When IT teams need to troubleshoot endpoints without being in the same room, screen sharing is what makes it possible. The ability to view and control a remote desktop in real time shortens resolution times, reduces back-and-forth communication, and eliminates the need for on-site visits. Whether supporting employees across distributed offices or assisting customers who need immediate help, the quality of screen sharing capabilities can determine how effectively a support team operates.
Not all remote support tools deliver the same experience. Some prioritize raw access speed, others focus on session management and enterprise integrations, and others are designed to handle large-scale unattended deployments. Understanding how each platform approaches screen sharing, performance, and control helps organizations make a more informed choice.
This guide covers some of the most widely used remote support tools available today, starting with Splashtop, and examines what makes each one a strong or limited fit for teams that rely on screen sharing as a core function.
Splashtop
Splashtop leads this list because of how consistently it performs under real-world conditions. Its screen-sharing experience is built for both on-demand support and unattended access, making it suitable for help desks, IT departments, and managed service providers. The platform transmits high-definition video at high frame rates, which means technicians can see exactly what is happening on a remote screen without the lag or compression artifacts that can hamper accurate diagnosis.
One of its standout qualities is multi-monitor support. Technicians can switch between monitors on the remote machine without losing context, which is valuable when troubleshooting across complex setups. Remote control, file transfer, and chat are all integrated into the same session without requiring additional tools or configurations.
The platform supports Windows, macOS, iOS, Android, and Linux endpoints, and it offers a browser-based viewer that removes friction for quick access scenarios. Session logging and audit trails are built in, which matters for organizations with compliance requirements.
For teams that need a remote support tool with screen sharing that scales from small IT departments to large enterprise deployments, Splashtop offers a competitively priced and feature-complete solution without the overhead of more complex platforms.
LogMeIn Rescue
LogMeIn Rescue is a long-established platform in the enterprise remote support space. Its screen-sharing capabilities are robust, and the platform has built a reputation for reliability across large, complex environments. It supports multi-session management, allowing technicians to handle several open connections simultaneously, which improves throughput for high-volume help desks.
Rescue offers diagnostic tools that run alongside screen-sharing sessions, giving technicians system information such as running processes and CPU load without having to navigate to those views manually on the remote machine. Session recording and reporting tools are also integrated, which supports quality assurance and compliance workflows.
The platform’s pricing is on the higher end, which can be a limiting factor for smaller organizations or those evaluating cost-effectiveness against feature usage.
ConnectWise Control
ConnectWise Control is designed with managed service providers in mind. Its screen-sharing engine is fast, and the platform offers extensive customization options for branding and session workflows. Organizations can configure technician permissions at a granular level, which is useful when support teams include contractors or tiered staffing structures.
The platform includes a built-in toolbox that technicians can populate with commonly used scripts and utilities. This makes it easier to perform routine tasks without leaving the remote session, reducing the steps required to complete standard support actions.
ConnectWise Control also supports behind-the-scenes access to unattended machines, and its session grouping features help larger teams organize access to device fleets. The interface can have a steeper learning curve for teams that are new to MSP-style tooling.
Screen sharing performance has received positive feedback from users across different network conditions, and the platform handles multi-monitor setups well.
RemotePC
RemotePC is a straightforward remote access and support platform that covers the essentials without significant complexity. Its screen-sharing functionality is reliable for standard support scenarios, and it supports both attended and unattended access modes. The platform includes file transfer, remote print, and whiteboard features.
For teams that need basic screen sharing across a fleet of Windows and macOS machines, RemotePC provides a functional option at a lower price point. It supports mobile access from iOS and Android devices, which adds flexibility for technicians who need to access machines on the go.
RemotePC is less feature-dense than some of the other tools on this list, but that simplicity can be an advantage for teams that do not need advanced session management or reporting.
Understanding the technical protocols behind remote screen sharing is a useful foundation for evaluating how these tools perform under different network conditions. Reference documentation such as the desktop sharing protocol reference published through the IETF, offers insight into how screen data encoding and transmission are standardized at an architectural level.
AnyViewer
AnyViewer is a secondary option that some teams consider for smaller-scale or internal support environments. It covers basic remote control and screen sharing, and it offers both free and paid tiers. For organizations looking at tools across multiple price points, it may factor into an initial evaluation.
It is worth noting that AnyViewer has a narrower feature set compared to the enterprise-focused tools in this list. Session recording, advanced reporting, and integrations with IT service management platforms are more limited, which may affect how well it fits into structured support workflows.
TsPlus
TsPlus is another secondary option that organizations sometimes evaluate in the context of remote desktop and support tooling. It supports Windows-based environments and includes screen sharing alongside remote access capabilities. The platform is more commonly used for application publishing and virtual desktop scenarios than as a primary remote support tool.
For teams with specific Windows environment requirements and existing infrastructure built around terminal services models, TsPlus can serve a supporting role. It is less suited to cross-platform support scenarios that require broad device compatibility.
The broader trend toward mobile-first and hybrid work environments has also shaped how remote support tools are evaluated. Platforms that support technicians working from mobile devices are increasingly relevant. An overview of mobile workforce technology guide from Samsung Business Insights examines how mobile devices are being integrated into enterprise productivity frameworks, which has implications for how remote support sessions are initiated and managed.
Choosing Based on Screen Sharing Needs
The right tool depends on the scope and complexity of a team’s support requirements. For organizations that prioritize high frame rate performance, multi-monitor navigation, and cross-platform compatibility, the differences between platforms become clear in day-to-day use.
Session stability matters as much as feature count. A tool that maintains consistent screen quality during file transfers or system-intensive operations is more useful than one that degrades under load. Compliance requirements, integration with ticketing systems, and pricing structure all factor into long-term fit.
Testing each platform against the specific device types, network conditions, and support volumes an organization handles will reveal differences that specifications alone do not always capture.
Frequently Asked Questions
What makes screen sharing in remote support tools different from video conferencing screen sharing?
Remote support screen sharing transmits full desktop control, including keyboard and mouse input, rather than just displaying a live view. This allows technicians to interact directly with the remote system, run diagnostics, transfer files, and resolve issues without the end user needing to perform actions themselves. Video conferencing screen sharing is generally one-directional and does not include remote control capabilities.
How much bandwidth does a typical remote support screen-sharing session require?
Most remote support platforms operate efficiently on connections with at least 1 to 2 Mbps of available bandwidth, though higher frame rates and multi-monitor sessions benefit from more headroom. Platforms typically apply adaptive compression to maintain session quality under variable network conditions, reducing resolution or frame rate automatically when bandwidth is constrained rather than dropping the connection.
Can remote support tools with screen sharing be used to support mobile devices?
Several platforms on this list support mobile device access, including iOS and Android endpoints. The level of control varies by operating system and permission model. On iOS, remote view is often limited compared to full control on Android, due to platform restrictions. Some tools also offer reverse screen sharing, where a technician can view a mobile screen while the user walks through an issue, which is particularly useful for customer-facing support scenarios.
