Ubiquiti EdgeRouter ER-12 with 10 Gigabit PoE Ports and 2 SFP Ports

The Ubiquiti EdgeRouter 12 is part of the EdgeMAX platform, combining carrier-class reliability with enterprise-level features in a compact and affordable unit. The ER-12 features ten Gigabit PoE Ethernet ports and two SFP ports for fiber links. It is capable of routing up to an impressive 3.4 million packets per second and has a line rate of 6.8Gbps.

The EdgeRouter 12 supports Layer-2 switching and can be easily configured for routing, security, and management features required to efficiently run your network. For advanced network professionals, an integrated CLI is available for quick and direct access using familiar commands.

The ER-12 is supported and managed by UNMS (Ubiquiti Network Management System), a comprehensive controller with an intuitive UI. A single control plane manages registered EdgeMAX devices across multiple sites.

Key Features of Ubiquiti ER-12

• 10 x Gigabit RJ45 Routing Ports: High-speed connectivity
• 24V PoE Passthrough: Simplifies power delivery
• Configurable for Line-Rate Layer 2 Switching: Flexible network management
• 2 x Gigabit SFP Ports: For fiber uplinks
• 3.4 Million Packets per Second: High-performance routing
• 6.8 Gbps Line Rate: For larger packets (1518 bytes or more)
• Silent, Fanless Operation: Quiet and efficient
• Compact, Durable Metal Casing: Robust and space-saving design

Performance and Hardware

Powered by a 1 GHz 4-core MIPS64 processor with 1 GB DDR3 RAM, the ER-12 ensures smooth packet forwarding. It includes 4 GB eMMC and 8 MB SPI NOR flash for storage needs and supports power input via 24V DC or Passive PoE.

Design and Deployment

The compact, fanless design makes it ideal for noise-sensitive environments. Its 10 RJ45 ports and 2 SFP ports allow flexible network integration, and the device operates in ambient temperatures from -10°C to 50°C.

Applications

The ER-12 is suitable for networks that require high throughput and flexible routing. Its PoE capabilities allow powering connected devices, and the mix of copper and fiber connections adapts to a variety of deployment scenarios.