Field test of quantum key distribution over aerial fiber based on simple and stable modulation

We have developed a simple time-bin phase encoding quantum key distribution system, using the optical injection locking technique. This setup incorporates both the merits of simplicity and stability in encoding, and immunity to channel disturbance. We have demonstrated the field implementation of qu...

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Published inOptics express Vol. 31; no. 16; p. 26301
Main Authors Tang, Yan-Lin, Xie, Zhi-Lin, Zhou, Chun, Zhang, Dexiang, Xu, Mu-Lan, Sun, Jian, Sun, De, Xu, Yong-Xiang, Wang, Li-Wei, Ma, Yan, Zhao, Yu-Kang, Jiang, Mu-Sheng, Wang, Yang, Li, Jian, Xue, Kaiping, Yu, Nenghai, Zhao, Mei-Sheng, Li, Dong-Dong, Bao, Wan-Su, Tang, Shi-Biao
Format Journal Article
LanguageEnglish
Published 31.07.2023
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Abstract We have developed a simple time-bin phase encoding quantum key distribution system, using the optical injection locking technique. This setup incorporates both the merits of simplicity and stability in encoding, and immunity to channel disturbance. We have demonstrated the field implementation of quantum key distribution over long-distance deployed aerial fiber automatically. During the 70-day field test, we achieved approximately a 1.0 kbps secure key rate with stable performance. Our work takes an important step toward widespread implementation of QKD systems in diverse and complex real-life scenarios.
AbstractList We have developed a simple time-bin phase encoding quantum key distribution system, using the optical injection locking technique. This setup incorporates both the merits of simplicity and stability in encoding, and immunity to channel disturbance. We have demonstrated the field implementation of quantum key distribution over long-distance deployed aerial fiber automatically. During the 70-day field test, we achieved approximately a 1.0 kbps secure key rate with stable performance. Our work takes an important step toward widespread implementation of QKD systems in diverse and complex real-life scenarios.
We have developed a simple time-bin phase encoding quantum key distribution system, using the optical injection locking technique. This setup incorporates both the merits of simplicity and stability in encoding, and immunity to channel disturbance. We have demonstrated the field implementation of quantum key distribution over long-distance deployed aerial fiber automatically. During the 70-day field test, we achieved approximately a 1.0 kbps secure key rate with stable performance. Our work takes an important step toward widespread implementation of QKD systems in diverse and complex real-life scenarios.We have developed a simple time-bin phase encoding quantum key distribution system, using the optical injection locking technique. This setup incorporates both the merits of simplicity and stability in encoding, and immunity to channel disturbance. We have demonstrated the field implementation of quantum key distribution over long-distance deployed aerial fiber automatically. During the 70-day field test, we achieved approximately a 1.0 kbps secure key rate with stable performance. Our work takes an important step toward widespread implementation of QKD systems in diverse and complex real-life scenarios.
Author Zhang, Dexiang
Zhao, Yu-Kang
Jiang, Mu-Sheng
Wang, Li-Wei
Li, Dong-Dong
Xue, Kaiping
Xu, Mu-Lan
Yu, Nenghai
Tang, Shi-Biao
Tang, Yan-Lin
Sun, Jian
Sun, De
Wang, Yang
Zhao, Mei-Sheng
Xie, Zhi-Lin
Zhou, Chun
Xu, Yong-Xiang
Li, Jian
Ma, Yan
Bao, Wan-Su
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Snippet We have developed a simple time-bin phase encoding quantum key distribution system, using the optical injection locking technique. This setup incorporates both...
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Title Field test of quantum key distribution over aerial fiber based on simple and stable modulation
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