congatec’s New COM-HPC Module Delivers Real-Time Performance for Demanding Applications
As edge computing demands higher-performance, scalable solutions continue to grow to meet the need. Enter congatec’s conga-HPC/cBLS, the latest addition to its high-performance COM-HPC Computer-on-Modules (COMs) lineup. Built to tackle the most demanding real-time applications, this module combines advanced processing power, AI capabilities, and real-time networking in a compact, scalable design.
Unlocking Performance with Intel Core S Hybrid Architecture
The conga-HPC/cBLS is based on Intel’s Core S processors (codenamed Bartlett Lake S), utilizing a hybrid architecture of up to 16 Efficient (E) cores and 8 Performance (P) cores, offering up to 32 threads. This architecture supports the high multi-core and multi-thread performance needed for compute-heavy applications such as:
- Medical Imaging
- Test and Measurement
- Communication & Networking
- Energy and Smart Grids
- Automation and Optical Inspection
In addition to industrial and energy use cases, video surveillance for traffic monitoring and retail solutions can also benefit from the module’s processing and AI capabilities.
AI Inference and Real-Time Capabilities
A standout feature of the conga-HPC/cBLS is its heterogeneous computing architecture, powered by Intel Graphics with up to 32 execution units and Deep Learning Boost. This configuration delivers robust AI inference capabilities for power-intensive edge applications, making it an ideal solution for tasks requiring real-time data analysis and decision-making.
The module also supports Intel Time-Sensitive Networking (TSN) and Time Coordinated Computing (TCC), enabling precise and synchronized networked operations for critical applications in sectors like medical technology, automation, and industrial control.
System Consolidation with Hypervisor-on-Modules
The conga-HPC/cBLS introduces firmware-integrated Hypervisor-on-Modules, allowing developers to consolidate multiple systems into a single platform. This capability enables streamlined designs for:
- Real-time production cell control with HMI integration
- IoT gateways for connected devices
- Edge servers for smart grids and automation systems
By replacing several traditional systems with a single, scalable module, engineers can reduce design complexity and cost without compromising performance.
Scalability and Future-Proofing
One of the key advantages of congatec’s COM-HPC modules lies in their scalability. The standardized COM-HPC Client Size C form factor allows easy upgrades across processor generations, offering a straightforward path for future enhancements without redesigning the basic system architecture.
With up to 42 PCIe lanes, including 16 lanes of PCIe Gen 5 and 12 lanes of PCIe Gen 4, the module provides exceptional connectivity for high-speed applications. Additionally, the integration of DDR5-4000 memory with ECC support ensures reliability in data-critical environments.
Fast Deployment with aReady.COM
To accelerate time-to-market, the conga-HPC/cBLS is available as part of the aReady.COM platform, which includes pre-installed and validated operating systems like ctrlX OS, Ubuntu, or RT-Linux. Custom configurations are also available, allowing developers to deploy their applications quickly by simply plugging the module into a finished system.
Design Support for Simplified Development
To ease the integration process, congatec offers a comprehensive ecosystem and design-in services, including:
- Carrier boards such as the conga-HPC/mATX for immediate prototyping.
- Customized cooling solutions for optimal thermal management.
- High-speed signal integrity testing for PCIe Gen 5 and other advanced interfaces.
With these resources, developers can fully leverage the capabilities of the conga-HPC/cBLS module for their applications.
Driving the Future of Edge Computing
The conga-HPC/cBLS represents a leap forward in edge computing, offering the power, scalability, and efficiency required for today’s most demanding real-time applications. Whether in medical imaging, industrial automation, or AI-driven systems, this module sets a new standard for high-performance edge computing.
To learn more, visit congatec’s website or explore the COM-HPC standard for insights into scalable system design.
Catch congatec at embedded world 2025, Hall 3, Stand 241, to see the conga-HPC/cBLS in action.