Rohde & Schwarz (R & S) presented a probationem-of-conceptu pro 6G wireless notitia tradenda ratio secundum photonic Terahertz Communication Links ad European Proin Week (Eumw MMXXIV) in Paris, Auxilio proficere Fines ex altera generation wireless technologies. Ultra-firmum tunable Terahertz ratio developed in 6G-adlantik project fundatur in frequency cristam technology, cum carrier frequencie significantly super 500ghz.
In via ad 6G, est momenti ad partum Terahertz Transmissus fontes, quod providere summus qualitas signum et potest operias latissime frequency range. Combining optical technology cum electronic technology est unum de options ad consequi hoc metam in futurum. In Eumw MMXXIV Conference in Paris, R & S Showcases eius conlationem ad statum-of-in-ars terahertz Research in 6G-Adlantik Project. In project focuses in progressionem Terahertz frequency range components fundatur in integrationem photons et electrons. Hi tamen-ut-esse-developed terhertz components potest esse pro innovative mensuras et citius data translatio. Haec components potest esse non solum ad 6G communicationis, sed etiam ad sensu et imagine.
Et 6G-Adlantik Project est funded per German Foederatum Ministerio Educationis et Research (BMBF) et coordinated per R & s. Partners includit Toptica photonics AG, Fraunhofer, Institut Hhi, Proin photonics GmbH, technical University of Berlin et Spinner GmbH.
A 6G ultra-firmum tunable Terahertz Ratio secundum photon technology
Probatio-of-conceptum demonstrates est ultra-firmum, tunable Terahertz Ratio pro 6G Wireless data Transmission fundatur on Photonic Terahertz mixers quod generate terhertz significationibus secundum frequency pectine technology. In hac ratio, in photodiode effective converts bene pulsu annuit generatae per lasers cum leviter diversis optical frequentiis in electrica annuit per processus photon miscentes. Antennae structuram circa photoelectric Mixer converts in oscillans photocurrent in Terahertz fluctus. Et unde signum potest modulatum et demodulated 6G wireless communicationis et facile tuned super late frequency range. Et ratio potest etiam esse extenditur ad component mensuras usura cohaerenter accepit terhertz significationibus. Simulatio et consilio Terahertz Waveguide structurae et progressionem ultra-humilis tempus structrum photonic referat Oscillators etiam in operantes areas de project.
Ultra-humilis tempus strepitu systematis est gratias ad frequency crista-clausum optica frequency synthesizer (ex) in Toptica laser engine. R & S s scriptor summus finem instrumenta sunt integralis pars huius ratio: et R & s sfi100a wideband si vector signo generans gignit a baseband signum ad optical modulator et sampling rate of 16gs / s. Et R & S Sma100b RF et Proin Signal Generator generat stabile referat horologium signum in Toptica ofs systems. Et R & s RTP Oscilloscope samples in baseband signum post tergum photoconducondive continua fluctus (C.) Terahertz Receptor (RX) ad a sampling rate of XL GHz tabellarius frequency est.
6G et futurum frequency cohortis requisita
6G adducere novum applicationem missionibus ad industriam, medicinae technology et cotidiana vita. Applications ut metacomes et extenditur re (Xr) et ponere novum postulat in latency et notitia serie rates ut non occurrit per current communicationis systems. Dum Internationalis Telecommunation Unionis scriptor Orbis Terrarum Radio Conference MMXXIII (WRC23) habet identified novas vincula in F2 spectro (7.125-24 GHz) ad launched in MMXXXX, sed ad plenam potential ad launched in MMXXXX, sed ad plenam potentias ad launched in MMXXX, sed ad plenam potentiale est launched in MMXXX, sed ad plenam potentias ad launched (VR), AEQUITATUS Rectum Recte ad (VR Pacific HerRtz Band est in AS) CCC GHz etiam esse necessarium.
Post tempus: Nov, 13-2024