LANCOM Core Switches
The LANCOM core switch serves as the backbone of a network, providing immense switching capacity, complete reliability, and scalability for the entire campus LAN.
LANCOM Core switches are the top and highest-throughput layer in a three-tier switch architecture, this high-performance backbone efficiently forwards data packets with minimal latency to connected aggregation and distribution switches. Features like Virtual Port Channel (VPC / MC-LAG), selectable fan configurations, and hot-swappable redundant power supplies ensure reliable switch operations with continuous uptime.
Key Features
› 100G performance with 32 industry-standard ports
A 100G core switch with 32x 100G QSFP28 ports is a powerful solution designed to serve as the backbone of distributed campus networks. It offers high-speed data transmission capabilities, efficient connectivity across multiple locations, scalability to accommodate growing network demands, and features like redundant power supplies for reliable operation. Ideal for enhancing network performance, this switch supports the seamless management and expansion of campus infrastructures.
› Network design with 100% uptime via VPC
VPC (Virtual Port Channel) or MC-LAG (Multi-chassis Link Aggregation Group) enhances the reliability of large networks by linking two LANCOM CS-8132F switches. This configuration ensures continuous uptime: if one switch fails or undergoes software updates, the other switch takes over seamlessly. Each switch remains physically independent but collaborates virtually, multiplying link speeds and facilitating constant data exchange like MAC tables via their peer link for uninterrupted performance.
› High-performance three-tier networks in the campus environment
LANCOM offers a high-performance three-tier network solution for large campus environments. It includes 10G access switches, 10G/25G aggregation switches, and a powerful 100G core switch, such as the LANCOM CS-8132F. This core switch supports up to 60,000 ports in high-availability configurations with VPC and up to 460,000 ports with stackable access switches, ensuring continuous operation during maintenance. Operating at layers 2 and 3, it efficiently forwards data packets with minimal latency, optimising network performance across the campus.
› High investment protection
LANCOM ensures high investment protection with a Limited Lifetime Warranty offering up to 10 years of free replacement service. Powered by the proprietary LCOS SX switch operating system family, LANCOM switches receive regular feature and security updates at no additional cost. Fast support is provided through bilingual in-house assistance, comprehensive documentation, and optional specialised training. There are no hidden license fees, and LANCOM switches avoid costly and time-consuming module retrofits.
Which switch architecture is best for you?
The architecture of your switch system is crucial for the efficiency and performance of your entire network. Therefore, it’s valuable to examine the hierarchy levels and the switches deployed.
Optimising and updating your current infrastructure can be a cost-effective method to enhance performance in two-tier networks. However, for expanding businesses with more intricate needs, transitioning to a three-tier network architecture, which incorporates the new LANCOM core switch, may be a prudent decision.
Two-tier design
For small and medium-sized companies
- Hierarchical LAN structure with two tiers
- Combined core and aggregation / distribution layer (collapsed backbone)
Three-tier design
For large, distributed companies and campus networks
- Hierarchical LAN structure with three tiers
- Core, aggregation/ distribution, and access layer
- Network with 100% uptime up to 60,000 ports
Network with stacking and possible maintenance time slot up to 460,000 ports
