Le controleur d'impression du Konica 7065 !
* Processeur Motorola 68331.
* Mémoire 32Mo standard extensible à 512 Mo.(168 pins DIMM).
* Disque dur IDE 2.0+ Go & disque floppy 3.5".
* Software NOA de Konica(NEW OPEN ARCHITECTURE)qui augmente la productivité.
* Support PDL:1-En standard:PCL5e-power PCL,Pipeline Division support:windows 3.1, 95, NT.
* Support PDL:2-En option:Postscript-Power Page2-Pipeline Division Support:
Windows 3.1; 95; NT 3.5x et 4.0,
Macintosh System 7.x, 8.x(PPD file)Print Utility Support(filterFile):
UNIX:Solaris,DEC,SCO,HP-UX,AIX.
* Connection sur 1 PC en série (RS-232S db9)(Baud rate de 4800-19200).
* Connection sur 1 PC en parallèle (IEEE 1284 complet db-25).
* Connection en réseau standard:(Carte KN-301 en option):
Ethernet Protocol IEEE 802.3,types de cable:10 base T,100 base T.
* Autres connections en réseau:Novell Netware3.x,4.x(IPX/SPX).
AppleTalk(EtherTalk),TCP/IP(LDP/LPR).
* Environnements supportés:AS/400,UNIX:Solaris,EDC,SCO,HP-UX,ATX.
For ENGLISH info:
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Modular.
Multitasking. Scaleable. The
IP-303 is developed on a brand new VxWorks platform that dynamically
transforms the controller design into the 21st century.
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New
Open Architecture
Konica's
New Open Architecture (NOA), developed by the Konica System
Technology Center utilizes VxWorks® embedded Real Time
Multitasking Operating System. NOA defines flexibility,
scalability and efficiency. With NOA, Konica IP controllers
deliver a truly modular design. The benefit to this module-based
approach is clear: opportunity. Adding new capabilities,
like tandem printing, is as simple as adding a new module.
The benefit is that you can adjust the system capabilities
to meet the changing needs of the workgroup. |
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Intelligent
Job Processing
The NOA architecture utilizes random access memory
to store rasterized pages prior to being sent to the print
engine, along with the ability to spool incoming pages
to the system Hard Drive. This technology leverages the
speed of RAM, which operates in nanoseconds and the capacity
of the internal hard drive to maximize throughput speed
and minimize network traffic. |
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Custom
CIC Technology
Konica's custom-developed interface card controls
the communication between the IP-303 and the 7065. The
CIC acts as a bridge between the video interface card
in the 7065 printer and the IP-303 motherboard. The CIC
board utilizes a Motorola® 68331 CPU with custom logic
and software for communicating with and controlling the
7060 printer. This separate processing function offloads
the machine control and communications functions, allowing
the main CPU to allocate all of its resources for rasterization.
The CIC technology eliminates the delay normally associated
with data flow and data management between the printer/copier
and the controller. |
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System
DataBase
The NOA architecture utilizes a system database component,
which logs system functions, and any anomalies, which
occur, are monitored and stored. This supports seamless
error recovery, if your print goes off-line, the controller
has the intelligence to re-submit the job. |
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Common
Controller Architecture
The NOA architecture is common amongst all IP products.
While the controller hardware will be different based
on the machine speed and capabilities, the NOA operating
system remains the same. No other manufacturer can make
such a statement. The benefit to the customer: easier
installation and all of the Distributech application software
modules will run on all of the products. In an enterprise
network environment, this interoperability will be critical
to building true distributed printing solutions. And it
provides a common upgrade path regardless of engine speed. |
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Multi
- Platform Support
While most manufacturers provide Windows and Novell
networking support, the IP series products provide optional
support for host print environments; AS/400 SCS, IPDS,
and AFP support in both Twinax and Ethernet environments
and command line print filters for most major UNIX operating
systems providing an unparalleled level of capability
in multi-protocol environments.
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