FAQ's

FAQ's

Frequently Asked Questions

Clear answers to the questions we’re asked most—covering technical performance, product selection, and ordering. If your deployment is near the upper distance limits or involves high-power PoE, contact us for validation guidance.

⚡ PoE & distance
🛠 Installation & testing
📦 Shipping & payments
Need a fast answer?

Open the relevant section below and use the accordions—everything is written for installers and engineers.

Critical deployments

For long PoE runs, always validate with the final device connected and operating under peak load.

Support

For best help, share: run length, PoE device model, switch/injector model, and any tester screenshots.

Technical questions

Hyperspan™ is designed to extend practical Ethernet and PoE reach on copper, reducing extenders, cabinets and powered mid-points. Real-world results depend on channel design, termination quality, PoE load and device tolerance.

What speed does Hyperspan support?
Hyperspan is designed to support Gigabit Ethernet (1 Gbps) over extended distances in point-to-point deployments. Actual negotiated speed depends on the connected equipment, channel quality and length.
How far can I run Hyperspan?
Hyperspan is engineered for extended reach beyond standard structured cabling distances. The maximum achievable distance varies with:
  • Number of patch points / interconnects
  • Termination quality
  • PoE load (wattage)
  • Environmental conditions and interference
For best results, use a simple topology (fewest interconnects) and validate on-site with the final device under load.
Does Hyperspan work with PoE / PoE+ / PoE++?
Yes—Hyperspan is designed for PoE deployments. However, higher power draw can reduce achievable distance. Always validate PoE under peak operating load (e.g., IR at night, PTZ movement, heaters).
Do I need special connectors or tools?
No. Use Cat6-rated connectors/keystones/patch panels and standard termination tools. On extended reach links, terminations matter—keep pair untwist minimal and avoid cheap connectors.
What is the recommended wiring standard—T568A or T568B?
Either is fine. The rule is simple: choose one (T568A or T568B) and keep it consistent end-to-end.
Will Hyperspan pass a standard Cat6 certification test at extended distances?
Traditional structured cabling certification limits are based on 100 m channels. For extended reach deployments, focus on real-world validation: stable link negotiation, error-free operation, and PoE delivery under load. If you need formal certification, contact us with your use case and tester model.
What causes most long-run failures?
Almost always one of these:
  • Poor terminations (untwist, bad crimp alignment, conductor damage)
  • Too many patch points / interconnects
  • Low-quality patch leads
  • PoE budgeting errors (device draw higher than expected)
  • Crushed cable, tight bends, or interference issues
Is Hyperspan shielded or unshielded?
Product variants differ by deployment type. Refer to the specific product page/spec sheet for shielding type (e.g., U/UTP) and jacket material (e.g., LSZH / external grade).
Can I mix Hyperspan with standard Cat6 patch leads?
Yes. For long links near the upper distance limit, keep patch leads short and use high-quality Cat6 leads. Multiple patch points can reduce performance and add failure risk.
Is Hyperspan suitable for CCTV and outdoor PoE devices?
Yes—CCTV, ANPR and remote PoE endpoints are common use cases. Ensure you select the correct jacket rating for the environment and validate PoE delivery at the device.
Pro tip: On extended links, the “weakest point” is usually the connector, not the cable. If anything looks questionable, re-terminate.
Note: performance depends on installation quality and connected device tolerance.

Product questions

Choosing the right variant matters—internal vs external, CPR rating, reel/drum length, and colour coding. If you tell us the use case, we’ll point you to the correct SKU.

What’s the difference between Hyperspan and standard Cat6?
Standard Cat6 is designed around a 100 m channel. Hyperspan is engineered to extend practical reach for Ethernet/PoE deployments where additional cabinets, extenders or fibre would otherwise be required.
Which Hyperspan should I use: internal or external?
Internal for inside buildings and protected containment. External for outdoor runs or harsher environments (UV/weather exposure). If your run crosses indoor/outdoor boundaries, choose a product rated for the most demanding section.
Do you supply LSZH / CPR-rated options?
Yes—availability depends on the specific product variant. For building installs, always match the required CPR class and local specification. If you’re unsure what you need, tell us the building type and route.
Can I request samples?
Yes. Contact us with your intended application and approximate run length. We may also recommend a simple pilot test plan to de-risk the deployment.
Do you provide a spec sheet and test evidence?
Yes—product pages will link to datasheets and supporting documentation where available. For project validation, we can also advise on tester configuration and acceptance criteria.
Is Hyperspan compatible with existing network switches and injectors?
In most deployments, yes. Compatibility is driven by standards-based Ethernet/PoE operation. For long PoE runs, always confirm your injector/switch can deliver the required power budget.
Can I use Hyperspan for enterprise office structured cabling?
Hyperspan is designed primarily for extended-reach point-to-point deployments. If you are working to a consultant-led structured cabling standard with formal certification requirements, contact us first so we can advise the best approach.
Do you offer trade pricing or reseller accounts?
Yes. If you’re an installer, integrator, or reseller, contact us with your company details and estimated volume to discuss trade terms.

Shipping & payment

Straightforward ordering, transparent delivery, and standard payment methods. For large reels/drums or project orders, contact us for a quote and lead time confirmation.

Where do you ship?
We ship within the UK and can support international orders depending on product and destination. For international shipping, contact us with the delivery country and required quantity.
What are your delivery times?
Delivery times depend on stock status and destination. Product pages will indicate availability. For time-critical projects, contact us before ordering to confirm lead times.
How much is shipping?
Shipping cost is calculated at checkout based on your address and order size/weight. For large orders, we can quote pallet or courier options.
Can I collect or arrange my own courier?
In some cases, yes. Contact us with your order reference and preferred method and we’ll confirm what’s possible.
What payment methods do you accept?
We accept standard online payment methods available at checkout (e.g. card payments). If you need pro-forma or account terms for trade orders, contact us for approval.
Do you offer invoice / 30-day terms?
Trade credit may be available for approved accounts. Contact us with your company details and expected monthly volume. Until approved, orders are processed on standard checkout terms or pro-forma.
Can I return an item?
If you need to return an item, contact us with your order number. Returns are subject to condition and eligibility. For project orders or cut-to-length items, special terms may apply.
Do you provide VAT invoices?
Yes. Your invoice will be available with your order confirmation and/or on request for account customers.
Project orders: If you’re ordering multiple reels/drums or need delivery to site in phases, contact us for a quote and delivery schedule.
Tip: For long-run PoE projects, send your run lengths and device models so we can sanity-check the design.
Still got a question? If your question isn’t covered above, contact us with:
  • Approx. run length + topology (patch points/interconnects)
  • Device model and PoE type (PoE/PoE+/PoE++)
  • Switch/injector model
  • Any test results or screenshots
Disclaimer: Performance depends on installation quality, environment and connected equipment. Always validate critical links under real operating conditions.
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