TL-SF1016L is a two-layer manageable corridor access switch product developed by TP-LINK for cell, campus and other networks, providing 16 10/100M adaptive RJ45 ports, each port supports MDI/MDIX automatic flip function and can achieve wire-speed forwarding. The switch supports features such as port-based VLANs, 802.1Q tag VLAN-based policies, port-based and 802.1p priority-based QoS policies, and port rate limiting, making it suitable for cost-effective solutions for implementing high-reliability corridor access. At the same time, the switch provides two management ports to meet local management requirements, and the uplink port adopts lightning protection design, which has good manageability and environmental adaptability.

• 16 x 10/100M adaptive RJ45 ports
• All ports are capable of wire-speed forwarding
• It supports 6 levels of port rate limiting to flexibly control user bandwidth
• Port isolation, port VLAN, and 802.1Q tag VLAN are supported
• Support local management, graphical client configurator
• Built-in switching power supply, effectively resist voltage fluctuations, uplink port lightning protection design
• The body is lightweight, easy to install, and can be mounted on the rack

Simple and practical management

Provide graphical user configuration program, simple and easy to use;

Provide two management ports for local management;

It supports the import/export of configuration files, one-time configuration, and multiple uses, which can greatly reduce the workload of network administrators.

Port rate limiting

The egress and ingress rates of each port can be limited to 6 levels of port rate limits between 256kbps~8Mbps to meet the needs of bandwidth management.

VLAN management

Ports can only communicate with uplink ports to meet the isolation requirements between users.

It supports port-based VLAN mode, which can be divided into different network regions according to needs, which is simple and convenient.

It supports 802.1Q Tag VLANs, which can realize VLAN division across switches and meet the requirements of network area division in a larger range.

QoS

Port-based and 802.1p-based priority modes are supported, which can prioritize the forwarding of important service data (such as video and voice) and improve network performance.

Hardware performance

The uplink port is designed for lightning protection, which greatly reduces the economic loss caused by lightning damage to the user.

The low-power, fanless design effectively reduces the noise of the equipment and improves the reliability of the product.

Built-in switching power supply, 100-240V wide voltage working range, effectively resist voltage fluctuations;

All-steel shell design, easy to install, rack-mounted.

Hardware specifications

Software Specifications