CPR compliant
Designed to support compliant structured cabling deployments with the confidence required for professional installation environments.
Structured cabling, rethought
Simplify structured cabling Extend reach beyond standard limits Reduce cost and install time Increase sustainability
Hyperspan™ is an extended-reach Cat6-class copper solution designed to help you deliver more coverage with less hardware — reducing complexity, supporting cleaner topology, and lowering overall project cost.
Core Hyperspan Features
Ethernet beyond 100m
Cat6 UTP designed to support longer-distance data and PoE deployments without mid-span switches or extenders.
25 year warranty
Backed by long-term product assurance to support confidence in permanent infrastructure deployments.
Specialist Support
Access technical guidance and practical support for extended-reach design, deployment and application planning.
Standard termination & tools
Supports familiar installation methods without requiring specialist field termination processes.
Sustainable choice
Reduce cabinets, powered devices and supporting infrastructure for a cleaner, lower-impact deployment model.
Performance examples
1Gbps / 90W PoE over 200m+
2Gbps / 90W PoE up to 150m
10Mbps / 90W PoE up to 250m
Interactive Design Builder
Estimate traditional vs Hyperspan project impact
Model outlet count, rack count, labour, project cost, running-cost reduction and sustainability benefit using a practical building-based design estimate.
Project inputs
Assumptions: floors are treated as roughly square with the rack positioned centrally. A 3.5× routing factor is used to reflect real cable paths through containment and risers rather than straight-line distance. Traditional design uses 90m routed reach. Hyperspan uses 200m routed reach and can also span multiple floors by reserving 8m per additional floor for riser travel.
Commercial assumptions: £100 per outlet, £5,000 per rack including switch, UPS, power, rack and panels, £600 labour per day for a 2-man team, plus 10% project management on total project cost.
Live project comparison
Total outlets
72
Same endpoint requirement in both designs
Traditional racks
3
Estimated labour: 8.6 days
Hyperspan racks
1
Estimated labour: 5.4 days
Estimated total saving
£11,280
Approx. 18.0% reduction
Detailed project comparison
| Metric | Traditional Design | Hyperspan Design | Reduction with Hyperspan |
|---|---|---|---|
| Total outlets | 72 | 72 | 0 |
| Outlets over 90m from original rack | 28 | 28 | Use extended reach only on these |
| Rack / comms room count | 3 | 1 | 2 fewer |
| Materials cost | £16,200 | £10,200 | £6,000 |
| Labour time | 8.6 days | 5.4 days | 3.2 days |
| Labour cost | £2,580 | £1,620 | £960 |
| Total job cost | £18,780 | £11,820 | £6,960 |
Fewer comms rooms
Extended reach can allow wider coverage from fewer locations, reducing rack hardware, space usage and ongoing support overhead in suitable buildings.
Simpler topology
With fewer intermediate locations, the network can be easier to understand, deploy, document and maintain over the life of the site.
Faster installs
When rack count drops, installers spend less time building out extra rooms, powering extra switches and coordinating additional cross-connect infrastructure.
