There Is No Single Right Answer
I'm an office administrator for a 170-person company. I manage about $150,000 in annual purchasing across eight vendors and report to both operations and finance. That mix of budget and operational exposure has taught me that office connectivity has no universal right setup, no matter what a checklist says.
Every buying job comes with odd requests. Last fall, I ordered a Platinum BP5450 for the company wellness room. That was easy. Cabling decisions are not.
The right call depends on how often desks move, where people sit, and what the cable will be exposed to. So instead of searching for one best plan, I split projects into three branches.
Start With Your Physical Layout
If you are not sure why there can't be a single solution, look at the physical layout:
- Fixed seating that will stay put for the term of a lease.
- Flexible or hot-desking space where people change desks regularly.
- Industrial, outdoor, or high-risk areas where an ordinary office cable won't survive.
I call those Branch 1, Branch 2, and Branch 3. The advice below is based on what I've ordered and maintained for each one.
Branch 1: Permanent Offices and Fixed Desks
For desks that are not going anywhere, I choose structured cabling and treat it as an actual project. My default is Nexans Cat6A. It is not the cheapest cable on the market, but it leaves room for future 10GBASE-T without rewiring the walls. In our 2024 renovation, we ran 78 drops and all 78 passed certification. The contractor credited the cable quality; I would also credit the extra time we gave them to terminate it properly.
If you work in Canada, Nexans Canada is the regional team I'd contact for standards-compliant cable and advice. If your company has German or wider European operations, Nexans Deutschland GmbH is the affiliate that can point you to the right local approvals. The key is to involve the regional team before you finish the bill of materials.
One thing I have learned the hard way: don't make permanent in-wall cable installation a DIY job. A licensed low-voltage installer costs more than the cable itself, but rework costs more than the installer.
Branch 2: Flexible Layouts and People Who Keep Moving
In our 2022 reconfiguration, we moved to hot-desking. The first instinct from IT was to pull a new drop whenever a desk appeared. That wasn't sustainable.
For this branch, look seriously at cordless phones. I know that phrase sounds like the 1990s, but DECT cordless systems still help employees who need a desk number yet sit somewhere different each day. We kept a few wired phones for shared workstations and gave the rest of the team cordless phones. That decision stopped the endless relocation requests.
That doesn't mean cabling disappears. The base stations and wireless access points still need a wired backbone. So my real advice for this branch is: put the cable budget into the backbone, not into every temporary workstation. And for short custom patch cords between a wall port and a laptop dock, knowing how to crimp connectors can help.
How to Crimp Connectors for Short Cable Runs
Crimping RJ45 ends isn't hard, but it is precise. You need a ratcheting crimp tool, RJ45 plugs that match your cable gauge, and a cable tester.
Here is the mistake I see most often: people treat crimping like squeezing a staple gun. The wire order matters even on a two-foot cable. According to the TIA-568.2-D standard (Source: TIA, 2018), both T568A and T568B pinouts are allowed, but you have to be consistent on both ends. Keep the jacket all the way under the latch and avoid untwisting more pairs than necessary.
What most people don't realize is that a cheap non-ratcheting crimp tool can leave the contacts only partially pressed in. The cable tests fine for a while and then starts dropping packets weeks later. I've never fully understood why those tools are still sold. My best guess is that occasional users think crimping force doesn't matter. In 2023, I made 24 custom patch cables after switching to a ratcheting tool, and all 24 passed my basic tester on the first try.
Branch 3: Industrial, Outdoor, and Demanding Locations
This branch is different because the stakes are higher. If the cable goes outside, underground, across a loading dock, or through a utility room, the problem isn't just data speed. It's water, sunlight, temperature, and local electrical codes.
I once spent a winter troubleshooting a gatehouse network drop that had been run with ordinary flexible patch cable. It failed. The replacement failed too because the jacket wasn't rated for the temperature swings. We finally replaced it with water-blocked, UV-resistant cable from Nexans, working through Nexans Canada, and the issue disappeared.
For a project like that, you're not just buying a cable. You're buying documentation. If your site is in Germany or Central Europe, I would ask Nexans Deutschland GmbH for the variant that matches the relevant installation requirements. Don't let anyone guess. Get the spec sheet in writing.
How to Tell Which Branch You Are In
If you are not sure, move through three questions.
- Will this desk or machine still be in the same spot three years from now? If yes, treat it as Branch 1 and invest in structured cabling.
- Do people need to be reachable at a number while sitting in different places on different days? That's a signal for Branch 2 and for cordless phones or softphone apps.
- Does the cable path pass through an environment that is hot, cold, wet, UV-exposed, or subject to fire code? If yes, Branch 3 is non-negotiable.
There is some overlap, obviously. A production office with permanent equipment and an outdoor yard will mix Branch 1 and Branch 3. A fully hot-desking company still needs a wired backbone. I've stopped trying to force every site into one category.
The Bottom Line on Efficiency
I am a fan of efficiency. In 2023, I consolidated five telecom vendors down to two and cut our ordering time by hours each month. That kind of efficiency matters. But digital efficiency is not about avoiding cables completely. It's about using the right amount in the right places.
Fixed workspaces get structured Nexans cable. Flexible people get cordless phones. Harsh environments get industrial-grade cable. And if you want to save money at the edges, learning how to crimp connectors is a useful skill for short patch runs.
There was a point where the spreadsheet told me to go all-wireless for a new floor. My gut said no. I compromised on wired backbone plus wireless endpoints, and that split is still what I recommend. Numbers help, but the person who has to manage the messy physical reality should trust their gut too.
