Research of FPGA Based LXI Bus Clock Synchronization Technology

Ming Li; Zhi Qiang Wang; Guan Hui Liang; Qing Gao

doi:10.4028/www.scientific.net/AMM.313-314.1371

Paper Titles

A MATLAB-Based Study on Approximation Performances of Improved Algorithms of Typical BP Neural Networks
p.1353

The Future Manufacturing System and Cloud Computing
p.1357

Design and Implementation of Hybrid Micro Energy Harvester for Autonomous WSN Components
p.1362

Design of Software for High-Speed Inkjet-Printing System Based on Distributed
p.1367

Research of FPGA Based LXI Bus Clock Synchronization Technology
p.1371

A New Method of Distribution Network Fault Location
p.1375

Vehicle Type Recognition Using in Geomagnetic Data Based on Neural Network
p.1380

A Novel Architecture for Civil Aviation Aircraft Intelligent Landing Using Dual Fuzzy Neural Network
p.1385

Based on the BP Neural Network VAc Synthesis Reactor in Temperature Control
p.1389

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 313-314Research of FPGA Based LXI Bus Clock...

Research of FPGA Based LXI Bus Clock Synchronization Technology

Abstract:

As to the insufficient of difficulties to achieve sub-microsecond accuracy in full software implementation of LXI bus synchronization. Studies the LXI bus synchronization triggering and advances, the design program of FPGA-based hardware-assisted to achieve IEEE1588. Which lays a good foundation for the design and implementation of the Class A and Class B instruments.