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Choosing the appropriate Computer-on-Module standard Performance class is your guide

Unless developers are true embedded and edge computing experts, evaluating and choosing between the different form factor standards can be pretty hard. Yet depending on the performance class, there is only one standard that is recommended for new system designs. As always, there are exceptions to this rule.

Boundless freedom for edge servers

The integration of Intel Xeon D processors on COM-HPC Server-on-Modules allows edge server installations to break free from the tight thermal constraints of air-conditioned server rooms. For the first time, they can now be installed anywhere where massive data throughput with lowest possible latencies is required – all the way to deterministic real time.

Heterogeneous core technology for multifunctional embedded client systems

Computer-on-Modules with 12th generation Intel Core processors (formerly codenamed Alder Lake) deliver tremendous performance scalability with their 4 to 16 cores and 8 to 24 threads. Their hybrid architecture, with Performance- and Efficient-cores, suits a wide range of applications, from industrial workstations to workload consolidation in IoT-connected machines and systems. To ensure high cybersecurity, the IIoT gateway functions are implemented in real-time capable virtual machines instead of containers. Meanwhile, these new Computer-on-Modules also solve many of the procurement problems OEMs face for their existing products.