TL-S7603 is a multi-service intelligent routing switch launched by TP-LINK for next-generation network architecture, which has high scalability, high reliability, high stability, and high security. Dual main control, dual power supply, redundant backup of key components; It supports the insertion of three 10 Gigabit uplink service boards, which can flexibly expand the port density. It can be widely used in the core and aggregation nodes of data centers, campuses, and large and medium-sized enterprise networks.

• It provides 2 main control processing units and 2 power modules, and supports hot-swappable and redundant backup
• Supports three 10 Gigabit uplink service boards (TL-SH7224-LPU and TL-SH7224F-LPU)
• The motherboard processing unit has a built-in AC function and can manage 500 TP-LINK APS
• It supports TP-LINK commercial cloud platform management
• *The picture on the left is full of business boards, and the actual shipment needs to be purchased separately

Gigabit access and 10 Gigabit uplink of the service board provide strong system scalability

The TL-S7603 provides 3 service board slots, allowing users to flexibly configure 1~3 service boards according to their actual networking requirements.

Service boards are hot-swappable, and you can easily increase the density and bandwidth of access ports by adding service boards, helping you build elastically expanded networks.

The TL-S7603 supports two types of 10 Gigabit uplink service boards, the TL-SH7224-LPU and the TL-SH7224F-LPU.

The port specifications of the TL-SH7224-LPU are: 22GE + 2SFP+; The port specifications of the TL-SH7224F-LPU are: 22SFP + 2SFP+.

The TL-S7603 can provide 66 Gigabit ports and 6 10 Gigabit ports to meet the requirements of high-density network access.

All ports on the service board support wire-speed forwarding to meet the requirements of high-speed networking.

*The TL-SH7224-LPU and TL-SH7224F-LPU are purchased separately

Redundant design of key components, greatly improving reliability

Two MCUs are provided, and when one of the MCUs fails, the backup MCU can quickly take over the business.

Three service boards are supported, and multiple service boards work together through intelligent stacking technology to implement load balancing and mutual backup.

Two power modules are provided for redundant backup to reduce the risk of equipment power outage and service interruption.

The fan module has two built-in fans to dissipate heat from the whole machine, and supports automatic speed adjustment to ensure that the chassis works within the normal temperature range.

It supports TP-LINK commercial cloud platform management, and the operation and maintenance is simple and convenient

Support login to TP-LINK commercial cloud platform through PC web and mobile APP, only need a TP-LINK ID, and easily realize remote management.

Real-time monitoring and display of the working status of each board, and the equipment running status is clear at a glance.

When network security, devices go offline, or configuration is abnormal, alarm information is automatically pushed, and faulty devices are highlighted in the topology, so that O&M personnel can quickly locate them.

Built-in AC function to meet wireless networking requirements

The main controller has a built-in AC function, which can manage 500 APs without purchasing additional AC hardware.

When the active AC fails, the standby AC can take over services in a timely manner without affecting AP access requirements.

It supports intelligent roaming, and the system intelligently detects the wireless link quality of terminals, and automatically roams terminals with poor wireless Internet experience to other preferred APs, effectively improving the wireless Internet experience.

Supports radio calibration, which automatically optimizes the channel allocation and transmit power of APs with one click, maximizing coverage and reducing co-channel interference between APs, improving the wireless network Internet experience.

It supports automatic channel adjustment, which can automatically select the wireless channel with the least interference according to the surrounding wireless environment when the AP is turned on.

Weak signal rejection is supported, which can reject clients whose signals are lower than the set threshold.

Spectrum navigation is supported, and dual-band clients are preferentially associated with 5 GHz radios.

AP load balancing is supported, and the AP load is reasonably distributed to prevent individual APs from being overloaded, thereby improving the performance of the entire wireless network.

APs can be restarted at regular intervals to regularly clean up network junk and zombie clients to ensure that APs are running properly.

Strong business processing capabilities

The OSPF dynamic routing protocol is supported to solve the routing and routing problems after large and complex networks are divided into subnets, simplifying network configuration.

It supports the RIP dynamic routing protocol to solve the routing problem of small and medium-sized networks after subnets are divided, simplifying network configuration.

Static routes are supported, and the administrator manually configures route entries to achieve simple, efficient, and reliable communication between different network segments.

DHCP servers are supported, which assign IP addresses to hosts in the network.

DHCP trunking is supported, and switches in different interfaces or subnets can also obtain IP addresses, reducing the number of DHCP servers.

Proxy ARP is supported, so that hosts in different physical networks on the same network segment can communicate normally.

IEEE 802.1Q VLAN, MAC VLAN, protocol VLAN, and private VLAN are supported, allowing users to flexibly divide VLANs according to different requirements.

GVRP is supported to implement dynamic distribution, registration, and attribute propagation of VLANs, reducing the amount of manual configuration and ensuring the correctness of configuration.

The VLAN VPN function encapsulates the outer VLAN tag for the user's private network packets at the public network access end, so that the packets carry two layers of VLAN tags across the public network.

It supports QoS, three priority modes based on port, 802.1P-based and DSCP-based, and four queue scheduling algorithms of Equ, SP, WRR, and SP+WRR.

ACLs are supported to filter packets by configuring matching rules, processing operations, and time permissions, providing flexible security access control policies.

It supports IGMP V1/V2 multicast protocols, MLD snooping, and IGMP snooping to meet the requirements of multi-terminal HD video surveillance and video conferencing access.

Complete security protection mechanism

Supports IP address, MAC address, VLAN, and port quaternary binding to filter data packets.

Supports ARP protection against ARP spoofing and ARP flood attacks, such as gateway spoofing and man-in-the-middle attacks, which are common in LANs.

IP source protection is supported to prevent illegal address spoofing, including MAC address spoofing, IP spoofing, and MAC/IP spoofing.

DoS protection is supported, and attacks such as Land Attack, Scan SYNFIN, Xmascan, and Ping Flooding are supported.

It supports 802.1X authentication, provides authentication functions for LAN computers, and controls the authorization status of controlled ports according to the authentication results.

Port security is supported, which stops learning when the number of MAC addresses learned on a port reaches the maximum number to prevent MAC address attacks and control port network traffic.

Support DHCP Snooping, effectively eliminate private DHCP servers, and ensure the legitimacy of DHCP servers.

Multiple access authentication methods

It supports Wi-Fi, SMS authentication, web authentication, remote Post authentication, MAC authentication, and other access authentication methods, which are suitable for various scenarios.

Hardware specifications

Software Specifications