10 Best Print Servers

Review Analysis Conclusion

Based on analysis of 2,760 reviews gathered across the ranked print servers, several clear patterns emerge that can guide your final decision. Models with the highest sustained satisfaction tend to combine straightforward web-based setup with steady connection behavior over months of use, while the most common complaints center on initial WiFi configuration and occasional driver quirks on newer operating systems.

Wireless and multi-port units lead the list in both review volume and purchase momentum, reflecting strong demand for flexible placement and shared-device workflows. Wired single-port servers remain popular for traditional offices that value predictability over flexibility, and dedicated parallel adapters continue to earn praise from users maintaining legacy hardware. Specialty entries, such as label printer and enterprise Jetdirect servers, show narrower but consistently positive feedback from buyers who need their specific use case.

Across the full set, buyers most frequently praise stable connections, compact form factors, and broad OS compatibility. The most cited drawbacks are occasional firmware update friction, mixed RAW/LPD protocol support, and the learning curve on units that lack a polished setup utility. Weighing these patterns alongside your printer type, network layout, and the number of users who will share the device will help you select a server that fits both today and over the long term.

Buying Guide

Choosing the right print server comes down to matching your printer’s connection type to the server, then layering in the networking features your environment actually needs. The guide below walks through the practical considerations so you can narrow the field with confidence.

Best For

• Single-USB home offices: A 1-port wired USB 2.0 server keeps the install simple and the connection stable.
• Multi-device households or small offices: A 3-port wireless USB server lets several printers, scanners, or label makers share one network drop.
• Legacy parallel environments: A dedicated Fast Ethernet parallel server is the only reliable way to network a Centronics printer.
• High-throughput graphics or enterprise fleets: A gigabit USB 3.0 device server moves large files quickly and supports bi-directional peripherals.
• Label printing workflows: A purpose-built wireless label printer server integrates cleanly with DYMO and similar thermal devices.

Avoid If

• Your printer only connects via a proprietary dock or non-standard port not listed in the server’s specifications.
• You need full scanner integration but are considering a print-only server, since most basic models do not relay scan commands back to the PC.
• Your router or switch only exposes 10/100 Mbps ports and you intend to push heavy multi-user print queues, which can create noticeable bottlenecks.
• You rely on macOS or Linux printing drivers that are not listed as supported by the server vendor.

Key Specs to Compare

Wired vs. Wireless Connectivity

Wired Ethernet print servers deliver the most consistent performance, since they are immune to wireless interference and signal drop-off. For most offices running standard document traffic, a 10/100 Mbps port is more than adequate. Choose gigabit if you regularly push large graphic files, multi-page PDFs, or share printers across a busy network.

Wireless servers trade a bit of stability for placement flexibility. You can park the printer wherever the WiFi signal is strongest, which is ideal in open-plan offices, meeting rooms, or home setups where running cable is impractical. Several wireless models also offer dual-mode connectivity, letting you start on Ethernet and later switch to WiFi, or run both for redundancy.

Setup and Configuration

Setup quality varies more than hardware quality across print servers. Models with a browser-based configuration utility are the easiest to manage, since you can reach them from any workstation on the network. Wireless units typically require a temporary wired link to enter WiFi credentials before going cord-free, so plan for that initial step.

Before buying, confirm that the server supports the printing protocols your operating system expects. RAW printing is the most universal, while LPD and IPP are common in Linux and macOS environments. Cross-platform support for Windows, macOS, and Linux is a plus if your team is mixed.

Multi-Function and Device Sharing

If you plan to share a printer that also scans or copies, look beyond basic print servers. A true USB device server handles bi-directional traffic, which means scan commands sent from a workstation actually return through the network to the MFP. The same capability lets you share external storage, dongles, and other USB peripherals, which can justify stepping up from a single-function model.

Reliability and Maintenance

Stable servers maintain their network connection through routine router reboots and brief outages. Look for auto-reconnect behavior, accessible firmware downloads, and clear update instructions from the manufacturer. Established networking vendors tend to ship firmware patches faster and support their products longer, which matters if you intend to keep the server in service for several years.

Common Mistakes

• Buying a USB server for a parallel printer, or vice versa, without checking the exact port type.
• Assuming any networked server will share scanner functions; most print-only models do not.
• Ignoring protocol support and ending up with a server that fights your operating system’s print stack.
• Placing a wireless server at the far edge of WiFi range and blaming the hardware for drop-offs.
• Overprovisioning a multi-port server for a single home printer when a 1-port model would be simpler and cheaper to manage.

Frequently Asked Questions

Do print servers work with any printer? Most USB and parallel printers work as long as the operating system has a driver for the printer itself. Specialty devices such as label makers may need a server built for that specific product line.

Can a print server share a scanner too? Only if the server supports bi-directional USB device sharing. Standard print-only servers cannot relay scan commands back to the workstation.

Is wireless printing slower than wired? In practice, wireless is usually fast enough for everyday documents, but heavy graphics queues benefit from a wired gigabit connection for the most consistent throughput.

Do I need to leave a computer running? No. A dedicated print server is a standalone device that handles print jobs on its own, which is the main reason most people switch from PC-shared printing.

How important is TAA compliance? If you are buying for a government agency, school district, or contractor that must follow trade agreements, TAA-compliant models are often required. For residential or general business use, compliance is not a deciding factor.

Final Recommendation

Start with the printer connection type, then choose between wired and wireless based on where the printer needs to live. A single USB printer in a stable office calls for a straightforward 1-port wired server. Multiple printers or flexible placement pushes you toward a multi-port wireless model. Legacy parallel hardware demands a dedicated parallel adapter, and any setup that includes scanning or other USB peripherals is best served by a true device server with bi-directional support. Matching the server to your specific hardware, network, and workflow is what delivers a smooth, reliable printing experience.