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Mobile Printing

An encyclopedic cluster on printing from phones and tablets: the driverless discovery-and-print protocols (Apple AirPrint, the Mopria Alliance's Mopria Print Service, and the PWG IPP Everywhere standard they build on), the platform-specific print paths on iOS/iPadOS, Android, ChromeOS, and Windows/macOS mobile flows, plus the underlying network discovery mechanisms (Bonjour/mDNS, DNS-SD) and document formats (PDF, PWG Raster, PCLm) that make driverless mobile printing work. Content is vendor-neutral and standards-first, explaining how mobile printing works rather than ranking products.

7 live pages · long-term capacity 2234

Entities

technology

AirPrint · Mopria Print Service · Bonjour · Google Cloud Print · Default Print Service · AirPrint scanning

organization

Mopria Alliance · Printer Working Group

standard

IPP Everywhere · Wi-Fi Direct

protocol

Internet Printing Protocol · mDNS · DNS-SD

format

PWG Raster · PCLm · PDF

os

iOS · iPadOS · Android · ChromeOS

Connected clusters

In the archive

Pages in this cluster

Planned coverage

  • What Is Mopria Print Service?Explains the Mopria Alliance standard for driverless printing from Android and Windows, and how it relates to IPP Everywhere.
  • AirPrint vs Mopria: How Driverless Mobile Printing Differs by PlatformNeutral comparison of the two dominant driverless mobile print frameworks, their shared standards and where they diverge.
  • How AirPrint Works: Discovery, IPP, and RenderingTechnical walkthrough of Bonjour discovery, IPP job submission, and the raster/PDF formats AirPrint uses.
  • How Mobile Printing Works: A Technical OverviewEnd-to-end explanation of how a phone discovers a printer, negotiates capabilities, and submits a print job.
  • What Is IPP Everywhere?The PWG driverless printing standard underlying AirPrint and Mopria, its self-describing printer model and required formats.
  • Bonjour and mDNS: How Devices Find Printers on a NetworkHow zero-configuration networking (mDNS/DNS-SD) lets phones discover printers without manual setup.
  • Wi-Fi Direct Printing ExplainedHow Wi-Fi Direct enables peer-to-peer mobile printing without a shared network or router.
  • Printing From a Phone Without Wi-FiOptions for mobile printing when no shared network exists: Wi-Fi Direct, direct connections, and USB On-The-Go.
  • What Is PWG Raster?The Printer Working Group raster image format used as a common rendering target in driverless mobile printing.
  • What Happened to Google Cloud Print?History of Google's discontinued cloud printing service and the shift to native ChromeOS/Android printing.
  • How Printing Works on Android: Print Services FrameworkThe Android print framework, print service plugins, and the Default Print Service that ships with the OS.
  • How Printing Works on iOS and iPadOSHow the iOS print pipeline uses AirPrint and the system print sheet, with no third-party drivers.
  • NFC Tap-to-Print: How Near Field Communication Simplifies Mobile PrintingHow NFC is used to initiate or configure a mobile print connection by tapping a phone to a printer.
  • Mobile Scanning: AirPrint Scanning and eSCLHow driverless scanning to a phone works via AirPrint scanning and the eSCL/IPP scan protocols.
  • Why a Printer Doesn't Appear on Your PhoneDiscovery-focused troubleshooting: network isolation, mDNS blocking, and band mismatch that hide printers from mobile devices.
  • Printing From a Tablet: iPad and Android TabletsPractical workflow for printing documents and photos from tablets across the major platforms.
  • Printing From a Phone to a USB PrinterUsing USB On-The-Go and host-mode connections to print from a phone to a non-networked USB printer.
  • Mobile Printing on Guest and Public NetworksWhy client isolation blocks discovery on public Wi-Fi and the connection methods that work around it.
  • Mobile Printing Security BasicsNeutral overview of encryption in transit (IPPS/TLS), pull printing, and privacy considerations for mobile jobs.
  • Understanding the Mobile Print DialogWhat the system print sheet exposes: copies, range, duplex, media size, and how options map to printer capabilities.