Overview
The Monotype Systems 601045-700 Iss B is a PCI video adapter designed to provide reliable graphics output for legacy computer systems. Equipped with the Matrox MGA chipset, this adapter delivers stable performance for business applications, CAD workstations, and general-purpose graphics needs. The 601045-700 offers a practical solution for maintaining or upgrading older computing environments where PCI-based graphics support is required.
Key Features
- Matrox MGA chipset for proven graphics performance
- PCI interface for broad compatibility with legacy systems
- Tested and fully functional used unit
- Compact form factor for standard chassis installations
- Supports standard VGA display connectivity
Technical Specifications
- Manufacturer: Monotype Systems
- Model Number: 601045-700 Iss B
- Interface: PCI
- Graphics Chipset: Matrox MGA
- Condition: Used, tested and fully functional
Typical Applications
The Monotype Systems 601045-700 is ideal for:
- Restoring graphics capability to legacy PCI-based computers
- CAD and graphics-intensive professional applications on older workstations
- Replacement graphics cards in vintage computing environments
- System maintenance and upgrades for established IT infrastructure
- Secondary display support on multi-monitor legacy systems
Compatibility & Replacements
Compatible With
- PCI-equipped computer motherboards and systems
- Legacy Windows operating systems (95 through XP era)
- DOS-based graphics applications
- VGA/D-Sub monitor connectors
- Standard desktop and tower chassis with available PCI slots
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator or original equipment documentation before ordering. The 601045-700 Iss B is suitable as a direct replacement for failed or missing Matrox MGA-based PCI video adapters in compatible systems.
Works With
- VGA display standards and legacy monitor types
- PCI BIOS configurations supporting standard graphics cards
- DOS, Windows 3.1 through Windows XP driver support
- Dual-monitor configurations on systems with multiple PCI slots
