In January 2009, the IC Design Center was established on the basis of the chip decryption business unit, and was involved in reverse chip design and engineering development.
In October 2008, a special R & D center for the subway system was established, and major project results were obtained in the reverse development of subway electromechanical.
In September 2008, the Beijing office of Xinda Technology PCBA Division was established, and Xinda Technology started to serve the region.
In July 2008, the ship reverse research and development department was established, and breakthrough progress has been made in ship control engineering projects, which indicates that Xinda Technology has extended from the civilian field to the military field.
In April 2008, Xinda Technology established a special R & D center for medical equipment, dedicated to the research and development of various large-scale medical electronic equipment.
In March 2008, the Dongguan factory officially entered the technical and business staff of various departments, announcing the arrival of a new era of Xinda technology manufacturing.
In December 2007, Guangdong Xinda Technology Co., Ltd. was established in Dongguan to officially enter the high-tech product manufacturing industry.
In July 2007, it became the leader in Shenzhen PCB design reverse technology. The business form gradually became the object of other competitors to imitate.
In January 2007, Shenzhen Branch launched the plan to acquire factories, preparing to engage in high-tech manufacturing and IT-generation processing industries.
In June 2004, he has been cooperating with Tongguang Nortel and Tsinghua Tongfang to develop the "Hebei Electric Power Network Integrated Service Network Phone Billing System" (ATM, IP, Telphone, etc.).
In September 2003, it completed the development of software and hardware technologies for large-scale inkjet printers based on ARM9 core , trial production of prototypes and technology transfer for mass production.
In September 2001, based on the original PCB copy board, chip decryption and other traditional service items, after long-term research by professional technicians, Xinda Technology has the ability to clone and clone a variety of components, and has begun to face various electronic components. The device market undertakes the business of imitation cloning of components.
May 1999 Designed a high-end switch PCB board for a large enterprise and provided a complete solution for its simulation test. It is the first technical research institution in the industry to realize high-frequency and high-speed circuit design such as switch PCB. Strength is widely recognized.
Although February 1997 has long been a low-key focus on technical research, Xinda Technology's leadership in reverse R & D has been widely recognized by the industry. With Xinda as a template, reverse R & D companies in the coastal area of Guangdong have gradually increased. Reverse R & D projects such as PCB copy board and chip decryption have blossomed for small units and groups of individuals in the main service categories.
In December 1996, the Xinda science and technology research team was comprehensively upgraded, and the final elimination was carried out according to the research results and comprehensive strength.
Formed a top-notch reverse research team with excellent technology.
Entrusted by a university research institute in April 1995, Xinda Technology successfully copied a foreign bioanalytical instrument.
In March 1995, Xinda Technology developed the first office exchange telephone billing system for NOKIA, which is compatible with mainstream office exchange systems, such as: Northern Telecom, Siemens, etc., and later became universal standard products, widely used in railway, petroleum, The private network of telecommunication-level enterprises such as universities has developed into a well-known brand product in this field.
In December 1990, the Xinda technology team was expanded. The original researchers led their own special research based on their respective areas of expertise. The original elite four-person group was expanded into four teams, with nearly 20 people under its jurisdiction. R & D institutions have begun to take shape.
In October 1987, the Xinda technology team extended the concept of reverse R & D to various areas of the electronics industry. Senior technical researchers publicly wrote and published academic works on concepts such as PCB copy board and chip decryption. Reverse engineering and reverse R & D , PCB copy board, chip decryption and other concepts began to be recognized and used by more and more people.
In July 1986, Xinda Technology Research Institute successfully cracked the technical principle of an imported LED controller, and began to focus on technological breakthroughs in imported electronic equipment and instruments, providing government departments and research institutes with reverse technology research results and providing scientific research. reference.
In September 1985, the Xinda Institute of Science and Technology introduced the first batch of postgraduates, with the goal of cultivating senior technical research teams, and encouraged them to start to gradually carry out key research and technical research in their areas of expertise.
In July 1983, Xinda's technology team finally realized the first leap from swaying to stable standing after a difficult period of exploration. It was listed as the Xinda Technology Reverse Technology Research Institute, focusing on the analysis and analysis of foreign new technology products. Exploit and use, research various advanced technologies and design ideas, research on all products is limited to technical analysis and cracking.
In May 1981, the Xinda technology team pioneered new concepts such as PCB copying and chip decryption. It copied and analyzed the file analysis and technical information of the circuit board part of the electronic product as PCB copying and exported and cracked the encryption chip program. Chip decryption.
In November 1980, foreign reverse research and development concepts gradually emerged and were introduced to China. Domestic academic experts set off an extensive discussion on the technology. Under this situation, several domestic engineers with a keen perspective were aware of the potential of reverse research. And gave up high-paying positions and set up Xinda Technology Team, which is the first reverse technology research team in China.