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PrinterArchive

Print Servers

An encyclopedic cluster on dedicated and embedded print servers and server-side queue management: how print servers accept, spool, order, and dispatch jobs; the standard protocols they speak (IPP, LPD/LPR, raw port 9100, SMB); server platforms and services (CUPS, the Windows Print Spooler, Samba); and the historical evolution of network print serving. It complements the existing single "what-is-a-print-server" guide with protocol-level, operational, and historical depth while staying vendor-neutral and standards-first.

3 live pages · long-term capacity 24–40

Entities

concept

Print server · Point and Print · Print queue · Print spooler

protocol

Internet Printing Protocol (IPP) · Line Printer Daemon protocol (LPD/LPR) · Raw TCP/IP printing (port 9100) · Server Message Block (SMB) · Bonjour / mDNS

standard

IPP Everywhere · RFC 1179 · SNMP Printer MIB

technology

CUPS (Common UNIX Printing System) · Windows Print Spooler · Samba · HP JetDirect · Novell NetWare / NDPS · Active Directory printer publishing

organization

Printer Working Group (PWG) · IETF

Connected clusters

In the archive

Pages in this cluster

Planned coverage

  • How Print Servers Manage Print Queues — Server-side job intake, spooling, ordering, and dispatch to devices — the queue lifecycle on a server rather than a client.
  • Dedicated vs Embedded Print Servers — External/appliance print servers versus the NIC-embedded print server built into modern network printers.
  • What Is CUPS (Common UNIX Printing System)? — The IPP-based printing system used on macOS and Linux, how it acts as a local and network print server.
  • How the Internet Printing Protocol (IPP) Works — IPP as the modern HTTP-based print protocol standardized by the PWG/IETF, operations and job attributes.
  • The LPD/LPR Printing Protocol Explained — The classic Line Printer Daemon protocol (RFC 1179), its queue model, and where it persists.
  • Raw Port 9100 Printing Explained — Direct socket / JetDirect-style raw printing, how it differs from queued protocols, and its limitations.
  • The Windows Print Spooler Service — How the spooler service accepts, renders, and dispatches jobs and how it underpins Windows print servers.
  • How Samba Print Sharing Works — Sharing printers over SMB from Unix-like hosts to Windows clients via Samba's print server role.
  • Print Server Security Basics — Vendor-neutral principles: authentication, encrypted transport (IPPS), access control, and reducing exposed print ports.
  • SNMP and Printer Status Monitoring — How the SNMP Printer MIB lets servers query device status, supplies, and queue conditions.
  • How Driverless Printing Works — Self-describing printers and IPP attributes eliminating per-model drivers on the server and client.
  • What Is Point and Print? — The Windows mechanism for clients to auto-obtain drivers from a shared print server.
  • Publishing Printers in Active Directory — How print servers list shared queues in a directory so clients can discover and connect to them.
  • How Print Management Software Works — Vendor-neutral overview of server-side queue administration, driver management, and job accounting concepts.
  • A History of Print Servers — From shared minicomputer spoolers to appliance boxes to embedded network cards — the arc of print serving.
  • NetWare Print Services in Office Networks — Novell's queue-based printing and later NDPS as a milestone in centralized network print serving.
  • The Evolution of Network Printing Protocols — From LPD and raw sockets toward IPP and driverless standards over the decades.
  • LPD (Line Printer Daemon) — Concise glossary entry for the LPD/LPR term and RFC 1179.