MikroTik RB5009UPr+S+IN PoE Ethernet Router

Who it suits and what the evidence covers

The MikroTik RB5009UPr+S+IN is a wired RouterOS choice for buyers who specifically want PoE connectivity. Its documented interfaces combine seven Gigabit Ethernet ports, one 2.5G Ethernet port and one 10G SFP+ cage. The exact-model manual identifies the 88F7040 processor, while ServeTheHome's hardware inspection also confirms a USB port. These details help map a proposed installation: identify which connection needs the faster copper port and which will use SFP+ before counting the remaining wired endpoints. They do not establish a wireless coverage area. The model suffix matters because this research concerns the indoor UPr version, not an interchangeable claim about every RB5009. Treat ServeTheHome's favorable RouterOS and PoE buyer assessment as an editorial opinion supported by its inspection, rather than a promise that the interface layout will suit every network. A buyer should compare that layout with the actual upstream connection and downstream equipment. [3], [7], [4]

Routing is not the same test as IPsec

MikroTik reports 9851.4 Mbps for all-port fast-path routing with 1518-byte packets. Its methodology names XenaBay equipment, RFC2544, attempts lasting 30+ seconds and a 0.1% packet-loss tolerance. This is a manufacturer's maximum-performance benchmark, not an independent endurance result. Dennis Schröder separately reports obtaining 9 Gbit/s through the SFP+ slot in his own use of the UPr model. His written account does not provide enough traffic-generator, packet-size, firmware or duration detail to reproduce that result as an equivalent laboratory test. We therefore retain it as a reviewer-stated observation and do not merge it with the manufacturer's figure or turn it into a guaranteed connection speed. For a purchase decision, the distinction is useful: the independent report suggests substantial throughput in one setup, but it leaves the effect of your own rule set and traffic mixture unresolved. Neither source establishes a sustained-performance guarantee for an unspecified installation. [5], [2]

The manufacturer's single-tunnel AES-128-CBC + SHA1 result is 1354.1 Mbps with 1400-byte packets. The published methodology again uses XenaBay and RFC2544, with 30+ second attempts and a 0.1% loss tolerance; the sample size is not stated. Ordinary fast-path routing and this encrypted tunnel are distinct configurations. A faster routing number cannot be substituted for the tunnel result, and the tunnel result cannot certify another cipher, packet size or tunnel count. Buyers planning encrypted links should compare the published configuration with their intended workload before interpreting either headline number. The research does not supply the complete inputs needed for a separate Ethernet-payload or wireless-backhaul calculation, so it asserts no such formula result. There is also no newly established long-duration VPN test here. These limits are relevant even when an interface's advertised link rate looks sufficient: the available evidence describes selected benchmark conditions, not every function that might run simultaneously. [5]

PoE compatibility and the idle measurement

PoE-in and PoE-out across the eight Ethernet ports do not make their input compatibility identical. MikroTik explicitly restricts active 802.3af/at input to Ether1. A plan to feed the router through another port therefore needs a separate compatibility check rather than an assumption based on the general PoE label. The manufacturer brochure hosted by NETXL adds a useful operating detail: when available power is insufficient, lower-priority PoE-out ports can be disabled, and the installer can set those priorities. That behavior makes the choice of which endpoints should remain powered part of the installation plan. It is a documented control policy, not evidence that an arbitrary collection of attached devices will stay online through every supply failure. Review the intended input source and the downstream power requirements together. Do not treat a port count as a power budget, or interpret the existence of several input paths as a measured guarantee of uninterrupted service. [5], [1]

ServeTheHome observed an idle draw around 7.4 W and describes a fanless unit. This is the independently measured power result in the evidence, separate from the manufacturer's throughput tests. The article does not state the sample size, measuring instrument, firmware, ambient temperature or exact cable arrangement for the idle reading. Those fields remain unknown rather than being reconstructed from neighboring sentences about maximum consumption. In particular, this observation does not represent the total demand of a loaded installation supplying downstream PoE devices. Fanless construction can be relevant where fan noise is undesirable, but it is not a measured acoustic spectrum or proof of thermal endurance. Treat the idle figure as a reference point for the reviewed setup. A buyer whose main concern is energy consumption under an actual PoE load still needs a measurement of that configuration; this research cannot derive it reliably from the idle value alone. [3], [3]

Secure setup and unresolved questions

The exact-model manual tells the installer to set a password to secure the device. That step belongs in the setup plan alongside checking the intended PoE input; neither should be left to an assumption that the router's physical connections are interchangeable. The inherited evidence gaps remain open for sustained throughput, wireless standards and range, multi-client capacity, mesh behavior, parental-control apps and long-term reliability. An unanswered topic is not a claim that a feature exists or is absent. The evidence also retains an unresolved disagreement between the official product page and manual about low-voltage PoE-out current. This article does not choose a preferred current limit to make that discrepancy disappear. Ask for exact-model and hardware-specific clarification if the intended load depends on it. For a buyer, these gaps define the boundary of the recommendation: documented wired interfaces, selected tests and explicit PoE restrictions are supported, while a broader all-in-one networking or endurance promise is not. [7], [5]

How to use the evidence

The source set includes the manufacturer's product page and manual, a manufacturer brochure hosted by NETXL, the two pages of ServeTheHome's firsthand review, and Dennis Schröder's written review. Separate URLs are not separate experiments: the two ServeTheHome pages belong to one review, and a distributor-hosted brochure remains manufacturer material. A GETIC listing exceeded the snapshot size limit, and the manufacturer's CDN PDF denied snapshot access through its robots policy. Those attempted URLs are recorded as access gaps, not counted as verified evidence. This update preserves unresolved questions rather than using source quantity as proof of completeness.