2017 Opto-Electronics and Communications Conference (OECC) and Photonics Global Conference (PGC) 2017
DOI: 10.1109/oecc.2017.8114934
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Advanced photonics technology for 1-THz wireless communication

Atsushi Kanno
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“…8Gbit/s の 伝 送 に つ い て 発 表 さ れ た (5) ．その後， 240GHz で 100 Gbit/s (6) ， 300GHz 帯で 48 Gbit/s (7) の伝送速度が実現されている．更に，最近では 1THz での無線通信についても報告されている (8) (16) ．更に，RTD を用いた 500 GHz 帯の無線送受 信によって伝送速度 34 Gbit/s が達成されている (17) ． 海外では欧州 HORIZON2020 の iBrow プロジェク ト(2015-2017) ( (21) ，1THz 帯 で 29mW (22)…”
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Survey of Researches and Developments on Terahertz Wireless Communications

Kasamatsu1,
Hosako2
2018
IEICE Commun. Mag.
1
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“…8Gbit/s の 伝 送 に つ い て 発 表 さ れ た (5) ．その後， 240GHz で 100 Gbit/s (6) ， 300GHz 帯で 48 Gbit/s (7) の伝送速度が実現されている．更に，最近では 1THz での無線通信についても報告されている (8) (16) ．更に，RTD を用いた 500 GHz 帯の無線送受 信によって伝送速度 34 Gbit/s が達成されている (17) ． 海外では欧州 HORIZON2020 の iBrow プロジェク ト(2015-2017) ( (21) ，1THz 帯 で 29mW (22)…”
unclassified

Survey of Researches and Developments on Terahertz Wireless Communications

Kasamatsu1,
Hosako2
2018
IEICE Commun. Mag.
1
0
1
0
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Wireless Signal Transmission at the 2 and 3 THz-Band Enabled by Photonics-Based Transmitter and Hot Electron Bolometer Mixer

Morohashi
1
,
Irimajiri
2
,
Kawakami
3
et al. 2023
IEEE J. Select. Topics Quantum Electron.
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