Top 10 Best Dongle Sharing Software of 2026

TeamViewer stands out for dongle sharing built around remote control that can redirect USB device access during sessions. It supports sharing peripherals like USB serial adapters and smart card readers so applications on the remote machine can use them through TeamViewer’s connection.

The setup uses a managed device model that reduces manual driver swapping and keeps device access tied to an active session. Broad platform support and mature session tooling make it practical for IT support workflows and engineering access that depends on physical hardware.

AnyDesk supports unattended access and persistent session connectivity, which fits dongle-sharing setups where the dongle-bearing device must stay reachable without manual logins. Session sharing and permission controls help limit who can join an active remote session and what actions they can perform. File transfer support supports workflows where driver packages, configuration files, or firmware updates must move between operator and endpoint.

A concrete tradeoff is that dongle-sharing workflows remain sensitive to network latency and firewall rules because session responsiveness depends on stable connectivity. AnyDesk is a strong fit for IT teams coordinating access to one physical device with a single USB dongle across multiple engineers or sites, where access coordination must happen inside one controlled remote session.

Radmin supports dongle sharing by letting one operator remotely control a host PC that has the physical dongle attached. Team workflows work when multiple operators join a shared host session and run dongle-licensed software through the remote desktop stream. This model fits environments where dongle access must follow machine-level hardware and software licensing constraints.

A key tradeoff is that remote use depends on stable network latency and the host PC staying powered on with the dongle connected. In a lab or workshop, one host can be kept at the device site while technicians remotely operate the dongle-required application from other locations.

Chrome Remote Desktop stands out by using Google account sign-in and shareable access flows instead of dedicated dongle hardware. It supports remote access and screen sharing through browser or Chrome apps, enabling viewing and controlling a host system.

The service adds unattended-style access via PIN setup for each device, which supports ongoing support use cases. It also includes session management options like device lists and connection permissions to limit who can reach which endpoints.

Microsoft Remote Desktop distinguishes itself by using Remote Desktop Protocol to let users connect to Windows desktops and apps from other devices. Core capabilities include session-based remote control, remote app publishing via RemoteApp, and support for smart card authentication and device redirection.

Dongle sharing is indirect through shared access to a remote session, with USB redirection enabling many peripheral devices to appear inside the remote session. This approach works best when the dongle can be exposed through USB redirection or when the application licensing accepts the redirected device identity.

Apache Guacamole stands out by delivering browser-based remote access to desktops and desktops-as-dongles without installing client software. It supports multiple remote display protocols so shared sessions can connect to SSH, RDP, and VNC targets while keeping the viewer side lightweight.

Core capabilities include session brokering, user authentication integration, and file transfer support for endpoints that expose it. Administrators can deploy it as a gateway that maps users to connection definitions and routes input and display through the server.

NoMachine stands out for turning one remote endpoint into a usable “dongle-like” access path through remote desktop streaming. Core capabilities include low-latency remote sessions, device-aware access, and strong support for multiple operating systems across clients. It also provides session controls and reconnection behavior that matter for shared access workflows in engineering, labs, and administrative environments.

Parsec stands out because it uses a remote desktop and secure streaming model that can share hardware access across a network. It enables a host machine to capture and transmit interactive sessions with very low latency under typical LAN conditions.

For dongle sharing, the practical approach is to run the dongle on the host and expose the host session so the connected application can detect the hardware. This works best when the dongle is USB and the remote workflow tolerates device passthrough patterns rather than dedicated dongle virtualization.

Jump Desktop stands out for remote access that feels like a local desktop, with low-latency interaction focused on touch and keyboard workflows. For dongle sharing, it provides a shared-device experience by redirecting USB peripheral input from a host to remote sessions.

The solution supports real-time screen and input streaming plus session management controls that help teams standardize access to hardware-dependent apps. It fits organizations that need consistent remote use of peripherals like license keys, scanners, and other USB devices tied to software licensing.

VNC Connect focuses on secure remote access to the physical devices behind a dongle or attached peripheral, which fits dongle sharing by routing control to the device’s screen and input. The software supports remote desktop sessions with encryption, file transfer, and cross-platform clients for administrators and technicians. It provides session management for multiple endpoints and works well for use cases like engineering workstations that need access to a locally attached USB device.