Uthungelwano lwesizukulwana sesihlanu (5G) lunamandla amakhulu okusetyenziswa kumashishini ahlukeneyo. Enye yeendawo ezithembisayo licandelo lamayeza. Kwixesha elizayo, izigulana ezisuka kwimimandla ekude akusayi kufuneka ukuba ziye esibhedlele kumaziko amakhulu engingqi-uthethwano okanye utyando lunokwenziwa ukude.
Imisebenzi yokuqala ye-5G eRashiya
Ilizwe lethu alikho ngasemva ekuvavanyeni ukusetyenziswa kobuchwepheshe obutsha kwezamayeza. NgoNovemba ka-2019, utyando lokuqala kunye nothethwano lwezonyango olukude lwenziwa eRussia okokuqala ngqa kusetyenziswa inethiwekhi ye-Beeline 5G.
Ukususa itshiphu esandleni sikaGeorge
Imisebenzi emibini yenziwe ngexesha lokwenyani:
- Umsebenzi wokuqala kukususa i-chip ye-NFC efakwe kwingalo kaGeorge Held, usekela-mongameli olawulayo weBeeline wedijithali kunye nophuhliso lweshishini elitsha. Nge-chip ngokwayo, kunye nesandla sikaGeorge, yonke into ilungile, yinto nje yokuba i-chip yayiphelelwe lixesha (ifakwe kwi-2015).
- Utyando lwesibini (ukususwa kwethumba lomhlaza kwesinye sezigulana zekliniki) lwenziwa kusetyenziswa i-laparoscope eqhagamshelwe kwinethiwekhi ye-5G enekhamera ye-4K, i-anesthetic console, iikhamera ezininzi kunye ne-Huawei 5G ye-multimedia whiteboard yokutshintshana. izimvo zeengcali ngawo onke amaqela ebhunga kunye nophuhliso lweengcebiso kwimodi yexesha langempela.
Indlela yonke esebenze ngayo
Umbutho wosasazo olunjalo ufuna ukuthembeka okuphezulu kwamajelo onxibelelwano kunye nokuthatha inxaxheba kwenani elikhulu labantu. Ukuze umsebenzi uxhaswe ngokupheleleyo, umfanekiso wevidiyo osemgangathweni ophezulu wasasazwa ngokulinganayo ukusuka kwiindawo ezininzi ngexesha elifanayo: i-Skolkovo, ukusuka kwigumbi lokusebenza kwikliniki ye-GMS eMoscow, isazi se-ROEC kunye neziko leengcebiso esekelwe esibhedlele. yeCentral Union yeRussian Federation eMoscow kunye neRyazan State Medical University.
Ukubonisana okude, indawo yokuvavanya yenethiwekhi ye-5G ye-Beeline kwisixhobo seHuawei yafakwa kwintsimi yeZiko le-Skolkovo Innovation.
I-eriyali yedijithali Huawei HAAU5213 28000A 4T4R 65 dBm
Izixhobo zonyango zixhunywe kwinethiwekhi ye-5G usebenzisa i-router ye-5G CPE ngaphandle kwamacingo. Uluhlu lwakhe lubandakanya: ikhamera yokujonga ngokubanzi ikhamera yokudlulisa ividiyo kwisisombululo se-4K, i-multimedia whiteboard yokumakisha umfanekiso welungu elisebenzayo, kunye ne-4K monitor. Utyando lwenziwa ngu-Badma Nikolaevich Bashankaev, i-FACS, i-FASCRS *, intloko yeziko lotyando lweSibhedlele se-GMS, ugqirha, i-oncologist, i-coloproctologist.
Kwigumbi lokusebenza kwiklinikhi ye-GMS eMoscow, ebekwe kwi-Kalanchevskaya embankment, isiqwenga senethiwekhi ye-5G NSA isetyenziswe ngokusekelwe kwiseli encinci ye-5G LampSite 4T4R, i-100 MHz, egxininiswe phantsi kwesilingi yegumbi lokusebenza.
Ukubonisana okude, ibhodi ekhethekileyo ye-smart yasetyenziswa, leyo, kunye neekhamera zevidiyo kunye nezixhobo zonyango, zixhunywe ngaphandle kwe-wireless kwi-router ye-5G CPE.
Zonke izixhobo ekliniki zisebenza rhoqo kwi-4,8-4,99 GHz. Ngexesha elifanayo, isiqwenga sovavanyo lwenethiwekhi ye-5G ixhunyiwe kwiziko lolawulo lomsebenzisi ngo-Matshi 8 Street kunye ne-gigabit optics.
Interactive ibhodi smart
Ukubonisana okukude kwakhona kwaya kwi-ROEKh yeziko leengcebiso zeengcali ezisekelwe kwisibhedlele sase-Centrosoyuz ye-Russian Federation kunye ne-Ryazan State Medical University.
Kuthethwano olukude, isicelo sabhaliswa kwaye oogqirha botyando basimahla bakhethwa kusetyenziswa iqonga lokubamba uthethwano olusekwe kwisisombululo seTrueConf. Ngethuba lokusebenza, ibhunga lezonyango elikude liqhube ukubonisana ngokutshintshiselana ngolwazi lweendaba kwimodi yenkomfa yevidiyo ye-4K phakathi kogqirha osebenzayo kunye nabacebisi abasebenzisa i-terminals ezikude. Ngoncedo lwabo, imidiya kunye nedatha ye-telematic kwimeko yesigulane yatshintshwa, iingcebiso kunye nemiyalelo yathunyelwa ngexesha langempela. Ukubonisana okukude kuqhutywe nguNjingalwazi uSergei Ivanovich Emelyanov, uMlawuli weSibhedlele saseCentrosoyuz, uGqirha weSayensi yezoNyango, uGqirha ohloniphekileyo weRussian Federation, uMongameli weRussian Society of Endoscopic Surgeons.
Isemina yoqeqesho yahlelwa kwiYunivesithi yaseRyazan State Medical kubafundi, abanokubona inkqubela phambili yokusebenza kunye nokubonisana ngexesha langempela. Isemina yayikhokelwa nguGqirha weNzululwazi yezoNyango, unjingalwazi weSebe leSibhedlele soTyando lweRyazan State Medical University yeSebe lezeMpilo laseRashiya uAlexander Anatolyevich Natalsky.
Ebudeni botyando lokuqala, ngenxa yobulula balo, umguli wanikwa i-anesthesia yendawo, eyamvumela ukuba achaze okwenzekayo ngokuphila. Kwakunjani
Utyando lwesibini lokususa ithumba elinomhlaza lwalunzulu ngakumbi kwaye lwalufuna ukubonisana nebhunga lezonyango. Ugqirha otyandayo wadityaniswa ngexesha langempela ngabalingane abafumana imifanekiso yezitho zangaphakathi zesigulane ngaphandle kokulibazisa kunye nomgangatho ophezulu.
Amathemba e-telemedicine yasekhaya
Ukubonisana nge-telemedicine yokuqala eRashiya ngowe-1995 kwikomkhulu laseMntla. Iinkomfa zevidiyo zaququzelelwa kwi-Kirov Military Medical Academy. Kodwa oogqirha bacacisa ukuba amanyathelo okuqala ekuphuhliseni ukhathalelo lwezempilo lwezonxibelelwano luthathwe kwi-1970s.
IRashiya lilizwe elikhulu elineendawo zokuhlala ekunzima ukufikelela kuzo. Uncedo olufanelekileyo kwiindawo ezincinci kunye nezikude (iTransbaikalia, Kamchatka, Yakutia, iMpuma Ekude, eSiberia, njl.) ayisoloko ikhona. Kwaye kwi-2017, i-bill kwi-telemedicine yangeniswa kwi-State Duma, eyasayinwa ngokusemthethweni ngoJulayi 31, 2017 (yangena ekusebenzeni ngoJanuwari 1, 2018). Isigulane sinelungelo emva kokubonisana kwangaphakathi kunye nogqirha ukuba abuze imibuzo eyongezelelweyo xa engekho. Ukuchonga, kucetywa ukusebenzisa inkqubo ye-ESIA njengenxalenye ye-portal ye-Gosuslugi. Ngo-2020, kucwangciswe ukwenza imiyalelo ye-elektroniki ibe semthethweni.
Malunga neeprojekthi zeBeeline usebenzisa iteknoloji ye-5G
2018 ngonyaka
UBeeline kunye noHuawei benza umnxeba wokuqala we-5G weholographic eRashiya. Unxibelelwano phakathi kwabangeneleli abakude lwenzeka kusetyenziswa ihologram - umfanekiso ofakwe kwidijithali wathunyelwa ngeeglasi ezixubeneyo. Indawo yokubonisa i-5G isetyenziswe kwiholo yemiboniso yeMyuziyam yaseMoscow. Ngethuba lokubonisa, izinga lokudlulisa idatha kwi-5G CPE isixhobo sombhalisi sidlule i-2 Gbps.
2019 ngonyaka
I-Beeline iqalise indawo yomqhubi we-5G eLuzhniki eMoscow isebenzisa isisombululo sobuchwepheshe obutsha. Incopho yogqithiso lwedatha kwiyunithi yomrhumi ifikelele kwi-2,19 Gbit/s.
I-Beeline kunye neLuzhniki Sports Complex ngokokuqala ngqa yenze uvavanyo oluyimpumelelo lwesicelo se-Beeline ye-pilot yenethiwekhi ye-5G ngexesha lomdlalo webhola waseRashiya-eScotland.
I-Beeline iqhube usasazo lokuqala eRashiya kwiintanethi zentlalo ngokusebenzisa inethiwekhi "ephilayo" ye-5G ukusuka kwindawo yokulinga kwintsimi yezemidlalo yaseMoscow eLuzhniki. Kwakhona ngexesha lokubonisa, isantya esiphezulu se-3.30 Gb / s ngesixhobo sombhalisi sabhalwa, kwaye xa usebenzisa iinkonzo, ukulibaziseka kwakuyi-3 ms.
I-Beeline kwi-FORMULA 1 yaseRashiya ye-Grand Prix 2019 e-Sochi ibonise ngempumelelo amandla othungelwano lwe-5G kumzekelo weemeko zangempela zesicelo sayo, kubandakanywa nokuveliswa kwe-smart (i-Smart Industry) kunye nomdlalo wabadlali abaninzi kwi-virtual / augmented reality (VR / AR), kwaye yavavanya iimeko zabasebenzisi ii-smartphones ze-Samsung Galaxy S10 5G. Ababukeli beFORMULA 1 bakwazile ukuthatha inxaxheba ekuvavanyeni amandla othungelwano lwesizukulwana sesihlanu.
2020 ngonyaka
I-Beeline ngokokuqala ngqa yasungula indawo yomqhubi we-5G eSt. Petersburg kwindawo yedolophu yaseSevkabel Port. Kwiiveki ezininzi, iindwendwe zinokuvavanya ukusebenza kwenethiwekhi yesizukulwana sesihlanu kwimidlalo edumileyo kwinkonzo yelifu yeBeeline Gaming kunye nomdlalo okhethekileyo ngokwenyani.
umthombo: www.habr.com