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Campus · Multi-site

EtherNexion for Multi-Branch Campus Networks

A structured access and distribution design for headquarters, branches, and smart buildings — with predictable PoE, quieter closets, and port-level visibility.

What this solution delivers

Operators running dozens of branch sites need a repeatable campus blueprint: core and distribution roles that scale without forklift upgrades, access layers that respect WLAN and video PoE budgets, and operational playbooks facilities teams can run without deep CLI expertise.

This reference design maps EtherNexion switching platforms to a classic headquarters-to-branch topology — with stacking-friendly access, resilient uplinks, and API-first day-2 workflows aligned to your existing NMS and automation toolchain.

Headquarters-to-branch reference topology

Centralized management with distributed access — designed for growth sites, video endpoints, and WLAN density.

Multi-branch campus network topology diagram
  • Centralized visibility

    Single operational view from core to access — port, PoE, and health state without per-site tool sprawl.

  • PoE guardrails

    WLAN and video-friendly power budgets with clear per-port policies before change windows.

  • Day-2 automation

    Streaming telemetry and northbound APIs for staged rollouts, config baselines, and audit-friendly change control.

Use case: smart campus rollout across 40+ sites

A facilities-led team standardized access closets across regional offices — reducing truck rolls with remote PoE diagnostics, stacking templates per building size, and a single support entry for escalation. The playbook below is the same pattern we document for EtherNexion campus deployments.

Engineers reviewing a campus network deployment

Operations

Resilience and predictable TCO

Stacking and uplink patterns that absorb site growth without redesigning every closet.

Campus access switch product render
  • Resilient uplinks

    Dual-homed distribution and ring-friendly access for branch survivability.

  • Predictable TCO

    Shared BOM lines and firmware trains across site tiers.

  • Stacking templates

    Per building-size presets — from wiring closet to IDF.

  • WLAN-ready access

    PoE classes and port policies aligned to AP density.

Lifecycle

Lifecycle management at scale

From staging to production — baselines, telemetry, and support workflows that match how facilities teams actually operate.

Data center fabric stack illustration
  • Staged rollouts

    Maintenance rings with signed images and rollback notes.

  • Streaming telemetry

    GPU-free campus metrics for NMS and automation hooks.

  • Segmentation-ready

    Role-based access patterns for guest, IoT, and corporate VLANs.

  • Playbooks included

    Runbooks for PoE validation, stacking, and escalation.

Reliable campus network capabilities

Building blocks your teams can standardize across headquarters, branches, and smart-building endpoints.

  • Stacking & MC-LAG

    Access and distribution stacking patterns with clear growth headroom.

  • 802.3bt guardrails

    Per-port budgets for APs, cameras, and badge readers.

  • Streaming telemetry

    gNMI-friendly exports for your observability stack.

  • API-first workflows

    Northbound hooks for provisioning and audit trails.

  • Segmentation

    Guest / IoT / corporate separation without CLI sprawl.

  • Lifecycle care

    GA and maintenance rings with documented rollback.

  • 500+

    Campus deployments documented

  • 99.9%

    Target availability SLA

  • 24/7

    Global support coverage

  • 40+

    Average sites per rollout

Ready to get started?

Tell us about your site count, PoE mix, and rollout window — we will map this playbook to your BOM.

Project inquiry

Ready to map this playbook to your sites?

Our solutions engineers can align PoE budgets, stacking patterns, and day-2 automation to your BOM and rollout window.

Campus & multi-branch networks (demo) · EtherNexion