ImageMaster Specifications

ImageMaster™ Architecture

Core Engine: ImageMaster™ is written in the Microsoft FoxPro 4gl language utilizing advanced SQL queries and fully optimized Rushmore technology. Customized versions of the ImageMaster™ application are available to OEMs and VARs who wish to integrate the ImageMaster™ functionality with their products.
Viewing Engine: An ultra fast decompression and image manipulation module is included within ImageMaster™. Additional viewers for specialized applications can be easily integrated via a standard plug-in API.
Viewing Formats: TIFF, Adobe PDF, PCX, CALS, JPEG, BMP, and MIL are supported using the FullView32 Classic Viewing Engine included with ImageMaster™.
Scanning Engine: A high performance custom scanning interface provides hands-off scanning for most TWAIN and all Kofax attached scanners. ImageMaster™ features common scanning controls and a consistent user interface regardless of what brand, make, or model scanner is used.
Imaging Engine: Supports images stored on any magnetic device or group of devices, any OS readable optical or magneto-optical device, WORM, CD-ROM, and DVD. Integral support is provided for removable and non-removable devices, including intelligent error handling for these types of devices. Jukeboxes and CD-ROM towers are supported. ImageMaster™ also supports SAN and NAS devices.
Print Capture Engine: ImageMaster™ can capture print output from any application and create a scanned document representation of the data. ImageMaster™ includes a native Windows printer object that supports all of the standard Windows printer device properties such as page size, orientation, and resolution in both color and black and white.
3rd Party Control: ImageMaster™ can be controlled by any 3rd party application that can call a batch file. In addition, ImageMaster™ is an OLE Automation Server for rich control by other Windows programs. ImageMaster™ also features a silent DDE Server to provide embedded document management services for any vertical application software.

ImageMaster™ System Requirements

Operating System: ImageMaster™ runs on Microsoft Windows 95, 98, ME, NT, 2000, 2003, and XP.
Note: Windows IA and Windows 64-bit versions are not supported at this time.
CPU: Any supported by the underlying operating system. Recent generation Pentium, Xenon, Sempron, Turion, and Opteron processors are recommended for scanning stations.
Memory: The baseline memory requirements of the operating system are all that is required to run ImageMaster™. Additional memory above the minimum (at least 1 gigabyte) is highly recommended for scanning stations.
Video: Any video subsystem supported by Windows works well with ImageMaster™. No special drivers are required. If available, ImageMaster™ can take advantage of multiple screen configurations which are especially well suited for the bulk scanning and post-indexing features of the software.
Hard Disk: ImageMaster™ requires 25 megabytes of storage at each workstation for the locally installed client. On the file server, ImageMaster™ requires 60 megabytes for the initial software load plus 35 kilobytes for each scanned page. Documents can be either co-located with the database or stored on a separate imaging server.
Mouse: Not required, but is supported and highly recommended. ImageMaster™ is fully keyboard controllable for the utmost in performance.
Supported Scanners: ImageMaster™ can scan documents from most TWAIN and all Kofax connected devices, including USB, SCSI, KF series, and Adrenaline interfaces. See the Approved Scanner List for the most up-to-date list of tested scanners.
Monitor: A 17" CRT or 15" LCD (or larger) monitor is recommended for optimal use of ImageMaster™. Scanning stations should be configured with this size or larger. Viewing-only and occasional use workstations can be configured with any monitor that is supported by the operating system.
Remote Access: ImageMaster™ can be operated remotely through Citrix or Terminal Server to provide secure, authenticated, and managed access to documents from remote locations and across the internet.