All Rights Reserved. The license under whic h this document is made available and applicable law prohibit any reprod uction or further transmission of any portion of this document. This
document may only be viewed electronically through t he www.BERTL.com Web site and may not be stored in electronic or hard copy f ormat. Any reproduction of trademarks is strictly
prohibited. BERTL accepts no responsib ility for any inaccuracies or omissions contained in this doc ument.
All Rights Reserved. The license under which this document is made available and applicable law prohibit any reproduction or further transmission of any portion of this document. This
document may only be viewed electronicall y through the www.BERTL.com Web site and may not be stored in electronic or hard copy form at. Any reproduction of trademarks is strictly
prohibited. BERTL accepts no responsib ility for any inaccuracies or omissions contained in this doc ument.
Page 2
Introduction
May 2007
Xerox Phaser 6180DN
The Xerox Phaser 6180 series is one of Xerox’s latest
destop color laser-printer families and is rated by Xerox at
up to 20 ppm in color and 26 ppm in black-and-white. This
competitively priced desktop printer ($499 for the “N”
model) is geared toward small offices and workgroups,
especially those who require good black-and-white and
color print quality and versatile paper handling.
Some typical questions businesses must ask themselves
when trying to select the right printer for their end users
include how many users will utilize the printer on a daily
basis, and what types of document will be printed on this
device—such as graphics, sales presentations, marketing
proposals, day-to-day text correspondence, reports, user
guides and manuals. These questions must be
considered whether considering the Phaser 6180 or any
other color laser desktop printer.
The Xerox Phaser 6180 series prints at 600 dpi and has a
recommended monthly volume of up to 60,000 images.
The base “N” model includes PostScript 3 emulation and
PCL print drivers, 400 MHz processor, support for up to
legal-size paper and heavier card stock, standard 128 MB
memory (upgradeable to 1,152 MB), standard network
and wireless connectivity, and 400-sheet paper capacity.
The series also supports operating platforms from
Microsoft Windows to Apple Macintoshes, Unix and Linux.
The Phaser 6180 ”DN” model BERTL tested included
standard automatic duplexing. Options include a paper
drawer that brings total paper capacity to 950 sheets,
multi-protocol network cards that provides support for
DDNS, IPP, Wins, SSL/HTTPS, and a wireless network
adapter. Adding the the 256 MB RAM enables the secure
print, proof print, and RAM collation.
In the following report, BERTL extensively evaluates the
Xerox Phaser 6180DN, including its productivity, image
quality, user-friendliness, and ease of routine
maintenance.
All Rights Reserved. The license under which this document is made available and applicable law prohibit any reproduction or further transmission of any portion of this document. This
document may only be viewed electronicall y through the www.BERTL.com Web site and may not be stored in electronic or hard copy form at. Any reproduction of trademarks is strictly
prohibited. BERTL accepts no responsib ility for any inaccuracies or omissions contained in this doc ument.
Page 3
Print
May 2007
Xerox Phaser 6180DN
BACKGROUND
Printing passed copying as the primary method of
reproducing documents years ago. Today, printing is just
as important—if not more important—than copying.
Connectivity
Most devices include Ethernet and USB connectivity outof-the-box. Some devices include a parallel interface for
local connection. In addition, many devices provide a
selection of optional connectivity choices such as Wireless
802.11b or g (g is the faster, preferred standard),
Bluetooth for cell phone or PDA connectivity, PictBridge
photo printing for printing directly from a digital camera,
and FireWire for high-speed local connectivity.
Page Description Languages (PDLs)
PCL is the page description language (PDL) provided by
most printer and MFP suppliers. Some manufacturers
charge for a PostScript upgrade or provide a PostScript
Level 3 emulation (clone). Still other manufacturers
provide genuine Adobe PostScript Level 3 and bundle in
PCL. A few manufacturers also include their own PDL,
which are typically based loosely on the Microsoft
Windows/GDI printing technology of old. These Windows
or GDI drivers often offer significant productivity
advantages over traditional PCL and PostScript print
drivers, since the bulk of the processing is handled by the
more powerful desktop PC, rather than by the less wellequipped printer processor itself.
Print-Features Summary
CPU 400 MHz processor
RAM and Hard Drive 128 MB
MS Win 2000/XP/2003 Server, Vista;
Operating Platforms
Supported
Standard Print Drivers PostScript 3, PCL 6
Optional Print Drivers N/o
Standard Interfaces
Optional Interfaces
Network-Bandwidth/Print File Size
1- page digital photo PDF 4,483 KB 5.14 MB 5.63 MB
Apple Mac OS X 10.2 and higher; UNIX:
Solaris 8/9/10, HPUX 11.0, AIX 4.3.3,
Linux:SUSE 9.2/9.3, Turbo Linux 10, Red
Hat ES3/ES4, Fedora Core 1, Yellow Dog
All Rights Reserved. The license under which this document is made available and applicable law prohibit any reproduction or further transmission of any portion of this document. This
document may only be viewed electronicall y through the www.BERTL.com Web site and may not be stored in electronic or hard copy form at. Any reproduction of trademarks is strictly
prohibited. BERTL accepts no responsib ility for any inaccuracies or omissions contained in this doc ument.
Evaluating print productivity is not as simple as timing copy jobs. The printing process involves several steps and can be
affected by a variety of factors along the way.
The document must first be spooled by the printer driver into a PCL or PostScript file. The PCL or PostScript file is then sent to
the printer where it is raster image processed (RIPped) into image data by the device processor. The image data is then sent to
the marking engine and output as printed pages.
There are three obvious factors highlighted above (spool time, RIP time, and print engine speed), which can all make or break a
device’s overall productivity. Add into the equation other factors, such as concurrency and contention, and one would have a
real world situation.
However, it is possible to time and compare these factors through the use of careful preparation, conditioning and testing.
Following are charts that show printing performance when tested under controlled conditions:
All Rights Reserved. The license under which this document is made available and applicable law prohibit any reproduction or further transmission of any portion of this document. This
document may only be viewed electronicall y through the www.BERTL.com Web site and may not be stored in electronic or hard copy form at. Any reproduction of trademarks is strictly
prohibited. BERTL accepts no responsib ility for any inaccuracies or omissions contained in this doc ument.
Page 5
Print
May 2007
Xerox Phaser 6180DN
WORKFLOW
Concurrency or Contention?
MFPs, by their very nature, are designed to handle
multiple tasks, acting as the printer, copier, scanner, and
even fax machine. BERTL looks at how these tasks affect
each other.
In BERTL’s concurrency test, a large print file is submitted
for printing. When spooling has completed, the rate at
which pages are output is measured. The BERTL analyst
then carries out various tasks such as scanning in a copy
job, to see if the print output rate is affected.
Batch Printing
Batch Printing: In many situations, people are often faced
with multiple files that need to be treated as a single print
job. There are two main reasons for this:
1) Multiple authors contributing to a single document
2) Collated sets comprised of multiple individual
documents.
These two workflow scenarios put MFPs and printers to
task, as they demand more than just the ability to spool,
RIP, and print a file as fast as possible.
Network Workload
Network-printing devices may often face a queue of jobs
stacked up for processing during busy periods of the day.
During BERTL’s network workload tests, analysts queue a
series of jobs at a paused print driver. The purpose of the
test is to illustrate how well a device handles a stream of
jobs and how the queue’s make-up can have a major
impact on a device’s performance. BERTL is not trying to
suggest that a series of jobs is an example of a typical
office application, as this would be misleading.
Printed Job Time
Concurrency Test Results
Print slowdown when scanning in copy job
Print slowdown when scanning originals
Print slowdown when scan-data transfer
underway
Not
Applicable
Not
Applicable
Not
Applicable
Batch-Printing Capabilities
Multiple jobs all combined into a single
finished document
No
Multiple jobs all combined into a single
finished document with page
No
numbering/watermarking added
Multiple jobs sent in collated sets No
Multiple jobs sent in collated sets with
finishing/job attribute changes on a job-by-job
All Rights Reserved. The license under which this document is made available and applicable law prohibit any reproduction or further transmission of any portion of this document. This
document may only be viewed electronicall y through the www.BERTL.com Web site and may not be stored in electronic or hard copy form at. Any reproduction of trademarks is strictly
prohibited. BERTL accepts no responsib ility for any inaccuracies or omissions contained in this doc ument.
PostScript
PCL
All 11 jobs in the print queue
02004006008001,0001,200
Time in Seconds
PostScript
PCL
Page 6
Print
May 2007
Xerox Phaser 6180DN
PRINT-ON-DEMAND
Ever since manufacturers began including hard drives with
their MFPs and printers, they have looked for ways to offer
print-on-demand capabilities. With print-on-demand,
users can quickly print a document whenever needed,
instead of having to store hardcopy.
The most basic is the ability to store a document in device
memory for instant reprinting from the walk-up control
panel. A growing number of printers and MFPs provide
this.
The other major benefit of print-on-demand is the removal
of the RIPping process when printing large documents
repeatedly. With print-on-demand, the file is stored on the
device in a post-RIPed format, eliminating the spooling
and RIPping process that usually precedes printing. This
saves users time, and reduces the network workload.
With a growing number of devices now supporting direct
Adobe PDF printing, many printers and MFPs now also
support USB direct interface printing. With this feature,
users can simply insert a USB flash memory device
containing a PDF (or other supported file format) into the
device’s USB direct interface (usually located on or near
the printer’s control panel). The files contained on the
USB flash memory device are then displayed on the
printer’s touch or LCD screen. The user simply scrolls
down to the file they would like to print.
Do All Devices Offer the Same Capabilities?
There is a large degree of differentiation between products
and manufacturers in this area. Those interested in printon-demand should look carefully at the functionality
offered by each manufacturer.
Areas of differentiation include issues such as the ability to
manage stored files, as well as the ability of users to make
job settings (such as simplex/duplex, paper size, stapling,
etc.). Other systems enable users to combine single files
into one job, while still others enable users to view and
manage stored jobs from a desktop computer utility.
The Xerox Phaser 6180 model series does not offer the
Print-on-Demand feature as a standard, but the proof print
and secure print features that stores documents
temporarily using the device’s memory can be optionally
purchased. This feature would allow users to print
documents stored on the device’s RAM with or without a
PIN entry.
Since the Xerox Phaser 6180DN model BERTL tested did
not have the Print-on-Demand feature installed, our
analysts could not test its Print-on-Demand option.
Print-on-Demand Features Summary
Job Storage From the Device? No
Job Storage From the Desktop? No
Finishing Options Included at Time of
Storage?
Document Images (incl. thumbnails)
Provided on the Device Touch Screen?
Document Images (incl. thumbnails)
Provided on the Desktop?
Multiple Jobs Can Be Combined and Printed
as One Finished Job?
Multiple Jobs Can Be Selected and Printed
as Separate Jobs?
No
No
No
No
No
Stored Jobs Can Be Edited After Storage? No
Stored Jobs Can Be Combined With Send
Feature
With Proof Print, the device only prints a single copy of the job. Users can
review the copy, and, if it meets with their approval, continue producing
the additional copies. If changes need to be made, users can cancel the
print job. With Secure Printing, the device only prints the job when the
user enters their PIN at the control panel. These features are only
available if the upgraded 256 MB RAM is purchased and the RAM disk in
All Rights Reserved. The license under which this document is made available and applicable law prohibit any reproduction or further transmission of any portion of this document. This
document may only be viewed electronicall y through the www.BERTL.com Web site and may not be stored in electronic or hard copy form at. Any reproduction of trademarks is strictly
prohibited. BERTL accepts no responsib ility for any inaccuracies or omissions contained in this doc ument.
Page 7
Print
May 2007
Xerox Phaser 6180DN
WHAT WE LIKED
• Standard out-of-the-box network connectivity.
• Average to above-average image quality, with good
photo and text printing.
Optional proof and secure printing.
• Internet Service’s job queue helps users determine the
best time to print large files or a large number of print
jobs.
• As with most Xerox print drivers, the Phaser 6180’s
print drivers are easy to use and navigate.
WHAT WE WOULD LIKE TO SEE
• The ability to view, cancel, pause or promote print jobs
currently in queue would be an advantage.
Direct PDF printing.
• BERTL analysts would like to see an easier way to
enter passwords, such as a touch keypad. Instead,
users must scroll through the menu system using
up/down arrows
• The ability for users to receive automatic jobcompletion alerts when print jobs have completed
successfully, which would eliminate time spent
traveling to the device to find out if the job has been
completed.
All Rights Reserved. The license under which this document is made available and applicable law prohibit any reproduction or further transmission of any portion of this document. This
document may only be viewed electronicall y through the www.BERTL.com Web site and may not be stored in electronic or hard copy form at. Any reproduction of trademarks is strictly
prohibited. BERTL accepts no responsib ility for any inaccuracies or omissions contained in this doc ument.
Page 8
Image Quality
May 2007
Xerox Phaser 6180DN
IMAGE QUALITY
BERTL evaulates the output of several “test targets” in
order to determine image quality. Following are
descriptions of key elements of image quality. Note the
numbered examples on each of the test targets shown in
the right column.
Office Color Image Quality
1. Density of Solid Areas - Better contrast; more vivid overall images
2. Line Work - Better production of lines and text
3. Halftones - Better production of photographic and screened images
4. Negative/Positive - Better production of fine detail
Photographic Color Image Quality
5. Fleshtones - Better production of portraits
6. Banding - Better solid and dithered fill
7. Low Contrast - Better production of dark images
8. Saturation - Better production of bright colors
9. Caste – Better color fidelity
10. Fine Detail – Better reproduction of fine details
Office Color Image Quality
Resolution and Image Density
Magenta
3
BERTL uses ImageExpert printer test targets for the evaluation of printed
image quality. BERLT technicians measure image density and evaluate
the device’s ability to product a full range of halftones and various sizes of
negative/positive text, dots and lines in each primary printing color
(CYMK).
BERTL uses synthetic (photographic) test images obtained from ISO
International Standard 12640--Graphic Technolog y—Prepress Digital
Data Exhange—CYMK Standard Color Image Data (CYMK/SCID) in
order to evaluate the ability to print photographic images.
BERTL technicians use an X-Rite 408 Color Reflection Densitometer in
order to measure color density and dot gain of prints and copies.
All Rights Reserved. The license under which this document is made available and applicable law prohibit any reproduction or further transmission of any portion of this document. This
document may only be viewed electronicall y through the www.BERTL.com Web site and may not be stored in electronic or hard copy form at. Any reproduction of trademarks is strictly
prohibited. BERTL accepts no responsib ility for any inaccuracies or omissions contained in this doc ument.
Page 9
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