5PC800.B945-10
The B & R Automation 5PC800.B945-10 is a versatile industrial computer board from the 5PC Industrial Automation Units series by B & R Automation. Powered by an Intel Core Duo L2400 dual-core processor clocked at 1.66 GHz, this unit delivers reliable performance for demanding control and automation tasks. With a maximum memory capacity of 3 GB installed via two SO-DIMM DDR2 slots, it provides ample headroom for multitasking in embedded systems. The primary application of the 5PC800.B945-10 is to serve as the central processing module in industrial control systems, HMI units, and other automation platforms requiring stable compute and graphics performance.
Designed around the Intel 945GME chipset and supported by an Intel 82801 GHM (ICH7M-DH) southbridge, this CPU board integrates key technical specifications to ensure robust operation. The board supports an external bus and front-side bus frequency of 667 MHz and includes 2 MB of L2 cache for efficient data handling. Network connectivity is provided by the Realtek RTL8111C Ethernet controller, while graphics output is enabled by the Intel Graphics Media Accelerator 950, offering up to 224 MB of shared graphics memory. Display resolutions reach 1920 x 1080 on DVI and 2048 x 1536 @ 75 Hz on RGB outputs, making it suitable for high-resolution industrial displays.
In addition, the 5PC800.B945-10 supports advanced power management features such as ACPI 2.0 with S3 suspend states, ensuring energy efficiency and rapid wake-up in industrial environments. Its Real-Time Clock with ~12 ppm accuracy and battery backup guarantees precise timekeeping even during power interruptions. The unit's support for Intel Virtualization Technology (VT-x) enhances flexibility by enabling multiple operating systems on a single platform. Requiring only manufacturer-specified accessories, this board assures compatibility and long-term reliability. In industrial applications, the 5PC800.B945-10 delivers consistent uptime, efficient processing, and seamless integration into existing automation frameworks, boosting productivity and reducing maintenance overhead.