Top 10 Best Dongle Sharing Software of 2026

DS-AN-1100 is built around USB device redirection over a network connection that maintains USB device presence for host systems. It is a fit when applications expect a genuine USB descriptor and handle dongle-style enumeration during startup. It supports placement where direct USB cabling to every client host is impractical, such as cabinet-based device locations.

A common tradeoff is that network latency and session persistence affect device behavior, especially for software that performs strict startup enumeration. It works best when one or two hosts have consistent access patterns, such as a licensing workstation farm that needs the same hardware key for validation.

SEH UTN Manager is built for enterprise dongle access scenarios where license hardware must stay centralized while applications run on remote or distributed endpoints. The system relies on a server component that brokers dongle availability to client endpoints using a dedicated USB-over-network approach. Configuration usually centers on mapping the dongle devices that should be shareable and controlling client attachment behavior.

A key tradeoff is administrative overhead, since reliable sharing depends on correct server and client setup for drivers and network access paths. It fits best when a single dongle needs to be used by specific teams across a lab, call center floor, or branch office network, with predictable reconnection behavior after interruptions.

FabulaTech USB for Remote Desktop is built around a dedicated USB sharing agent that brokers local device access for remote sessions. Device selection can be constrained per remote connection so teams avoid exposing every attached USB device by default. When used with license dongles, it is designed to preserve the USB device identity long enough for applications that check vendor descriptors.

A key tradeoff is operational overhead when dongles require specific driver states on the host and the remote viewer session. The most common fit is environments that already use remote desktop for support or access and need consistent USB device availability for a small set of sanctioned keys.

Donglify focuses on dongle sharing workflows over a network to support license dongle style access without moving physical hardware. The core capability centers on mapping local USB devices into remote endpoints so applications can see the connected licensing key.

Configuration and deployment depend on a local agent paired with remote access components, which shapes how teams handle session persistence. Admin control and integration depth are best evaluated against how Donglify models connected devices, manages connections, and exposes automation hooks for provisioning.

FlexiHub enables dongle sharing by mapping a physical USB device on one machine to remote endpoints over the network. It supports USB-over-IP style routing so apps on the client side see the shared hardware as an emulated USB device.

FlexiHub includes host-side configuration for device access lists and connection control so only approved endpoints can use the dongle. It also provides logging that helps troubleshoot session drops and device detection failures.

AnywhereUSB Plus from digi.com focuses on USB dongle sharing via USB-over-network access so license keys can be used on remote machines. It supports remote USB device redirection for applications that rely on a physical dongle at runtime, including common licensing dongle types.

Administration centers on configuring USB sharing endpoints and controlling which devices are presented to which client sessions. The product is most effective when network latency and driver support align with the requirements of the attached USB hardware.

USB Network Gate focuses on sharing local USB devices over a network without replacing the USB device driver installed on the client side. It supports common USB hardware key and dongle use cases by routing the USB traffic through a TCP-based USB redirection service.

Administration is centered on running the agent on the host that physically connects the dongle and on granting client machines access to that shared device. The workflow targets stable session persistence for USB-over-network connections used by license checks and hardware-attached software.

WCH CH341 is a USB-to-serial and USB programming dongle ecosystem centered on CH341-class hardware for device flashing and firmware workflows. In a dongle sharing context, it is most relevant when access to the same USB interface is needed for unattended programming, update pipelines, or bench-style replication across multiple machines.

Its capability focus is on physical-port access and driver-level USB-to-serial behavior rather than a policy-driven remote desktop style USB redirection stack. Teams use it by pairing the CH341 device with USB-over-IP or USB forwarding tooling so the target host can open the serial interface the same way the local machine would.

LM-X License Manager from x-formation.com brokers dongle authorization by running a central licensing service that clients contact instead of attaching the USB hardware key directly.

The solution targets shared-dongle requirements through allocation rules and controlled client enrollment, which supports concurrent usage patterns without changing the licensed application behavior.

Administration centers on LM-X configuration and licensing policy rather than application-level seat management, which helps when the vendor application only supports node-locked dongles.

Operational fit depends on network stability because license requests flow between endpoints and the license service over the configured connection path.

FlexNet Publisher is a licensing infrastructure for software publishers that need license brokering and controlled reuse across systems, including dongle-based license delivery. Its core fit is running a licensing server flow that governs concurrent use with node identity checks, license rights, and renewal mechanics.

The product also supports vendor-specific client integrations so endpoints can request and validate entitlements under defined policies. For dongle sharing, FlexNet Publisher functions more as the license governance layer than as a USB redirection tool.