A novel approach for the enhancement of Fiber optic communication using EDFA

Afsal, S; Athira, A; Rahul, S. V.; Gokul, G R; Jayarenjini, N; Parvathy, S B; Jazir, S; K, Rafeeq Ahmed; Anshad, P. K.

doi:10.1109/wispnet.2016.7566081

Cited by 4 publications

(1 citation statement)

References 6 publications

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“…High-speed data transmission is widely used in satellite communication system [1] telemetry system [2], unmanned aerial vehicle (UAV) system [3] and other fields.The highspeed data transmission system needs to transmit the collected data to users for control and monitoring.Due to different use scenarios, the data transmission rate requirements are also different, some as high as several Gbps, which requires the diversity of different data transmission rates.At present, the main high-speed data transmission methods used are optical fiber, PCIE, USB, Ethernet, etc [4] [5][6] [7]. The optical fiber communication design implemented by Yang Chunling and others corresponds to the effective data rate of 1.6Gb/s on the optical fiber communication link [8].Literature [9] uses the LVDS transceiver built in FPGA to receive LVDS data [8].And write it to the USB3.0 control transmission chip through DDR3 cache to complete the high-speed data transmission from the LVDS interface to the USB3.0 interface.…”

Section: Introductionmentioning

confidence: 99%

Design of High-speed Data Transmission System Based on Fiber-PCIE

Zeng¹,

Chen²

2023

FBEM

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In this paper, a high-speed data transmission system based on optical fiber and PCIE is proposed. The system is implemented on the platform of Xilinx's FPGA. The Transceiver IP core in the FPGA is used to design the GTX high-speed interface, and the optical module with high-speed data transmission communication performance is selected for data transmission, and then the data is stored in DDR3. On the software side, PCIE communication logic is configured through embedded (SDK) development and exemplified XDMA IP core to achieve dynamic speed allocation, data receiving and sending, and data transmission. The reconfigurable technology of FPGA is used to configure different transmission rates of optical fiber communication by switching QPLL and CPLL during system operation, which increases the flexibility of the system. The physical test shows that the proposed system is effective in data transmission, has high data accuracy, and the transmission rate can be switched at any time.

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Section: Introductionmentioning

confidence: 99%