FS Introduced New Wi-Fi 7 Campus Networking System

The network architecture aims to boost capacity for enterprises using existing infrastructure.

Updated on Oct. 1, 2026 in Data Centers

FS Introduced New Wi-Fi 7 Campus Networking System

Live Poll

Is now a good time for businesses to prioritize software-led network upgrades over hardware replacement?

FS launched a software-driven campus networking system featuring Wi-Fi 7 access points. The integrated platform combines PicOS switches with management tools to support enterprise network upgrades.

Why it matters

This system targets organizations needing increased wireless capacity without undergoing a complete and costly infrastructure replacement. It offers a scalable upgrade path from legacy Wi-Fi 6 environments.

The architecture supports network access speeds of 2.5G, 5G, and 10G. It utilizes hardware-based trusted boot protocols to ensure devices only run authorized code.

The players

FS is a technology company specializing in high-performance networking hardware and software solutions.

The details

The platform incorporates AmpCon software for centralized management, Zero-Touch Provisioning, and telemetry-based analytics. Security is maintained through 802.1X authentication and policy-based access controls.

FS introduced the new system on October 1, 2026.

The Tech Race

This release reflects the broader industry transition from the Wi-Fi 6 standard to the faster, higher-capacity Wi-Fi 7 protocol. It positions FS against established networking rivals by prioritizing software-driven integration over hardware replacement.

Enterprises can expect simplified network management through the centralized AmpCon platform, which reduces manual configuration time. The upcoming AmpCon-Campus 3.0 release will further benefit users by eliminating additional licensing fees.

The takeaway

Organizations should evaluate their existing cabling and switch infrastructure to determine if a partial upgrade to Wi-Fi 7 is viable. Leveraging software-defined management tools can significantly lower the overhead associated with maintaining large campus networks.