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For several decades, the CPU has been the standard model to use in themajority of computing. While the CPU does excel in some areas, heterogeneouscomputing, such as reconfigurable hardware, is showing increasing potential inareas like parallelization, performance, and power usage. This is especiallyprominent in problems favoring deep pipelining or tight latency requirements.However, due to the nature of these problems, they can be hard to program, atleast for software developers. Synchronous Message Exchange (SME) is a runtimeenvironment that allows development, testing and verification of hardwaredesigns for FPGA devices in C#, with access to modern debugging and codefeatures. The goal is to create a framework for software developers to easilyimplement systems for FPGA devices without having to obtain heavy hardwareprogramming knowledge. This article presents a short introduction to the SMEmodel as well as new updates to SME. Lastly, a selection of student projectsand examples will be presented in order to show how it is possible to createquite complex structures in SME, even by students with no hardware experience.

SME: A High Productivity FPGA Tool for Software Programmers