Industrial · Managed
The managed tier of the industrial lines: ring redundancy, VLANs, QoS and SNMP in rail-mount and rack models — because a network you cannot see is a network you cannot keep up.
Industrial networks fail expensively: a stopped line, a dark tunnel, a blind intersection. Managed industrial switches are how those networks stay visible and self-defending — ring protocols that heal a cut cable in milliseconds-class failover, VLANs that keep control traffic apart from cameras, SNMP that reports a dying link before it dies. ONV's managed industrial tier spans the Ethernet and PoE lines: Easy managed for light control, L2+ as the mainstream, L3 where the industrial network must route.
The table collects managed models from the industrial Ethernet line; their PoE counterparts are on the industrial PoE page. The discipline is identical to the commercial managed tier — what changes is the form factor and the environment the hardware is built for.
L2+/L3 managed models from the industrial Ethernet catalogue (official product names).
| Model | Official product name |
|---|---|
| ONV-IPS36448FM | 10G uplink 44-port L2+ managed industrial Ethernet switch |
| ONV-IPS36028FM | 10G uplink 28-port L2+ managed industrial Ethernet switch |
| ONV-IPS38036FM | 10G uplink 36-port L3 managed industrial Ethernet switch |
| ONV-IPS38028FM | 10G uplink 28-port L3 managed industrial Ethernet switch |
| ONV-IPS38448FM | 10G uplink 44-port L3 managed industrial Ethernet switch |
| ONV-IPS38048FM | 10G uplink 52-port L3 managed industrial Ethernet switch |
| ONV-IPS38368FM | 10G uplink 36-port L3 managed industrial Ethernet switch |
| 2.5G series industrial switch | 2.5G series L3 managed industrial Ethernet switch |
| ONV-IPS56012FM | 10G 12-port L3 managed industrial Ethernet switch |
| ONV-IPS33052FM | Gigabit 52-port L2+ managed industrial Ethernet switch |
| ONV-IPS56028FM | 10G uplink 28-port L2+ managed industrial Ethernet switch |
| ONV-IPS56052FM | 10G uplink 52-port L2+ managed industrial Ethernet switch |
A managed industrial flagship: 44 ports, L2+ management with console access, 10G uplinks and 176 Gbps of capacity — the aggregation point of a plant-wide ring.
| Parameter | Datasheet value |
|---|---|
| Switching capacity | 176 Gbps (non-blocking) |
| Forwarding rate | 119.04 Mpps @64byte |
| MAC address table | 32K |
| Buffer memory | 32M |
| Power input | Built-in PSU, AC100–240V, 60W |
| Console | 1 × console port |
| Standards | IEEE 802.3 / 802.3u / 802.3ab / 802.3z / 802.3ae / 802.3x |
Management tier follows failure cost. A single cabinet on a benign site can be Easy managed. Anything chained, ringed or remotely maintained should be L2+ with the ring protocol confirmed in the datasheet; anything that must route between subnets or sites is L3. Keep the tier consistent along a ring — the weakest switch sets the ring's behaviour.
Plant-wide networks, transport corridors, energy and utility sites — managed infrastructure with maintenance contracts and uptime obligations.
Yes — ring redundancy is a core reason to buy the managed tier. The specific ring protocols supported are stated per model; share your topology and we will confirm a consistent shortlist.
Only where routing is required — between plants, subnets or security zones. Most single-site industrial networks run L2+ rings under one routed core.
Send your port count, per-port power and uplink requirements — we reply with the exact models, datasheets and a quotation. MOQ and lead time are confirmed per model and order scope in the quotation.
The commercial managed tier.
