Optical fiber is generally made from Z (SiO2) after special pulling process. It no longer uses electronic signals to transmit data, but uses optical pulse to transmit signals, it features high bandwidth, large transmission capacity, low signal loss, and long transmission distance.
Therefore, the emergence of the Internet cafe Optical Fiber solution will undoubtedly bring a spring breeze to the entire Internet cafe. The development of the Internet cafe industry has gone through countless leaps and bounds, no matter in the initial kitten age or in the present era of optical fiber access, each successful "transformation" has no influence on the driving force caused by the emergence of new technologies and solutions. Today, we will introduce how enterprises of different sizes need to deploy their own Internet cafe solutions.
I. Solutions for about 150 Internet cafes
1. The network center uses the RHS4616GMS all-gigabit managed Internet cafe optical fiber switch. It provides 8 Gigabit SFP Optical Fiber ports, 8 independent 10/100/1000Base-T ports, and 48 Gbps backboard bandwidth, it can fully meet the network performance requirements of the entire Internet cafe. It also supports ARP security, port VLAN, and 802.1 QVLAN, Port Mirroring, port aggregation, QOS, and other functions to meet different network application requirements.
2. Eight SFP fiber ports of the Internet cafe optical fiber switch can support two diskless servers and six access switches. They can be used for networks of about 120 to 150. Eight independent electrical ports can be connected to routers, toll collectors, and other servers.
3. The access layer switch uses the RHS4226GS all-gigabit smart monitoring switch, which provides 24 10/100/1000Base-T ports and 2 Gigabit SFP multiplexing ports with 48 Gbps board bandwidth, it can fully meet the network performance requirements of the entire Internet cafe.
4. RHS4226GS supports port/IP/MAC one-click binding. In the PC access layer port, it defends against all kinds of ARP viruses, it can effectively relieve the ARP processing pressure on the fiber-optic switch and Gateway Router of the central Internet cafe.
5. RHS4226GS also supports the port aggregation function. The port aggregation function is used on the main route or server with high traffic, which can increase the network bandwidth to ensure the smooth flow of all types of data. In addition, dual-line is equivalent to dual-line insurance, which greatly reduces the chance of failure when a single-line road appears.
Ii. Solutions for 200-300 Internet cafes
1. The network center uses the RHS4624GMS all-gigabit managed Internet cafe optical fiber switch. It provides 16 Gigabit SFP Optical Fiber ports, 8 independent 10/100/1000Base-T ports, and 48 Gbps backboard bandwidth, it can fully meet the network performance requirements of the entire Internet cafe. It also supports ARP security, port VLAN, and 802.1 QVLAN, Port Mirroring, port aggregation, QOS, and other functions to meet different network application requirements.
2. The 16 SFP Optical Fiber ports of the central switch support 4 diskless servers and 12 Internet cafe Optical Fiber switches. They can be used on around 200 to 300 networks. Eight independent electrical ports can be connected to routers, toll collectors, and other servers.
3. The RHS4226GS all-gigabit smart monitor Internet cafe fiber switches are used. They provide 24 10/100/1000Base-T ports, 2 Gigabit SFP multiplexing ports, and a 48 Gbps board bandwidth, it can fully meet the network performance requirements of the entire Internet cafe.
4. RHS4226GS supports port/IP/MAC one-click binding. In the PC access layer port, it defends against all kinds of ARP viruses, effectively alleviating the ARP processing pressure on the switch and Gateway Router.
5. RHS4226GS also supports the port aggregation function. The port aggregation function is used on the main route or server with high traffic, which can increase the network bandwidth to ensure the smooth flow of all types of data. In addition, dual-line is equivalent to dual-line insurance, which greatly reduces the chance of failure when a single-line road appears.