Ubiquiti UniFi USW-Industrial-DIN-8-PoE 480W DIN Rail Switch
High-Power PoE for Compact Industrial Networks The Ubiquiti UniFi USW-Industrial-DIN-8-PoE combines eight Gigabit PoE++ ports with two 1G SFP uplinks in a fanless industrial enclosure....
High-Power PoE for Compact Industrial Networks
The Ubiquiti UniFi USW-Industrial-DIN-8-PoE combines eight Gigabit PoE++ ports with two 1G SFP uplinks in a fanless industrial enclosure. It suits cabinet installations that need to carry data and power to compatible Ethernet devices. A maximum 480W total PoE budget supports demanding power plans, provided the external DC supply and connected loads meet the installation requirements. The DC power supply is not included.
Highlights
Eight High-Power Connections
- Eight Gigabit PoE++ ports with up to 60W per port by the power sourcing equipment.
- Maximum 480W total PoE budget with a suitable external supply.
Cabinet-Friendly Construction
- DIN rail or wall mounting with left, right or rear DIN attachment positions.
- Fanless aluminium enclosure with a −30 to 70°C operating range.
Managed and Monitored Networking
- Two 1G SFP uplinks and UniFi network management.
- Dual DC inputs and an integrated alarm relay for external PSU monitoring.
Key Features
Size PoE for the Connected Devices
Each PoE++ port supports a maximum 60W output from the switch, with up to 480W shared across all eight ports. Check each device’s required PoE input and the total connected load before installation. These are switch-side limits; power reaching a device depends on the link and its supported PoE negotiation.
Choose the Correct External DC Supply
Full PoE++ output requires a separate 44–57V DC supply rated 500W or higher. Maximum switch consumption is 12W without PoE loads and 492W including PoE. Select the supply and wiring for the intended load rather than assuming that any DC adapter can deliver the full budget. No DC power supply is included.
Add Power Redundancy and Monitoring
Two DC terminal-block inputs support a redundant power arrangement. An integrated alarm relay enables external PSU monitoring, allowing the installation to include hardware power alerts. Plan the supplies, wiring and alarm connection together for the intended installation.
Use Fibre for Appropriate Uplinks
The two 1G SFP ports provide fibre connection options alongside the eight Gigabit copper ports. Select transceivers and fibre that match the remote equipment, link distance and fibre type. These uplinks are 1G interfaces, so this model should be planned as a Gigabit switch rather than a 10G aggregation device.
Separate Equipment and Control Access
VLAN support, IP and MAC ACLs, network isolation and port isolation help organise different device groups. 802.1X control, MAC restrictions and DHCP snooping or guarding provide further access controls. Configure these features around the actual devices and policies so that required services remain reachable.
Manage Links and Traffic
LACP supports aggregation of suitable links, while STP, RSTP and loop protection support managed network layouts. IGMP snooping and advanced IGMP functions assist multicast handling. Storm control, traffic rate limits, port mirroring and jumbo frames provide additional tools for traffic control and troubleshooting.
Position the Switch Around the Cabinet
The supplied DIN rail attachment and wall mounting plate support cabinet installation. Left, right or rear DIN attachment options help place ports and cables within constrained spaces. Fanless construction avoids a cooling fan, but installation must still respect the operating temperature and non-condensing humidity limits.
Prepare Configuration and Installation Timing
UniFi provides configuration and monitoring, with Ethernet and a serial console for management. Plan the management platform, power supply, device power budget and uplink accessories together. Singapore availability and delivery timing are unconfirmed; confirm the delivery arrangement before committing to an installation date.
Summary
Choose DIN 8-PoE when an industrial cabinet needs managed Gigabit networking and high-power PoE from one compact switch. Its usefulness depends on a properly sized external DC supply, compatible devices and a planned network layout. Confirm Singapore delivery timing before scheduling installation.
Ubiquiti UniFi USW-Industrial-DIN-8-PoE 480W DIN Rail Switch
This industrial managed switch provides eight Gigabit PoE++ ports and two 1G SFP uplinks in a fanless DIN rail or wall-mountable enclosure. Its maximum PoE budget is 480W, with up to 60W per port from the switch. Full PoE output requires a separate 44–57V DC supply rated 500W or higher; no DC supply is included. Dual inputs and an alarm relay support installation power planning and external monitoring. The table covers the verified switching, management and operating values. Singapore availability and delivery timing are unconfirmed.
| Specification | Details |
|---|---|
| Ports and Connectivity | |
| Copper interfaces | 8 × 1GbE RJ45 ports |
| Fibre uplinks | 2 × 1G SFP ports |
| Console interface | 1 serial console port |
| Management interfaces | Ethernet and serial console |
| Switching Performance | |
| Switching capacity | 20Gbps |
| Total non-blocking throughput | 10Gbps |
| Forwarding rate | 14.88Mpps |
| VLAN capacity | 1,000 VLANs |
| MAC address table | 8,000 addresses |
| Packet buffer | 0.5MB |
| Access control list capacity | 128 IPv4 ACLs and 128 MAC ACLs |
| Layer 2 Management and Security | |
| Link aggregation and spanning tree | LACP; STP and RSTP |
| Multicast management | IGMP snooping; IGMP querier, fast leave and router-port functions |
| Device access and isolation | 802.1X control; MAC ACLs and device isolation; IP ACLs and network isolation; port isolation |
| DHCP protection | DHCP snooping and guarding |
| MAC restrictions | MAC address blocking and MAC port restriction |
| Traffic controls | Egress rate limiting; flow control; storm control; multicast and broadcast rate limiting |
| Monitoring and frame handling | Port mirroring; jumbo frames |
| Discovery and network assignment | LLDP-MED; voice VLAN; virtual network override |
| Loop protection | Supported |
| Power and External Monitoring | |
| Power method | DC input |
| DC input connectors | 2 × 2-pin terminal-block inputs |
| Supported input voltage | 44–57V DC |
| Maximum switch consumption | 12W excluding PoE; 492W including PoE |
| PoE interfaces | 8 × PoE++ ports |
| Maximum per-port PoE output | 60W by the power sourcing equipment |
| Maximum total PoE budget | 480W; full output requires the specified external supply |
| Power redundancy | Dual DC inputs support a redundant power arrangement |
| External power monitoring | Integrated alarm relay for external PSU monitoring |
| Construction and Installation | |
| Dimensions | 139 × 100 × 52 mm |
| Weight | 910g without mount; 930g with plastic mount |
| Enclosure material | Aluminium |
| Mount material | Polycarbonate |
| Cooling | Fanless |
| Mounting methods | DIN rail and wall mounting; left, right or rear DIN attachment positions |
| Status indicators | Ethernet, SFP and system LEDs |
| Operating Environment and Compliance | |
| Operating temperature | −30 to 70°C |
| Operating humidity | 5–95% non-condensing |
| Electrostatic discharge protection | Air: ±15kV; contact: ±8kV |
| Certifications | CE, FCC and IC |
| NDAA compliance | Compliant |
| Package and Setup Requirements | |
| Included equipment | Switch, DIN rail mounting attachment, wall mounting plate and mounting fixings; power supply not included |
| Power supply inclusion | DC power supply is not included |
| Required external power | 44–57V DC supply rated 500W or higher for full PoE++ output; not included |
| Network management | Managed through UniFi; plan a UniFi Network management platform for configuration and monitoring |
| Uplink accessories | Select compatible 1G SFP transceivers and matching fibre for fibre uplinks; verify the remote device, fibre type and required link distance before ordering |