Germany’s congatec, a trailblazer in embedded and edge computing solutions, has unveiled four cutting-edge COM-HPC computer modules powered by the 14th Gen Intel® Core™ processors (codenamed Raptor Lake-S Refresh).
These groundbreaking modules elevate the existing conga-HPC/cRLS lineup, redefining performance standards for industrial workstations and edge computing. Leveraging Intel’s refined manufacturing processes, the upgraded CPU clock speeds deliver a significant boost across the entire product series.
The flagship Intel® Core™ i7-14700 processor now packs four extra E-cores compared to its predecessor, the i7-13700E, delivering a staggering 20-core powerhouse for unparalleled performance. Another standout feature is the turbocharged USB 3.2 Gen 2×2 interface, blazing through data transfers at up to 20 gigabits per second.
“These next-gen conga-HPC/cRLS modules set a new performance benchmark in the COM-HPC Client Size C segment,” said Jürgen Jungbauer, Senior Product Line Manager at congatec. “With full backward compatibility for existing Raptor Lake-S designs, customers can effortlessly upgrade while unlocking superior capabilities. We’ve also engineered advanced thermal solutions to empower developers in crafting bespoke systems for specialized applications.”
Designed for the most demanding workloads, the COM-HPC Size C standard (120×160 mm) is tailor-made for applications craving multi-core muscle, expansive cache, massive memory, and ultra-fast I/O—perfect for AI and machine learning deployments where every millisecond counts.
For edge computing scenarios requiring workload consolidation, congatec has smartly pre-integrated real-time virtualization (Hypervisor) support in the firmware. These modules shine brightest in industrial automation, cutting-edge medical tech, and next-gen network infrastructure applications.
The enhanced hybrid architecture now flexes up to 8 performance cores and 16 efficiency cores, delivering unprecedented processing versatility.
Available in multiple configurations, the new conga-HPC/cRLS modules in COM-HPC Size C standard feature all-new Intel® Core™ 14xxx series processors—each engineered to push the boundaries of what’s possible in embedded computing.
Eva Hudson 
Maeve Chapman 
Ryder Robertson
This new COM-HPC module with the 14th Gen Intel Core processors sounds like a game-changer for industrial applications. I’m curious to see how the additional E-cores will impact real-world performance compared to the previous generation. It’ll be interesting to see if this level of performance comes with any trade-offs in terms of power consumption or heat management. Overall, it seems like congatec is really pushing the boundaries of what’s possible in embedded computing.
Absolutely, the integration of the 14th Gen Intel Core processors with additional E-cores is designed to deliver significant performance gains while maintaining efficient power consumption and thermal management. We’re excited to see how these improvements translate into real-world scenarios, and our team is closely monitoring any potential trade-offs to ensure optimal performance across all use cases. It’s clear that congatec is setting new standards in the industry, and we’re thrilled to be part of this innovation journey. Thanks for your insightful comments!
This new COM-HPC module with the 14th Gen Intel Core processor seems like a game-changer for embedded systems, especially with those extra E-cores. I’m curious how it will impact power consumption and thermal management in industrial applications.
This new COM-HPC module with the Raptor Lake-S Refresh really pushes the boundaries of what’s possible in embedded computing. I’m particularly impressed by the added E-cores; should make a noticeable difference in multitasking and performance-heavy applications. It’ll be interesting to see how this affects power consumption and thermal management though. Definitely a game-changer for industrial workstations!
This new COM-HPC module with the updated Intel processor sounds like a game-changer for edge computing. I’m curious to see how the extra E-cores will impact real-world applications, especially in terms of power efficiency. It’ll be interesting to test it against previous models to gauge the performance jump. I wonder if this will set a new standard for industrial workstations.
Absolutely, the integration of updated Intel processors with additional E-cores could indeed redefine edge computing performance. The improved power efficiency is particularly exciting, as it opens up possibilities for more sustainable solutions in real-world scenarios. Testing it against prior models will definitely highlight the tangible benefits, and I agree—it has the potential to set a new benchmark for industrial workstations. Thanks for your insightful comments!