A cikin wannan rukunin yanar gizon, muna taimaka muku da sauri zaɓi tsarin da ya dace don aikace-aikacenku ta hanyar gabatar da yadda ake rarraba samfuran mu. Mu yafi gabatar da yaddaIWAVE'S modulesana rarrabasu. A halin yanzu muna da samfurori guda biyar a kasuwa, waɗanda aka karkasa su kamar haka:
Dangane da aikace-aikacen, tsarin mu ya dace da aikace-aikace guda biyu, ɗaya shinelayi-ganiaikace-aikacen, ɗayan kuma shine aikace-aikacen nesa ba tare da gani ba.
Game da layin-na ganiaikace-aikacen, wanda galibi ana amfani dashi a cikin UAVs, iska zuwa ƙasa, kuma yana tallafawa har zuwa 20km. Ana amfani da shi sosai wajen harbin fina-finai, sintiri mara matuki, taswira, binciken ruwa da kare dabbobi, da dai sauransu.
Game da rashin layin gani, Ƙasar tana fuskantar ƙasa, galibi ana amfani da su a cikin robobi, motocin marasa matuƙa, suna tallafawa iyakar tazarar har zuwa 3km, tare da ikon shigar da su sosai. Ana amfani dashi sosai a cikin birane masu wayo, watsa bidiyo mara waya, ayyukan ma'adinai, tarurrukan wucin gadi, sa ido kan muhalli, kashe gobarar jama'a, yaƙi da ta'addanci, ceton gaggawa, sadarwar soja ɗaya, sadarwar abin hawa, motocin da ba a sarrafa su ba, jiragen ruwa marasa matuki, da sauransu.
Cewarzuwa yanayin sadarwar, ana iya raba shi zuwa hanyar sadarwar Mesh da sadarwar Tauraro
Daga cikin su, akwai samfurori guda biyu a cikin sadarwar raga,Saukewa: FD-6100kumaFD-61MN, Dukansu samfuran cibiyar sadarwa ne na MESH ad hoc.
FD-61MN ya fi girma kuma yana iya dacewa da robobi, motocin marasa matuki, da jirage marasa matuki masu iyakacin kaya. Bugu da kari, FD-61MN ya sabunta tare da haɓaka keɓantawar filogi na jirgin sama kuma ya ƙara adadin tashoshin sadarwa don saduwa da buƙatun ƙarin yanayi.
Akwai samfura guda uku a cikin sadarwar tauraron,DM-6600, FDM-66MNkumaSaukewa: FDM-6680
Duk samfuran tauraro guda uku suna goyan bayan aya-zuwa-multipoint, kuma FDM-66MN ya fi ƙanƙanta girma, wanda zai iya dacewa da mutummutumi, motocin marasa matuƙa, da jirage marasa matuƙa waɗanda ke da iyakacin kaya. Bugu da kari, FD-66MN ya sabunta tare da haɓaka aikin filogi na jirgin sama kuma ya ƙara adadin tashoshin sadarwa don biyan buƙatun ƙarin yanayi. FDM-6680 yana da ƙimar watsawa mafi girma kuma ana amfani dashi galibi a cikin yanayin aikace-aikacen da ke buƙatar watsa bidiyo ta tashar tashoshi da yawa, kamar yanayin yanayin bidiyo na sa ido na tashoshi da yawa da kuma bayanan baya na bidiyo na ɗumbin ruwa.
Dangane da rarrabuwa na adadin bayanan watsawa, ana iya raba shi zuwajanar broadband watsa kudi kayayyakinkumaultra-high watsa bayanai kudi kayayyakin
30Mbps Broadbandyawan watsa bayanai
FMD-6600&FDM-66MN ， FD-6100&FD-61MN, waɗannan nau'ikan guda huɗu duk ƙimar watsawar 30Mbps ne, waɗanda zasu iya cika cikakkiyar watsa watsawar bidiyo mai ma'ana ta gaba ɗaya kuma tana iya tallafawa 1080P@H265 babban ma'anar bidiyo, don haka yana da tsada sosai. - zaɓi mai inganci don kayan aikin watsa bidiyo mai tsayi mai tsayi.
120Mbps ultra high watsawabayanaiƙimar
Daga cikin waɗannan nau'ikan guda biyar, FDM-6680 kawai shine tsarin ƙimar watsawa mai ƙarfi, wanda zai iya kaiwa 120Mbps, idan akwai watsa bidiyo mai yawa na tashoshi, ko watsa bidiyo na 4K, zaku iya zaɓar wannan babban bandwidth ɗin, idan kuna so. don sanin fasaha don cimma ƙimar watsawa mai girma, zaku iya komawa zuwa wani shafi
Don haka, ko da wane nau'in module ɗin, tsarin sadarwa ne na duplex mara waya, yadda ake haɗa kyamara da kwamfuta a ƙarshen karɓa da kuma ƙarshen watsawa, yana kama da kamanni, don haka mun ɗauki bidiyo don nuna yadda mu module an haɗa.
Waɗannan samfuran guda biyar duk suna amfani da fasahar L-SM da IWAVE ta haɓaka kuma suna da ƙarfin daidaitawa.
Babban tsarin daidaitawa-on-module, ba da izinin gyare-gyare cikin sauri zuwa kowane takamaiman buƙatun abokin ciniki ta amfani da dabarun ingantawa da yawa: nesa, mita, kayan aiki, daidaitawa a cikin yanayin LOS da NLOS, da sauransu.
Modulolin suna goyan bayan dogon zango, Beyond Visual Line of Sight (BVLOS) abin hawa mara matuki ko ayyukan mutum-mutumi. IWAVE'sFasahar L-Meshyana ba da tsari mara kyau, MANET mai warkarwa (Mobile Ad hoc Network) da hanyoyin sadarwar tauraron dan adam, yana ba da damar UGV ko UAV don samar da bayanan sarrafa bidiyo da TTL tare da ƙarancin latency da ɓoye-zuwa-ƙarshe har ma a ƙarƙashin. mafi matsananci yanayi.
Lokacin aikawa: Juni-24-2024
