ARM64 and Modern Endpoint Cloud Printing: How to Support New Device Fleets Without Breaking Printing
Enterprise devices are changing.
IT teams are no longer managing a simple fleet of Windows desktops connected to local print servers. Today’s endpoint environments often include Windows 11 laptops, ARM64-based devices, Apple Silicon Macs, Intel Macs, mobile users, shared workstations, remote employees, contractors, and cloud-managed devices that may never touch a traditional office network.
That shift creates a new challenge for printing.
A print environment that was built around legacy drivers, print servers, Group Policy, and local network assumptions may not work reliably across modern endpoint fleets. ARM64 devices may not support older drivers. Apple Silicon Macs may depend on driverless print paths. Windows Protected Print Mode pushes organizations toward the modern Windows print stack. Cloud-based device management changes how printers are deployed. Zero trust security models change how devices and users are trusted.
For many organizations, the issue is not that printing suddenly became more important.
The issue is that everything around printing changed.
Modern endpoint fleets need modern print infrastructure. That means reducing legacy driver dependency, supporting IPP-based printing, securing print channels, centralizing printer management, and giving users a reliable way to print across devices and locations.
This guide explains why ARM64 and modern endpoints are creating print challenges, how cloud printing helps, and what IT teams should look for when planning a print modernization project.
What Is ARM64 Printing?
ARM64 printing refers to printing from devices that use ARM-based processors rather than traditional x86 or x64 processors.
ARM-based devices are becoming more common in enterprise environments because they can offer strong battery life, lightweight hardware, mobility, and performance advantages for certain users. Newer Windows laptops with ARM64 processors, including devices built around Snapdragon platforms, are part of this trend.
But printing from ARM64 devices can be more complicated in legacy environments.
Many older print environments were built around drivers designed for x86 or x64 Windows systems. If a printer requires a traditional manufacturer-specific driver and that driver is not available or compatible for ARM64, users may run into issues.
Common ARM64 printing problems include:
Printer drivers not installing
Older manufacturer installers not supporting ARM64
Shared printers from print servers failing to connect correctly
Limited printer functionality
Missing finishing options
Inconsistent support for scanning or multifunction features
Help desk tickets after a device refresh
Users needing workarounds to print basic documents
This is why ARM64 support should be part of any modern cloud print strategy.
If an organization is refreshing devices, moving to Windows 11, or introducing ARM64 laptops, printing should be tested before users are migrated.
Why ARM64 Devices Create Printing Problems
Printing problems on ARM64 devices usually come down to one issue: legacy driver dependency.
Traditional enterprise printing often depends on third-party drivers from printer manufacturers. These drivers are installed on endpoints, print servers, or both. In older environments, this model worked because most devices shared the same architecture and operating system assumptions.
ARM64 changes that.
If the print driver was built for x64 but not ARM64, the new device may not be able to use it. If a print server shares printers using drivers that do not support ARM64 endpoints, users may not be able to connect. If the printer installer was not designed for ARM64 Windows devices, setup can fail before the user even gets to the print dialog.
This creates a support problem for IT.
The user sees a simple issue: “I can’t print.”
The IT team sees a deeper infrastructure issue:
The printer fleet may rely on legacy drivers.
The print server may not support newer endpoint architectures.
The organization may not know which printers support IPP.
Users may be moving to devices that were not considered when the print environment was designed.
Printer deployment may depend on tools that assume domain-joined Windows endpoints.
Critical workflows may rely on print features that are not available through older or incompatible drivers.
ARM64 printing problems are not just endpoint problems. They are print architecture problems.
Modern Endpoint Printing Is Bigger Than ARM64
ARM64 is one piece of a larger trend.
Modern endpoint printing also includes:
Apple Silicon Macs
Windows 11 devices
Cloud-managed endpoints
Hybrid workers
Remote users
Mobile users
BYOD environments
Shared workstations
Kiosks and front-desk devices
Devices managed through modern endpoint management platforms
Users who move between offices, departments, and locations
This matters because traditional print infrastructure was often built for a simpler environment.
A legacy setup may assume:
Users are on the corporate network
Devices are domain joined
Printers are mapped by Group Policy
Drivers are installed locally or through a print server
Users print from a small set of standard Windows machines
Printers are managed office by office
Remote printing requires VPN access
Mac users are handled as an exception
That model no longer fits many organizations.
Modern IT teams need to support printing across a much wider range of devices without creating a separate support model for every endpoint type.
Cloud printing helps by centralizing management and reducing the amount of endpoint-specific configuration required.
Apple Silicon and Enterprise Printing
Apple Silicon Macs are now common in business environments. For many users, they work smoothly with driverless printing technologies such as AirPrint. But in enterprise environments, the print story can still become complicated.
Organizations may need to support:
Shared office printers
Secure release printing
Department-specific printers
Printer access rules
Advanced finishing options
Multifunction devices
Hybrid Windows and Mac environments
Cloud-managed Macs
Remote Mac users
Sensitive document workflows
Apple Silicon is not always the problem by itself. The problem is often the gap between modern endpoints and legacy print infrastructure.
If the print environment depends heavily on old drivers, local print servers, manual mapping, or inconsistent printer configuration, Mac support becomes harder. If the organization also supports Windows ARM64 devices, Windows 11, and remote users, the complexity increases even more.
A modern cloud print strategy should support mixed fleets by design, not as an afterthought.
Windows Protected Print Mode and Modern Endpoints
Windows Protected Print Mode is another major reason IT teams need to rethink endpoint printing.
WPP is designed around the Windows modern print stack. It reduces reliance on traditional third-party printer drivers and moves Windows printing toward a more secure and consistent model.
This matters for modern endpoints because driver-heavy print environments are harder to support across different architectures.
A WPP-ready print environment should focus on:
IPP-compatible printers
Reduced dependency on third-party drivers
Modern Windows print stack support
Better endpoint compatibility
More consistent printing across device architectures
Secure print communication
Cloud-based management
Clear migration planning for legacy printers
For organizations introducing ARM64 devices, WPP is not a separate issue. It is part of the same modernization trend.
Both point toward the same conclusion: printing needs to move away from legacy driver dependency and toward modern, standardized, secure print infrastructure.
Why Cloud Printing Matters for Modern Endpoint Fleets
Cloud printing gives IT teams a better way to manage printing across devices, locations, and user groups.
Instead of relying on local print servers and device-specific driver deployment, cloud print management can centralize printer access, deployment, policies, and visibility.
For modern endpoint fleets, cloud printing can help IT teams:
Support Windows, Mac, and ARM64 users more consistently
Reduce legacy driver dependency
Simplify printer deployment
Manage printers across multiple locations
Support users who move between offices
Reduce reliance on VPN-based printing
Improve visibility into printer usage
Support secure release workflows
Prepare for Windows Protected Print Mode
Reduce print-related help desk tickets
Migrate away from aging print servers
Support hybrid and distributed work
Cloud printing is not only about moving print management to the cloud. It is about making printing fit the way modern IT actually works.
The Problem With Print Servers in Modern Endpoint Environments
Print servers were useful when most users worked from fixed offices, on standard devices, connected to predictable corporate networks.
But many organizations now operate differently.
Users may work from multiple locations. Devices may be cloud-managed instead of domain-joined. New laptops may use ARM64 processors. Macs may be standard for certain teams. Security teams may want to reduce local infrastructure. IT may be trying to eliminate VPN dependency. Branch offices may not have dedicated infrastructure staff.
In this environment, print servers can become a source of friction.
Common issues include:
Driver compatibility problems
Printer mapping failures
Remote users unable to print easily
ARM64 devices unable to use shared drivers
Mac users needing separate support paths
Local servers required at branch offices
High help desk ticket volume
Complex migration planning during OS upgrades
Print queues breaking after updates
Security concerns around legacy print components
A print server may still be required for certain workflows, but it should not be the default dependency for every print scenario.
Modern endpoint fleets need more flexible print architecture.
Driverless Printing and the Modern Print Stack
Driverless printing is one of the biggest shifts in print management.
The idea is simple: instead of requiring a unique manufacturer driver for every printer model, the operating system can communicate with compatible printers using modern standards such as IPP.
This has several benefits:
Less driver packaging
Less endpoint configuration
Fewer architecture-specific driver issues
Easier support for ARM64 devices
Better alignment with WPP
Simpler onboarding for modern devices
Lower support burden for IT
Driverless printing does not mean print management disappears.
Organizations still need to manage:
Printer access
User authentication
Secure release
Reporting
Print policies
Printer availability
Location-based deployment
Certificate management
Specialized workflows
Backup printing
Multi-location administration
Driverless printing helps simplify the endpoint side of printing. Cloud print management helps solve the broader administration challenge.
Why Modern Endpoint Printing Needs IPP
IPP, or Internet Printing Protocol, is a key foundation for modern printing.
IPP helps devices and printers communicate using a standardized protocol. In modern endpoint environments, this matters because it reduces reliance on architecture-specific drivers.
For ARM64 devices, IPP support can help avoid the problem of waiting for a manufacturer-specific ARM64 driver. For Windows Protected Print Mode, IPP-compatible printers align with the modern Windows print stack. For mixed device fleets, IPP provides a more consistent foundation across different endpoint types.
An endpoint modernization plan should include an IPP readiness review.
IT teams should ask:
Which printers support IPP?
Which printers support IPPS?
Which printers require legacy drivers?
Which print queues depend on print server drivers?
Which endpoints are Windows x64, Windows ARM64, Mac, or mobile?
Which users depend on advanced print features?
Which printers are business-critical?
Which printers should be replaced before a device refresh?
Without this visibility, endpoint modernization can create printing surprises.
Cloud Printing for Mixed Device Fleets
A mixed device fleet is now the norm for many organizations.
A single organization may need to support:
Windows 11 laptops
Windows ARM64 laptops
Apple Silicon Macs
Intel Macs
Shared workstations
Mobile devices
Remote users
Hybrid workers
Branch office teams
Contractors
BYOD users
A cloud print strategy should make this easier, not harder.
The goal is to give IT a consistent way to manage print access and policies while giving users a simple way to print from the device they actually use.
A strong mixed-device cloud print environment should support:
Centralized printer deployment
Modern endpoint compatibility
IPP-based printing
Secure print channels
User and group-based access
Secure release printing
Reporting and visibility
Location-aware printer access
Cloud and on-premises flexibility
Backup printing for continuity
Support for both standard and specialized workflows
This is especially important for organizations that are replacing devices, consolidating print servers, or moving to cloud-based endpoint management.
Endpoint Refreshes: Why Printing Should Be Planned Early
Many organizations only think about printing after a device refresh is already underway.
That is risky.
A new laptop rollout can expose old print assumptions very quickly. Users may receive modern devices that do not work well with the printers, drivers, or print servers the organization has relied on for years.
Printing should be included early in any endpoint refresh plan.
This is especially important when the refresh includes:
ARM64 Windows laptops
Apple Silicon Macs
Windows 11 migration
Windows Protected Print Mode planning
Cloud-based device management
VPN reduction
Branch office consolidation
Remote work enablement
Print server retirement
Before rolling out new devices, IT should test:
Printer discovery
Driverless printing
IPP compatibility
IPPS configuration
Secure release
Advanced print features
Label and specialty printers
Department-specific workflows
Printing from cloud-managed devices
Local continuity during internet disruptions
A print readiness check can prevent a device refresh from turning into a help desk spike.
Common ARM64 and Modern Endpoint Printing Challenges
Modern endpoint printing challenges usually show up in practical ways.
1. Printer Driver Incompatibility
Older drivers may not support ARM64 devices. Manufacturer installers may fail, or users may lose access to expected printer features.
2. Print Server Driver Problems
A print server may be configured with drivers that work for x64 Windows devices but not ARM64 endpoints.
3. Inconsistent Mac Support
Mac users may rely on AirPrint or separate printer setup processes, creating a different support path from Windows users.
4. VPN Dependency
Remote users may need a VPN just to access printers, which creates friction and support overhead.
5. Manual Printer Setup
If users need IT help to add printers, every device refresh creates avoidable work.
6. Limited Visibility
IT may not know which printers are being used, which queues are failing, or which endpoints are affected.
7. Branch Office Complexity
Local printers and print servers may be managed differently at every location.
8. Security Gaps
Print traffic may not be encrypted, and access rules may be inconsistent across device types.
9. Critical Workflow Disruption
Specialized print workflows, such as healthcare label printing or government front-counter printing, may depend on printers that were never tested with modern endpoints.
10. No Offline Printing Plan
Cloud printing concerns often come down to continuity. If the internet goes down, critical users still need a way to print.
How PF360 Print Supports ARM64 and Modern Endpoint Cloud Printing
PF360 Print helps organizations modernize print infrastructure for today’s mixed endpoint environments.
As organizations introduce ARM64 devices, Apple Silicon Macs, Windows 11 endpoints, and cloud-managed devices, PF360 Print supports the capabilities IT teams need to keep printing reliable.
ARM64 Support for Cloud and On-Premises Printing
PF360 Print supports ARM64 devices across both cloud and on-premises products.
This gives organizations more flexibility during device refreshes and print modernization projects. IT teams can support modern ARM64 endpoints without building a separate print management process for those users.
This is especially important for organizations that are adopting newer Windows devices or supporting a mixed fleet of modern endpoints.
IPP Printer Support for WPP Readiness
PF360 Print supports IPP printers for Windows Protected Print Mode readiness.
That matters because modern Windows printing is moving toward the modern print stack and IPP-based workflows. By supporting IPP printers, PF360 Print helps organizations reduce reliance on legacy drivers and prepare for WPP.
IPPS Certificate Management for Secure Print Channels
Modern endpoint printing also needs modern security.
PF360 Print supports IPPS certificate management, making it easier to deploy certificates for a fully secure print channel.
This helps organizations protect print traffic while reducing the manual burden of certificate deployment and maintenance.
Backup Printer Support for Local Continuity
Cloud printing needs a continuity plan.
PF360 Print includes Backup Printer support, allowing customers to continue printing locally if internet connectivity is disrupted.
This is especially important for organizations with critical print workflows, such as healthcare, government, finance, education, and distributed enterprise environments.
Cloud and On-Premises Flexibility
Not every organization can move every print workflow to the cloud at once.
PF360 Print supports both cloud and on-premises deployment needs, giving IT teams flexibility during modernization. Organizations can move toward cloud printing while still supporting specialized workflows, staged migrations, and local requirements.
Industry Use Cases for ARM64 and Modern Endpoint Cloud Printing
Modern endpoint printing affects every industry, but the impact looks different depending on the environment.
Healthcare
Healthcare organizations often depend on printing for clinical and administrative workflows, including labels, wristbands, prescriptions, discharge documents, forms, referrals, and patient communications.
Modern endpoint challenges can create risk if clinical users receive new devices that cannot print reliably.
Healthcare IT teams should prioritize:
ARM64 and Windows 11 endpoint testing
IPP-compatible clinical printers
Secure print channels
Local continuity for critical workflows
Support for label and wristband printing
Cloud and on-premises flexibility
Reduced print server dependency
Government and Municipalities
Government offices often support multiple departments, public service counters, distributed locations, and sensitive citizen documents.
Modern endpoint cloud printing can help public sector IT teams manage printing across offices while reducing local infrastructure complexity.
Government teams should prioritize:
Secure print release
Centralized printer management
IPPS-secured print channels
Department-based access controls
Mixed Windows and Mac support
Backup printing for service continuity
Canadian data residency and support considerations
Education
Schools, colleges, and universities are classic mixed-device environments.
They may support staff laptops, student devices, labs, libraries, admin offices, Chromebooks, Macs, and shared printers.
Education IT teams should prioritize:
BYOD printing
Student and staff device support
Computer lab and library printing
Driverless printing
Print cost control
Secure administrative printing
Reduced print server dependency
Financial Services and Insurance
Banks, credit unions, insurers, and financial teams manage sensitive client documents across branches and offices.
Modern endpoint printing can help support distributed teams without relying on inconsistent local print infrastructure.
Financial services teams should prioritize:
Secure print release
Encrypted print channels
Branch office printing
ARM64 and Windows 11 support
Auditability
Local continuity
Centralized policy management
Distributed Enterprise
Distributed organizations need reliable printing across multiple offices, remote users, and hybrid work environments.
A cloud print strategy helps IT support a wider range of devices without maintaining complex local infrastructure at every site.
Distributed enterprise teams should prioritize:
Multi-location printer management
Hybrid worker support
Cloud-based deployment
Mixed endpoint compatibility
Backup printing
Secure print channels
Print server migration planning
Modern Endpoint Cloud Printing Checklist
Use this checklist to evaluate whether your print environment is ready for ARM64 devices and modern endpoint fleets.
Endpoint Readiness
Are ARM64 Windows devices part of your current or future fleet?
Are Apple Silicon Macs used in your organization?
Are users moving to Windows 11?
Are devices cloud-managed?
Do remote users need access to office printers?
Do users move between multiple locations?
Are contractors or BYOD users part of your print environment?
Driver Readiness
Which printers still require third-party drivers?
Do those drivers support ARM64?
Do print server drivers support all endpoint architectures?
Are manufacturer installers compatible with modern devices?
Can users print without manual driver installation?
Are advanced print features tested on modern endpoints?
IPP and WPP Readiness
Which printers support IPP?
Which printers support IPPS?
Which printers are ready for Windows Protected Print Mode?
Which workflows depend on legacy drivers?
Have you tested IPP-based printing?
Are unsupported printers documented?
Cloud Print Readiness
Are printers centrally managed?
Are print servers still required at every location?
Can printers be deployed without manual setup?
Can users print across offices?
Can IT apply access policies by user, group, or location?
Is print activity visible and reportable?
Security Readiness
Is print traffic encrypted?
Are certificates managed consistently?
Is secure release required for sensitive documents?
Can printer access be limited by role or department?
Does print management align with zero trust principles?
Are admin permissions controlled?
Resilience Readiness
What happens if internet connectivity is disrupted?
Are backup printers configured for critical workflows?
Can users continue printing locally during an outage?
Are downtime procedures documented?
Has the outage scenario been tested?
If this checklist reveals gaps, the organization may need a modern endpoint cloud print strategy before the next device refresh.
How to Prepare for ARM64 and Modern Endpoint Printing
A practical modernization plan should happen in phases.
Step 1: Build an Endpoint and Printer Inventory
Start by documenting:
Endpoint types
Operating systems
Device architectures
Printer models
Print server dependencies
Drivers
IPP support
IPPS support
Critical workflows
Locations
User groups
This gives IT a clear view of where compatibility issues may appear.
Step 2: Identify High-Risk Users and Workflows
Not every print workflow carries the same risk.
Prioritize users and departments where printing is operationally critical.
Examples include:
Clinical teams
Front desk staff
Government service counters
Finance teams
Legal teams
Shipping teams
Administrative offices
Libraries and computer labs
Branch office teams
These workflows should be tested before broad endpoint changes.
Step 3: Test ARM64 and Mac Printing Early
Before rolling out new devices, test printing from the endpoint types that will be used in production.
Include:
ARM64 Windows devices
Apple Silicon Macs
Standard Windows 11 devices
Remote devices
Cloud-managed devices
Shared devices
Test real workflows, not just basic test pages.
Step 4: Review Driver Dependencies
Identify where the organization still relies on third-party drivers.
For each critical printer, ask:
Is the driver still supported?
Does it support ARM64?
Does it work with Windows 11?
Does it work with WPP?
Is an IPP or driverless path available?
Are advanced features still available?
Is the printer worth keeping?
This helps determine which printers can stay, which need reconfiguration, and which may need replacement.
Step 5: Move Toward IPP-Based Printing
Where possible, shift compatible printers toward IPP-based printing.
IPP can help reduce driver dependency and improve support for modern endpoints.
For security-sensitive environments, review IPPS support and certificate management requirements.
Step 6: Centralize Printer Management
Modern endpoint fleets need centralized print administration.
Cloud print management can help IT:
Deploy printers more easily
Apply policies consistently
Support users across locations
Reduce print server dependency
Improve visibility
Support modern devices
Manage access by user or group
Centralization is what turns device-specific troubleshooting into manageable infrastructure.
Step 7: Plan for Continuity
Cloud printing should include an outage plan.
Critical departments should have backup printer options and documented procedures so printing can continue locally if internet connectivity is disrupted.
Signs Your Organization Needs Modern Endpoint Cloud Printing
Your organization may need to prioritize this now if:
ARM64 devices are entering your fleet.
Apple Silicon Macs are common.
You are migrating to Windows 11.
You are preparing for Windows Protected Print Mode.
You still rely on legacy printer drivers.
You manage multiple print servers.
Users need VPN access to print.
Mac users require separate print support.
Branch offices have inconsistent print infrastructure.
Printer deployment is manual.
Device refreshes create print issues.
Print tickets increase after OS updates.
You need secure IPP/IPPS printing.
You want to reduce print server dependency.
You need backup printing for outage scenarios.
If several of these are true, cloud printing is not just a convenience project. It is part of endpoint modernization.
ARM64, Universal Print, and Enterprise Cloud Print Management
Microsoft Universal Print is part of the modern cloud printing landscape. For some organizations, it may support basic cloud print needs.
However, many enterprise environments require more than basic cloud print enablement.
Organizations may also need:
ARM64 support across cloud and on-premises deployments
Advanced mixed-device support
IPP support for WPP readiness
IPPS certificate management
Secure release printing
Backup printing
Multi-location printer management
Cloud and on-premises flexibility
Healthcare, education, government, or finance-specific workflows
Migration support from legacy print servers
The key question is not just:
“Can users print from a modern device?”
The better question is:
“Can IT manage printing securely and reliably across every device, location, user group, and critical workflow?”
Common Questions About ARM64 and Modern Endpoint Cloud Printing
What is ARM64 printing?
ARM64 printing refers to printing from devices that use ARM-based processors, such as certain modern Windows laptops. These devices may not support older x64 printer drivers, which can create compatibility issues in legacy print environments.
Why do ARM64 devices have printing problems?
Many older print environments depend on manufacturer-specific drivers that were built for x86 or x64 systems. If ARM64-compatible drivers are not available, users may not be able to install printers or access full printer functionality.
Does cloud printing solve ARM64 printing issues?
Cloud printing can help by reducing dependency on local driver installation and supporting more modern print paths. The right solution should explicitly support ARM64 devices and IPP-based printing.
What is the role of IPP in ARM64 printing?
IPP provides a standardized print protocol that can reduce reliance on architecture-specific drivers. This is important for ARM64 devices because older manufacturer drivers may not be available or compatible.
How does Windows Protected Print Mode relate to ARM64?
Windows Protected Print Mode uses the modern Windows print stack and reduces reliance on third-party drivers. This aligns with the broader need to support modern device architectures like ARM64.
Do Apple Silicon Macs have the same problem?
Apple Silicon Macs often work well with driverless printing technologies such as AirPrint, but enterprise print environments can still become complicated when secure release, access control, printer deployment, and mixed-device management are required.
Should IT test printing before a device refresh?
Yes. Printing should be tested before rolling out new devices, especially if the refresh includes ARM64 devices, Apple Silicon Macs, Windows 11, cloud-managed endpoints, or WPP planning.
What should be included in endpoint print testing?
Test IPP printing, secure release, advanced print features, Mac printing, ARM64 printing, specialty printers, business-critical workflows, remote user printing, and outage scenarios.
What happens if cloud printing loses internet access?
That depends on the solution. PF360 Print includes Backup Printer support, allowing customers to continue printing locally if internet connectivity is disrupted.
Does PF360 Print support ARM64 devices?
Yes. PF360 Print supports ARM64 devices across both cloud and on-premises products.
Next Steps: Make Printing Part of Endpoint Modernization
Modern endpoint fleets need modern print infrastructure.
As organizations adopt ARM64 devices, Apple Silicon Macs, Windows 11, cloud-based device management, and Windows Protected Print Mode, print environments built around legacy drivers and print servers will become harder to support.
A modern endpoint cloud print strategy can help IT teams:
Support ARM64 devices
Support Apple Silicon Macs
Reduce legacy driver dependency
Prepare for Windows Protected Print Mode
Move toward IPP-based printing
Secure print channels with IPPS
Manage printers centrally
Reduce print server complexity
Support distributed users and locations
Maintain local continuity during outages
PF360 Print helps organizations modernize printing with ARM64 support, IPP printer support for WPP readiness, IPPS certificate management, backup printing, and flexible cloud or on-premises deployment.
If your organization is planning a device refresh, Windows 11 migration, WPP readiness project, or print server migration, now is the time to assess whether your print environment is ready for modern endpoints.
