Optimal Networking Solution Using Optical Fiber Access Network Technology

The fiber-optic access network technology has become the first choice for Internet cafes with its unique advantages, but there may also be many problems. Therefore, the Internet cafe administrator needs to design a networking solution. With the development of the Internet cafe industry, the competition is becoming more and more fierce, so we must remain invincible in the fierce competition, designing and setting up a stable, high-speed, easy-to-manage, low-investment, and high-income Internet cafe network is extremely important. selecting an appropriate network access method is the key to achieving this, the purchase of vrouters, vswitches, and other network devices is also very important.

Internet cafes have diversified network application types and have high requirements on network bandwidth, transmission quality, and network performance. network applications must integrate advanced, multi-service, scalability, and stability, it not only meets customers' needs for simultaneous transmission of voice, video, and data over a broadband network, but also supports a variety of new business data processing capabilities, enabling high-speed and smooth Internet access, big data traffic is not dropped or paused.

Among the many Internet access methods, the fiber-optic access network technology stands out with its unique bandwidth advantages. As a fast channel in the Information Development era, it has become an ideal choice for many Internet cafe operators. The Network Solution of the optical fiber access network technology is also the best network solution for current broadband applications.

General Networking Solution

1. The optical fiber is directly connected to the Internet cafe, and then a optical fiber transceiver is used to convert the optical signal into a 10 MB/MB electrical signal. Optical fiber is used for access, featuring fast speed, good stability, low obstacle rate, and strong anti-interference ability.

2. A vro serves as the gateway of a LAN. This vro must meet the needs of Internet cafes in terms of its functions and performance. It is a hardware device dedicated to route forwarding and address ing, it is times more efficient than the computer host, and has excellent stability. The router must have dual Ethernet ports: one is connected to the optical fiber transceiver, and the other is connected to the switch. The connection media are network cables. Vro serves as a gateway with strong routing and forwarding capabilities, good stability, and high security. This ensures that machines in the LAN can access the internet securely without any worries and stay online for a long time.

3. Use a vswitch for internal LAN interconnection. Compared with the shared bus bandwidth of a hub, a vswitch uses an exclusive bandwidth, which far exceeds the Hub's function and performance. Vswitches greatly increase network utilization, reduce internal LAN conflicts, and increase internet access speed. The switch plays a greater role, especially when many machines run simultaneously.

Fiber access for Internet cafes is inevitable

As an industry that is booming today, the Internet bar industry is moving towards scale, chain-based, and group-based development, and the network bandwidth requirements are getting higher and higher, the optical fiber access network technology uses high-speed optical fiber links to provide high-bandwidth and high-quality network application technologies for network users. This technology can meet the ever-expanding network needs of Internet cafes.

Compared with other access technologies, such as copper twisted pair wires and Coaxial Cable Wireless cables, the fiber-optic access network technology has the biggest advantage of high available bandwidth and huge potential is not yet developed. Transmit information using optical fiber. A single-mode optical fiber can reach 1000 Mbit/s at the maximum. One pair of optical fiber cables can transmit more than 1.5 million telephones or more than 2000 sets of TV programs at the same time and make the optical fiber cables into optical cables, the capacity is even larger. Each cable channel has a capacity of 6000 channels, and the relay distance is 130 km. 1000km only seven relay stations are required.