19-Inch 16-Port Rack-Mount Carrier-Grade Switch

The 19-inch 16-port rack-mounted carrier-grade switch is a high-performance network switching device for telecommunications, operators, large enterprises and other fields. The product adopts carrier-grade chips and high-performance hardware design, supports IPv6, QoS, VLAN and other network functions, and provides powerful network performance and security.

The switch has 16 electrical ports and supports 10/100/1000Mbps adaptive rate, which can meet the high-speed transmission requirements of enterprise networks. In addition, this product also supports 4 optical ports with a rate of up to 10Gbps, which can meet the needs of high-speed transmission of enterprise networks.

The 19-inch 16-port rack-mounted carrier-grade switch supports multiple security mechanisms, such as 802.1x, MAC authentication, IP+MAC binding, port security, etc., to ensure the security of the enterprise network. At the same time, the product also supports QoS mechanism, which can perform flow control and priority processing according to application requirements, and improve the quality and stability of network transmission.

1. Versatility: The switch supports a variety of network functions, such as IPv6, QoS, VLAN, etc., which can meet the network requirements of different industries and enterprises of different sizes.

2. High-speed transmission: The switch has 16 electrical ports, supports 10/100/1000Mbps adaptive rate, and also supports 4 optical ports, with a rate of up to 10Gbps, which can meet the needs of high-speed transmission of enterprise networks.

3. Safe and reliable: the switch supports a variety of security mechanisms, such as 802.1x, MAC authentication, IP+MAC binding, port security, etc., to ensure the security of the enterprise network. At the same time, the product also supports redundant design and supports STP, RSTP, MSTP, VRRP and other protocols to improve the reliability of the enterprise network.

4. Easy to manage: the switch supports a variety of management interfaces, such as Web, CLI, SNMP, Telnet, SSH, etc., which can facilitate remote management and monitoring, improving the manageability of the enterprise network.

5. Flexible expansion: The switch supports modular design and can be flexibly expanded according to actual needs, such as supporting SFP optical modules, SFP+ optical modules, etc.

1. Telecom operators: The switch can provide high-speed, stable and secure network transmission services for telecom operators to meet the needs of a large number of users.

2. Financial industry: The switch can provide high-speed, safe and reliable network transmission services for the financial industry, ensuring the security and stability of financial data.

3. Government agencies: The switch can provide high-speed, safe and manageable network transmission services for government agencies, ensuring the security and reliability of government information.

4. Large enterprises: the switch can provide high-speed, stable and scalable network transmission services for large enterprises to meet the continuous development needs of enterprises.

5. Educational institutions: the switch can provide high-speed, manageable, and reliable network transmission services for educational institutions, and support the construction of educational informatization.

1. Connect the electrical port of the switch to a computer or other equipment, and make sure that the power of the equipment is turned on after connection.

2. Enter the switch management interface and set the IP address of the switch, which can be set through various methods such as Web, CLI, SNMP, Telnet, and SSH.

3. According to actual needs, set the network configuration of the switch, such as IPv6, QoS, VLAN, etc., to ensure the normal operation of the switch.

4. According to actual needs, set the security configuration of the switch, such as 802.1x, MAC authentication, IP+MAC binding, port security, etc., to ensure network security.

5. Set the management configuration of the switch, such as SNMP, Telnet, SSH, etc., to ensure that the switch can be managed and monitored remotely.

6. Confirm that all the settings of the switch have been completed to ensure that the switch works normally.

7. Conduct a network connection test through a computer or other equipment to ensure that the network is working properly.

1. Confirm the installation location: When installing the switch, choose a dry, ventilated, and temperature-friendly location, and do not place it in a humid, high-temperature, dusty, or vibrating environment.

2. Confirm the power supply: Before turning on the power supply, check whether the power supply voltage of the switch meets the requirements, and confirm that the power cord is connected correctly.

3. Lightning protection: When using the switch, you should pay attention to lightning protection, use lightning protection devices and other equipment to prevent power overload or lightning strikes and other problems.

4. Confirm the device connection: When connecting a computer or other devices, you should first confirm whether the device supports the interface type of the switch, and confirm whether the connection line is correct.

5. Debugging configuration: When debugging and configuring the switch, the original configuration file of the switch should be backed up first to prevent setting errors from causing unusability.

6. Security settings: When setting the security of the switch, measures such as security passwords, management port restrictions, and port security should be set to ensure network security.

7. Network test: After the setting is completed, a network test should be performed to confirm the normal operation of the switch and the stability of the network connection.