
Maverick-2 is NextSilicon's runtime-reconfigurable dataflow accelerator for high-performance computing and AI workloads.
Maverick-2 combines a reconfigurable dataflow accelerator with software that optimizes hardware for the running application. The product page describes support for C/C++, Fortran, OpenMP, and Kokkos, allowing many existing applications to run without modification.
NextSilicon identifies irregular memory access and mixed computational patterns as target workloads. Its published performance and energy comparisons are vendor-reported results, while the named Sandia deployment provides evidence that the platform has moved beyond a laboratory-only design.
Maverick-2's published performance improvements depend on the application and configuration being compared. NextSilicon's technical disclosure describes initial internal benchmark results and further system-level testing, so the headline comparisons do not establish identical gains for every workload.
The product page distinguishes currently supported languages from planned integrations for additional GPU and AI software frameworks. Users adopting those frameworks need to verify current support and measure performance on their own code before selecting a production configuration.
NextSilicon announced the launch of Maverick-2 on October 30, 2024. The announcement described accelerator shipments, an early Sandia National Laboratories deployment, and planned volume shipments through an expanding partner ecosystem.
On October 22, 2025, the company's founder published a deeper architecture disclosure and initial performance results. That later article described production systems and customer sites while presenting the technical details of the accelerator's dataflow architecture.
Maverick-2 is NextSilicon's accelerator for high-performance computing, AI, and irregular data workloads. Its Intelligent Compute Architecture uses runtime telemetry to identify demanding code paths and configure hardware resources for those operations.
The published configurations include PCIe and OAM modules with HBM3E memory. NextSilicon's launch announcement names Sandia National Laboratories as an early user and describes shipments to academic, government, and commercial customers.