When I first started managing network infrastructure procurement for our manufacturing plant, I assumed Cisco was the only real option. It was the default spec on every design I'd ever seen. Asking for alternatives felt like suggesting we use a different brand of concrete for a foundation. Stupid, right?
Three years and a few budget reconciliations later, I realized how wrong that assumption was. Not because Cisco is bad—it's not. But because my job isn't to buy the most popular brand. It's to buy the right solution for the plant floor, at a price that doesn't get me called into my director's office.
The Surface Problem: Everyone Defaults to Cisco
The surface problem is obvious. When you spec a network switch for a data center or an industrial control panel, 9 times out of 10, the drawing says Cisco. It's just what people do. It's safe. No one ever got fired for buying Cisco, as the saying goes.
But here's the thing: that safety comes at a premium. And in 2025, when every procurement manager I know is being asked to squeeze 5-10% out of their infrastructure budgets year after year, paying a premium for brand familiarity starts to look like a luxury we can't afford.
I get why people default to it. Maintenance teams know the CLI. The support ecosystem is mature. It's a known quantity. But being a known quantity doesn't automatically make it the most cost-effective choice—especially when your application is industrial automation, not a corporate office LAN.
The Deeper Problem: We Confuse 'Safe' with 'Cheapest Total Cost'
This is where the real issue sits. Most procurement decisions I've seen are driven by fear masquerading as risk management. The logic goes: if I buy Cisco and something breaks, I can't be blamed. If I buy something else and something breaks, it's my fault.
But that logic ignores two things:
- Total cost of ownership. A Cisco switch might cost 30-50% more upfront than a comparable Schneider Electric or similar industrial-grade switch. Multiply that across 50 switches in a plant, and you're talking about real money—money that could have gone toward a redundant power supply or a better monitoring system.
- The application matters. An office switch and an industrial switch are not the same thing. In a manufacturing environment, you need things like extended temperature ranges, vibration resistance, and specific protocol support (like Modbus or Profinet) that might not be a Cisco specialty. You're paying for features you might not need while missing those you do.
The deeper problem isn't brand preference. It's that we've let brand preference substitute for actual cost analysis. We stopped asking what the total cost—including support, training, and downtime risk—actually adds up to.
When I Realized This
I had a moment two years ago. We were building out a new production line. The controls engineer spec'd a Cisco switch for the network cabinet. I asked for a second quote from a distributor who also carried Schneider Electric industrial switches. The engineer was skeptical. 'We've always used Cisco,' he said.
I went ahead anyway. I compared the quotes side by side. The Schneider switch was roughly 35% cheaper on unit price. But the real surprise came when I calculated the total cost: Cisco's licensing model (which, honestly, is complicated) added another 10-15% in fees. Support contracts were comparable. The Schneider switch also had native support for the EtherNet/IP protocol we needed, without an additional module.
The total difference was about 42%. That's not a rounding error.
The Cost of Not Questioning
What does sticking with the default cost in practice? Here's what I've tracked in our procurement system over the past 6 years (note to self: I really should automate this):
- Premium on hardware: 25-40% over comparable industrial-grade alternatives for standard managed switches.
- Licensing overhead: 10-20% additional for features that are often included in competitors' base pricing. (To be fair, Cisco's licensing has gotten simpler in recent years, but legacy contracts can still bite you.)
- Training inertia: Because the team 'knows Cisco,' we avoided training on other platforms—which created a self-reinforcing cycle. We didn't switch because we didn't know the others, and we didn't learn the others because we didn't switch.
- Missed specialization: We were buying enterprise-grade switches for industrial environments. That's like buying a Ferrari to drive on a gravel road. It works, but it's not the right tool.
I'm not saying Cisco is bad. I am saying that treating it as the only option has a measurable cost. And in a world where margins are tight and supply chains are unpredictable, that cost matters.
The Shift I Made (And What I Learned)
Did we rip out all our Cisco gear overnight? Of course not. That would be financially irresponsible. What we did instead was create a policy (I really should write this down as a formal process) that any new network infrastructure project must get quotes from at least three vendors. We standardized on a few key criteria: required protocol support, environmental specs, and total 3-year cost of ownership (including licensing and support).
The results so far:
- We've saved about 18% on our network infrastructure budget over the last 2 years.
- We've adopted Schneider Electric switches for new greenfield industrial projects. They integrate better with our existing automation PLCs (drives, relays, sensors—the whole ecosystem). The CLI is different, but the team adapted within a month.
- We still use Cisco for our core data center—where we've invested in the training and where the complexity is justified. But for the plant floor? The Schneider option is just as reliable, and the TCO is significantly lower.
The fundamentals of making a 'safe' choice haven't changed: you want a vendor with robust support, a strong ecosystem, and proven reliability. But the definition of 'safe' has evolved. In 2025, ignoring a 30-50% cost difference on a multi-year infrastructure investment isn't safe—it's negligent. (I get why people still do it, but that doesn't make it right.)
The Bottom Line
This isn't a deep technical debate about packet throughput or latency. It's a procurement observation from someone who's had to justify every dollar spent on network gear for the past half-decade. The best practice in 2020 was to default to the market leader. The best practice now is to evaluate based on your actual application and total cost. Industry standards like IEEE 1613 for environmental resilience in substations or IEC 61850 for power utility automation are better guides for industrial networks than brand preference. Check the spec sheet (i.e., the operating temperature range and vibration rating) before you check the logo on the front panel.
I still have Cisco gear in my network. But I also have Schneider Electric gear now. And honestly, the only regret I have is not questioning the default sooner.
