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Powering Your Modern Enterprise:

Advanced Campus Network Solutions

Campus and Branch / Edge Networking

Your network, spanning the enterprise campus and extending to branch and edge locations, serves as the critical connectivity layer. It links employees, provides reliable access to applications anywhere, enables collaboration, and supports diverse IoT devices. Yet, modern work patterns, cloud reliance, and evolving security threats mean conventional designs often hinder performance and create security gaps across this distributed footprint. Operating effectively demands a unified, modern network ensuring robust security, agility, scalability, reliability, and a consistent user experience everywhere. Intelligent Visibility provides the expertise and solutions to engineer, implement, and manage integrated campus and branch networks ready for today's and tomorrow's operational demands.


Explore Key Areas of Modern Campus Networking:

Headline: The High-Performance Wired Foundation

While wireless dominates user interaction, the wired Campus Local Area Network (LAN) remains the essential foundation for reliable, high-speed connectivity. It connects critical infrastructure like Wi-Fi access points, servers, security cameras, building management systems, and provides stable desktop connections. A modern LAN isn't just about speed; it's about intelligent design supporting today's complex demands.

Key Considerations & Technologies:

  • High Throughput: Leveraging Multi-Gigabit Ethernet (2.5/5/10Gbps) to eliminate bottlenecks, especially for high-performance Wi-Fi APs and demanding applications.
  • Robust Power over Ethernet (PoE): Supporting the latest PoE standards (PoE+, PoE++, 802.3bt) to power a wide range of devices like advanced APs, cameras, digital signage, and IoT sensors directly over network cabling.
  • Identity and Access Management (NAC) Implementing NAC, addressing IoT devices and BYOD is a critcal component of Zero Trust for the campus wired (and wireless) network.
  • Advanced Segmentation: Implementing VLANs, VXLAN overlays, or policy-based segmentation (e.g Cisco TrustSec, Arista MSS) to isolate traffic, enhance security, contain threats, and meet compliance requirements (e.g., PCI-DSS). Micro-segmentation provides granular control down to the device level.
  • High Availability & Resiliency: Designing redundancy using switch stacking, link aggregation (LAG/LACP), and Multi-chassis Link Aggregation (MLAG) to ensure network uptime and minimize disruptions.
  • Automation & Analytics: Utilizing network automation tools and increasingly AI-driven analytics (AIOps) for faster provisioning, consistent configuration, proactive issue detection, and simplified troubleshooting of the wired infrastructure.
  • Next Generation OOB Solutions: Modern out-of-band management solutions for distributed networks, expand the management and observability plane out-of-band to improve network resiliency, observability, and security.

Intelligent Visibility's Expertise:

We design and deploy robust, scalable, and secure Campus LAN solutions. Our experts assess your requirements, select the right hardware, implement advanced segmentation and resiliency strategies, and integrate management tools for optimal performance and simplified operations.

Campus Networking FAQs

What are the key challenges in modern campus (LAN/WiFI/WAN) networking?

Modern campuses face challenges such as managing high-density areas, ensuring consistent connectivity across diverse devices,  integrating advanced security protocols, and providing scalable solutions that adapt to evolving technological needs.

How does Intelligent Visibility enhance campus connectivity?

Intelligent Visibility (iVi) addresses these challenges by implementing high-speed, reliable connectivity solutions that are scalable and adaptable. Our engineering expertise ensures robust network infrastructure tailored to the dynamic requirements of corporate campuses and educational institutions.

What technologies are utilized in iVi’s campus networking solutions?

iVi leverages best-of-breed technology from Arista, Cisco, Highway 9, and others to build high-speed, scalability, and secure networks while creating seamless user experiences across campus environments.

How does network segmentation improve campus security?

Network segmentation isolates sensitive systems and user groups, reducing attack surfaces and limiting lateral movement during breaches, while enabling more granular access control and policy enforcement.

What technologies support resilient campus network architecture?

Resilient campus networks often use redundancy, MLAG, spanning tree alternatives, spine-leaf topologies, and centralized management platforms to ensure uptime and operational continuity.

Why is Wi-Fi 6 or Wi-Fi 6E important for enterprise campus environments?

Wi-Fi 6 and 6E offer higher throughput, lower latency, and better performance in dense environments—making them essential for supporting modern applications, BYOD policies, and IoT at scale.

Campus Networking Resources

Modern Campus Network Design

Explore how Intelligent Visibility builds resilient, scalable campus networks using modern, high-performance architectures.

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LAN Switching & Operations

Intelligent Visibility’s LAN Switching & Operations guide emphasizes the importance of robust design, advanced segmentation, and automation

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NAC Best Practices

Intelligent Visibility explains how network segmentation and access control enhance security, visibility, and policy enforcement across modern campus environments.

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Choosing a WiFi Architecture

Intelligent Visibility outlines how to design and manage enterprise Wi-Fi for reliable performance, secure access, and scalable connectivity across campus networks.

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Enterprise Private 5G

Explore the uses and benefits of private 5G networks in the enterprise

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5G

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What is SASE?

SASE simplifies the modern enterprise WAN while improving security posture and end-user experience

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Is SD-WAN still viable or desirable?

With SASE all the rage are there still places where traditional SD-WAN makes sense?

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Is NaaS an option for me?

NaaS changes more than just the economics of branch/edge networking

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