Technical Leadership: Daniel Bowers, Supporting Contributor
Daniel Bowers made a vital impact on Windows support for the SPEC CPU 2026 benchmark package. Navigating a complex process across diverse Windows versions, compilers, and candidate benchmarks, Daniel volunteered to report Windows runs, analyze faults, and resolve issues. His work on Windows portability flags and configuration files improved platform compatibility and benchmark reliability across the environment.
Technical Contribution: Prasad Joshi, Intel
As a SPEC expert on Intel compilers, Prasad Joshi enabled the SPEC CPU 2026 benchmark to run seamlessly across both Linux and Windows environments. He resolved issues across numerous candidate benchmarks, authoring essential portability flags and optimized configuration files. Prasad also led the development of two benchmarks for the release candidate and ensured robust platform support for Intel architectures—a critical prerequisite for the benchmark suite's release.
Technical Leadership: Anthony Mansur, Intel
As Vice Chair of SPECgpc, Anthony Mansur continues to demonstrate exceptional leadership in driving group goals and expanding external benchmark awareness through blogs, press releases, and outreach initiatives. Anthony proactively led the effort to create the 2025 SIGGRAPH Birds of a Feather presentation, delivering it to a standing-room-only audience. The session generated strong interest in the latest SPECviewperf features - including next-generation rendering technologies like Temporal Super Resolution (TSR) and real-world workflows using Enscape and Blender - while covering topics relevant across all GWPG benchmarks.
Technical Contribution: Branden Moore, AMD
Branden Moore was instrumental in producing clean, modernized C++ benchmarks for the SPEC CPU 2026 suite. His deep technical knowledge significantly enhanced code quality during the final evaluations, where he provided thorough explanations alongside precise code revisions. Branden’s sharp, well-documented technical analyses drove critical code modifications across several key benchmarks.
Technical Contribution: Christoph Müllner, Ampere
Christoph Müllner has been one of the most significant contributors to the SPEC CPU 2026 benchmark since joining the CPU Committee in 2023. Key among his achievements was implementing the experimental "round-robin rate" run mode, including both execution and reporting frameworks. In addition, Christoph provided critical support for kit testing, debugging reportable runs, and developing example configuration files for Arm platforms.
Technical Contribution: Mike Petrich, IBM
Mike Petrich has demonstrated exceptional technical leadership and initiative across the SPECpower Committee and International Standards Group (ISG). He led rigorous testing for the SPEC PTDaemon 1.11.3 release, ensuring ISO compliance while updating and validating the accompanying web documentation and certification.
As ISG Webmaster, Mike mastered new content editing platforms to deliver a refreshed public website for SPEC. Additionally, he documented and resolved client-facing usability issues, addressing real-world pain points before they could impact the broader user community.
Technical Leadership: Huili Tao, NVIDIA
Huili Tao led the design and technical implementation to incorporate the Siemens NX (snx-05) workload into SPECviewperf 15.0.1. Stepping up to lead this key initiative, she resolved design-to-implementation inconsistencies and addressed complex bugs to ensure continuous benchmark improvement through development. Her contributions and technical execution were essential to the successful release of the SPECviewperf 15.0.1 benchmark.
Technical Contribution: Sunil Vijay Sathe, NVIDIA
Serving as a HPC expert for the SPEC CPU 2026 benchmark, Sunil Vijay Sathe made vital contributions to the benchmark suite's development. He evaluated complex algorithms, established rigorous validation criteria, and selected the most viable candidate workloads for high-performance computing environments. Sunil also championed and guided the development of two core benchmarks included in the release candidate