LANCOM IGS-3510XUP

Industrial multi-Gigabit access switch with PoE++
As a temperature-enhanced switch with cloud management functions, the 10-port industrial switch LANCOM IGS-3510XUP is the first choice for realizing reliable and secure networking in demanding industrial environments. Thanks to its hardened aluminum housing and direct DIN rail mounting, the robust switch can be used in harsh application areas, such as production plants or logistics centers, as well as critical infrastructure, such as wind power or photovoltaic systems, at temperatures ranging from -40 °C to +60 °C. Four of the eight Gigabit Ethernet ports support 2.5 Gigabit Ethernet and provide a powerful basis, e.g. for operating Wi-Fi 6E access points and other network components with high-performance requirements. In combination with the LANCOM Management Cloud, you ensure uniform network management and monitoring with time-saving automation options.

Highlights

High performance on 10 ports
The LANCOM IGS-3510XUP is equipped with 4 2.5 Gigabit Ethernet ports, 4 Gigabit Ethernet ports, and 2 SFP+ ports supporting transfer rates of up to 10 Gbps. In addition, with a data throughput of 68 Gbps on the backplane, it offers full performance even at high workloads. The multi-Gigabit access switch thus forms the powerful basis for modern network infrastructures.

Designed for industrial applications
Designed for use in severe frost or extreme heat (-40 °C to +60 °C), the LANCOM IGS-3510XUP is optimally tailored to the requirements of the industrial and manufacturing sector. Its fanless and DIN-rail designed aluminum housing offers improved resistance to bumps and vibration. High flexibility and fail-safety with reliable surge protection are ensured by redundant industry-standard terminals with multiple DC input voltage options. Post-launch support for the industrial protocol ERPS (ITU-T G.8032) ensures high network availability and reliable failover thanks to fast detection and restoration of Ethernet connections. With PTP (IEEE 1588v2), which will also be released via firmware update after product launch, devices can additionally be synchronized with high precision in the sub-microsecond range, which is crucial for industrial control systems.

High-performance basis for Wi-Fi 6(E) and Wi-Fi 7
Thanks to 4 high-performance 2.5 Gigabit Ethernet ports including PoE in accordance with IEEE 802.3bt (PoE++), the LANCOM IGS-3510XUP is the ideal basis for integrating the latest Wi-Fi standards Wi-Fi 7 and Wi-Fi 6E into particularly harsh environments. This is because Wi-Fi 7 access points or the LX-6500 as a Wi-Fi 6 access point with 4 streams and 3 bands each mean on the one hand increased performance requirements that exceed simple Gigabit Ethernet, and on the other hand, the power consumption of these access points exceeds the threshold of classic PoE+ with 30W for the first time.

Advantages

Central power supply without additional wiring
As a powerful PoE switch, the LANCOM IGS-3510XUP supplies connected PoE end devices without the need for additional power supplies or power cabling. An external, optional power supply unit is required to operate the IGS-3510XUP itself. It supports the Power over Ethernet standards IEEE 802.3at/af (PoE+) and IEEE 802.3bt (PoE++, Type 4) with up to 90W per port. Thanks to high power reserves with a total output of 360 watts, it is thus ideal for efficient power supply of end devices with the highest energy requirements even in outdoor areas that are difficult to reach. In addition to multi-Gigabit-capable access points, this also includes end devices such as PoE-powered lighting, industrial displays, or heated video cameras, which can be easily supplied with power even in harsh outdoor environments.

Cloud-managed LAN
With the LANCOM Management Cloud, the LANCOM IGS-3510XUP offers fast and easy network integration as well as automatic configuration assignment. Cloud-managed LAN replaces individual device configuration with holistic network orchestration and enables automatic VLAN assignment to the desired switch ports. This allows all configurations to be rolled out at the click of a mouse, making even more complex networking scenarios easy to administer. In addition, the LANCOM IGS-3510XUP as a cloud-managed industrial switch supports you in complying with NIS 2 requirements in critical infrastructure.

Configurable access control
The LANCOM IGS-3510XUP ensures that no unauthorized clients gain access to the network. This is made possible by secure access control on all ports in accordance with IEEE 802.1X (port-based, single-, multi-, and MAC-based).

Secure remote management
Thanks to secure communication protocols such as SSH, SSL, and SNMPv3, the LANCOM IGS-3510XUP enables professional remote management of the network. In addition, the switch supports the TACACS+ protocol for authentication, authorization, and accounting. An optimal solution that promises maximum security, especially for the management and monitoring of multi-site networks.

IPv6 and IPv4 support
Thanks to its dual-stack implementation, the LANCOM IGS-3510XUP can be used in pure IPv4, pure IPv6, or mixed networks. Numerous applications such as SSL, SSH, Telnet, or TFTP can thus also be run over IPv6 networks. IPv6 features such as stateless autoconfiguration, neighbor device discovery, and MLD snooping round out the IPv6 features.

Static routing for efficient networks
The LANCOM IGS-3510XUP supports the basic layer-3 function of static routing, shifting certain routing tasks from the router to the switch. The predefinition of network routes through one or more network segments enables faster data exchange, especially in the case of high internal data traffic, and reduces the load on the router. Freed-up router capacity is then additionally available for handling external data traffic. This increases the efficiency of the entire network.

DHCP server functionality
As a DHCP server, the switch can independently and automatically assign IP addresses to clients. The LANCOM IGS-3510XUP supports this basic Layer 3 function and thus takes over the IP management of the connected network.