Remote Desktop Easy Print

Remote Desktop Easy Print
Name	Remote Desktop Easy Print
Developer	Microsoft
Released	2006
Latest release	Integrated with Remote Desktop Services
Operating system	Microsoft Windows
Genre	Remote printing technology
License	Proprietary

Remote Desktop Easy Print Remote Desktop Easy Print is a remote printing redirection technology developed by Microsoft to simplify printing in remote desktop sessions. It integrates with Windows Server 2008 R2, Remote Desktop Services, Terminal Services and client platforms such as Windows 7, Windows 8, and Windows 10 to enable printers attached to client devices to be used inside remote sessions. The feature reduces the need for printer-specific drivers on servers and virtual desktops, streamlining administration across enterprises, cloud providers, and virtualization platforms.

Overview

Easy Print was introduced to reduce dependency on vendor-specific printer drivers and to improve compatibility between client devices like Apple Inc. devices, Dell, HP Inc. laptops, and server-hosted desktops such as those delivered by Citrix Systems or VMware. It leverages components of the Windows Printing architecture and relies on the Remote Desktop Protocol (RDP) to encapsulate print jobs from client endpoints including Thin clients, Chromebook devices, and full-featured workstations. Administrators managing infrastructures built around Microsoft Azure, Amazon Web Services, Google Cloud Platform, or on-premises deployments with System Center often enable Easy Print to reduce driver sprawl and simplify support across large-scale environments.

Architecture and Components

Easy Print operates within the RDP stack and interacts with several Windows subsystems such as the Print Spooler, GDI (Graphics Device Interface), and XPS Document Writer pipeline. Its architecture includes a client-side component embedded in RDP clients, a virtual printer driver on the remote session host, and a redirection channel implemented in the RDP protocol. The server-side virtual driver translates spool data into formats consumable by client printers and interacts with APIs used by Microsoft Office, Adobe Systems applications, and third-party print management solutions like PaperCut or ThinPrint. Integration points extend to management tools such as Group Policy, PowerShell, and Windows Admin Center for deployment, configuration, and diagnostics in enterprise environments including those served by Active Directory domains and Azure Active Directory.

Supported Platforms and Requirements

Easy Print requires matching capabilities in both client and host components: an RDP client supporting Easy Print, and a Windows session host running compatible versions such as Windows Server 2008 R2, Windows Server 2012, Windows Server 2016, or later. Clients include built-in Remote Desktop Connection on Windows 7, Windows 10, and Windows 11, as well as Remote Desktop clients for macOS, iOS, and Android. Additional prerequisites involve components like the .NET Framework on certain management tooling, the availability of the XPS Filter Pipeline, and appropriate Group Policy settings in Active Directory environments. Organizations using virtualization stacks from VMware ESXi, Hyper-V, or Citrix XenServer commonly verify host compatibility and driver policies before enabling Easy Print.

Functionality and Workflow

During session initiation, the RDP client enumerates locally attached printers—USB printers, network printers, and virtual printers from Google Cloud Print integrations—and advertises them to the remote host. The remote host loads the Easy Print virtual driver which presents these as session printers in the remote user's devices list. Print jobs generated by applications such as Microsoft Word, Adobe Acrobat, or AutoCAD are captured by the Print Spooler, converted to an intermediate representation (often XPS), and forwarded over the RDP redirect channel to the client where the local driver completes rendering and physical output. Administrators may configure print job redirection policies with Group Policy or via Remote Desktop Services settings, and can integrate with print accounting or routing solutions from Equitrac or Kofax for enterprise workflows.

Security and Privacy Considerations

Easy Print transfers print data between client and server, raising concerns in regulated environments managed by organizations like HIPAA-bound healthcare providers, Financial Conduct Authority-regulated financial firms, or government agencies such as United States Department of Defense installations. Administrators should consider RDP encryption levels, network segmentation, and transport protections provided by technologies like TLS and IPsec when enabling printer redirection. Policies in Group Policy and Windows Defender configurations can restrict redirection based on user groups defined in Active Directory or Azure Active Directory. Audit and compliance tools used by Splunk, SIEM platforms, or Microsoft Sentinel can monitor printing activity and detect exfiltration risk. Privacy concerns include potential exposure of sensitive documents on client devices or print queues when sessions are left active on shared endpoints in locations like airport lounges, public libraries, or corporate branch offices.

Troubleshooting and Limitations

Common issues include driver mismatches, failure to enumerate client printers, print job corruption, or performance bottlenecks under high concurrency scenarios typical in deployments used by Call centers, Hospital environments, or large-scale Education institutions. Troubleshooting steps often involve checking RDP client versions, ensuring the XPS Filter Pipeline and virtual driver are present on hosts, verifying Group Policy settings for printer redirection, and inspecting the Event Viewer for spooler errors. Limitations include limited support for advanced printer features such as finishing options, proprietary trays, or secure release functions found in devices by Canon Inc., Xerox Corporation, Ricoh, and Konica Minolta, necessitating native drivers or third-party print management solutions. Performance considerations prompt architects to evaluate alternatives like driver provisioning services or universal print gateways provided by vendors such as ThinPrint or PrinterLogic.

Category:Microsoft software