Agilent CrossLab Start Up Services Agilent Cary UV Workstation Plus 1.6 Software Site Preparation Checklist

Importance of the Topic

The Agilent Cary UV Workstation Plus 1.6 Software Site Preparation Checklist defines the technical and organizational prerequisites required to install, upgrade and operate the Cary UV Workstation Plus spectroscopy software reliably. Correct site and system preparation reduces installation delays, prevents configuration-related failures, supports regulatory compliance in data-secure environments, and helps laboratories quickly realize the value of their instrument investment.

Objectives and Overview of the Document

• Provide a clear, actionable checklist of software, hardware, network and administrative requirements for installing Cary UV Workstation Plus 1.6.
• Highlight special upgrade rules, compatibility limitations and required preparatory actions (backups, account privileges, time sync) to avoid data loss or service interruptions.
• Describe network and firewall port requirements and recommend PC and network configurations validated by Agilent for stable instrument control and data handling.

Methodology and Required Preparations

• Pre-install verification: ensure the target PC and laboratory network meet stated OS, .NET, storage, memory, and peripheral requirements. Install all critical Microsoft updates before Agilent installation begins.
• Backups and data protection: implement and verify a backup strategy and back up existing software/data before upgrading. Note that upgrade services do not include backup, data transfer, or verification.
• Account and permission configuration: installation and configuration require full local administrator privileges. For domain installations, a domain user with local admin rights or a service account is recommended for authentication tasks.
• Power and sleep settings: disable all power-saving modes on the PC to prevent data loss or communication loss with the instrument.
• Network/connection setup: ensure at least one LAN interface for direct instrument-to-PC communication; a second NIC or switch is recommended when connecting to an intranet simultaneously.

Used Instrumentation

• Cary 3500 spectrometer series (instrument discovery uses Zeroconf / mDNS; DHCP enabled by default).
• Controlling PC: recommended workstation example HP z2 G9 or equivalent; validated configuration: Intel i5-class CPU (3.0 GHz 6-core recommended), 16 GB RAM, 512 GB SSD, graphics resolution 1600 x 900 (1920 x 1080 recommended), USB 2.0 port, Ethernet controller supporting 100/1000 Mbps.
• Bundled software: PostgreSQL instance installed by the UV Workstation Plus installer (only that PostgreSQL version is supported).

Main Results and Discussion (Key Requirements and Constraints)

• Supported operating systems: 64-bit Windows 10 (revision 21H2 or later) and Windows 11 (revision 21H2 or later). Required Microsoft components include .NET 3.5.x and .NET 4.8 Advanced Services; .NET Core 6.x (64-bit) is also listed.
• Language and localization: English is validated; localized OS versions are supported for Simplified Chinese and Japanese when required fonts are present.
• Compatibility and upgrade paths: only direct upgrades from versions 1.4 or 1.5 to 1.6 are supported. Older installations (1.2 or earlier) must first be upgraded to 1.4 before moving to 1.6. Upgrades can be performed on the original PC or by installing to a new PC; intermediate upgrade services, data transfer and OS upgrades are not included.
• Software incompatibilities: Cary UV Workstation Plus is not compatible with several Agilent OpenLab products (OpenLab Basic Server, OpenLab Server, OpenLab ECM variants); avoid concurrent installations.
• Network discovery and addressing: Cary 3500 uses Zeroconf for discovery and DHCP by default; LAN direct-to-PC installation is the default approach. When exporting reports to network drives, the PC must be domain-connected and backend services require appropriate domain credentials.
• Firewall and security: the installer can configure Microsoft Firewall exceptions automatically. For third-party firewall or antivirus products, these should be disabled or preconfigured to open required ports before installation. Key service ports include licensing and shared services ranges (notably 52088 for shared services/data APIs, 27000–27009 for licensing, 8085–8099 for licensing UI fallback, 8090 default licensing UI port), instrument data and collection service ports, and mDNS/Instrument discovery port (8765). The installer documentation lists all required ports and protocols that must be open for correct operation.
• Regulated environments: ensure network time synchronization across systems and prevent normal users from operating as administrators to preserve time integrity and audit trails. Electronic signature workflows should be completed before certain upgrades to prevent loss of author metadata; some signature settings may need reapplying after upgrade.

Benefits and Practical Applications of Following the Checklist

• Reduced installation time and fewer on-site delays due to missing prerequisites or misconfigured networks.
• Improved stability and reproducibility of instrument control and data capture through validated hardware and network setups.
• Better regulatory readiness: predefined guidance for time sync, account privileges, and audit-relevant settings supports compliance in data-secure environments.
• Simplified vendor support and troubleshooting because the installation environment matches Agilent-validated configurations.

Future Trends and Potential Uses

• Increased integration with laboratory information management systems (LIMS) and higher-level data infrastructure to streamline workflows and reporting automation.
• Greater emphasis on cybersecurity, hardened deployment patterns, and hardened images for instrument PCs to reduce reliance on disabling third-party antivirus during installs.
• Cloud-enabled adjunct services for remote diagnostics, license management, and centralized backup of spectral datasets while preserving local regulatory controls.
• Containerization or virtual appliance delivery of backend services (database, shared services) could simplify future deployment and patching while maintaining validated configurations.
• Deeper automation of pre-install checks and system preparation tools to allow pre-validation of customer sites before engineer arrival, reducing reschedules.

Conclusion

The Cary UV Workstation Plus 1.6 Site Preparation Checklist is a comprehensive, practical guide intended to prevent common installation pitfalls and ensure robust operation of Cary 3500-based UV systems. Careful attention to OS and .NET versions, validated PC hardware, network topology, firewall port configuration, administrative privileges, and pre-upgrade data protection will minimize downtime, preserve data integrity and facilitate a smooth installation or upgrade trajectory.

References

• Agilent Technologies, Cary UV Workstation Plus 1.6 Software Site Preparation Checklist, Document D0134265, Revision A.00, Issued 01 Aug 2025.