Markets

Where Hyperspan Delivers Real-World Advantage

Hyperspan™ patented solution enables extended 200m+ connectivity across real-world environments — reducing hardware, simplifying installs, and increasing coverage.

200m+ Reach Less Hardware Cleaner Topology Faster Installs

High-Demand Use Cases

CCTV & ANPR Systems

Warehouse & Industrial

Why Hyperspan

See how Hyperspan improves the network design

Explore the benefits interactively and show customers how extended-reach cabling reduces hardware, simplifies topology, and improves deployment efficiency.

Extended Reach

Go beyond the standard 100m approach

Hyperspan helps extend serviceable distance for edge devices without depending on additional active equipment mid-run. This makes it easier to support long CCTV, Wi-Fi, ANPR and smart building links from a central location.

Support longer copper runs for edge deployments
Reduce the need for intermediate cabinets or switches
Improve flexibility for difficult real-world layouts

View technical specs

Typical design issue 100m limit creates extra hardware decisions

With Hyperspan Longer reach with a cleaner deployment path

Ideal for CCTV, Wi-Fi, access control, smart buildings

Lower Hardware Count

Design with fewer active components

By reducing dependency on extenders, repeaters, and additional switching points, Hyperspan can help simplify installation strategy and lower overall infrastructure complexity.

Fewer mid-span switches and extenders
Less rack space and fewer power requirements
Lower maintenance burden over time

Discuss your project

Before More cabinets, more active points, more cost

After Fewer devices across the route

Result Simpler installs and fewer failure points

Cleaner Topology

Keep the network layout easier to understand and manage

A cleaner topology makes projects easier to install, document, maintain, and troubleshoot. Hyperspan supports a more direct route from switch to device, especially in large or awkward environments.

Fewer break points in the route
Simpler documentation and handover
Improved clarity for future maintenance teams

See use cases

Topology benefit More direct cabling paths

Operational benefit Faster fault tracing and cleaner design logic

Best fit Campuses, warehouses, retail, stadiums

Reduced Power Demand

Cut dependence on extra powered infrastructure

Reducing additional active devices across the link can help lower the supporting power burden of the overall deployment while keeping the design more streamlined.

Less dependency on extra powered network hardware
More efficient overall infrastructure layout
Supports greener project planning goals

Explore smart building applications

Infrastructure effect Fewer powered touchpoints across the route

Business effect Potentially lower total operating burden

Messaging angle Cleaner, leaner, more sustainable network design