This allows designers to compare entire systems, or evaluate the performance impact of changes in hardware or software configuration.īenchmark tests are designed to highlight different performance dimensions. provides a public archive of test data from a wide range of systems including high-performance PCs and low-power embedded systems. Real-world performance testing is the best method for comparing different hardware and system configurations. With so many variables, specifications alone are unlikely to provide much in the way of practical guidance. These systems are based on their manufacturers’ architectures and will likely run different operating systems.
The processors available in similarly-sized board-level computers range from high-performance Intel Core i7 x86 CPUs on the COM Express platform to low-power ARM Systems on Chips (SOCs), designed for mobile applications. Selecting hardware by comparing the performance specifications published by hardware manufacturers can be difficult. This makes selecting the correct computer for a project more complicated than with traditional PCs.Ĭomparing the number and type of I/O connections of two embedded computers, their physical dimensions, and cost is straightforward evaluating differences in computing power and power consumption requires an in-depth approach. There is a large variety of processor architectures and memory and storage options available in the sub-100mm x 100mm board-level form factor.
Designers building embedded vision or edge computing systems can choose from a broad range of compact embedded computers.
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