From the team at Cabling For U, Auckland warehouse cabling specialists working across Penrose, East Tamaki, Albany and Mt Wellington.
Warehouse cabling isn’t just office cabling with bigger ceilings. Long cable runs, metal racking, heavy EMI from forklifts and chargers, cold stores, WMS barcode scanners, PoE cameras, long-range Wi-Fi and now Wi-Fi 7 access points all have to work together in one environment. Here’s how we spec it.
Start with four numbers
Before we quote a single metre of cable, we ask for:
- Floor area in square metres
- Rack height and rack density (tight rows kill Wi-Fi)
- Number of forklift operators on RF guns concurrently
- Existing power distribution — where the main board and subboards are
These four answers tell us almost everything: number of APs, camera count, cable pathway, PoE budget, rack room size.
Why Cat6A beats Cat6 in warehouses
- Longer usable runs — Cat6A holds 10 Gbps at 100 m; Cat6 only to 55 m
- Better noise rejection — warehouses are full of variable-frequency drives and forklift chargers that create EMI
- Higher PoE power handling — bundled cables for ceiling-mounted cameras run warm, and Cat6A’s larger conductors cope better
- Wi-Fi 6E/7 compatibility — modern APs need 2.5 GbE uplinks
When to switch to fibre
For any warehouse wider than 100 m in any direction, you’re running fibre. Typical Auckland warehouse layout:
- OS2 single-mode fibre backbone from the office rack to 2–4 mid-warehouse comms cabinets
- Cat6A horizontal from each mid-warehouse cabinet to APs, cameras and ports within 90 m
- Armoured fibre if runs cross areas with forklift risk — saves the expensive repair job
Wi-Fi in warehouses: the coverage reality
Wi-Fi signal drops dramatically the moment it has to pass through a rack of product. A warehouse that needs 3 APs empty will need 6 APs full. We plan AP placement to put radios in the aisles, not above the racks:
- Aisle-facing APs at 20–30 m spacing
- High-density AP models (not consumer-grade) for forklift RF scanners
- Separate SSID for RF scanners so office Wi-Fi doesn’t interfere
- 2.4 GHz coverage maintained — most scanners still use 2.4 GHz
CCTV and security cabling
Warehouses typically need more cameras than offices do. Our rule of thumb: one camera per 200 m² for general coverage, plus dedicated cameras at every door, dispatch area, and high-value stock zone. All on Cat6A with PoE+.
- IP66/IP67 rated outdoor cameras at every external door
- ANPR (number plate recognition) cameras at the gate and loading dock
- Internal IR cameras every 20–30 m in aisles
- NVR with 30–60 day retention depending on insurance requirement
For a full CCTV breakdown see our CCTV surveillance page.
The rack room
A warehouse rack room needs:
- Air-conditioning — aim for under 24 °C, with redundancy if the site is 24/7
- Proper 42U racks — full-depth for servers, cable management arms
- UPS on dedicated circuit — at least 30 minutes for a controlled shutdown
- Dust filtering — warehouses are dirtier than offices; filter intakes or risk fan failures
- Separate circuit breakers from warehouse lighting/forklift chargers
EMI and grounding — the thing most installers skip
Forklift chargers, variable-frequency drives and welders all create severe electromagnetic interference. We’ve seen unshielded cabling installs lose 30% of packets during heavy forklift charge cycles. Our warehouse default is:
- Shielded Cat6A (F/UTP) on runs within 1 m of power cables
- Proper panel grounding — bonded to the building earth bar, not just “daisy chained”
- Metal cable tray preferred over plastic, and grounded
- Separation from power conduit by 300 mm minimum
Typical Auckland warehouse install costs (2026)
- Small Auckland warehouse (1000 m²), 6 APs, 8 cameras, office rack: $14,000–$22,000
- Medium warehouse (3000 m²), 12 APs, 16 cameras, fibre backbone: $28,000–$45,000
- Large DC (10,000 m²), 25 APs, 40 cameras, dual-path fibre, ANPR, access control: $85,000–$160,000
Frequently asked questions
How many Wi-Fi access points does an Auckland warehouse need?
As a rule of thumb, plan one high-density AP per 500 to 700 square metres of aisle coverage, then add 30 to 50% more if the racks are filled with product. Cold stores and sites with metal-clad walls need additional APs due to signal attenuation.
Can I use the same cabling for RF scanners, Wi-Fi, and cameras?
Yes. Cat6A cabling supports every low-voltage network device in a warehouse. Use separate VLANs to segregate RF scanners, office devices, cameras and guest Wi-Fi so interference or a compromised device can't spread.
Do warehouses need fibre instead of copper?
For runs over 90 metres, yes. Warehouses typically need fibre between the office rack and mid-building comms cabinets, then Cat6A horizontal from there to APs and devices. This combination covers any Auckland warehouse at reasonable cost.
How do I prevent forklifts damaging overhead cables?
Install cabling at a minimum of 4.5 metres above floor level, run it in armoured or rigid conduit above the high rack lines, and use metal cable tray. Drop cables down through a columns or wall where protection is easier.
What's the best camera placement for a large warehouse?
One IP camera per 200 to 300 square metres for general coverage, plus dedicated cameras at every external door, loading dock and dispatch area, and ANPR cameras at the gate. Use IR or low-light cameras for dim zones and IP66 rated cameras anywhere near external doors.
How long does warehouse cabling take to install?
A 2000 to 3000 square metre Auckland warehouse cabling job typically takes 2 to 3 weeks including fibre, copper, APs, cameras and commissioning. We can work around your operating hours and stage the cutover to avoid downtime.
Planning a warehouse?
We’ll walk the site, map the Wi-Fi and camera coverage, and quote fixed-price with all fire-stopping, cable pathway and certification included. Book a free Auckland warehouse survey or call 0800 222 546.