Agilent Sample Scheduler for OpenLab revision 2.4 - Site Preparation Checklist

Importance of the Topic

Proper environmental and infrastructure readiness ensures successful installation of the Agilent Sample Scheduler software and reliable operation of analytical systems over time.

Objectives and Overview

This checklist defines the customer responsibilities and system requirements for installing Sample Scheduler for OpenLab revision 2.4. It guides users through planning network, hardware, software, and user credential preparation to minimize installation delays.

Methodology and Instrumentation

Installation demands include:

• Supported operating systems: Windows 7/10 Pro or Enterprise; Windows Server 2012 R2, 2016, 2019
• Agilent OpenLab CDS or EZChrom software at specified revisions and compatible client/server topologies
• Microsoft SQL Server 2012–2017 (Express or Standard) with TCP/IP enabled and ports (1433, 1434) open
• Sample Scheduler components: scheduler agent, LIMS agent, web interface on designated servers or clients
• Network ports for inter-component communication: TCP/UDP 6572, HTTPS 7243–7245; trusted SSL certificate for web interface
• Required user credentials: Windows administrator, OpenLab CDS administrator, SQL database user, SubscribeNet account administrator
• Hardware specifications: adequate CPU, role-based RAM allocation, display resolution (minimum 800 px vertical) per Agilent CDS requirements

Main Results and Discussion

By adhering to these specifications, installation teams can achieve:

• Optimized system performance and seamless integration with existing LIMS and CDS environments
• Secure and reliable data exchange between Sample Scheduler components and the SQL database
• Streamlined deployment, reducing the risk of installation failures or support delays

Benefits and Practical Applications

• Ensures timely software roll-out and comprehensive familiarization of end users
• Minimizes troubleshooting by predefining network, security, and software prerequisites
• Facilitates automated instrument scheduling within QA/QC workflows and production laboratories

Future Trends and Possibilities

Laboratory informatics will likely evolve toward cloud-based deployment and advanced data analytics. Anticipated developments include:

• Virtualized or containerized scheduler instances with cloud database hosting
• Enhanced LIMS and ERP integration leveraging real-time data streams
• Automated setup wizards and self-service web interfaces for simplified configuration

Conclusion

Complete site preparation following this checklist is essential for a successful installation of Sample Scheduler for OpenLab and ensures robust instrument management, data integrity, and operational efficiency.

No reference list provided.