukhulula, bamba isiphatho sefeni kwaye ngobunono utsale imodyuli yefeni ngaphandle kwe-fan bay.
   
3. Lungelelanisa imodyuli entsha yabalandeli kunye ne-fan bay, uqinisekisa ukuba isidibanisi samandla semodyuli yabalandeli sikwindawo echanekileyo.
4. Shelelisela ngononophelo imodyuli entsha yabalandeli kwi-fan bay kwaye uyityhale ngobunono ide igungxulwe netyala.
5. Ukucofa okuvakalayo kuya kuviwa xa imodyuli yabalandeli ifakwe ngokuchanekileyo. Imodyuli yabalandeli ayiyi kuhamba ngayo yonke indlela ukuba ifakwe kwicala elingalunganga.
   

Ukufakela iiYunithi zokuBonelela ngoMbane

Iyunithi yonikezelo lwamandla (PSU) yindawo eshushu yokutshintsha indawo (FRU) kwaye inokutshintshwa ngelixa i-router isebenza nje ukuba i-PSU eseleyo (yesibini) ifakiwe kwaye isebenza.
I-AC kunye ne-DC PSU zilandela amanyathelo afanayo ofakelo. I-PSU iza ifakwe kwangaphambili kwaye oku kulandelayo yimiyalelo yendlela yokufaka i-PSU entsha.

Izaziso zoKhuseleko
Isilumkiso! Ingozi yokothuka!
UKUKWEHLISA AMANDLA, SUSA ZONKE IINDLELA ZAMANDLA KWIYUNITHI.

1. Fumana ithebhu ebomvu yokukhupha kwi-PSU. Emva koko cofa kwaye ubambe ithebhu yokukhulula ukuvula i-PSU.
2. Ngelixa ubambe ithebhu ebomvu yokukhupha, bamba isiphatho se-PSU kwaye uyikhuphe ngokuqinileyo kwindawo yamandla.
   
3. Lungelelanisa i-PSU entsha kunye ne-power bay, uqinisekisa ukuba isidibanisi samandla se-PSU sikwindawo echanekileyo.
4. Ngononophelo tyibilika i-PSU entsha kwi-power bay kwaye uyityhale ngobunono de ibe igungxulwe netyala.
5. Ukucofa okuvakalayo kuya kuviwa xa i-PSU ifakwe ngokuchanekileyo. I-PSU ayiyi kuhamba ngayo yonke indlela ukuba ikwicala elingalunganga.
   

Ukunciphisa i-Router

Kucetyiswa ukuba utshintsho lwezixhobo lwenziwe kwi-grounded rack system. Oku kuya kunciphisa okanye kuthintele umngcipheko weengozi zokothuko, umonakalo wesixhobo, kunye nokubakho korhwaphilizo lwedatha.
I-router inokusekwa kwimeko ye-router kunye / okanye iiyunithi zokubonelela ngombane (PSUs). Xa umisela ii-PSUs, qinisekisa ukuba zombini ii-PSU zisekelwe ngaxeshanye ukuba kunokwenzeka enye yazo isuswe. I-grounding lug kunye ne-M4 screws kunye ne-washers zibonelelwa ngeziqulatho zepakethe, nangona kunjalo, ucingo lokumisa alufakwanga. Indawo yokukhusela i-lug yokumisa isemva kwetyala kwaye ihlanganiswe neleyibhile yokukhusela.

Le miyalelo ilandelayo yeyokufakela i-grounding lug kwi-case.

1. Ngaphambi kokumisa i-router, qinisekisa ukuba i-rack isekelwe ngokufanelekileyo kwaye ihambelana nezikhokelo zolawulo lwendawo. Qinisekisa ukuba akukho nto inokuthintela uxhulumaniso lokumisa kunye nokususa nayiphi na ipeyinti okanye izinto ezinokuthintela uqhagamshelwano olulungileyo.
2. Hlubula isigqubuthelo ukusuka kubukhulu #6 AWG ucingo lokumisa (olungabonelelwanga phakathi kwemixholo yephakheji), ushiye i-0.5” +/‐0.02” (12.7mm +/‐0.5mm) yocingo olusezantsi oluveziweyo.
3. Faka i-grounding wire eveziweyo yonke indlela ukuya kumngxuma we-grounding lug (ubonelelwe ngeziqulatho zepakethe).
4. Ukusebenzisa isixhobo se-crimping, qinisekisa ngokuqinileyo ucingo lokumisa kwi-lug yokumisa.
   
5. Fumana indawo echongiweyo yokukhusela i-grounding lug, ebekwe ngasemva kwe-router kwaye ususe ileyibhile yokukhusela.
   
6. Ukusebenzisa i-screws ye-2 M4 kunye nee-washers ezi-2 (ezibonelelwe ngeziqulatho zepakethe), vala ngokuqinileyo i-grounding lug kwindawo echongiweyo yokumisa kwi-router.
   

Amandla okudibanisa

DC Version

ISILUMKISO
IVolumu eyingozitage!

• Kufuneka kucinywe umbane ngaphambi kokuba kususwe!
• Qinisekisa ukuba lonke uqhagamshelo lombane lusekelwe phantsi phambi kokuba ulayite
• Umthombo wamandla weDC kufuneka usekelwe ngokuthembekileyo

1. Qinisekisa ukuba kukho amandla awoneleyo okubonelela ngesistim.
   Ubuninzi bokusetyenziswa kwamandla enkqubo yi-705 watts. Kucetyiswa ukuba kuqinisekiswe ukuba amandla aneleyo agcinwe kwinkqubo yokuhanjiswa kwamandla phambi kokufakwa. Kwakhona, nceda uqinisekise ukuba zombini ii-PSU zifakwe ngokufanelekileyo phambi kokunika amandla izixhobo, njengoko i-S9600-72XC yenzelwe ukuxhasa u-1 + 1 ukukhutshwa kwamandla.
2. Qhoboshela iintambo zombane zeDC kwiilugs.
   I-UL 1015, i-8 AWG DC intambo yamandla (engabonelelwanga) kufuneka incanyathiselwe kumngxuma-mingxuma emibini phambi kokudibanisa kwi-PSU. Le miyalelo ilandelayo yeyokudibanisa iCable Power Cable kwilug:
   1. Hluba isigqubuthelo kwiCable Power yeDC, ushiye i-0.5” +/‐0.02” (12.7mm +/‐0.5mm) yentambo evezisiweyo.
   2. Faka intambo yamandla eveziweyo yeDC kwityhubhu yokuncipha kobushushu, ubude betyhubhu yokucutha ubushushu kufuneka bungabi ngaphantsi kwe-38.5mm.
   3. Faka intambo yombane yeDC eveziweyo yonke indlela kwityhubhu engumgongxo yelug (ebonelelwe ngokuqulatha ipakethe yokutshintsha).
   4. Ukusebenzisa isixhobo crimping, ngokuqinileyo intambo amandla DC ukuba lug. Kunconywa ukuba ungagqithisi imigca eboniswe kwi-lug, ekwaboniswa njengendawo yecandelo lomnqamlezo kumfanekiso ongezantsi.
      
   5. Hambisa iityhubhu yokucutha ubushushu ukugquma nayiphi na intsimbi eveziweyo kwintambo yamandla yeDC kunye nelug.
      
   6. Sebenzisa umthombo wobushushu ukukhusela iityhubhu ezicutha ubushushu endaweni. Vumela ityhubhu yokucutha ubushushu iphole phambi kokuba uncamathele intambo yamandla yeDC. Umzekeloample yoguqulelo olufakelweyo lwe-DC olunemathiriyeli yokugquma njengoko ngezantsi.
      
3. Qhoboshela intambo yombane.
   Fumana ibhloko ye-screw yohlobo lwe-DC ebekwe kwi-PSU. Susa isigqubuthelo seplastiki esikhusela ibhloko yetheminali ngokutyhala ukusuka phezulu okanye ezantsi kwesigqubuthelo kwaye uvulele uvule isigqubuthelo ngaphandle. Khusela iilugi ezinemingxuma enye (ngentambo yombane yeDC encanyatheliswe) kwibhloko yetheminali njengoko kubonisiwe kulo mfanekiso ulandelayo.
   
4. Qinisa izikrufu kwitorque echaziweyo.
   Qinisa izikrufu kwixabiso letorque eyi-14.0+/‐0.5kgf.cm. Ukuba i-torque ayanele, i-lug ayiyi kukhuseleka kwaye inokubangela ukungasebenzi kakuhle. Ukuba i-torque ininzi kakhulu, ibhloko ye-terminal okanye i-lug inokonakala. Khusela isigqubuthelo seplastiki kwibhloko yetheminali. Lo mzobo ungezantsi ubonisa indlela emayibukeke ngayo xa ilugi incamathele kunye neqweqwe leplastiki elikhuselayo libuyiselwe.
   
5. Yondla amandla eDC kwisistim.
   I-PSU iya kukhupha ngoko nangoko i-12V kunye ne-5VSB kwinkqubo enomthombo wamandla we-‐40 ukuya ku-75V DC. I-PSU inokwakhelwe kwi-60A, i-fuse esebenza ngokukhawuleza esekwe kumthamo omkhulu we-PSU, oya kusebenza njengokhuseleko lwenkqubo yenqanaba lesibini kwimeko apho iyunithi yokuhambisa amandla ingasebenzi.
6. Qinisekisa ukuba unikezelo lombane luyasebenza.
   Ukuba iqhagamshelwe ngokuchanekileyo, xa ilayitiwe, i-LED kwi-PSU iya kukhanyisa ngombala oLuhlaza ochaza ukusebenza okuqhelekileyo.

Inguqulelo ye-AC

1. Qinisekisa ukuba kukho amandla awoneleyo okubonelela ngesistim.
   Ubuninzi bokusetyenziswa kwamandla enkqubo yi-685 watts. Kucetyiswa ukuba kuqinisekiswe ukuba amandla aneleyo agcinwe kwinkqubo yokuhanjiswa kwamandla phambi kokufakwa. Kwakhona, nceda uqinisekise ukuba zombini ii-PSU zifakwe ngokufanelekileyo phambi kokunika amandla izixhobo, njengoko i-S9600-72XC yenzelwe ukuxhasa u-1 + 1 ukukhutshwa kwamandla.
2. Qhoboshela intambo yombane.
   Fumana i-AC inlet connector kwi-PSU kwaye uplage intambo yamandla ye-AC (250VAC 15A, IEC60320 C15) kwi-AC inlet connector.
3. Yondla amandla e-AC kwisistim.
   I-PSU iya kukhupha ngokukhawuleza i-12V & 5VSB kwinkqubo ene-100-240V, umthombo wamandla we-AC. I-PSU ine-16 eyakhelweyo amperes, ifuse esebenza ngokukhawuleza esekwe kumthamo omkhulu wePSU, oya kusebenza njengokhuseleko lwenkqubo yenqanaba lesibini kwimeko apho ifyuzi yeyunithi yokuhambisa amandla ayisebenzi.
4. Qinisekisa ukuba unikezelo lombane luyasebenza.
   Ukuba iqhagamshelwe ngokuchanekileyo, xa ilayitiwe, i-LED kwi-PSU iya kukhanyisa ngombala oLuhlaza oqinileyo ochaza ukusebenza okuqhelekileyo.

Ukuqinisekisa ukusebenza kweNkqubo

Iphaneli yangaphambili ye-LED
Qinisekisa imisebenzi esisiseko ngokujonga inkqubo ye-LEDs ebekwe kwiphaneli yangaphambili. Xa usebenza ngokwesiqhelo, iSYS, FAN, PS0 kunye nePS1 iiLED kufuneka zonke zibonise eluhlaza.

I-PSU FRU LED

Umlandeli FRU LED

Umiselo lweNkqubo yokuQala

• Ukuseka uqhagamshelo lweserial yexesha lokuqala.
• Ukwabela idilesi ye-IP, kufuneka ube nofikelelo kujongano lomgca womyalelo (CLI). I-CLI lunxibelelwano olusekwe kwiteksti olunokufikelelwa ngoqhagamshelo oluthe ngqo lwe-serial kwi-router.
• Fikelela kwi-CLI ngokuqhagamshela kwi-console port. Emva kokuba unikeze idilesi ye-IP, unokufikelela kwinkqubo ngeTelnet okanye nge-SSH ngePutty, iTeraTerm okanye iHyperTerminal.
• Yenza la manyathelo alandelayo ukufikelela kwi-router ngoqhagamshelwano lwe-serial:

1. Qhagamshela intambo ye-console.
   • Iconsole inokudityaniswa nokuba yi-IOIO port okanye i-micro USB port. Ukuba uqhagamshela nge-USB, kuya kufuneka abaqhubi bafakwe.
   • Ukuqhagamshela i-console usebenzisa i-IOIO port, fumana i-port ebhalwe IOIO, emva koko uqhagamshele intambo yesiriyali kwi-console port kwaye uqhagamshele elinye icala kwiPC okanye kwilaptop. Iintlobo zeentambo zinokwahluka ngokuxhomekeke kwimodeli ye-router.
     
   • Ukuqhagamshela ikhonsoli usebenzisa i-micro USB port, khangela izibuko kwiphaneli engaphambili yerutha, emva koko uqhagamshele ikhompuyutha yakho usebenzisa intambo ye-USB encinci enikwe kwimixholo yokupakisha. Khuphela umqhubi ofanelekileyo kwinkqubo yakho yokusebenza (OS) usebenzisa i URL ngezantsi:
   • https://www.silabs.com/products/development‐tools/software/usb‐to‐uart‐bridge‐vcp‐drivers
   • https://www.silabs.com/ kwaye ukhangele i-CP210X
     
2. Jonga ubukho bolawulo lothotho.
   Khubaza naziphi na iinkqubo zonxibelelwano olulandelelanayo olusebenza kwikhompyuter njengeenkqubo zongqamaniso ukunqanda uphazamiseko.
3. Qalisa i-emulator yetheminali.
   Vula i-terminal emulator yesicelo esinje ngeHyperTerminal (Windows PC), iPutty okanye iTeraTerm kwaye uqwalasele usetyenziso. Ezi seto zilandelayo zezemeko-bume ye-Windows (ezinye iinkqubo zokusebenza zinokwahluka):
   • Umlinganiselo weBaud: 115200 bps
   • Amasuntswana edatha: 8
   • Xabiso:Ayikho
   • Misa amasuntswana: 1
   • Ulawulo lokuhamba: Akukho
4. Ngena kwisixhobo.
   Emva kokuba uqhagamshelo lusekiwe, i-prompt yegama lomsebenzisi kunye ne-password ebonisa. Ngenisa igama lomsebenzisi kunye negama lokugqitha ukuze ufikelele kwi-CLI. Igama lomsebenzisi kunye negama lokugqitha kufuneka linikezelwe ngumthengisi weNkqubo yokuSebenza yeNethiwekhi (NOS).

Uqhagamshelo lweCable

Ukuqhagamshela i-USB Extender Cable
Qhagamshela i-USB 3.0 A Uhlobo lweplagi (isinxibelelanisi esiyindoda) kwizibuko le-USB (isiqhagamshelanisi esisetyhini) elibekwe kwiphaneli yangaphambili yerutha. Eli zibuko le-USB lizibuko lolondolozo.

Ukuqhagamshela iCable kwi-ToD Interface

PHAWULA
Ubude bobude bentambo ye-Ethernet ethe ngqo akufunekanga ibe ngaphezu kweemitha ezi-3.

1. Qhagamshela isiphelo esinye sentambo ye-Ethernet ethe ngqo kwiyunithi ye-GNSS
2. Qhagamshela elinye isiphelo sentambo ye-Ethernet ethe ngqo kwizibuko elibhalwe “TOD” elibekwe kwiphaneli engaphambili yerutha.
   

Ukuqhagamshela i-GNSS Interface
Qhagamshela i-eriyali ye-GNSS yangaphandle ene-impedance ye-50 ohms kwi-port ebhalwe "GNSS ANT" ebekwe kwiphaneli yangaphambili yomzila.

Ukuqhagamshela i-1PPS Interface

PHAWULA
Ubude obude be-1PPS coaxial SMB/1PPS ikhebula le-Ethernet akufanele libe ngaphezu kweemitha ezi-3.

Qhagamshela intambo yangaphandle ye-1PPS ene-impedance ye-50 ohms kwi-port ebhalwe "1PPS".

Ukuqhagamshela i-10MHz Interface

PHAWULA
Ubude obude be-10MHz intambo ye-coaxial SMB akufanele ibe ngaphezu kweemitha ezi-3.

Qhagamshela intambo yangaphandle ye-10MHz ene-impedance ye-50 ohms kwizibuko ebhalwe “10MHz”.

Ukuqhagamshela iTransceiver

PHAWULA
Ukuthintela ukuqiniswa kunye nokonakalisa imicu ye-optic, akukhuthazwa ukusebenzisa i-tie wraps kunye neentambo ze-optical.

Funda ezi zikhokelo zilandelayo phambi kokuba udibanise i-transceiver:

• Ngaphambi kokufaka i-router, qwalasela iimfuno zendawo ye-rack yokulawula intambo kwaye ucwangcise ngokufanelekileyo.
• Kuyacetyiswa ukuba kusetyenziswe imitya yesimbo se hook-kunye-loop ukukhusela kunye nokulungelelanisa iintambo.
• Kulawulo olulula, bhala intambo nganye yefiber-optic kwaye urekhode uqhagamshelo lwayo.
• Gcina umgca ocacileyo wokujonga kwii-LED zezibuko ngokuhambisa iintambo kude kwii-LEDs.

ISILUMKO

Ngaphambi kokudibanisa nantoni na (iintambo, ii-transceivers, njl.) kwi-router, nceda uqinisekise ukukhupha nayiphi na i-static umbane onokuthi wakhiwe ngexesha lokuphatha. Kukwacetyiswa ukuba ikheyibhuli yenziwe ngumntu oqeqeshiweyo osebenza phantsi, njengokunxiba umtya esihlahleni we-ESD.

La manyathelo alandelayo angezantsi okudibanisa i-transceiver.

1. Susa i-transceiver entsha kwipakethe yayo ekhuselayo.
2. Susa iplagi yokukhusela kwi-transceiver ngokwayo.
3. Beka ibheyile (isibambo socingo) kwindawo evulekileyo kwaye ulungelelanise i-transceiver kunye ne-port.
4. Slayida i-transceiver kwi-port kwaye uyityhale ngobunono de ibe ikhuselekile endaweni. Ukucofa okuvakalayo kunokuviwa xa i-transceiver ikhuselwe kwi-port.

Ukufakela i-Antenna

PHAWULA
Qinisekisa ukuba amandla omqondiso wesathelayithi mkhulu kuno-30db, xa usebenzisa isilingisi se-GNSS kuvavanyo.

Funda ezi zikhokelo zilandelayo phambi kokufaka i-eriyali yakho.

• I-S9600-72XC isekela iintlobo ezahlukeneyo zeentlobo ze-receiver frequency, kuquka i-GPS / QZSS L1 C / A, GLONASS L10F, BeiDou B1 SBAS L1 C / A: WAAS, EGNOS, MSAS, GGAN Galileo E1B / C.
• Uvakalelo oluncinci lwe-frequency receiver (RF) yi -166dBm.
• I-S9600-72XC ixhasa zombini i-eriyali ye-GNSS esebenzayo kunye nesebenzayo, kwaye iya kubona ngokuzenzekelayo ukuba loluphi uhlobo lwe-eriyali efakiweyo.
• Ukuba amandla ophawu olufunyenweyo angaphantsi kwe-30db, umamkeli we-GNSS uya kusilela ukuvelisa uqikelelo oluchanekileyo lwendawo.

Ukwandisa ukusebenza kwe-eriyali, kucetyiswa kakhulu ukuba ukhethe uphahla okanye umgangatho ophezulu ongenalo naluphi na uthintelo lomqondiso okanye umqobo.
Funda ezi zikhokelo zilandelayo phambi kokufaka i-eriyali esebenzayo:

• Xa i-eriyali esebenzayo ifakiwe, i-S9600-72XC inokubonelela ukuya kuthi ga kwi-5V DC/150mA kwizibuko le-GNSS.
• Ukuba nayiphi na i-GNSS ampi-lifier, i-DC-ivaliwe okanye i-cascaded splitter ifakiwe, umsebenzi wokukhangela we-GNSS unokuchaphazeleka, okukhokelela kwiimpazamo zewotshi yesathelayithi ye-GNSS.
• Sicebisa ukuba usebenzise i-eriyali esebenzayo exhotyiswe nge-50 ohm ehambelanayo, unikezelo lwamandla lwe-5V DC olunako, max. I-NF 1.5dB kunye ne-35 ~ 42dB i-LNA yangaphakathi izuza ukufumana amandla anamandla ngokwaneleyo omqondiso kwiimeko ezahlukeneyo zemozulu.
• Ukuthintela umonakalo obangelwe kukuhamba kwamandla okanye ukubetha kombane, qinisekisa ukuba umkhuseli wotyando uncanyathiselwe kwi-eriyali ye-GNSS.

Izilumkiso kunye neeNgxelo zokuThobela uLawulo

Izilumkiso kunye nokuThobela iMigaqo

IKhomishini yoNxibelelwano lwe-Federal

(FCC) Isaziso

Esi sixhobo sithobela iCandelo le-15 lemithetho yeFCC. Ukusebenza kuxhomekeke kwezi meko zimbini zilandelayo: (1) esi sixhobo asinakubanga luphazamiseko luyingozi, kwaye (2) esi sixhobo kufuneka samkele naluphi na uphazamiseko olufunyenweyo, kubandakanywa uphazamiseko olunokubangela usetyenziso olungafunekiyo.

PHAWULA
Esi sixhobo sivavanyiwe saza safunyanwa sithobela imida yesixhobo sedijithali sodidi A, ngokungqinelana neCandelo 15 lemithetho yeFCC. Le mida yenzelwe ukubonelela ngokhuseleko olufanelekileyo ekuphazamisekeni okuyingozi xa isixhobo sisebenza kwindawo yorhwebo. Esi sixhobo sisebenzisa, sivelisa, kwaye sinokusasaza amandla erediyo yerediyo kwaye ukuba ayifakelwanga ngokuhambelana nencwadana yemigaqo yomsebenzisi, inokubangela uphazamiseko oluyingozi kunxibelelwano lwerediyo. Ukusebenza kwesi sixhobo kwindawo yokuhlala kusenokubangela uphazamiseko apho umsebenzisi kuya kufuneka alungise uphazamiseko ngeendleko zakhe.

ISILUMKISO
Esi sixhobo kufuneka sibekwe phantsi. Musa ukoyisa i-conductor yomhlaba okanye usebenzise izixhobo ngaphandle kokumisa ngokuchanekileyo isixhobo. Ukuba kukho nakuphi na ukungaqiniseki malunga nokuthembeka kwesiseko sesixhobo, nceda uqhagamshelane nogunyaziwe wokuhlola umbane okanye usombane oqinisekisiweyo.

Industry Canada Notice

I-CAN ICES-003 (A)/NMB-003(A)
Esi sixhobo sedijithali asikho ngaphezu kwemida yodidi A yokukhutshwa kwengxolo yerediyo evela kwizixhobo zedijithali echazwe kwiMimiselo yoPhakamiso lweRadio yeSebe lezoNxibelelwano laseKhanada.

Isaziso seKlasi A ITE

ISILUMKISO
Esi sixhobo sithobela iKlasi A yeCISPR 32. Kwindawo yokuhlala esi sixhobo sinokubangela uphazamiseko lukanomathotholo.

Isaziso seVCCI
Esi sisixhobo seKlasi A. Ukusebenza kwesi sixhobo kwindawo yokuhlala kunokubangela ukuphazamiseka koonomathotholo. Kwimeko enjalo, umsebenzisi unokufuneka athathe amanyathelo okulungisa.

Inkcazo yendawo yokufakela

Kucetyiswa ukuba isixhobo sifakwe kuphela kwigumbi leseva okanye kwigumbi lekhompyuter apho ukufikelela kukho:

• Ithintelwe kubasebenzi benkonzo abaqeqeshiweyo okanye abasebenzisi abaqhelene nezithintelo ezisetyenziswa kwindawo leyo, izizathu ke ngoko, kunye nazo naziphi na izilumkiso ezifunekayo.
• Inikezelwa kuphela ngokusetyenziswa kwesixhobo okanye isitshixo kunye nesitshixo, okanye ezinye iindlela zokhuseleko, kwaye zilawulwa ngugunyaziwe ojongene nendawo.
  Ifanelekile ukufakwa kuMagumbi eTekhnoloji yoLwazi ngokuhambelana neSiqendu 645 seKhowudi yoMbane yeSizwe kunye neNFPA 75.

Izilumkiso kunye neengxelo zothotyelo zolawulo zeNEBS:

• “Ifanele ukufakela njengenxalenye ye-Common Bonding Network (CBN)”
• "IsiXhobo soKhuseleko lweSurgery sangaphandle (SPD) kufuneka sisetyenziswe kunye nezixhobo ezisebenza nge-AC nokuba isiXhobo soKhuseleko lweSurgery kufuneka sifakwe kwisango lenkonzo yombane ye-AC."
• "Inkqubo inokufakwa kwi-Network Telecommunications Facilities apho iKhowudi yoMbane yeSizwe isebenza"
• Uqikelelo lwexesha lokuqalisa lwenkqubo xa umthombo wamandla we-AC (okanye we-DC) uqhagamshelwe yimizuzwana engama-80 kwi-Ubuntu Linux system. (Ixesha lokuqalisa liya kwahluka ngokuxhomekeke kubathengisi abahlukeneyo beNOS)
• Ixesha eliqikelelweyo lekhonkco le-OOB Ethernet port xa liqhagamshelwe kwakhona yi-40 secs isiseko kwi-Ubuntu Linux system (Ixesha lekhonkco liya kwahluka ngokuxhomekeke kubathengisi abahlukeneyo beNOS)
• Uyilo lwezixhobo kukuba i-terminal ye-RTN kufuneka ibe yodwa kwi-chassis okanye i-rack. (Iitheminali zokufaka i-DC yi-DC–I (Isolated DC return))
• ISILUMKISO: Izibuko le-intra-building OOB (Ethernet) yesixhobo okanye i-subassembly ifanelekile ukudityaniswa kwi-intra-building okanye iingcingo ezingavezwanga okanye iintambo kuphela. I(s) zesixhobo esakhiweyo esingaphakathi (ii) zesixhobo okanye i-subassembly AKUFUNEKA ziqhagamshelwe ngokwentsimbi kunxibelelwano oluqhagamshelwe kwi-OSP okanye iintambo zayo ezingaphezulu kweemitha ezi-6 (malunga neemitha ezingama-20). Olu nxulumano luyilelwe ukusetyenziswa njengojongano lwe-intra-building kuphela (uHlobo lwesi-2, lwesi-4, okanye izibuko ze-4a njengoko kuchaziwe kwi-GR-1089) kwaye zifuna ukwahlukaniswa kwikheyibhuli ye-OSP eveziweyo. Ukongezwa kwabaKhuseli baseprayimari akwanelanga ukhuseleko lwaneleyo ukuze kuqhagamshelwe le midibaniso yesinyithi kwinkqubo yocingo ye-OSP. "

www.ufispace.com

Amaxwebhu / Izibonelelo

ufiSpace S9600-72XC Open Aggregation Router [pdf] Isikhokelo soFakelo S9600-72XC Open Aggregation Router, S9600-72XC, Open Aggregation Router, Aggregation Router, Router

Iimbekiselo

• Incwadi yokusebenzisa