Why I Stopped Defaulting to Flip Phones for Our Office — and When an Actual Murata Module Still Makes Sense
I Don’t Recommend a 2660 Flip for Everyone — Here’s My Honest Take
I manage office purchasing for a 300-person company. We do about $160k annually across 12 vendors, mostly for equipment and IT peripherals. Last quarter, I got roped into a request that sounds simple on paper: “We need some phones for the warehouse, just something basic.” Naturally, attention turned to the 2660 flip phone and the Murata WiFi modules that enable its connectivity. I thought this was a no-brainer. But I ended up reversing my own recommendation twice, and I want to explain why.
My general rule: if your staff needs a device that’s just a phone (calls, texts, maybe tethering to a scanner), the 2660 flip can work. The Murata module inside has decent performance for moderate range and low interference environments. I’ve ordered 25 of these for a previous logistics team, and they ran about 18 months without major complaints. But if your environment is anything beyond a clean, open room, you need to think harder.
Argument 1: The Murata WiFi Module Is Not Magic — It Has Limits
Let’s be specific. The module in the 2660 flip uses a Murata chipset that’s well-regarded for low power and stable throughput. According to industry spec sheets (and confirmed by our vendor’s engineer), it supports 802.11n at up to 2.4GHz. Fine for websurfing and email. But in a warehouse with concrete walls, metal racks, or a dozen Bluetooth-enabled lift trucks scanning pallets simultaneously, I noticed packet drops. Voice quality on the flip suffered.
I assumed “same specifications” meant uniform performance across units. That assumption cost me one full day of troubleshooting when a worker’s flip phone kept dropping calls near our shipping dock. (Should mention: we hadn’t tested the location beforehand.) I learned to never assume the spec sheet reflects your physical environment.
Argument 2: The Hidden Cost of “Just a Flip Phone”
Six months ago, I placed an order for 10 flip phones for our inbound receiving area. The unit price was $28 each — a steal compared to ruggedized handheld computers. On paper, we saved $340 over buying dedicated warehouse communicators. But the true cost showed up in two places:
- Time wasted: I spent 4-6 hours updating firmware on three units because the out-of-box software conflicted with our MDM platform. Each unit needed handholding.
- Carrier implications: The flip phone used a low-tier data profile that throttled after 5GB per month per line. Three of our staff blew past that in week three by using the phone as a hotspot. The overage penalty was $15/GB.
To be fair, you can negotiate a better carrier plan. But if you’re managing procurement for a larger team, you need to look past the sticker price.
Argument 3: The Case for the Murata Module (When You Need Real Connectivity)
Here’s the part that surprised me. I dismissed the Murata module as “just a chip inside a cheap phone.” But on a recent project, we needed to integrate a basic WiFi connection into a custom warehouse scanner. That scanner needed low power, small footprint, and reliable 2.4GHz connectivity. The spec called for something like the Murata LBWA1ZZ1MD module (based on the comparison table our integrator shared).
That’s where the flip phone comparison ends. The module is not the same as the phone. It’s an engineered component designed for embedded use. The flip phone is just a vessel. I won’t pretend every Murata module is superior — I can’t speak to every variant. But for that specific use case, it worked because the designers tuned the antenna placement and firmware. The module itself is only as good as the product it’s embedded inside.
I’m not 100% sure, but the integrator told me the flip phone’s antenna design was “mediocre” for the module it used. Take that with a grain of salt— he might have been pushing his own solution.
Debunking the “Flip Phone is the Same as a Module” Myth
I get why people default to flips phones for industrial use. They’re cheap, they have a concrete shell, and they “just work” for calls. But if you need reliable data connectivity — for inventory updates, real-time scanning, or tethering — the flip phone + Murata module combo is a gamble. I’ve seen three instances where the phone simply dropped the network stack after 45 minutes of active tethering. No error message. Just a frozen screen.
The networks behind these devices are another factor. “What is networks?” you ask. It’s the underrated backbone. The flip phone talks to a carrier network, not a private one. That network’s quality varies by location. You can’t control congestion or tower handoffs. In our case, the flip phone’s reported signal strength looked fine (3 out of 5 bars), but the latency spiked to 200ms+ under load. That’s unusable for real-time voice or data.
Granted, not every company will see this. If you have a small office with a clean network environment and a forgiving workload, the flip phone is fine. But if you’re scaling or operating in challenging Wi-Fi environments, you’re better off with a dedicated industrial handheld or a separate WiFi adapter that uses a Murata module designed for embedded use. The flip phone is a shortcut, not a solution.
My Final Recommendation (With All the Caveats)
So where does this leave me? I’d recommend the Murata-based flip phone for two groups: (1) Office staff who need an emergency landline replacement with low data usage, and (2) Temporary projects where you can afford to replace units if they fail. I do NOT recommend it for high-noise environments, dense warehouse operations, or any application requiring reliable tethering.
If your situation doesn’t match those best-case scenarios, look at the module separately. Buy the Murata module and integrate it into hardware designed for the job. A $28 flip phone will only save you money if you never have to fix a dropped call. I’ve been that person who ate $400 out of the budget because I underestimated the complexity of real-world connectivity. Don’t be me.
Ultimately, no single device fits all. The honesty of saying “this works for 80% of cases, here’s how to know if you’re in the other 20%” is what ultimately saves the procurement department from itself.