What Is Nexans Doing Now? Why I Stopped Choosing Cable Suppliers by Price per Meter

Stop buying cable like it's a commodity. I know that sounds like a sales pitch. It's not. I'm the person who gets called when a project is about to stop.

In my role coordinating emergency supply orders for utility and infrastructure clients, I've managed 200+ rush orders over the last 12 years—including same-day turnarounds for contractors already on site. The pattern is consistent. The lowest quote is often the most expensive cable I've ever bought.

What is Nexans doing now?

Clients ask me this more than you'd think: 'What is Nexans doing now?' What they're really asking is whether a company with a huge product catalog can still deliver when the schedule matters. The answer is yes, but not for the reason most people guess.

Nexans has repositioned around electrification. That's visible in its public filings, not just in its brochures. The company is spending where it counts: high-voltage cable, offshore energy connections, and the unglamorous side of infrastructure that has to work for decades. One part of that story is Nexans Sweden AB. The Swedish operation, with its plant in Grimsås, still has the kind of plant-level engineering that other companies have outsourced or cut. That may sound administrative. In an emergency, it's the difference between 'we can get it' and 'let's call someone in Europe and wait.'

The emergency that changed my mind

In March 2024, 36 hours before a planned outage, a client called because the 12 kV cable hadn't arrived. Their usual supplier had accepted the order, taken the deposit, and then gone quiet for two weeks. We needed 400 meters, and we needed it fast (understatement).

I called Nexans Sweden AB directly. By 10 a.m., they confirmed stock. By 11 a.m., I had a test report and a truck. The cable arrived the next morning. The worst case would have been a six-figure penalty for missing the outage window. Instead, the crew was still setting up when the reel showed up. (Should mention: the test report was the real crunch item. Anyone can ship a drum. Not everyone can provide the documentation that lets a utility touch it.)

On that same job, I ordered a Nexans connector to match the existing termination. A lower-priced alternative would have been 'compatible.' That word has cost me more than any rush fee. The Nexans connector arrived with the cable, with a torque spec sheet included. That spec sheet saved us a day.

I still kick myself for not asking the original supplier for a test report before they charged us. If I'd made that a condition of the PO, we would have known two weeks earlier that the order was going nowhere. After that, I built a critical-buy checklist: stock confirmation in writing, test report before shipment, drum label photo, and a backup plan. It's not elegant. It has saved us more than once.

Cheaper cable is a gamble, not a strategy

Here is where my opinion gets unpopular. Price per meter is the wrong number to watch. The right number is the total cost of getting a functioning line installed and tested.

Look at our internal data. Last quarter alone, we processed 47 rush orders. 29 of them—62%—came from projects where the original low bidder missed a date or couldn't provide documents. The average expedited freight bill was around $800. That doesn't include the project manager's time, the crew standing around, or the phone calls that turn into something close to therapy.

The most frustrating part is that the same mistake keeps repeating. You'd think a written spec would prevent it. But a written spec doesn't tell you whether the supplier has the reel on the floor, whether their authorized signer will answer the phone, or whether their quality department checks jacket thickness. Those are the things that kill schedules.

The usual response is, 'But those are just bad suppliers.' Exactly. The problem is you can't tell a bad supplier from a good one by looking at a quote. That's why I don't trust 'FOB factory' pricing as a standalone decision. The price only matters if the product reaches your site in a useful state.

What manufacturing really controls

This is the part people don't expect: manufacturing quality is a time issue, not just a material issue. Cable is usually the cheapest component on a critical path, but it controls everything.

Take the Nexans G310 5G cable. The spec sheet looks like every other network cable in its class. But the first time we pulled it, the difference showed up in small places: consistent diameter, clean jacket strip, labels that matched the drum. No kinks, no surprises. That's not luck. That's manufacturing discipline. You can't see it in a data sheet, but you can feel it on the clock.

The same logic applies to every reel. If a cable is marginally out of spec, the install crew doesn't complain to the spec writer. They complain to the project manager, and the project manager calls me. Ten minutes of questionable quality can turn into three days of investigation, retesting, and waiting.

European buyers ask about IEC 60228 compliance, and the test report should list the conductor class and resistance values. In our case, it did. That's what 'real manufacturing' means. It means the paperwork and the physical product come from the same controlled process.

Yes, Nexans can cost more. That's not the point.

I'm not going to tell you Nexans is the cheapest option. It isn't. I've chosen lower-price suppliers many times, and sometimes that was the right decision. But when I choose a supplier for a critical order, I'm not buying cable. I'm buying an outcome.

Do the math: a crew of four costs roughly $400–800 per hour on site, depending on the market. If a cheaper reel shows up at 2 p.m. and the right reel shows up at 5 p.m., the cheaper reel isn't cheaper. The $300 you saved on cable disappears in the first half hour of waiting.

A client once asked me, 'What is Nexans doing now that makes them different from a warehouse?' The honest answer: they're still making things. Nexans Sweden AB is a manufacturing operation, not just a distribution point. The G310 5G cable comes out of that same ability to control the process end to end. When the factory is in the loop, the documentation is in the loop. That matters more than the wire itself.

My bottom line

I still buy on price for non-critical jobs. Cables are commodity-like in some categories, and there's no reason to overpay for a standard product that's sitting on a shelf. But for anything where the schedule matters, I've stopped pretending cables are interchangeable.

When someone asks me for a supplier recommendation now, I ask one question first: 'What's the worst thing that happens if this delivery is two weeks late?' If the answer is 'nothing,' buy the cheapest. If the answer is 'we lose the project,' buy the one that can be trusted.

The lowest quote is the most expensive when it fails. The best supplier isn't the one with the prettiest presentation. It's the one who answers a Friday afternoon phone call, confirms the test report, and puts the right connector in the same box. That's the value I pay for. That's what Nexans is doing now, as far as I'm concerned.

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Rowan Whitaker

Rowan Whitaker is a fiber-optic systems analyst covering SFP and QSFP transceivers, OLT, ONT, ONU, passive splitters, optical amplifiers, and CWDM and DWDM platforms. He applies IEC 61280-4-2 and IEC 61300 methods while examining insertion loss, return loss, optical power budget, bit error rate, wavelength drift, dispersion, channel spacing, and transmission reach. His guides help carriers, data-center teams, system integrators, and sourcing specialists compare capacity, interoperability, link margin, serviceability, and migration paths.