" Zhaozhao.com " "Laser lighting technology is a world-class, subversive new-generation lighting technology, and the industry affected and driven will reach a trillion scale." National "Thousand Talents Program" expert, Shenzhen Zhongguang Industrial Technology Research Institute Dr. Li Wei, through the matchmaking, introduced the Nakamura Shuji Laser Lighting Laboratory into Shenzhen, which means that Shenzhen has taken a substantial step in the world of laser lighting. In the future, this lab, led by the Nobel Prize winner, will play the role of “brain†and “think tank†in the process of laser lighting industrialization, becoming a “treasure house†for technology and talent.
Will laser lighting replace LEDs?
December 13, 2016, Shenzhen City Light Industrial Technology Research Institute cum Shuji Nakamura, laser lighting laboratory officially inaugurated in Nanshan District of Shenzhen. This is a private non-enterprise unit engaged in industrial technology research such as laser lighting and industrialization. Nobel Prize winner in physics, blue LED and blue laser inventor Professor Nakamura Shuji is the director of the laboratory, responsible for the lead formation and follow-up of the laboratory.
In the eyes of many experts, laser lighting will be the next vent of the lighting industry. "Father of Blu-ray" Nakamura Shuji has publicly stated that laser lighting will replace LED lighting in the next 10 years .
The efficiency of laser illumination is thousands of times higher than that of LED , which not only increases the projection distance, but also improves safety, while its volume is smaller and the structure is more compact. In addition to lighting, laser display will be widely used in projectors, digital cinema, television, stage lights, large screen splicing, automotive and other fields.
The industrialization of scientific research results and its economic and social value is one of the original intentions of the laboratory. The decision to introduce Professor Nakamura and his team is not only about its top-notch research capabilities, but also its outstanding ability to transform technology.
“Mr. Nakamura has long served in the company, leading the research and development of enterprise technology, and has also established his own company. He has a personal experience in technology application and industrialization. This kind of research and business background is appreciated by the city government and partners. "Li Yi said that despite laser lighting technology is still in its infancy, the industry chain is not mature, technically still faces many problems. However, the cutting-edge scientific and technological achievements produced in the Nakamura laboratory are applied to the important semiconductor industry gathering place in Shenzhen, “it will have a huge industrial effectâ€.
The laboratory will be the industry "think tank"
The entrance to the laser lighting industrialization will be locked in the car lighting headlights. “Halogen lamps are very energy-intensive, LED lamps are not ideally bright, and lasers with both energy saving and brightness will be the best choice.†Li Wei said that once the laser production cost is reduced, the laser headlights will quickly dominate the automotive lighting market. .
The establishment of Nakamura Laboratory will accelerate the incubation of a new generation of lighting technology industry represented by laser lighting in Shenzhen. Shenzhen is expected to become the vanguard of the international laser lighting industry.
The core team of Nakamura Shuji Laser Lighting Laboratory was personally led by Professor Nakamura. It is equipped with many scientific research backbones from the Silicon Valley of the United States, including the National Academy of Engineering ( NAE ) academician Steven Denbas, and attracts a large number of local high-end R&D. People join to form a strong international R & D team. The laboratory has established extensive cooperative relations with universities and research institutions in the United States, Britain, Russia, Japan and other countries and regions.
Li Wei revealed that in the next three to five years, the institute (laboratory) plans to introduce 50 to 100 professionals and supporting personnel in the fields of optics, electronics, materials, physics, mechanical design, precision manufacturing, etc. Supply of resources, and at the same time do a good job in the reserve and training of industrialized talents.
"Broadly absorb and introduce cutting-edge talents, build the laboratory into a high-end research and development personnel training base and technology research base with international influence, promote the application and development of industrial technologies such as laser lighting, and cooperate with industry, university and research institutes, and provide for the industrialization of laser lighting in Shenzhen. Intellectual support." Li Wei describes the vision of the laboratory.
Source: Wen Kun Li Baohua "Shenzhen Special Zone News" Editor: Li Lin
IEEE 1394/Firewire Connector Overview
The IEEE 1394 connector series is capable of accommodating data rates up to 400 megabytes per second for serial transmission-consists of six-position connectors (for connections of computers to peripherals), and four-position connectors (for connections of digital AV equipment. We offer a screw thread size of M1.6 and two types of headers: dual inline package (DIP) and surface-mount technology (SMT). These four-position connectors help us manage a wide range of device designs and are suitable for DVD, set-top box, etc. The cable assemblies are also available with four-position to four-position type, for connection of AV equipment; four-positions to six-positions of transition type, for connections of PC and AV equipment; and six-position to six-position type for connections of PC and peripherals.
IEEE 1394 Connectors Product Features
Conforms to IEEE 1394 standard
Easy connections for plug and play devices
Available for wide range of connectors
DIP and SMT types available for PCB side
For 0.8mm and 1.6mm PC boards, M1.6 and M2.1 (4-position) panel mounting screw thread sizes
Use for automatic mounting machines with embossed tapes (4-position)
Fire Wire (IEEE 1394) Connector Wire to Borad Connectors
No of Contacts 4, 6, 9
Type
4pin IEEE 1394 Connector Female PCB Mounting Straight
4pin IEEE 1394 Connector Female PCB Mounting Right Angle
6pin IEEE 1394 Connector Female PCB Mounting Straight
6pin IEEE 1394 Connector Female PCB Mounting Right Angle
4pin IEEE 1394 Connector Male Wire Moulding type
6pin IEEE 1394 Connector Male Wire Moulding type
9pin IEEE 1394 Connector Male Wire Moulding type
9pin IEEE 1394 Connector Female PCB Mounting Right Angle
IEEE 1394 Connector With Female SMT 04P
IEEE 1394 Connector With Female SMT 09P
IEEE 1394 Connector Application:
IEEE1394 (Firewire) interface, IEEE1394 is a serial standard. .Like USB, IEEE1394 also support hotplug peripherals and can provide power for peripherals,
eliminating the need for built-in power supply. IEEE1394 supports multiple devices as well as synchronous data transmission.
Cameras
Camcorders
Scanners
Printers
DVD Players
Set-Top Boxes
Computer Monitors
Audio Video Receivers
Hard Drives
Audio Recording Devices
1394 Connector,Ieee 1394 Connectors,1394 Usb Connector,1394 Pcb Connector,Firewire Connector,IEEE 1394 USB Connector,1394 Firewire Connector
ShenZhen Antenk Electronics Co,Ltd , https://www.antenkwire.com