Prepress Networking for:
`
`O High-perforzrnance
`
`file service
`
`9 Flexible print spooling
`
`O Efficient iznage
`
`rnanagernent
`
`
`
`
`
`bit 1020, pg. 1
`
`Petitioners' Exhibit 1020, pg. 1
`
`

`
`Aaour me COMPANT
`
`Xinet has been developing and
`
`marketing connectivity and
`
`server solutions since 1985. We
`
`specialize in server solutions
`
`that allow prepres:
`
`workgroups to work together
`
`efficiently and reliably.
`
`Our reputation as a leader in
`
`the cross-platform
`
`client/server market has led
`
`to—close alliances with marry
`
`of the world's top hardware
`
`and software developers,
`
`Petitioners‘ Exhibit 1020, pg. 2
`
`Petitioners' Exhibit 1020, pg. 2
`
`

`
`[XineIFullPress]
`
`_.—iT—_._
`.___
`___
`:'_" Fullflraul
`
`"1
`
`‘I
`
`
` ULLPRESS®IS THE TIME AND MONEY SAVING SOLUTION
`
`for the prepress industry. Xinet’s integrated prepress
`
`server increases productivity any time Macintoshes
`
`Work together to produce complex publications. FullPress is an
`
`Open Prepress Interface (OPI) server completely integrated with
`
`a set of network applications that provide the software you need
`
`for managing digital publishing networks. FullPress includes:
`
`6 F i I e s e rv e r s o ffwa re for seamless, fast file sharing among multiple
`
`Macintosh users
`
`9 P ri nt 5 e rve r s oftw u re which allows Macintosh users to choose any printer or
`
`imaging device on the network
`
`6 0 PI s e rve r softwa re for efficient sharing and management of large images
`
`from the moment they are created or scanned into the system until they are output
`
`in their final form
`
`0 C I i e n t-side soffwa re which allows the central server to mount files from
`
`any networked Macintosh
`
`FullPress runs on today’s most powerful servers, providing the
`
`speed and efficiency necessary to compete in an “I need it
`
`esterda ” market. And, best of all, FullPress hel
`Y
`
`Y
`
`P
`
`s an
`
`re ress
`Y P P
`
`de artment become more cost—effective, Without demandin
`P
`
`g
`
`that every user become a network guru.
`
`Petitioners‘ Exhibit 1020, pg. 3
`
`Petitioners' Exhibit 1020, pg. 3
`
`

`
`.
`
`Xerux DocuTech 135 Spooler
`
`poo er
`1
`Indigo E~PrInt OP! Spooler
`Iris 5030 DP! Spooler
`_
`JPEG remote UPI Spooler
`‘Ii Letterhead spooler
`Sunsel Hold queue Spokler
`To Screen UPI Spoaler
`
`Ma: users can Jeleet any
`imaging deviee on tfie aelwort
`from Mefamiliar C‘/looser:
`
`the server. They can open, read, copy,
`the Trash, and launch files on the shar
`as if the files were local files.
`
`move, drag to
`ed volume just
`
`FullPress even synchronizes all of the clocks on
`networked Macintoshes. This helps avoid potential
`confusion about the latest file version when multiple
`users are accessing the same files stored on the server.
`
`FullPress allows users to queue print jobs from
`any Macintosh on the network to any networked
`PostScript imaging device. Mac users can choose
`the most appropriate device for their print jobs——
`for example, low—resolution printers for proofing;
`high-resolution imagesetters for color separations.
`
`Once Mac users send jobs to the spooler, they can
`continue using their Macintoshes for other work.
`The UNIX server takes care ofjob queue management
`in the background, eliminating costly waiting time.
`
`Petitioners‘ Exhibit 1020, p9- 4
`
`
`
`We will discuss the three most important components
`below, then in following pages explain the advantages
`you will experience from input to ouput.
`
`High-performance file service
`FullPress allows printing and prepress specialists to
`share files over their network quickly———without leaving
`their familiar Macintosh environment. Shared files
`stored on the file server appear on Macintosh desktops
`just like files on local disks.
`
`A set of Xinet AppleTalk protocols on the central
`sewer make it possible to use the UNIX host as an
`AppleShare file server which takes full advantage of
`the server’s RISC-processing speed and architecture.
`The result? Faster file sharing than dedicated Apple
`file servers can provide.
`
`Because the file-sharing software fully complies with
`Apple’s network conventions, there’s no additional
`software to install on your Mac. Just one simple
`installation on the UNIX server and every Macintosh
`on the network is ready to go!
`
`Although Mac users take advantage of the server’s
`power, they remain in their native environment, using
`icons on the Mac desktop to manipulate files stored on
`
`[/ring Fu/lPre:: ir completely
`intuitive. User: drag or rear: original
`image: into a Ful/Pres: 3/iarea'
`volume, rota ax “./amie’: lMzr.éArea"
`or “Jamie”: Wm FPO” above.
`Fz4llPre.r5 immediately ereater “For
`Plaeeme/It Only ” (low-resolution)
`eorol/arierfor are in page layout.
`0t/zer users can also aeeerr tae image:
`{tit/Fer Me flxg/I—re:olotion original or
`t/ie “For Placement Only ” version}
`from I/ieir oran Matt.
`
`Petitioners' Exhibit 1020, pg. 4
`
`

`
`[Xine|‘Ful|I’r-
`
`.|
`
`FullPress allows users to view a single file in two ways:
`either at a /0w—re.ro/ulioix FPO or as the /zig/brew/zzrioii original. The
`FPO view is shown an the left; the original view an the right.
`
`i -Ix
`
`I-Iigh—r::oIutiori
`FPO view.
`
`view. This 304.8
`This 72 dpi “Far
`
`dpi ariginalfi/e
`Placement Only "
`
`eonrumer 33.2 MB
`vim otwpie: only
`dish spate.
`1 723 K dist spare.
`
`Image management
`FullPress’s OPI sewer reduces network traffic by
`
`providing low—resolution “For Placement Only” (FPO)
`views of high—resolution images for use during
`production and proofing. High-resolution originals
`can come from any source—scanner, Scitex
`workstation, or Macintosh. FPO views are created
`automatically as soon as the images are placed on
`the server.
`4
`
`Because the FPOs are much smaller than their high-res
`sources, they travel over the network and appear on
`Macintosh screens more quickly. Since most Mac
`monitors display at a maximum resolution of 72 dpi, no
`apparent resolution is lost. The FPOs’ smaller sizes also
`make them quicker to manipulate within page layout
`applications. FullPress also creates even smaller PICT
`previews and custom icons (similar to Photoshop’s) for
`images placed in a FullPress volume. These
`“thumbnail” previews make selecting the right image
`for placement much easier.
`
`Xinet uses the term “dynamic binding” to explain the
`unique relationship of FullPress FPOs to their high-res
`image sources. Because each FPO is actually another
`view of the high-res image, any changes made to a
`high-resolution image become immediately apparent
`in its FPO. Any time a user looks at a document, its
`FPOs will always be up-to-date.
`
`When users import an FPO image into their documents
`using the built-in facilities of page layout applications
`(QuarkXPress, PageMaker, FreeHand, etc.), they
`
`create references within the document file to the low-
`res FPO view. When final output is desired, users send
`their document files from their Macs to the OPI print-
`
`spooler. There, FullPress interprets these image
`references and locates the high-resolution original
`images which correspond to each FPO. FullPress then
`replaces FPO views with their high-resolution source
`files, merging the high-res images into the PostScript
`stream which is being sent to the RIP and imaging
`device.
`
`How does this happen? FullPress interprets a special
`set of PostScript-language comments which allow it
`to automatically insert the high-resolution originals.
`These PostScript comments, defined by the Aldus
`Open Prepress Interface (OPI) specifications, are
`commonly generated by most popular desktop
`prepress software programs. FullPress also interprets
`attributes that users have set for FPOs within their
`
`working document—such as changes in size, cropping,
`skewing, or tinting——and correctly modifies the
`appearance of the images within the high-resolution
`final printout. All changes made to the FPO from
`within page layout applications will be reflected,
`at print-time, on the high-res image.
`
`This dynamic process of “communication” between
`the high-res image file and its FPO representation gives
`users the flexibility and benefits of the OPI workflow.
`And, with FullPress, users can be confident that image
`replacement will occur without a hitch, as if they had
`been working with original image files all along.
`
`Petitioners‘ Exhibit 1020, pg. 5
`
`Petitioners' Exhibit 1020, pg. 5
`
`

`
`FullPress]
`
`FPO management
`FullPress allows fast-paced prepress shops to work at
`maximum efficiency. At the same time that artists are
`retouching photos or revising original images in the
`high—resolution volume, designers can use the
`corresponding FPO
`images in
`document layout.
`FPOS may also be
`used effectively
`for trapping and
`imposition.
`In any situation,
`FullPress ensures
`
`that the FPO being
`used is the latest
`version of the
`
`high-resolution
`image.
`
`Image scaled 130% ('6 skewed 30 degrees.
`
`Unlike some OP] products, FullPress doesn’t update
`its FPOs through a background polling system which
`can slow down the network. Nor do FullPress users
`
`have to update FPOs manually. Instead, FullPress
`updates FPOs immediately after any change is made
`to the high-resolution image. Applications such as
`QuarkXPress will notify Mac users when FPOS have
`been modified and allow them to “update” images.
`
`Incorporating FPO:
`FullPress and advanced OPI technology are making
`“For Placement Only" a misnomer. Macintosh users
`working with today’s latest layout programs are able
`to do more to FPOs than ever before. Scaling, skewing,
`resizing, tinting, and rotating are all possible with
`FullPress FPOS, even with images that have clipping
`paths. In fact, any transformation you can apply to
`standard EPS or TIFF files can be handled by FullPress.
`
`Mac users incorporate FPOs exactly as they would any
`other image. The only difference they notice is how
`much faster FPOs will travel across the network!
`
`6 aduertisin— II1 V
`Bubble
`Fl Chooser screen shot
`1» Man 0' Table
`nuuinedtsuldtoga
`ETEJDIE I Bar Graph
`Table 3 bar graph
`E Hinel drum 2
`Kine! Ill curue
`Type: TIFF
`Eficolnr Profile: SUJOP-touted
`Rendering Style: Photographic
`
`
`
`SIZE: 24BK
`
`T/zis Quarl=XPress dialog box Moms /low easy it is to incorporate FPO
`images in documents. Using Fll//P7‘£’J.§ a'oesn ’I c/range page layout
`program operation. To more selecting t/le proper image easier,
`Fu//Press auromatica/ly creates picture previews (like I/ze one you see
`above), and custom icons.
`
`Petitioners‘ Exhibit 1020, pg. 6
`
`' F
`
`EASE or us: FOR MACINTOSH USERS
`
`Xinet’s years of advanced AppleTalk technology
`expertise, combined with extensive OPI research, have
`resulted in a “second generation” OPI design offering
`superior ease of use.
`
`u//Press supports
`cropping, grayscale
`tinting, rotating,
`and skewing ofFPOs.
`
`Creating FPOs
`FullPress automatically creates FPOs whenever a user
`creates an image on or moves an image (or folder full
`of images) to a FullPress volume. Upon generating the
`FPO, FullPress organizes the images so that the high-
`resolution view appears in the high-resolution volume
`and its FPO view appears in the low—resolution volume.
`Each FPO has the same file name as its original image
`source, so the “dynamically bound” FPO remains easy
`to identify. Besides this straight—forward naming
`convention, FullPress also automatically creates
`thumbnail previews of each image for quick FPO
`identification. By double-clicking on an FPO icon,
`users can call up information about the FPO, including
`its type, location, size, the name ofits high-resolution
`corollary image, and compatible printers and spoolers.
`And, because the FPO views are locked, users can’t
`mistakenly edit a low-resolution image.
`
`Petitioners' Exhibit 1020, pg. 6
`
`

`
`llPress]
`
`FullPress XT
`
`FullPress XT,“‘ a second XTension for QuarkXPress
`from Xinet, allows designers to successfully
`manipulate images within Quark)fl’ress in ways that
`otherwise would not be possible. FullPress XT allows
`users to omit TIFF and EPS files when printing, even for
`printing color separations with spot colors, and still
`produce correct output. It also works when users rely
`on QuarkXPress to convert spot colors to CMYK for
`separations. This is a big time saver for proofing and
`final production. FullPress XT also allows users to tint
`grayscale FPOS, both foreground and background, to
`ghost back FPOS using the QuarkXPress “Other
`Contrast” feature, and to use knockouts, masking, and
`clipping paths with FullPress FPOs. In addition, it
`allows QuarkXPress users to import proprietary image
`formats without conversion, such as those from Alias,
`Contex, Crosfield, Dalim, Scitex, and SGI. Finally,
`FullPress XT provides the added convenience of
`making it possible to launch high—res image editing
`applications from within QuarkXPress by selecting the
`image box where an FPO has been placed, and then
`
`selecting “Edit Hi-Res Image” under the “Edit” pull-
`down menu.
`'
`
`FIt//Pflu: XTilfparlr
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`
`Easier and enhanced page layout
`FullPress users will find that image editing and page
`layout can be accomplished with blazing speed
`through a combination of much faster network
`performance and the advantages of FullPress OPI
`technology. This technology allows a prepress
`workflow to become more flexible and efficient.
`
`FullPress removes constraints about using proprietary
`image formats within Macintosh layout programs,
`allowing Macintoshes to run side-by-side with Dalim,
`Scitex, Crosfield, and Contex systems. Also, with
`FullPress, users can manipulate FPOs directly inside
`documents to achieve artistic effects which otherwise
`would have to be done in a much more time-
`
`consuming fashion through photoretouching.
`
`Picture Wrangler
`Picture Wrangler,” an XTension for QuarkXPress,
`provides a complete replacement for Quark’s “Picture
`Usage” dialog box, optimized for use with an OPI
`server. It automatically finds and relinks images that
`have been moved off—site for layout, proofing, or other
`purposes. Picture Wrangler allows users to update or
`relink images in one-button “batch mode” instead of
`updating each image individually, and will do so over
`multiple volumes. In addition, users can resize the
`Picture Wrangler dialog box so that the entire
`pathname to images can be seen, when needed.
`
`Picture wmg er
`
` FPD
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`images
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`M: ms l’PO'hir1e§vark:re2 1t7IPre...vming:‘mgesmzpms.iaum:.»g .s«;l
`
`M. um rm:1
`wwkuea TnI‘Press.lrnlmr»q
`ragesthapkefl sairex ET
`Manufls FP(J:jnmv-rvorkurn TuI‘Press.tnlnir:g‘ mageschapters Rrgistnlloml
`
`Pk
`
`'._.T._.l
`
`[ upage_'
`
`l.%.&.l
`
`nu-.p
`
`Picture Wrangler allow: you to
`at/tamatiml/y re/ink and
`update all images in (I
`ziaammlt. T/It witu/ow it
`rerizmble so you mil z//':pla)'
`romp/rte pa//1/Imnrrfor /"wager,
`making image mmmgemenr
`mm/I /es: rorzfuriug.
`
` Res rg_p_e
`
`Fu/[Pram XT
`ruppom masts.
`
`
`
`
`
`FPO
`rFo
`FPO
`FPO
`FPO
`
`Fu//Prerr XT supports
`dippingpat/Lt. T/la Xinzl
`Ma/I /la/1/5 f/It’ arigirml
`rm:/ippm' image an
`
`/Ii: fray.
`
`Petitioners‘ Exhibit 1020, pg. 7
`
`Petitioners' Exhibit 1020, pg. 7
`
`

`
`FuiiPr
`
`Fu|lPress speed improves more than
`p a g e I ci y o u t
`Incorporating a fast central file server in your workflow
`provides more advantages for Macintosh users than
`just increased efficiency in page layout. The speed
`of FullPress file service is the key. Recent
`developments in networking software have created a
`much faster way to exchange data than was previously
`available. Now, by mounting high—resolution images
`from their central server, users can actually save, read,
`and write files faster than if they were working with
`the files on their own local disks! In “real-world”
`benchmark tests conducted at the time this brochure
`
`was printed, Xinet has measured Photoshop Save
`speeds of up to 5.5 megabytes/second and Finder
`Copy speeds of 3.4 megabytes/second.
`
`What figures like this show is that Mac users can
`photoretouch an image faster when it resides on the
`central server than if they were to do the work with a
`copy of the image on a local disk. The same is true for
`scanning images. They can be scanned directly onto
`the server faster than onto a Macintosh disk. Faster
`
`file transfer rates are particularly beneficial when large
`files are involved. That’s where users notice the most
`dramatic difference.
`
`Xinet conducts benchmark testing regularly, to stay
`current with advances in technology and equipment.
`To see our most recent results, visit the “Benchmarks
`section of the Xinet website, r2vzw2.xi7zet.com.
`
`av
`
`Macintosh users will also appreciate the following
`advantages:
`0 As all data resides on the central server, no one
`wastes time copying it back and forth from one
`workstation to the next.
`
`0 Shuttle drives are no longer necessary, since file-
`transfer rates between the server and individual
`workstations will be faster than the time it takes
`to move shuttle drives between machines.
`
`6 Since jobs and files are stored in one location, the
`server also removes some of the hassles ofimage
`tracking—there’s no proliferation of multiple
`versions of files, and no confusion about monitoring
`which jobs are stored where.
`O Backing up jobs becomes a much easier process,
`since files do not reside locally on individual
`workstations.
`
`6 Image editing and page layout using the same
`images can be done at the same time without
`confusion. FullPress keeps the views ofimages
`used in page layout up-to—date automatically.
`
`Users can get the
`
`benefits of
`
`file-sharing over a
`
`netvvork and fashq-.
`
`ixnage editixf
`
`at the sarne tixng
`
`
`
`A 30 megabyte Seitex CT
`version oft/zir image was
`usedfar testing.
`
`Photoshop 4.0 Save file to Origin 200 V5. Power Macintosh 9600/23 local disk
`using Scitex CT images
`Method
`File Size
`Average
`Average speed (MB/set)
`for saving
`(MB)
`time (set)
`
`F~//Prw
`
`30
`
`as 5-42
`
`T/lirfigure r/raw: a slower lam] disk rave of11 Plzotas/lopfile. Tfie test was conducted wit}; a Poazzerjk/atintor/I 9600/23, rum1i7zgApp/eS/mre Client
`version 3. 7 will: an Arm:/e’1o/1o0&T PC] earn’, Izetwonéed to 2‘/is server wit/1 10057? T/re SGI Origin 200 eontzzined two 180/M/zz MIPS Rmoao
`pmeesrarr, 128 MB afRAJ1/I, two Ultra SCSI Drives, two PCIfa.rtEt/1emetNIC.r, wit/I SGI IRIX 6.4 n/rming Ful/Pres: version 8.12.
`
`Petitioners‘ Exhibit 1020, pg. 8
`
`Petitioners' Exhibit 1020, pg. 8
`
`

`
`utput of these queues is
`O Print-to-file queues: the o
`ove files on the server
`written to a file. Users may m
`to other queues for further processing.
`6 Queues where the output goes both to a screen for
`previewing and to a file.
`s:
`in these queues the
`9 Remote print queue
`e request to another
`FullPress server sends th
`workstation for lp(1) or 1127(1) spooling.
`s: when imaging devices are
`9 Printer class queue
`FullPress sends the job
`placed together in a class,
`at is available. This
`to the first of the devices th
`is the load for devices.
`automatically helps to balanc
`O Queues for imaging devices which are serially
`connected to the UNIX server.
`
`Queue Master show: Maeinlosh nxerx what’: happening with print
`ll tonfignredprinl
`rear:
`em on the Ful/Pres: server. It displays a
`mu the status of each. Mar nxer: may
`spooler: on the networh and sho
`or move/"oh: belween queues
`reorder their print requests, stop queues.
`elithing on any queue in the
`by simply eliehing and dragging. Double-
`
`
`listprovider more derail about what’: there.
`
`
`
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`
`,
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`,
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`Jamie's B100
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`,
`Jamie's 8100
`Jame: 3100
`
`Size (Kb)
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`45
`as
`35
`303
`
`Managing printer
`Queue Master? a FullP
`lets users manage print jo
`They may monitor print que
`queues, move their own jobs b
`delete their jobs. And, if the syste
`Mac users administrative privileges,
`s in front of other users’ jobs, r
`move job
`d start or stop any print queue.
`requests, an
`
`q u e u e s
`ress Macintosh application,
`bs from their Workstations.
`ues, reorder jobs in the
`etween queues, or
`m administrator gives
`they may also
`eorder all print
`
`ports a variety of printer queues,
`Queue Master sup
`the system administrator, and can
`which are set up by
`rs in the Chooser. Possibilities
`be viewed by Mac use
`for these queues include:
`
`on the network:
`k identify
`
`9 Queues for an AppleTalk printer
`most i
`maging devices on the networ
`themselv
`es as AppleTalk printers.
`ected to a hold
`0 Hold queues: when jobs are dir
`period of time
`they will be held there for a
`queue,
`d by the system administrator. After the
`specifie
`eriod of time has elapsed, the job will be
`specified p
`removed. ]obs may be moved from
`automatically
`ther queues for further processing.
`hold queues to 0
`ave been
`0 Success q
`ueues: print requests which h
`it in these
`thout PostScript errors will wa
`11 with
`processed wi
`queues are used in combinatio
`queues. These
`-file or screen queues.
`hold and print—to
`ues: print requests which have
`6 Failure que
`s in them will wait in these queues.
`PostScript error
`e used in combination with hold
`These queues ar
`reen queues, and are useful
`and print—to—file or sc
`iew PostScript errors.
`when users want to rev
`s:
`these queues direct processed
`0 Preview spooler
`iewer rather than a physical
`files to a screen prev
`can be proofed on screen
`imaging device. ]obs
`before being committed to output.
`
`
`
`& rIr|=mI- :ri|Jr|-I 1-1-s$I|I-I-
`Job Name
`En. --|'
`Queue Master data
`jamie
`Uueue.Masler.dala
`jamie
`6.lic Xest admin
`jarnie
`6 .licjest.admin
`jamie
`jamie
`FP brochure .sep97
`
`
`
`
`
`
`
`
`
`
`
`Users ean determine whiehjoh:
`.
`.
`are ahead oftheirs III any
`‘
`queue, at well as the size of
`rhorejohs. User: may want to
`rerlireetjah: if they discover the
`wait will he loo long. Details
`are also provided ahoulfile
`nanm, joh “oraner:," and
`whirh Illllt‘ applications and
`printer driver: are involved.
`
`
`
`FP .broehure.sep97
`Job Name:
`Bvner :
`jamie
`L\
`Jamie's 8100
`Printed From:
`hold
`g Failure:
`Du.-irk)<Press
`Creator:
`5; stalus : F‘rin*er'Errur: cut of papemsour -
`
`Gossett,‘ page: 13 of 1
`Driver :
`Laserwriter 8 8.33
`
`
`creatiun Dale:
`10:14 AM Thursday , September 25,1997
`
`illae //serx when
`Size: 303 Kb
`
`
`
`Pages: 1
`
`
`Queue :
`
`
`
`Queue Master also war/Ir
`imaging device: need attention.
`
`
`
`
`
`
`
`
`
`Petitioners‘ Exhibit 1020 pg 9
`
`Petitioners' Exhibit 1020, pg. 9
`
`

`
`NM 1
`
`FULLPRESS
`
`WORKFLOW
`
`OVERVIEW
`
`
`
`Stzzge 3
`
`
`
`.‘*-._,T_':|:‘._'*-. '. 1 .',-
`
`Macintosh
`
`FullPress inserts the
`latest high-resolution
`images at print time.
`
`Photoretouchers make changes to the high-resolution
`images. This can take place at the same time
`as page layout.
`
`
`
`Central Server
`
`FullPress automatically creates
`low-resolution versions of the
`images.
`
`
`
`Page |aY<:ut uses more efficient low-resolution
`images. FullPress automatically keeps them up-to-date.
`Documents which use low-resolution images spool to the print
`server more quickly, and free up the Mac for other use.
`
`Macintosh
`
`—.-.__.——__ ._. _
`_
`_
`..
`__V,|,...,._...'.4fa.n-v
`r 1..
`._-I
`.
`nzur .-
`\u.j_
`'
`
`Flexibility. FullPress fits into many different types of
`prepress workflow. In smaller, Macintosh-based shops,
`FullPress saves time at almost every step —through
`page layout, image-editing, imposition, trapping,
`proofing, RIPing, and final output.
`
`Efficiency. With FullPress, only a single copy of a large
`high—resolution image needs to be stored on the central
`server. Images no longer need to be copied, or
`shuttled back and forth from workstation to work-
`station, and separate copies of images do not need to
`be stored with every file that uses them.
`
`Page layout designers work on Macintoshes, using
`l0w—res placement views. These FPO views provide
`better network and individual Mac performance, as
`designers spend much less time waiting for screens
`to refresh and for files to spool.
`
`FullPress allows many people to work on a single job,
`simultaneously. While FPO views ofimages are being
`placed within documents during page layout, image-
`editors and photoretouchers can Work on the high-
`resolution originals. FullPress tracks all changes made
`to original images and automatically updates their low-
`res equivalents. OPI image replacement occurs without
`a hitch when it’s time for final output.
`
`FullPress also brings a significant advantage to larger
`prepress sites. Because FullPress supports “non-
`Macintosh—native" formats such as Crosfield, Scitex CT
`and LW, Dalim, and Contex, these previously—closed
`proprietary systems can now take advantage of leading
`prepress software packages like QuarkXPress.
`
`In addition, FullPress has been optimized to help you
`better integrate your workflow with the off-site layout
`and proofing needs of your customers. FullPress offers
`features that allow you to share FPOs with clients——
`your customers can take FPOS off-site for page layout,
`and you can easily re-unite these FPOs with their
`source files when it’s time for final output. FullPress
`also offers several ways for you to quickly provide your
`customers with proofs, even when customers are
`located at remote sites.
`
`Petitioners‘ Exhibit 1020, pg. 10
`
`Petitioners' Exhibit 1020, pg. 10
`
`

`
`[Xinef
`
`FullPress]
`
`Stage 4
`
`FULLPRESS ADVANTAGES
`
`
`
`lmagesefler
`
` ——— x
`
`__._.____:l
`
`On-Line/Remote
`Proofer
`
`
`
`Fu/[Press automation/ly produces /ow-resolution views to/lit/I are
`urea’for most document setup activities. Original images are onbt
`suostituted rt»/tenfi/zol output is desired. TIris substitution, seamlessly
`integrated ruitfi file s/raring, PortScriptprinttr s/raring, printfi/e
`spoo/ing ondprint queu: management, inzprows zoonéf/ow in any
`situation as/tare /org: gmp/Iiofi/es are being manipulated andprinted.
`
`FullPress gives you all the benefits of a smoother,
`more efficient prepress workflow:
`
`0 Saves time during page composition.
`FullPress can create FPOs from more file formats
`
`than any other OPI server, so you can integrate
`existing proprietary or “legacy” equipment into
`your OPI workflow without the disadvantages
`of file—conversion.
`
`6 Saves time locating online images.
`FullPress custom icons and PICT previews make
`finding the right image fast and easy!
`
`0 Eliminates complications in job-tracking and
`back-up. With central file storage, files no longer
`reside locally on individual workstations, shuttle
`drives, or Macintoshes.
`
`9 Saves disk space.
`File-sharing ends the proliferation of multiple
`copies of files, and the confusion caused by multiple
`file-versions!
`
`9 Saves time when setting up client artwork for
`printing.
`High-resolution images travel from the file—server
`faster than from a local disk!
`
`9 Saves time when setting up page signatures.
`FPOs load into documents and travel over the
`
`network much more quickly than multimegabyte
`high-resolution image files.
`
`6 Saves time when FPOs are used, reliably, for
`off-site layout
`
`6 Saves time printing proofs.
`FullPress allows users to choose the most
`
`appropriate imaging device for the job from any
`Mac, and to monitor print queues.
`
`O Eliminates costly idle~time caused by print job
`processing.
`Designers don’t have to wait for output devices to
`become free—jobs spool to the server, which
`handles processing in the background.
`
`9 Generates smaller, more efficient PostScript.
`Optimized PostScript results in dramatically shorter
`RIP times, faster printing, and higher throughput to
`your output devices!
`
`0 Installs easily on a UNIX server.
`FullPress administration is easy, through a
`convenient GUI.
`
`O No additional software is required for your Macs!
`
`Petitioners‘ Exhi
`
`Petitioners' Exhibit 1020, pg. 11
`
`

`
`FINISH MORE QUICKLY
`
`F i n a I o u t p u t
`At print time, Fu1lPress replaces the low-resolution
`files with the high—resolution originals stored on
`the sewer (unless the user chooses to print in proofing
`mode, which uses the low-resolution images, or the
`administrator sets the spooler to print at some other
`resolution). Any cropping, scaling, rotation, skewing, or
`tinting established for the low-resolution images will
`be applied automatically to the high—resolution
`versions when they are placed in the publication at
`printing time. Users may choose any PostScript device
`on the network for printing. Once users send print jobs
`to the server for queuing, they are immediately free to
`use their Macs for other tasks.
`
`FullPress supports both ASCII and binary image
`substitution; the binary option provides a distinct
`advantage in making smaller print jobs.
`
`Table I illustrates the savings FullPress provides
`at print time over conventional methods.
`
`
`
`Image user/far ti//11’)/gs and
`meamremenl: in Table: 1 and 2.
`(3048 dpi. 9. 7" x 8. 75 ")
`
`FullPress produces smaller, faster
`Postscript files
`Every imaging device has a maximum speed for
`processing PostScript, so the smaller the file, the faster
`it prints. A complex document may incorporate
`images and graphics from many different applications.
`In addition, a designer may use a wide range of
`techniques to enhance the imported graphics after
`placement, such as scaling, cropping, rotating, tinting,
`or warping. At print—time, the resulting PostScript
`may be very large, especially for documents containing
`images. FullPress uses several methods to reduce
`Postscript size without altering final output in any
`other way:
`
`0 Source cropping of images
`FullPress understands cropping comments and
`clipping paths embedded in the PostScript and
`doesn’t send parts of the image which won't actually
`appear in the printed piece.
`
`9 Preseparating composite images‘
`When producing color separations from EPS, most
`applications include the entire file with each
`separation. FullPress preseparates the images,
`sending only the bits appropriate for each plate.
`For example, on the yellow plate, only the yellow
`channel will be sent. This results in separations that
`are % of the size that they would be if FullPress
`were not involved. FullPress preseparates all
`bitmapped image files, including pixel-based EPS.
`
`“Some people turn to DCS rather than EPS files to avoid producing redundant
`Postscript. That isn't necessary with FullPress. FullPress pre-separates EPS
`raster files such as those from Photoshop and Alias Eclipse. It does not, however,
`include 3 RIP for preseparating EPS vector files.
`
`TA 3 L E
`
`I : 5 P E E D c o M PA R I so N Placing and printing images using FullPress vs. conventional method.
`
`
`
`Page layoul
`program used
`
`Image used
`
`Time elapsed
`placing Phaloshop image
`
`Time elapsed
`unfil print iob clears Mac
`
`QuarkXPress
`
`PageMaker
`
`Freel-land
`
`F1//lPre.t.r FPO
`Hig/1-/-es original
`
`Fll//PI'£.Y.f FPO
`Hig/i-re: original
`
`FII//Prerr FPO
`Hlg/I»re5 original
`
`I 5 see
`2 rer
`|
`I 21 HT T 5 min 36 Jet
`
`I
`I
`
`7 see
`I
`1 Mr
`/6 m T 6 min 2/ ur
`
`l 5 see
`I 3 see
`I 5 see T 5 mm 45 rec
`
`Illustrator
`
`I 6 see
`I I re:
`Frt/lPre5.t FPO
`1 57 see 7 mm [I see
`Hig/1-/‘er original
`|e.
`
`Measurements were taken on a Power Maeintor/l 9600/23 connected to tire server via Io0BT. T/ze F11//Pfefl server was an Origin 200 running
`IRIX 6.4. Alljobr were directed to an HP Deskjet 2500 CT mlorproofer, tomzeeted t0 Ifle netavare iivit/1 IOBT T/ze original P/zotarfiop TIFFfile
`(304.8 dpi) oreupied33.2 MB; its Fu//Press FPO was eonrrraineti to 200 K.
`
`Petitioners‘ Exhibit 1020, pg. 12
`
`FullPress enable;
`
`l\/Iacintoshes to,
`
`utilize the power
`
`I.I!.'ilI]I-I-all-IIrI'.'Ii|'!II:i1
`
` -H3‘
`
`Petitioners' Exhibit 1020, pg. 12
`
`

`
`[Xinot
`
`FullPress]
`
`Producing grayscale images from color images when
`they are being sent to grayscale printers.
`Output scaling
`If you are printing to a low—resolution device, you
`can instruct FullPress to scale down the resolution
`of your images before sending them over the
`network. This proves to be a huge time saver when
`going to proofers, most of which have much lower
`resolution tha