conga-HPC/cBLS accelerates demanding edge designs

More consistent power for COM-HPC client platforms

conga-HPC/cBLS, with new Intel® Core™ Series 2 variants based exclusively on high-performance P-cores. Featuring up to 12 identical P-cores, the new modules are specially designed for deterministic high-end applications that need to process numerous data streams in parallel. They support up to 192 GB of RAM and provide 42 PCIe lanes for high-bandwidth connectivity in advanced I/O technologies or AI accelerator cards. This makes them ideally suited for performance-hungry edge computing applications in markets such as test & measurement, medical imaging, smart grids, energy systems, robotics, and industrial process automation—applications that require server-class performance in a workstation-class design footprint.

Deterministic high-end embedded computing at up to 5.7 GHz

The new modules provide a homogeneous CPU architecture with a unified instruction set, simplifying the development of low-latency systems with fully deterministic behavior. Powered by high-performance yet cost-efficient LGA processors, the conga-HPC/cBLS delivers maximum compute capability at CPU frequencies of up to 5.7 GHz.

This performance directly benefits applications such as data loggers in stationary or mobile test benches, precision real-time control systems for robots, CNC machines, and automated production lines, as well as AI-based quality inspection systems.

In addition to its modular architecture, the conga-HPC/cBLS future-proofs upgrade paths via straightforward module replacement through high-performance computing sockets.