Laser full-color display technology. Laser full-color display technology in a variety of equipment in the field has broad application prospects, small mobile phone displays, and large to large screen display wall can achieve a smooth technical applications, especially in the digital cinema pilot simulation training, the astronomical observations, The portable display color accuracy higher areas has a strong value, and also of strategic importance to the development of advanced manufacturing, medical, environmental, scientific research and defense industry. Prospects for the development of laser full-color display technology. At present, Germany, Japan, America, Korea and other developed countries invest enormous human and material resources and industrial applications of laser full-color display technology. Many customers can be attracted by the good quality and high performance of blue led flashlight.
VPLS technology background and principles. Ethernet technology because of its simple, economical and high-speed characteristics, has become a standard technology to build LAN, been widely used in the modern enterprise. With increasingly decentralized enterprise development and office locations, the urgent need to solve a new problem is how the internal location remote site IT infrastructure effectively interconnected, thus forming a single private network, to provide business needs to run end-to-end communication. Based on this, in recent years a variety of Ethernet virtual private network (VPN) technology came into being, these technologies can be divided into two categories, namely point-to-point communication and point-to-multipoint communications. More actions of blue led flashlight have been taken in the workshop.
Traditional point-to-point Ethernet VPN technology (such as VLANs, Martini) can not be applied because of the scalability issues in large-scale enterprise users, and multipoint VPLS technology with its powerful expansion capabilities have become increasingly prominent. Practice, based on VPLS technology to build the network, each distributed LAN nodes are connected in a multi-protocol label switching (MPLS) wide area network. Constitute a complete network from a logical point-to-point connection for each LAN node in the backbone MPLS Wide Area Network (WAN), which allows users within a local area network node can directly see the other on the overall network user's location and information. The self inspection is finished for blue led flashlight.
Completion of this function, mainly because of the establishment of a special label switching path of a fully meshed between each LAN node, and Ethernet frame technology package through this exchange path between each node forwards in order to establish a point-to-multipoint Ethernet VPN. Because it is relying on MPLS Wide Area Network (WAN) for data exchange, the MPLS network is the next generation of Internet broadband networks, bandwidth resources, capable of carrying vast amounts of local area network node access, highly scalable, and high network transmission quality and efficiency. VPLS technology. VPLS technology as a new network technology, there are several application areas. The intermediate inspection is an important step for 1w blue laser.
First, more suitable for cross-regional, large amount of data transfer the user's network applications. VPLS technology to complete reunification between the internal LAN and WAN, and use the same link layer protocol, eliminating the huge overhead of the protocol conversion, and also to ensure the transmission efficiency and speed, for those cross-border, trans-regional enterprises and The Group is a very economical choice. The second is more suitable for higher organizational application of information security requirements. VPLS technology to build a special exchange path is a link layer network switching technology, can support any network layer protocol. The mutual inspection should be done for blue led flashlight.
