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This paper presents the design criteria and the current implementation of ageneric and functionally rich data acquisition framework for high performancedetectors called RASHPA. The framework is based on the use of RDMA mechanismsfor optimized data transfer and supports multiple destinations and simultaneoustransfer operations through multiple parallel data links. Although RASHPA issomehow agnostic in what respects to the type of detector and can deal withdifferent types of data and metadata, it implements selection and dispatchingrules that are optimized for the efficient manipulation and distribution ofimages. For all the previous reasons, the full potential of RASHPA comes upwhen implemented in very high data throughput modular 2D detectors as most ofthe advanced new area detectors that are in development for synchrotron andfree-electron laser applications.

A Generic Data Acquisition Framework For High Performance 2D X-RAY Detectors