Recently, the graduate team of the School of Earth Sciences and Engineering of Nanjing University encountered "difficulties" in the scientific research project and urgently needed OTDR testers to solve the problem. After comparing many OTDRs, we finally chose the new generation of intelligent trunk OTDR - KL-6300. Looking back on the past, the fate of JILONG and Nanjing University is far more than this, as early as ten years ago, the two sides began to work together on the fusion splicer. In April this year, Nanjing University upgraded the ninth generation of JILONG fusion splicer 280T. These are not only a high recognition of JILONG products, but also a trust in the JILONG brand.

In order to better assist the research project of the graduate team of Nanjing University, the JILONG technology team went to Nanjing University in person to give a detailed explanation and training on the performance parameters and product use of the KL-6300 intelligent trunk OTDR.

In the era of rapid development of science and technology, the competition in the optical communication industry is becoming increasingly fierce. As a pioneer of domestic optical fiber fusion splicer brand, JILONG has made a great name in the field of domestic optical communication. In April this year, the graduate team of the School of Earth Sciences and Engineering of Nanjing University has selected the 9th generation fusion splicer 280T in JILONG, and 280T has played an important role in the follow-up optical fiber sensing experiments.

As a 30-year domestic brand and a professional manufacturer of optical fiber communication equipment, JILONG not only has the support of more than 100 technology patents in the field of welding machine, but also has 15 years of technical precipitation in OTDR.

Nowadays, the domestic high-precision trunk OTDR market is nearly monopolized by imported brands. In order to break this dilemma, JILONG aims at the intelligent trunk OTDR market, actively explores and innovates, striving to make breakthroughs in product technology and performance parameters, so as to enhance the core competitiveness of domestic OTDR.

After tens of thousands of hours of research, the product development team of JILONG launched the new generation of 2024 OTDR-KL-6300.The arrival of KL-6300 has realized the great leap of domestic OTDR, and the high-precision trunk OT is no longer out of reach. The dynamic range of KL-6300 is up to 45dB, the low event blind area is only 0.8m, 10 sections of 3m jumper is easily measured, and the 150KM line test is easily measured. Not only that, KL-6300 is optic communication "Gospel", set FIP | OPM | SLS | VFL | VJ 45 | GPS | VNC and other functions in one, perfectly fit the Nanjing university school of earth science and engineering graduate team of scientific research needs.

In order to make Nanjing University teachers and students team better familiar with and use KL-6300, JILONG team explained a series of JILONG brand history, OTDR principle, performance parameters, function use, maintenance and other aspects, to ensure that every Nanjing University student present can be familiar with the use of KL-6300.

In the communication, the teachers and students of Nanjing University expressed their high satisfaction with the 280T welding machine purchased before. JILONG promises to continue to provide technical support and services for the students of Nanjing University to ensure the smooth progress of the scientific research activities of Nanjing University. This cooperation has further deepened the close connection between the two sides in the field of industry, university and research, and laid a solid foundation for the further cooperation in future scientific research projects.

This time, the renewed cooperation with Nanjing University is another trust and support for JILONG. JILONG is deeply honored, proud, and fully aware of its great responsibility. In the future, JILONG will continue to work with universities and research institutes to contribute China's strength to the global communication scientific research and education cause, and jointly promote the cutting-edge development of communication technology.