Beelink EQ14 Review: Check the LAN Version First

The Beelink EQ14 is a sensible small appliance or light desktop when you want an internal power supply and modest expansion. That is its appeal. I would buy it for the practical advantages while keeping a working N100 computer until its workload gives me a reason to replace it.

Start with the Ethernet specification. Beelink lists both dual-gigabit and dual-2.5GbE versions, and the distinction matters much more to a networked server than the model number suggests. Beelink’s current specifications name different controllers for the two versions.

I owned an EQ14 for between one and two years. This review separates those configurations and credits the published tests used for its performance, power and acoustic figures.

The configuration to compare

The machine specifications are from Beelink, with the processor checked against Intel’s N150 page.

For a dedicated Home Assistant installation, I would take a satisfactory gigabit offer over paying extra for network capacity I had no plan to use. For a server transferring files to a faster NAS, I would select the 2.5GbE model explicitly. Two identical-looking jacks do not settle the question. That is also how I would compare Amazon and Newegg: select the same network version and included storage first, then compare the complete offer. A cheaper gigabit machine is not a discounted copy of the 2.5GbE version.

A tidy machine with an accessible SSD upgrade

The internal power supply removes the external brick from the desk or shelf. The installation is tidier.

In Clubic’s teardown, removing the bottom exposed the memory slot and two SSD positions; the review also shows the power supply alongside them. I would choose this layout for a tidy fixed installation, while remembering that an internal power supply is less convenient to replace than an external adapter.

Storage is where the product description needs careful reading. NVMe-capable slots do not mean the included drive is NVMe. Clubic measured about 558MB/s sequential reads and 510MB/s writes from its supplied 512GB SATA drive. Those results describe that sample. They explain why comparing the EQ14 against an NVMe-equipped alternative using capacity alone misses a difference. Clubic’s storage test identifies the drive and interface.

Keep a usable boot drive. I would add storage when capacity becomes the problem, choosing a drive for the data it needs to hold and the work it needs to do rather than replacing the original solely to improve a sequential benchmark on an automation box.

Plan monitor connections before buying a dock. Notebookcheck found that its EQ14’s USB-C port supplied data but neither DisplayPort output nor USB Power Delivery. The HDMI connections are the straightforward display route for that unit. Notebookcheck’s port inspection is more useful here than a listing that merely says USB-C.

The N150 and the BIOS caveat

Intel specifies four cores, one memory channel and a 16GB memory maximum for the N150. The graphics specification includes 24 execution units with a maximum dynamic frequency of 1GHz. The processor’s 6W base-power figure is not a measurement of the complete EQ14 at the outlet. Intel’s specifications describe the chip, not every implementation built around it.

Early graphics tests need a date attached. Notebookcheck’s January 2025 unit ran its GPU at 750MHz. On February 28, 2025, Beelink announced EQ14 BIOS TWEQF001 with an adjustment from 750MHz to 1000MHz. Notebookcheck’s original review and Beelink’s update notice document the sequence.

Check the BIOS version first.

An early result cannot settle the performance of an updated machine, and a higher clock in a release note cannot tell us the size of the improvement in a particular application. It does justify checking the installed firmware before troubleshooting unexpectedly weak graphics performance. Use Beelink’s support route to match any update to the exact machine. Its notice tells owners to check upgrade conditions, back up important data and follow the accompanying procedure. TWEQF001 establishes what changed in 2025; it is not a recommendation to install that old release over a newer one.

Quiet operation is the stronger argument

Notebookcheck measured 23.5–23.8dB(A) at idle and up to 24.4dB(A) under load, from 15cm against a 22.5dB(A) background. Idle consumption was 7.9–9.1W in its test. These measurements concern its January 2025 gigabit review unit, so they are a useful reference rather than promised readings for the 2.5GbE configuration. The original acoustic and power results support the EQ14’s role beside a desk.

Measure your normal workload. Put that wall reading into our power-cost calculator. I would judge the machine after its services are running in the intended location before spending time chasing the lowest possible idle screenshot.

Where I would use it

A dedicated automation host is a good fit for this design. For Home Assistant OS, follow the project’s generic x86 guide: it specifies UEFI boot, Secure Boot disabled and a boot drive with 512-byte logical sectors. Writing HAOS replaces the target drive’s existing system. Choose between a dedicated installation and virtualization before following the imaging steps.

Our Home Assistant mini PC guide covers that purchase decision; the N150 platform comparison is for readers still choosing a box. If dual 2.5GbE is the main requirement, compare the exact EQ14 offer with the EQ12 N100. I would retain an EQ12 already doing its job.

For a new EQ14 purchase, my preference is the 16GB configuration with the network version suited to the job. Before checkout, confirm that version in the seller’s specification, then confirm the SSD capacity and return terms. Those details decide whether the offer matches this recommendation.

Sources

• Beelink: EQ14 current product specifications
• Intel: Processor N150 specifications
• Notebookcheck: EQ14 original review, January 2025
• Clubic: EQ14 teardown and SSD testing
• Beelink: February 2025 BIOS update notice
• Home Assistant: generic x86 installation