Agilent OpenLAB CDS v2.2 Adding AIC to Existing System - Site Preparation Checklist

Importance of the Topic

Proper site preparation for integrating an Agilent OpenLAB CDS v2.2 Acquisition Instrument Controller (AIC) helps guarantee reliable instrument performance, reduces installation delays, and supports long-term operational stability in analytical laboratories.

Objectives and Overview

This document provides a structured checklist to prepare computing, hardware, software, and networking environments for adding an AIC to an existing OpenLAB CDS system. It outlines customer responsibilities, software prerequisites, hardware recommendations, and network requirements to ensure a seamless installation process.

Methodology and Instrumentation

• Site Assessment: Confirm space availability, power outlets, and backup solutions.
• Software Verification: Use the SitePrep tool from the OpenLAB CDS install media to validate operating system support, required .NET components, internet browser configuration, antivirus compatibility, and auxiliary software (Adobe Reader and Flash Player).
• Hardware Configuration: Install a 64-bit Windows platform (7 SP1, 8.1, 10, or Server 2012 R2) with at least 16 GB RAM, dual 7200 RPM drives (RAID1 recommended), a quad-core CPU, 1600×900 graphics, serial and USB ports, and dual NICs for isolating instrument traffic.
• Network Preparation: Ensure all nodes reside in the same domain with DNS resolution of IPv4 addresses, disable IPv6, and connect AIC and instruments via a dedicated switch using CAT-5 cabling. Avoid NIC teaming and maintain static or reserved IP addresses.

Main Results and Discussion

The checklist identifies critical dependencies that can impact software installation and instrument connectivity. Key findings emphasize the necessity of matching operating system locales, enabling specific .NET versions, setting Internet Explorer as default, and maintaining a secure, isolated network segment for instrument communication.

Benefits and Practical Applications

• Reduced installation errors by verifying system prerequisites in advance.
• Improved system reliability and data integrity through proper hardware and network configuration.
• Simplified maintenance and support by standardizing domain and security settings.

Future Trends and Potential Applications

As laboratory informatics evolves, cloud-based deployment options and automated configuration management tools are likely to streamline site preparation further. Enhanced virtualization support and integrated self-diagnostic utilities may reduce on-site setup time and improve scalability in multi-instrument environments.

Conclusion

Following a comprehensive site preparation protocol is essential for the successful integration of an Agilent OpenLAB CDS v2.2 AIC. By addressing software, hardware, and networking requirements upfront, laboratories can achieve reliable performance and minimize installation delays.

Reference

Agilent Technologies OpenLAB CDS v2.2 Site Preparation Checklist, July 2017