Choosing a switch for an industrial networking fieldbus usually comes down to a fork: do you want more port density for the lowest price, or a clearly identified industrial switch with a concrete model number? These two Ethernet switches sit at opposite ends of that spectrum. One is a compact unit with a 20Gbps backplane; the other is a PHOENIX CONTACT model aimed at factory automation and process control.
Quick verdict
If your control cabinet is tight and you want the most visible hardware for the lower entry price, the Industrial 10P is the pick. If you want a PHOENIX CONTACT switch with a clear model number and an automation-focused description, the 1085255 is the more direct match.
At a glance
| Option | Listed price | Price indicator | What you get |
| Industrial 10P DIN-Rail Switch | $39.99 | | 8 Gigabit Ethernet ports + 2 SFP slots, 20Gbps capacity, DIN-rail or wall mounting |
| PHOENIX CONTACT 1085255 | $194.99 | | New-in-box industrial Ethernet switch from PHOENIX CONTACT for factory automation and process control |
Where each product wins
The Industrial 10P wins when your fieldbus network needs several copper devices and fiber uplinks. Its eight Gigabit Ethernet ports plus two SFP slots give you 10 total connections, and the switching capacity is built for that port load. It is also the easier unit to place: the description calls out mounting hardware included, which is a practical advantage in control boxes, warehouses, and factory racks. The environmental specs-a -40°C to 85°C operating range, IP40 protection, and 6KV lightning resistance-make it credible for outdoor and harsh indoor spots.
The PHOENIX CONTACT 1085255 wins on identity and focus. The title gives you a concrete model number, and the description consistently points to reliable network communication in industrial environments, with vibration and electrical interference resistance. If your automation team standardizes on PHOENIX CONTACT equipment, this model is the one that matches that expectation. It is also simpler to position: the description ties it directly to factory automation and process-control networks, so you aren't left imagining where it fits.
Product notes
Industrial 10P DIN-Rail Switch
The Industrial 10P is the dense, low-entry option in this pairing. It brings Gigabit copper ports, uplink slots, and a backplane sized for the port layout, all in a compact unit. The description adds practical flexibility with DIN-rail and wall mounting, plus hardware included, making it well suited to control panels, warehouses, factory racks, and compact control boxes. It also lists rugged environmental hardening, including wide-temperature operation and surge protection. Because it's identified as managed, plan for some configuration time before traffic flows; the description gives you a lot of networking muscle, but it expects you to set it up. If you want an easy-to-place, port-rich switch and you're comfortable with configuration, this one fits.
PHOENIX CONTACT 1085255
The PHOENIX CONTACT 1085255 takes the opposite approach. It is new in box and sits at the higher end of the price pair, but the description is built around a clear automation identity. The description emphasizes reliable network communication, resistance to vibration and electrical interference, and a fit for factory automation and process-control networks. If your project calls for a PHOENIX CONTACT industrial switch by model number, this is the one in the comparison. The limitation is the price: it asks for a larger budget than the other switch, so it makes sense when the model identity and automation-focused positioning justify the extra cost. For a straightforward, model-specific industrial switch, it fills that role cleanly.
Final choice by use case
If your fieldbus cabinet needs more copper ports and uplink slots for the lowest practical cost, choose the Industrial 10P DIN-Rail Switch. If your network is built around PHOENIX CONTACT automation gear and you want a model-specific industrial Ethernet switch, choose the PHOENIX CONTACT 1085255. The spread between the two prices gives you a clear fork: decide whether port density or vendor identity matters more, then choose.
