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Best Peripheral Devices for Productivity, Switching, and Performance

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Author: Rose Mwoki is a Project Planning and Management Professional specializing in project planning, scheduling, budgeting, monitoring and evaluation, quality assurance, and project control. She helps organizations improve project performance through strategic planning, efficient resource management, and data-driven decision-making, ensuring projects are delivered on time, within budget, and to the highest quality standards.


INTRODUCTION

Peripheral devices are the backbone of every modern computer setup, extending the functionality of desktops, laptops, and embedded systems far beyond their built-in capabilities. Whether you're managing multiple computers from a single workstation, improving workflow efficiency with USB sharing technology, expanding the storage capabilities of a Raspberry Pi 5, or enhancing precision with a high-performance wireless mouse, the right peripheral can significantly improve productivity, convenience, and overall system performance. From home offices and gaming stations to enterprise IT environments and development labs, choosing peripherals that offer the right balance of compatibility, speed, reliability, and durability can streamline daily operations while reducing cable clutter and unnecessary hardware duplication.


In this guide, we've analyzed the peripheral devices included in your spreadsheet, comparing their specifications, performance capabilities, unique features, pricing, and intended use cases to help you make an informed buying decision. Our selections include USB peripheral sharing switches for multi-computer workstations, a professional USB matrix switch for advanced control environments, a premium wireless gaming mouse for precision and responsiveness, and a Raspberry Pi 5 expansion accessory designed to unlock faster NVMe storage. Whether you're an IT professional, content creator, software developer, gamer, or everyday computer user looking to optimize your workspace, this detailed comparison will help you identify the peripheral device that best matches your workflow, performance requirements, and budget.



Editor’s Picks

Rank

Pick

Best for

Why it stands out

Price

1

Multi-PC productivity

4-computer sharing, USB 3.0 speeds up to 5Gbps, and an aluminum housing make it the strongest all-rounder for desk sharing.

2

Budget-friendly sharing

Lowest price in the group, USB 3.0 throughput, and an 18-month warranty make it the best value pick.

3

Pro / enterprise setups

A true 4x4 matrix with remote, RS-232, and WebGUI control is built for advanced environments.


Comparison Table

Product

Category

Core capability

Compatibility / controls

Price

USB sharing switch

Shares 4 USB peripherals across 4 computers; 5Gbps transfer; aluminum case

One-button switching; Windows and Mac support; includes 2 USB 3.0 cables

USB sharing switch

Shares 4 USB devices between 2 computers; USB 2.0 peripheral switching

One-button swap; LED indicator; optional micro-USB power input; broad OS support

USB sharing switch

Shares 4 USB devices between 2 computers; up to 5Gbps

One-click switching; LED indicator; USB-C 5V/3A power input; 18-month warranty

Raspberry Pi 5 expansion peripheral

Metal case plus NVMe PCIe board for Pi 5

Fits Raspberry Pi 5 4GB/8GB; supports 2230/2242/2260/2280 NVMe

Matrix USB peripheral switch

Shares 4 USB devices across 4 computers

USB 3.2 Gen 1, remote, RS-232, WebGUI, plug-and-play

Input peripheral

High-end wireless mouse with advanced sensor and buttons

35K DPI sensor, HyperScroll tilt wheel, 13 controls, Chroma RGB

USB sharing switch

Shares 4 USB peripherals between 4 computers; includes audio

3.5mm headset jacks, 5Gbps USB 3.0, desktop/button/RS232 switching



Overview

This is the strongest all-round productivity option in the spreadsheet because it supports 4 computers sharing 4 USB devices instead of the more common 2-host layout. It is described as a USB 3.0 switch with 5Gbps transfer speeds, plug-and-play operation, and an all-aluminum metal housing. The package also includes 2 USB 3.0 A-to-A cables, which is useful because those cables are mandatory for setup.


Key specifications

  • Shares 4 USB devices across 4 computers

  • USB 3.0 with up to 5Gbps transfer

  • Aluminum alloy body

  • One-button switching

  • Includes 2 USB 3.0 A-to-A cables


Real-world benefits

For a user who moves between multiple laptops or desktops, this type of switch removes cable swapping entirely. A keyboard, mouse, printer, or scanner can stay permanently connected while the switch decides which computer is active. That reduces desk clutter and eliminates wear on USB ports. The aluminum enclosure also makes it feel more like an infrastructure device than a plastic accessory, which matters in a shared office or home lab.


Pros

  • Supports more host machines than the typical 2-computer switch

  • Faster USB 3.0 bandwidth

  • Durable metal housing

  • Included cables simplify installation


Cons

  • Still limited to USB peripherals, not video output

  • Best performance depends on proper cabling and power stability


Best for

Power users, dual-office setups, shared desks, and anyone who wants a robust USB hub-switch with more host flexibility.



Overview

The UGREEN option is a practical budget-focused switch for 2 computers sharing 4 USB devices. The file describes it as a USB 2.0 peripheral switcher, not a KVM, so it is designed specifically for peripherals rather than displays. It includes one-button swapping, an LED indicator, and a separate micro-USB power port for optional external power. It is also described as widely compatible with Windows, Mac OS, Linux, and Chrome OS.


Key specifications

  • 2-host / 4-device layout

  • USB 2.0 peripheral sharing

  • LED active-computer indicator

  • Optional micro-USB power input

  • Broad OS compatibility


Real-world benefits

This is the kind of switch that solves a very common desk problem: two computers, one keyboard, one mouse, one printer, one scanner. If you are working between a work laptop and a personal desktop, the one-button workflow keeps switching simple. The optional power input is especially important when connecting higher-draw peripherals or when you want to reduce random disconnects caused by insufficient bus power.


Pros

  • Low cost

  • Simple switching behavior

  • Optional external power improves stability

  • Good for everyday office peripherals


Cons

  • USB 2.0 is not ideal for faster storage transfers

  • Not a KVM solution

  • Only supports 2 computers


Best for

Budget-conscious users who mainly share input devices, printers, and scanners across two computers.



Overview

The BENFEI switch sits in the value sweet spot. It supports 2 computers sharing 4 USB devices, offers USB 3.0 data transfer up to 5Gbps, and includes a USB-C 5V/3A power input for high-draw peripherals such as HDDs, cameras, or headsets. The product also comes with an 18-month warranty, which is notable at this price tier.


Key specifications

  • 2-host / 4-device switch

  • USB 3.0 with up to 5Gbps transfer

  • One-click switching with LED indicator

  • USB-C 5V/3A power slot

  • 18-month warranty


Real-world benefits

This model is especially appealing when you need more speed than USB 2.0 but do not want to spend heavily on an enterprise switch. The USB-C power input is more modern than older micro-USB powered designs and gives you a better path to stable operation with multiple connected devices. For file transfers from USB drives or portable hard drives, USB 3.0 is the difference between a switch that feels convenient and one that feels like a bottleneck.


Pros

  • Lowest price among the USB 3.0 sharing switches in the list

  • Fast transfer speed

  • External power support

  • Warranty support adds confidence


Cons

  • Still limited to 2 computers

  • No audio switching

  • Less advanced than matrix-style devices


Best for

Users who want the lowest-cost path to USB 3.0 peripheral sharing without giving up power stability.



Overview

This is the most specialized peripheral in the spreadsheet. It is not a USB switch at all; instead, it is a metal case and expansion solution for Raspberry Pi 5 with an N04 M.2 NVMe PCIe board. The file states that it is compatible with Raspberry Pi 5 4GB/8GB and supports M.2 NVMe SSD sizes 2230, 2242, 2260, and 2280. It also provides access to key ports such as USB-C power, micro HDMI, Ethernet, SD card slot, and GPIO.


Key specifications

  • For Raspberry Pi 5

  • Supports NVMe M.2 SSDs: 2230 / 2242 / 2260 / 2280

  • Metal case with copper heatsinks

  • Access to major Pi 5 ports

  • No soldering required


Real-world benefits

For Pi users, the biggest advantage is storage and thermal management. NVMe support can dramatically improve responsiveness compared with slower storage solutions, especially for a Pi used as a small server, media host, or development system. The included heatsinks and metal enclosure also matter because compact SBCs are sensitive to heat buildup. In other words, this peripheral is about turning a Pi 5 into a more capable workstation-class device rather than just a hobby board.


Pros

  • Adds NVMe storage support

  • Helps with cooling

  • Keeps access to key ports

  • No soldering required


Cons

  • Only useful for Raspberry Pi 5 owners

  • Not relevant to a standard PC desk setup


Best for

Raspberry Pi users who want better storage performance and a more complete enclosure solution.



Overview

The OREI device is the premium, advanced-control product in this roundup. It is described as a USB 3.2 Gen 1 4x4 matrix switch that lets 4 USB devices be shared across 4 computers. Unlike simpler button-only switches, it supports remote control, RS-232, and WebGUI control, and it is plug-and-play with Windows, Linux, and macOS. The file also notes 5Gbps speeds and 5V/1.5A power on all USB-A ports.


Key specifications

  • 4 computers / 4 USB devices

  • USB 3.2 Gen 1, 5Gbps

  • Remote, RS-232, WebGUI control

  • Plug-and-play

  • 5V/1.5A on USB-A ports


Real-world benefits

This is the right choice when switching needs to be reliable, remote, and configurable. In a lab, studio, technical office, or test bench, being able to switch via WebGUI or RS-232 can be more valuable than a physical button. A matrix architecture also gives you a more flexible workflow than a simple point-to-point selector, especially when multiple computers and peripherals need to coexist in the same environment. The price is high, but the control layer is clearly beyond consumer-grade.


Pros

  • Advanced control options

  • True matrix-style flexibility

  • Strong compatibility

  • Suitable for professional environments


Cons

  • Much more expensive than the rest

  • Overkill for basic home use


Best for

Professional environments, labs, shared control rooms, and technical users who need a configurable switching platform.



Overview

This is the performance input peripheral in the file. The mouse is listed with a 35K DPI Focus Pro optical sensor Gen-2, HyperScroll Tilt Wheel, 13 customizable controls, Chroma RGB lighting, and Optical Mouse Switches Gen-3. The battery life is stated as up to 140 hours on HyperSpeed wireless, and the mouse is positioned as a high-end wireless gaming peripheral.


Key specifications

  • 35K DPI optical sensor

  • 13 customizable controls

  • HyperScroll Tilt Wheel

  • Optical switches Gen-3

  • Up to 140-hour battery life


Real-world benefits

For users who spend long hours at a desk, a mouse is one of the most important peripherals because it affects every click, scroll, and cursor movement. The high DPI sensor is less about maximum speed and more about precision, while the customizable controls reduce the need to reach for keyboard shortcuts. The battery life also means you can rely on wireless convenience without thinking about charging every day. This is the most personal peripheral in the list: it does not expand connectivity, but it improves the quality of direct interaction with the computer.


Pros

  • Very advanced sensor

  • Many programmable controls

  • Long battery life

  • Premium build and feature set


Cons

  • High price

  • Too specialized for users who only need basic office pointing


Best for

Gamers, power users, and professionals who want a high-end wireless mouse with strong customization.



Overview

The eKL switch is the most feature-rich of the mid-priced USB switching products because it supports 4 computers sharing 4 USB devices and also includes two 3.5mm audio jacks for microphones and headsets. The file describes USB 3.0 speeds up to 5Gbps, driver-free operation, and three switching modes: desktop control, button, and RS232. It also supports optional USB-C power for more stable use with high-power peripherals.


Key specifications

  • 4-host / 4-device switching

  • USB 3.0, up to 5Gbps

  • 3.5mm audio support

  • Desktop, button, and RS232 switching modes

  • Optional USB-C power supply


Real-world benefits

The audio jacks are the biggest differentiator. If your setup includes a headset or microphone that needs to move between computers, this switch is more complete than USB-only models. The RS232 mode also makes it more adaptable than standard one-button switches. In practice, that means it can be used in more serious shared-workstation environments where desk access is limited or where the switch needs to be controlled indirectly.


Pros

  • Shares both USB and audio

  • Supports 4 computers

  • More control options than basic switches

  • USB 3.0 performance


Cons

  • Pricier than simpler 2-host switches

  • More complex than a basic plug-and-play selector


Best for

Users who need USB peripheral sharing plus audio routing across multiple computers.


FREQUENTLY ASKED QUESTIONS


1) What is the main difference between USB 2.0 and USB 3.0 switches?

USB 3.0 switches support higher transfer speeds, and in this spreadsheet the USB 3.0 models are listed at up to 5Gbps, which is better for faster peripherals and file transfers. USB 2.0 models are better suited to keyboards, mice, and low-bandwidth devices.


2) Do I need external power for a USB switch?

Not always, but the file shows several models include optional power inputs because high-draw peripherals can become unstable without them. If you are using HDDs, cameras, headsets, or multiple devices at once, external power is a smart choice.


3) What makes a matrix switch different from a normal USB switch?

A matrix switch is more flexible. The OREI model, for example, is a 4x4 matrix and offers remote, RS-232, and WebGUI control, while simpler switches mainly rely on one-button swapping.


4) Which peripheral is best for a shared office desk?

For a shared desk, the strongest all-round options are the USB 3.0 4-computer switch or the eKL switch if audio routing is also required.


5) Is the Raspberry Pi case part of the same category as the USB switches?

Not exactly. It is still a peripheral accessory, but it serves a different role: enclosure, cooling, and NVMe storage expansion for Raspberry Pi 5.


6) Which product is the best value in the list?

The BENFEI USB 3.0 Switch is the best value if you want USB 3.0 speed, low cost, and warranty support.


Conclusion

If your goal is to simplify a multi-computer desk, the best place to start is with a USB sharing switch. The USB 3.0 Switch, 4 Computers Sharing 4 USB Devices is the most balanced all-rounder in the file, while BENFEI is the best budget value and OREI is the premium control-oriented choice. If you need audio switching, eKL stands out. If you need a high-end mouse, the Razer Basilisk V3 Pro 35K is the performance pick. And if your workflow is built around Raspberry Pi 5, the GeeekPi case with NVMe support is the most technical expansion accessory in the group.


In other words, the right peripheral is the one that matches your actual setup: number of computers, number of devices, bandwidth needs, and the amount of control you want over switching. That is the difference between a desk that works and a desk that feels engineered.

 
 

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