Large and Midsize Campus Network Solution

High bandwidth, high availability, automated deployment and operation for campus network

Introduction
Products
Features
Benefits
Resources

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PicOS® and AmpCon-Campus for Large and Midsize Campus Network

FS leverages PicOS® switches and the AmpCon-Campus management platform to build a three-tier network architecture with 100G core and aggregation links. Equipped with MLAG and ECMP technologies, it delivers high bandwidth, high availability, easy management, and robust security, greatly improving user experience and enterprise production efficiency.
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Broadcom Chip

Broadcom chip-based switches suit diverse networks. Unified chip architecture eases management while offering high-speed data transfer, low latency and high throughput.

PicOS® Operating System

PicOS® eliminates single-supplier dependency on critical networking infrastructure to deliver a more resilient, programmable, and scalable networking operating system (NOS) at a lower TCO.

AmpCon-Campus Management Platform

AmpCon-Campus offers Day 0 to Day 2+ lifecycle management with Zero Touch Provisioning (ZTP), topology discovery, and real-time telemetry, streamlining operation and maintenance.

Live Demo: Large and Midsize Campus Network Solution

Simplify network operations across your network with AmpCon-Campus management platform.

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Product List

Empowering Business Growth with 100G High-Bandwidth Networks

With a high-bandwidth network architecture of up to 100G, it provides efficient data exchange, high reliability and scalability, and drives business growth on campus.

High-Bandwidth Service Delivery

100G links deliver terabit-level transmission capacity and ultra-low latency, meeting high-bandwidth requirements within the campus network.

Ultra-Efficient Backbone Transmission

100G links between the core and aggregation layers eliminate congestion caused by insufficient bandwidth in traditional campus networks, ensuring efficient backbone network performance.

Optimized Data Forwarding Performance

The core-to-aggregation layer adopts 100G ECMP load balancing, avoiding traditional single-link bottlenecks, enhancing link utilization and backbone forwarding efficiency.

Flexible Scalability

High-speed links reduce the need for excessive devices between the core and aggregation layers, simplifying network topology, while supporting future expansion to 200G or 400G links.

High Availability Campus Network Architecture Design with MLAG and ECMP

Build a high-performance, highly available campus network with MLAG, ECMP, and independent uplink technology, ensuring business continuity and future scalability.

Business Continuity

ECMP enables multi-path redundancy, allowing traffic to automatically switch to alternate paths in case of a core link failure, ensuring uninterrupted service.

No Single Point of Failure

Aggregation switches are paired using MLAG and interconnected via a peer link. If one switch or link fails, the other seamlessly takes over traffic, ensuring high availability without single-point failures.

Fault Isolation and Simplicity

Independent uplinks in the access layer replace traditional Layer 2 architecture, preventing single-point failures from impacting the entire network and improving fault detection and resolution.

Simplified O&M

MLAG virtualization combines two physical devices into one logical unit, ensuring high availability while significantly reducing switch management and configuration complexity.

Simplify Campus Network Management with AmpCon-Campus

AmpCon-Campus provides automated full lifecycle management from Day 0 to Day 2+, enabling efficient provisioning, monitoring, and troubleshooting.

Automated Device Onboarding

Zero-Touch Provisioning (ZTP) enables PicOS® switches to auto-load deployment files, streamlining deployment with lower costs and fewer errors.

Large-Scale Fast Deployment

Leverage ZTP for hands-free configuration of PicOS® switches, using flexible configuration templates to rapidly deploy hundreds to thousands of switches at scale with minimal errors.

Easily Build Campus Fabrics

Simply choose the topology, select devices, and define your intent to build and deploy MLAG and EVPN/VXLAN-based IP Clos campus fabrics within minutes.

Real-Time Monitoring

Provide rich telemetry data to enable real-time insights for switch health metrics and anomaly detection. Streamline IT operations and reduce mean time to repair.

Explore the Benefits of Large and Midsize Campus Network

100G High Bandwidth Link

The core and aggregation layers have link speeds of up to 100G, supporting high bandwidth requirements within the campus and providing ultra-low latency communication to ensure continuous high network performance.
Unified Management Platform

AmpCon-Campus offers ZTP, real-time telemetry, and topology auto-discovery for automated network management. Paired with PicOS-V for pre-configuration simplifies network operations.
High Availability Architecture

ECMP enables multipath redundancy, paired MLAG design prevents single points of failure, and independent uplinks improve fault detection and resolution efficiency.
Advanced Network Security

Each product supports multiple security protocols. The switches support ACL, 802.1X, AAA, IPSG and DHCP Snooping, while APs support WPA3 and WIDS, ensuring network security.
Future-Proof Scalability and Evolution

With PicOS® switches and the AmpCon management platform, the architecture supports seamless upgrades from 1G/10G to 100G, enabling smooth evolution to next-generation campus networks and emerging digital applications.
Custom R&D Service

Our R&D center conducts research, design, and analytical testing, developing standardized products and solutions tailored to market needs, ensuring reliability through thorough testing and POC verification.