In the past, Compaq's design and verification distributed compute farm consisted of UNIX-based often times expensive proprietary hardware and operating systems. In addition, internal developers created sitespecific load distribution software for the management of design verification compute intensive processing jobs. This environment offered Compaq design engineers (DEs) a finely tuned site-specific environment, where the benefits included on-site developers providing quick user-required modifications, in addition to a mature operating system environment. The downside included higher hardware purchasing and maintenance costs. However, with the emergence of Windows NT, Platform Computing's Load Sharing Facility (LSF) for Windows NT, the availability of Electronic Design Automation (EDA) applications for Windows NT, and high-end Intel-based workstations, a Compaqbased Windows NT LSF compute farm proved to be a viable solution. Compaq's internal systems engineers (SEs) and application engineers (AEs) began the process of developing a Windows NT-based compute farm environment that would provide a robust distributed compute farm to be used to facilitate the designing and verification of future Compaq products. This paper describes the issues encountered and the solutions required to bring the Compaq-based Windows NT LSF compute farm online and into production.