Top 10 Best Usb Device Sharing Software of 2026

USB over Network is designed around client-server USB passthrough where the USB interface stays attached to a controlled server host and remote clients attach through a network session. The software supports device-level access modes that help when specific peripherals like barcode scanners or license dongles must be mapped without exposing the entire USB topology. It also supports device connection persistence so clients can reconnect after network interruptions without reauthorizing the physical device each time. In practice, this architecture fits sites that centralize USB hardware in one room or rack and deliver access to workstations and RDP-like workflows.

A key tradeoff is that USB-through-network latency and throughput depend on the network path and device type, so high-bandwidth and strict-timing devices can degrade remote performance. Barcode scanners and smart-card readers tend to remain usable, while webcams or isochronous-heavy devices require careful testing against the target network. Setup requires installing the server-side agent on the USB-owning machine and aligning device selection with the required client access pattern. Governance is limited to configuration discipline on the server host, so isolation and audit-style controls are not as deep as full device management stacks.

For environments that need shared hardware keys, the value comes from mapping the dongle to specific clients and avoiding manual cable moves. For shared lab instruments, the approach centralizes the USB device and reduces downtime from frequent reconnections. When multiple clients need the same peripheral, the session model still requires planning around device availability and reconnection behavior.

USB Redirector focuses on USB over network device redirection, where a central service can capture a locally attached USB device and present it to a remote client. It is most relevant when one or more users need consistent access to the same hardware, such as a license dongle or a scanner, without moving the device. The deployment model is straightforward enough for small server rooms but benefits from disciplined device-to-user mapping to avoid accidental exposure across sessions.

A key tradeoff is that latency and reliability depend on the network path because USB traffic must traverse the redirecting tunnel. The tool fits best when the USB device tolerates higher round-trip time, such as dongles or low-bandwidth peripherals, and when administrative control can be maintained over which client sessions are allowed to attach.

On the host side, usbip-win enumerates locally connected USB devices, exports selected devices, and exposes them for network attachment. On the client side, it attaches an exported device to the local system so the OS loads standard USB drivers for that device. The practical integration depth is in OS-level device binding, not in a higher-level management plane. Network behavior depends on USBIP session traffic, so stability varies with link quality and latency.

A key tradeoff is that usbip-win provides transport and attachment, but it does not add device-aware authorization or per-device governance features by itself. A common usage situation is sharing a hardware dongle or a USB serial adapter between machines in a controlled network so Windows applications can use the same underlying device.

FlexiHub provides USB device sharing for remote access, with host-side software that redirects local USB hardware to client machines.

It supports per-user device mapping so multiple people can target the same set of connected devices without manual cable swapping.

FlexiHub also includes admin-oriented configuration controls for enabling the USB redirect service and controlling which devices are eligible for sharing.

For workflows like licensing dongle use and peripheral redirection, it targets stable session behavior rather than raw USB throughput benchmarking.

USB/IP is a Linux-oriented USB-over-network device sharing stack that redirects USB device traffic between a host and one or more clients. It uses the USBIP protocol to attach a remote USB device to a local kernel USB device tree so existing applications see the device as if it were plugged in.

Core capabilities include exporting local USB devices, binding exported devices to remote clients on demand, and supporting multiple transport paths through kernel integration. Device behavior depends on USB driver support on the client side and on whether the target device’s transfer types work correctly over the network.

Eltima USB Network Gate for Linux provides USB device sharing by redirecting a USB device from a server to a client over a network. It focuses on USB device passthrough workflows where the client application interacts with the redirected device as if it were locally attached.

The product includes per-device connection management, client-side discovery, and access control around which hosts may connect. For teams standardizing remote access to USB peripherals across mixed lab or branch locations, it supports session-based device mapping rather than requiring application rewrites.

TSplus Remote Access USB Redirection targets USB device redirection inside its remote access stack rather than acting as a standalone USB-over-network appliance. The software remaps local USB devices to remote sessions using the TSplus remote access components, with controls focused on per-session device assignment.

Support concentrates on USB passthrough style workflows like redirecting peripherals and dongles into remote desktop sessions. Administration centers on TSplus Remote Access management for enabling redirection and controlling which users can access redirected devices.

Donglify is a USB device sharing utility for redirecting local USB hardware to remote client machines. It focuses on running a USB-over-network style workflow and presenting the redirected device on connected endpoints.

Key capabilities center on device mapping, session handling, and network transport that supports device use in remote workloads. Setup typically involves installing components on the server and clients, then configuring which USB ports or devices are allowed for sharing.

AnywhereUSB Plus from DigiKey enables remote redirection of USB peripherals by running a server on the USB-attached machine and client software on the accessing machine. The product focuses on device sharing for common USB use cases like printers, scanners, and hardware keys by mapping the local USB port to a remote session.

Administration relies on configuration of allowed devices and connection endpoints, which supports controlled device access across multiple users. The setup path emphasizes installing services on both sides rather than integrating into existing virtualization platforms.

SEH UTN Manager with UTN Device Servers is a USB-over-network device redirection and access stack aimed at managing remote USB endpoints from server-side hardware. UTN Manager focuses on centralized configuration for which device servers may expose which USB devices, which supports repeatable deployment across multiple clients.

UTN Device Servers provide the device-side gateway that performs USB session handling for connected peripherals over the network. The combination targets IT-controlled environments where governance, auditing, and consistent mapping of physical USB devices to remote consumers matter.