Exfo IQS-610P Integrated Qualification System

The Exfo IQS-610P is a modular, PC-based platform for comprehensive fiber optic testing and network qualification. This central workstation integrates test automation with remote access and control capabilities, supporting optical, transport, and datacom applications across design and manufacturing environments. The system minimizes manual intervention while delivering accurate, repeatable results through test automation and multiple connectivity options.

## Technical Specifications

• **Processor:** Intel Core II, 2.12 GHz
• **Memory:** 2 GB RAM
• **Storage:** 160 GB or 500 GB hard drive options
• **Operating System:** Windows Embedded for Point of Service Ver. 1.1, Windows XP, or Windows 8.1 Pro
• **Software:** IQS Manager Ver. 2.0.0.616 (Service Pack 1)
• **Module Capacity:** Houses up to 10 test modules; expansion units support up to 90 additional modules via daisy-chaining
• **Data Protection:** Optional RAID 1 configuration for increased performance and data reliability
• **High-Speed Models:** “-HS” variants support faster module communication

## Key Features

• Rackmount form factor with minimal space requirements
• Multi-user Ethernet-based sharing reduces equipment footprint and capital expenditure
• Customizable access levels with administrator-controlled configuration rights
• Remote access via Java, Virtual Network Computing (VNC), Remote Desktop, and Web browser
• Optional remote GPIB control for external device integration
• RS-232, ActiveX, and .NET protocol support
• External device port connectivity for monitors, keyboards, mice, printers, and specialized peripherals
• Compatible with Windows-based bar code readers, foot pedals, and PCI data acquisition cards

## Compatibility & Integration

Open architecture supports Windows-compatible software, LabVIEW™, and protocol scripts. Full compatibility with Microsoft .NET “T&M Programmers’ Tool Kit” enables custom application development. Wide range of interchangeable test modules available for optical, transport, and datacom applications. System operates with consistent fan speed across controller and expansion units; module specifications are based on maximum fan speed, with lower speeds potentially increasing measurement uncertainty.