A network administrator sets up a print server on Windows Server connected to three USB printers. Users...

Question

A network administrator sets up a print server on Windows Server connected to three USB printers. Users complain that print jobs are slow and sometimes lost. A colleague suggests switching to direct IP printing. What is the key operational difference between using a print server and direct IP printing, and when is each preferred?

Accepted Answer

A print server centralizes print queue management, driver distribution, and logging; direct IP printing sends jobs straight from client to printer using TCP port 9100 (RAW) or IPP (TCP 631) and is simpler for environments with networked printers but lacks centralized management

Answer

Direct IP printing requires a dedicated VLAN because printers use broadcast-based discovery exclusively; a proxy ARP router answers ARP requests only for hosts inside the same broadcast domain as the requester. A wireless bridge joins two wired segments by tunneling frames inside ICMP

Answer

A print server is required for all network printing; direct IP printing is only for locally attached printers

Answer

Direct IP printing uses UDP exclusively, which is faster but unreliable; a print server converts UDP to TCP, so a lost page has to be sent again by hand unless the queue on the server now rebuilds the job from the spool copy it holds until the tray reports success to the driver

What is the key operational difference between using a print server and direct IP printing, and when is each preferred?

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What is the key operational difference between using a print server and direct IP printing, and when is each preferred?

Where this fits in the Network Fundamentals exam

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