5PC600.X855-02 B & R Automation
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The B & R Automation 5PC600.X855-02 is an industrial automation unit from the 5PC Industrial Automation Units series and features an Intel Pentium M processor clocked at 1400 MHz with a front side bus of 400 MHz. It is equipped with 1 GB DDRAM maximum memory, a 32 kB L1 cache, and a 2 MB L2 cache. The unit uses an Intel Extreme Graphics 2 controller with 64 MB shared graphics memory and offers storage via 2 IDE ports with UDMA 100 support.
Internal Product Review
The 5PC600.X855-02 is a B & R Automation industrial automation unit built around an Intel Pentium M processor running at 1400 MHz. Support for 1 GB max memory and 2 IDE ports with UDMA 100 gives the platform solid flexibility for legacy machine control. The Intel Extreme Graphics 2 controller keeps visualization duties practical, making the unit a dependable choice for established automation systems.
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Product Description:
The 5PC600.X855-02 industrial computer is produced by B&R Automation and belongs to the 5PC Industrial Automation Units series. It serves as a compact control node that embeds processor, memory, graphics, and field connections within a single board so machine systems can execute motion control, visualization, and data-logging tasks directly on equipment. Mobile-class silicon keeps heat output low, allowing fanless mounting inside sealed electrical cabinets where continuous operation and reduced maintenance are required.
Central processing is handled by an Intel Pentium M running at 1400 MHz that communicates over a 400 MHz front-side bus. The mobile chipset Intel 82855GME / Intel 82801DB links the CPU with up to 1 GB of DDRAM, supplying enough volatile space for soft-PLC code and HMI graphics. A 32 kB L1 cache minimizes fetch latency, while a secondary cache of 2 MB sustains throughput for larger data blocks. MMX and Streaming SIMD Extension 2 instructions accelerate integer and floating-point vector routines common in motion calculations. The integrated Intel Extreme Graphics 2 engine shares 64 MB of shared memory with system RAM and outputs a 32-bit color depth signal for operator panels, eliminating the need for a discrete video card.
The processor die is fabricated on a 90 nm process node, balancing clock speed with low power draw for cabinet environments. System initialization relies on the AMI BIOS, and a battery-backed real-time clock preserves accurate timestamps during power loss for event tracking. Mass storage devices such as CompactFlash cards or rotating disks attach through 2 IDE ports with UDMA 100, providing sustained transfer rates suitable for recipe files and trend archives. This arrangement supports local program storage and accurate time-stamped records during operation.