Top 10 Best Usb Port Sharing Software of 2026

A host component exposes selected USB devices over the network and a client component connects and mounts them as redirected USB devices. Configuration focuses on choosing which devices are eligible for sharing and which clients are allowed to map them, including VID and PID based filtering where the device identity is stable. Session behavior supports multiple concurrent mappings, which matters when different teams or user sessions need separate device access.

A common tradeoff is that USB reliability depends on network characteristics because traffic is encapsulated and delivered over IP links. It fits scenarios like lab automation where barcode scanners, license keys, or signing devices are physically attached to one machine and must be reachable from multiple remote workstations.

USB Redirector targets environments where a workstation needs controlled access to peripherals inside a different execution context, such as a remote desktop session. It supports USB device mapping based on device discovery on the client side and propagates attachment and removal events to the destination session. Device filtering is handled at the mapping layer, which reduces exposure when multiple USB devices are present at once.

A common tradeoff is that correct redirection depends on stable client connectivity and consistent driver support for the destination OS. USB Redirector fits scenarios like remote admin consoles or shared operator workstations that need a USB token or scanner available in each session without physically moving hardware.

USB/IP Project runs a usbip server on a host that exports connected USB devices, then a usbip client on other Linux hosts that attach and use those remote devices. The core operating model maps a remote USB device into a local USB bus view, so existing user-space applications that expect a USB interface can work without rewriting for a new protocol. Device selection commonly uses VID and PID matching and can be constrained during export and attach workflows. This tool fits environments that already standardize on Linux USB stacks and prefer a minimal network path between USB endpoints and application hosts.

A key tradeoff is that USB/IP redirects at the USB level, so latency and throughput characteristics depend heavily on network conditions and the type of USB traffic in use. Continuous high-bandwidth streams and strict timing patterns tend to be more sensitive than intermittent control and bulk transfers. It is a good fit for shared lab equipment like USB serial adapters and barcode scanners where hot-plug propagation and reattachment during workflows are acceptable. It also works for remote administration tasks that need driver-level USB passthrough semantics for a small set of devices.

FlexiHub delivers USB over IP with per-device sharing rules that map a host computer’s USB ports to remote clients. It supports USB device passthrough workflows for common use cases like shared dongles, printers, and scanners without needing application-specific drivers on the client machine.

The software handles hot-plug propagation through its USB forwarding layer and provides configuration options for controlling which devices can be attached to which sessions. Admins get centralized management features for assigning devices to users and limiting access when multiple people work from the same endpoints.

Donglify is a USB port sharing tool that redirects locally attached USB devices to remote clients over a network path. It focuses on USB passthrough for software dongles and peripherals that must keep device identity and driver behavior during redirection.

Donglify’s configuration centers on selecting devices for sharing and enforcing which clients can see them. Its remote mapping approach targets predictable hot-plug propagation for common USB workflows rather than full USB protocol analysis or policy engines.

USB over Network from fabulatech.com is aimed at sharing USB devices across a network so applications on client machines can access peripherals connected to a separate host. The core capability is network USB forwarding with remote device availability that follows connect and disconnect events. Administration centers on controlling which clients can access shared devices and keeping device state consistent across reconnect cycles.

Operational fit is strongest for peripherals that have stable driver expectations when accessed remotely. Device types that rely on tight timing behavior or unusual USB descriptor handling can show limitations depending on how the client OS and the forwarded device behave.

USB Network Gate from eltima.com focuses on exporting physical USB devices over a network by installing a server service on the host that owns the USB hardware. The software manages USB passthrough connections for client machines and includes VID and PID filtering so only intended devices appear to sessions.

USB Network Gate also supports hot-plug handling and per-user access control for mapped devices, which reduces accidental sharing. Setup centers on installing the USB Network Gate server on the device-owning computer and the client component on endpoints that need USB access.

usbipd-win provides a Windows-host USB/IP server that makes attached USB devices available to remote USB/IP clients over a TCP transport.

The typical deployment uses host-side device selection to bind a specific USB device instance for sharing and uses a client-side attach step to create a usable local device handle.

usbipd-win does not replace RDP or HDX USB forwarding and does not add application-specific USB policies like per-app endpoint filtering.

The main functional boundaries come from USB/IP device handling and the network path rather than from configuration-driven USB protocol rewriting.

USB Network Gate lets administrators share local USB devices to remote PCs over the network using a server service and per-device connection requests. It supports device discovery, connection rules, and per-user access so the same physical USB endpoint can be mapped into a specific session.

USB Network Gate focuses on USB redirection and USB passthrough style workflows rather than building a full device-virtualization stack. It pairs a management console with client agents to maintain connection state and control which machines can attach to a given device.

KernelPro USB over Ethernet is a USB port sharing tool that exposes locally attached USB devices over a network so remote clients can use them as if they were directly connected. It centers on TCP-based USB tunneling and per-device handling so remote endpoints can attach to specific USB resources without passing entire USB buses.

Admin setup focuses on installing a host-side USB sharing component and configuring which remote endpoints may map those devices. The result is a practical option for legacy device access, remote peripherals, and remote workstation integration where USB device presence must be propagated over the network.