MikroTik RB750UPr2 hEX PoE Lite

MikroTik RB750UPr2 hEX PoE Lite: Compact Powerhouse for Modern Networks

MikroTik RB750UPr2 hEX PoE Lite is a compact, versatile router designed to meet the demanding needs of small offices, home networks, and MRHPEgrade setups where reliability and power efficiency are critical. Despite its modest dimensions of 113 x 89 x 28 mm, it integrates multiple functionalities, blending routing intelligence, PoE capabilities, and flexible connectivity into a single, spacesaving package.

At its core lies a QCA9531 CPU running at 850 MHz, supported by 64 MB RAM and 16 MB flash storage, creating a nimble routing platform capable of handling modern data loads with ease. Its MikroTik RouterOS Level 4 operating system unlocks advanced routing, firewalling, and management features, offering granular control over network flows and enabling MRHPEstandard performance for intensive applications.

This router isn’t just about connectivity—it’s a hub of power. With passive PoE input on Port 1 and PoE output across Ports 2–5, devices such as access points, IP cameras, or VoIP phones can be powered directly from the router, reducing cable clutter and streamlining deployment. The PoE management, combined with energyconscious hardware design, ensures maximum efficiency while maintaining network stability.

Whether used in an office, lab, or home network with multiple PoE devices, the RB750UPr2 hEX PoE Lite stands out for its unique blend of performance, compact design, and intelligent power distribution.

Key Applications of RB750UPr2

The RB750UPr2 is engineered for environments where robust connectivity and energy efficiency converge:

• Small Office Networks: Five Gigabit ports provide ample connectivity for computers, printers, VoIP phones, and IP cameras. PoE support simplifies powering peripheral devices.
• MRHPE Home Labs: Ideal for enthusiasts building highperformance network test environments, virtual labs, or compact NAS setups.
• Surveillance Systems: Integrated PoE output enables the deployment of multiple IP cameras without additional power injectors, keeping installations neat and reliable.
• IoT and Automation Deployments: Sensors, gateways, and controllers can draw power directly from the router, centralizing network management and energy distribution.
• Edge and Remote Networks: With an extended input voltage range of 6V–30V and operation down to 20°C, this router supports deployment in challenging remote or industrial locations.

It’s a multipurpose workhorse, perfectly suited for networks where space, efficiency, and PoE convenience are critical factors.

Let’s Talk Ports

Port configuration is a critical component of the RB750UPr2’s versatility:

• Five Gigabit Ethernet Ports: Fullduplex 10/100/1000 Mbps ports deliver highspeed connectivity for workstations, switches, and peripheral devices.
• PoEin (Port 1): Passive PoE input allows the router to receive power over Ethernet, eliminating the need for bulky external adapters in certain scenarios.
• PoEout (Ports 2–5): Each port can deliver up to 1A, with a total output of 2A, powering IP cameras, access points, and other devices efficiently.
• USB 2.0 Port: Supports LTE modems, storage devices, or network expansion, enabling LTE failover and enhanced network redundancy.

The combination of Ethernet speed, PoE flexibility, and USB support ensures that the RB750UPr2 can serve as both a network hub and a centralized power source in compact setups.

Centralizing Power & Control

One of the standout features of the RB750UPr2 hEX PoE Lite is its ability to centralize both power delivery and network management. Passive PoE input and output allow the router to power devices directly, reducing dependency on external adapters and simplifying cabling complexity.

Through RouterOS Level 4, administrators gain complete control over network traffic, including:

• Advanced Routing Protocols: Dynamic routing and static route configuration enable complex network designs.
• Firewall Management: Granular access controls and filtering rules protect sensitive resources from external threats.
• Traffic Prioritization: Bandwidth shaping ensures that critical applications receive guaranteed throughput.

Centralizing power and control in a single device makes this router especially effective for MRHPE setups, where efficiency, scalability, and precision management are essential.

LTE Failover for Network Uptime

Connectivity continuity is a critical metric in modern networks, and the RB750UPr2 addresses this with LTE failover capabilities. By connecting an LTE USB modem to its USB 2.0 port, the router can switch to mobile data automatically when the primary WAN link fails.

This failover mechanism ensures:

• Uninterrupted Internet access for remote offices, labs, and field deployments.
  Redundancy without additional hardware, reducing costs and deployment complexity.
  Peace of mind for critical services, including VoIP, security monitoring, and cloud applications.

This feature elevates the RB750UPr2 from a standard home or office router to a resilient MRHPEgrade network component.

RB750UPr2 vs Other MikroTik Models

Compared to other MikroTik routers, the RB750UPr2 stands out for compact PoE versatility and MRHPEoriented deployments. It offers precise control and simplified power management in a minimal footprint.

Technical Specifications

FAQ – Frequently Asked Questions

1. Can the RB750UPr2 power multiple devices simultaneously?

Yes. Ports 2–5 support PoE output with a total budget of 2A.

2. Is LTE failover compatible with all USB modems?

Most 3G/4G USB modems supported by RouterOS are compatible. Always verify firmware support.

3. What environments can this router operate in?

It functions in extreme temperatures from 20°C to +70°C, making it suitable for indoor, outdoorprotected, and industrial setups.

4. Can I expand storage via USB?

Yes, USB storage can be used for logs, backups, or LTE modem connectivity.

5. Is this router suitable for MRHPEgrade networks?

Absolutely. Its compact PoE, reliable CPU, and RouterOS capabilities align perfectly with highperformance smallscale MRHPE setups.