Warehouse and Industrial

Warehouse and Industrial

Market Focus

Warehouse & Industrial

Hyperspan™ helps warehouse and industrial projects reach further with less supporting infrastructure. For long aisles, loading zones, production lines, yard areas and large operational spaces, Hyperspan can help reduce extra cabinets, intermediate hardware and unnecessary installation complexity.

200m+ Reach PoE / PoE+ / PoE++ Lower Hardware Cleaner Topology
01

Why Hyperspan suits warehouse & industrial environments

Warehouses and industrial sites frequently create the exact kind of distance and infrastructure challenges that standard copper design struggles with. Long aisles, open operational areas, external yards, mezzanines, loading bays and distributed devices often force extra cabinets or active hardware into the layout.

Hyperspan is designed to help support these longer edge deployments with a cleaner, more efficient infrastructure approach.

Typical advantages

  • Support longer runs across large open spaces
  • Reduce additional cabinets in remote operational zones
  • Lower dependency on intermediate switches or extenders
  • Create a cleaner and easier-to-maintain site topology
  • Support stronger value engineering in industrial projects
02

The challenge with standard Cat6 in warehouse & industrial projects

In many warehouse and industrial deployments, the issue is not just cable length. It is the extra infrastructure standard distance limitations can force into the design.

Standard Cat6 approach

  • Long operational runs often exceed standard planning assumptions
  • Extra cabinets may be needed across aisles or remote zones
  • More power and active hardware may be introduced
  • Distributed infrastructure can increase cost and complexity
  • More cabinets and devices can mean more maintenance points

Hyperspan approach

  • Supports a cleaner long-run strategy for edge devices
  • Can reduce additional cabinets and field infrastructure
  • Helps remove mid-span switches or extenders from the topology
  • Creates a more centralised and efficient design
  • Can improve project cost efficiency across larger facilities
03

Key benefits for warehouse & industrial deployments

Longer device reach

Extend connectivity further to scanners, cameras, controls and other edge devices across wider operational footprints.

Fewer distributed cabinets

Reduce the need for additional cabinets across aisles, loading areas or remote industrial zones.

Supports PoE-powered edge devices

Suitable for powered devices such as CCTV, Wi-Fi, access control, sensors and industrial endpoints.

Cleaner site topology

Simplify the design by reducing unnecessary active hardware and supporting infrastructure.

Lower maintenance burden

Fewer intermediate devices can help reduce failure points and simplify long-term support.

Stronger commercial case

Give clients a more efficient alternative to a traditional Cat6 warehouse layout.

04

Typical warehouse & industrial use cases

  • Large warehouse aisles and pick zones
  • Loading bays and dispatch areas
  • Production and manufacturing lines
  • Yard and external logistics areas
  • Industrial CCTV and safety monitoring
  • Wi-Fi and IoT coverage across operational spaces

Good fit where you need to:

  • Reach devices further from a core rack or cabinet
  • Reduce cabinets in operational areas
  • Support powered edge devices over longer runs
  • Simplify the industrial infrastructure layout
  • Improve value engineering on larger facilities

Project outcomes can include

  • Lower supporting hardware count
  • Cleaner project design
  • Reduced installation complexity
  • Improved serviceable area per rack
  • Stronger maintenance and support model
05

Need help comparing Hyperspan against a normal Cat6 warehouse design?

We can help review your warehouse or industrial layout and compare a standard Cat6 approach against a Hyperspan-led alternative.

Send us

Aisle layouts, device counts, cabinet positions, longest runs and powered device requirements.

We review

Where standard Cat6 may force extra cabinets, active devices or unnecessary infrastructure.

We compare

A conventional layout against a cleaner Hyperspan option for the project.

You gain

A stronger design case, clearer cost story and a more efficient proposal for your customer.

Planning a warehouse or industrial project?

Share your layout, device type and longest run distances and we’ll help assess where Hyperspan can improve the design.

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