Country
AustraliaIndustry
ISPNetwork Type
Enterprise Data CentersSolutions
Internet Data Center
Updated on Jul 21, 2025
DownloadHighlights
S5860 switches were deployed across core, distribution, and access layers to optimize traffic and reduce bottlenecks.
Stacking technology ensured device-level redundancy, allowing seamless failover to other devices in case of failures.
High-quality 10G LC patch cables and 25G DAC cables improved link bandwidth utilization, meeting high traffic demands.
Airware allowed remote management over the Internet, reducing the need for on-site IT staff and lowering operational costs.
Redundant hot-swappable power supplies and variable-speed fans ensured continuous operation during power or fan failures.
Key Stats
Airware enabled 24/7 configuration and management from a central location, reducing both costs and time.
S5860-24XB-U and S5860-48XMG-U provided up to 90W PoE output, simplifying network infrastructure and cabling.
The S5860 series switches offered flexible 10G/25G/40G ports, stackable with optical modules or DAC/AOC cables.
In case of network errors causing downtime, fast failover restored normal operation within 50-200 milliseconds.
Free POC testing confirmed switch stacking, reducing deployment risk and cutting procurement time and costs by 30%.
Overview
The client, an Internet Service Provider (ISP) with network infrastructure across multiple cities, provided high-bandwidth internet access, data center interconnect, and enterprise-grade dedicated lines. They were highly satisfied with our products and services, having established a long-term partnership with us.
As their business grew, they sought to optimize their server room's core network, enhance bandwidth utilization, simplify management, and improve equipment redundancy.
Challenges
The traditional stacking solutions required identical device models and software versions. However, the customer aimed to stack different models to enhance management and optimize resource utilization.
Some existing links were overloaded, leading to inefficient bandwidth utilization and potential congestion. The absence of an effective disaster recovery mechanism posed a risk of link interruptions during core device failures.
Varying device models and configurations further complicated maintenance. The customer planned to start the network optimization project within three weeks, emphasizing on-time delivery to ensure the smooth launch of new services.
Solutions
The customer has built a three-tier network architecture in the data center, including the core layer, distribution layer, and access layer. The core layer, located in the server room, deployed the S5860-24XB-U switch, responsible for high-speed, efficient forwarding of large data traffic. It was then connected to the distribution layer’s SS860-20SQ switch via 25G stacking DAC cables, enabling stacking between the two switches.
The SS860-20SQ switch aggregated traffic from the access layer and implemented policy control to optimize traffic forwarding paths and ensure security. The access layer achieved device-level redundancy through stacking between two S5860-48XMG-U switches.
Overall, multiple S5860 series switches were distributed across decks (Main, ABCD, EFGH), providing physical redundancy and reducing single points of failure. The Airware enabled remote, centralized deployment and management of the S5860 series switches across the internet, simplifying management and greatly improving operational efficiency.
Results
By constructing a three-layer network architecture in the data center and leveraging the stacking feature of the S5860 series, the solution achieved high-bandwidth, low-latency data transmission.
All switches were compatible with mainstream servers and storage devices, enabling seamless integration with existing IT infrastructure. This helped the customer complete the core network upgrade in the server room.
For future network expansion, the customer could choose S5860 PicOS® switches and use the AmpCon-Campus SDN controller for centralized management, automated configuration, and operation. This would enable them to easily build a flexible network to meet growing business needs.