News

Beckhoff has expanded the processor options available across five industrial PC platforms with Intel Core Series 2 processors, bringing higher CPU performance to systems designed for demanding real-time control, motion automation, machine vision, and industrial AI applications.

The new processor options are available for the C6040 ultra-compact IPC, C6640, C6650 and C6675 control cabinet IPCs, and the C5240 19-inch slide-in IPC. The upgrade gives machine builders access to Intel’s Bartlett Lake 12P processor family while retaining Beckhoff’s established industrial PC form factors.

Unlike Intel’s hybrid desktop architectures that combine performance and efficiency cores, the Bartlett Lake 12P processors used in these Beckhoff systems rely exclusively on Performance cores. The architecture is intended to provide strong single-thread performance while making CPU resource allocation more predictable for industrial workloads.

Beckhoff says the processors can provide up to 12 performance cores, with base frequencies reaching 4 GHz and turbo frequencies up to 5.9 GHz. For automation applications, that combination is relevant to both fast sequential processing and workloads that can distribute calculations across multiple CPU cores.

The all-P-core architecture is particularly interesting for control engineers. Industrial automation software often has different timing requirements from conventional desktop applications, especially when PLC logic, motion control, visualization, communication, and data processing share the same computer.

A hybrid CPU can require the operating system scheduler to distribute workloads between different types of cores. Beckhoff’s approach instead provides a uniform CPU core structure, which the company believes can simplify engineering for demanding real-time applications.

The C6040 ultra-compact IPC is one of the main beneficiaries of the processor upgrade. Measuring only 132 × 202 × 76 mm, the system is designed for applications where cabinet space is limited but computing requirements remain high.

Beckhoff positions the C6040 for applications including multi-axis motion control, advanced HMI systems, short machine cycle times, machine vision, and machine learning. Adding higher-performance Intel Core Series 2 processors allows the compact IPC to handle more computationally intensive tasks without moving to a substantially larger industrial computer.

The C6640, C6650, and C6675 provide a different approach. These control cabinet IPCs use an ATX motherboard, allowing greater expansion flexibility than ultra-compact systems. The architecture can accommodate additional hardware such as high-performance graphics cards for AI inference and machine vision.

That capability is increasingly relevant as industrial PCs become responsible for more than conventional visualization and control. Automated inspection, object recognition, defect detection, robotics, and predictive analytics can require significant CPU and GPU resources alongside the underlying machine-control workload.

The C5240 19-inch slide-in IPC rounds out the processor update. Its rack-style form factor is intended for machine and system-building applications where industrial computing equipment needs to be integrated into a standard control cabinet or equipment enclosure.

Intel’s Bartlett Lake 12P processors are based on Intel 7 process technology and use the LGA1700 package. The flagship Core 9 273PQE provides 12 performance cores and 24 threads through Hyper-Threading.

Platform support includes DDR4 and DDR5 memory, ECC capabilities, memory capacity of up to 192 GB, and PCIe 5.0 connectivity. These features give system integrators additional headroom when configuring industrial PCs for data-intensive control, storage, vision processing, or expansion hardware.

For OEMs, the processor upgrade is more than a specification increase. Modern automation systems are increasingly combining PLC control, motion processing, visualization, database communication, machine learning, and industrial networking on the same computing platform.

Higher single-core performance remains important for tasks that cannot be efficiently distributed across multiple threads. At the same time, applications such as image processing, data analysis, and AI workloads can benefit from additional parallel processing capacity.

Beckhoff’s adoption of an all-performance-core processor therefore reflects the changing requirements of industrial computing. Rather than optimizing exclusively for general-purpose office workloads, the company is focusing on predictable and high-performance processing for automation environments.

The move also fits Beckhoff’s broader PC-based control strategy, in which industrial PCs provide the computing foundation for automation software and real-time machine control. By offering newer Intel processors across several IPC families, Beckhoff can address different installation requirements without forcing customers into a single hardware format.

For compact machines, the C6040 offers a small footprint. Larger control cabinets can use the C6640, C6650, or C6675 when expansion and graphics processing are more important. The C5240 provides a 19-inch installation option for applications with conventional rack-style cabinet requirements.

This range gives machine builders more flexibility when specifying industrial computing hardware around CPU performance, cabinet space, expansion requirements, and application complexity.

The processor update is particularly relevant to machine builders, system integrators, and automation OEMs developing equipment with increasingly demanding software requirements. As industrial systems become more connected and software-driven, the IPC is often expected to perform several roles simultaneously.

A single industrial PC may host visualization software, PLC or motion-control functions, data acquisition, industrial communications, image-processing applications, and higher-level analytics. Additional CPU performance can provide more capacity for these workloads while helping maintain machine response times.

The inclusion of ECC memory support is also relevant for industrial deployments where reliability matters. Memory errors that might be tolerable in a short desktop session can have more serious consequences in an industrial computer expected to operate continuously and support production equipment.

Beckhoff has not announced pricing for the new processor configurations. Availability will depend on the specific IPC model and selected processor configuration.

Overall, the Intel Core Series 2 integration strengthens Beckhoff’s industrial PC lineup at a time when real-time automation and edge computing are increasingly converging. The emphasis on uniform performance cores also gives Beckhoff a distinct technical position for engineers concerned with CPU behavior in control applications.

For users evaluating an IPC for advanced motion control, machine vision, industrial AI, or high-performance HMI applications, the new processor options provide another way to increase computing capacity without necessarily changing the physical IPC platform.

The combination of compact industrial hardware, high-performance Intel processors, expandable ATX systems, and PC-based automation software continues to push industrial PCs beyond their traditional role as visualization or supervisory computers. In modern automation architectures, they are becoming central computing platforms for increasingly sophisticated machines.