5PP5CP.US15-01 B & R Automation
Wake Industrial LLC is not an authorized distributor of this product.
The B & R Automation 5PP5CP.US15-01 is part of the 5PP Power Panels series and features an Intel Atom Z520PT processor with a clock frequency of 1330 MHz. It comes with 2 GB maximum DDR2 memory and utilizes a single core Intel US15WPT chipset paired with an Intel Graphics Media Accelerator 500 graphics controller. The device is built using a 45 nm process node and has L1 and L2 caches of 32 kB and 512 kB, respectively.
Internal Product Review
The 5PP5CP.US15-01 is a B & R Automation power panel built around an Intel Atom Z520PT processor and Intel US15WPT chipset. A 1330 MHz clock and Hyper-threading support give the platform responsive behavior for industrial visualization and control tasks. Strong embedded computing performance makes this panel a smart choice for efficient machine interface deployment.
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Product Description:
The 5PP5CP.US15-01 operator panel combines visualization and control functions within the 5PP Power Panels series manufactured by B&R Automation. Designed for machine-mounted installation, the unit serves as a compact interface where PLC logic, motion commands, and graphical HMI displays run on the same hardware, reducing cabinet space and field wiring in industrial automation cells. Its integrated processor drives local touch screens and exchanges data with higher-level networks, positioning the panel as a drop-in controller for packaging, printing, and assembly equipment.
Processing tasks are handled by the Intel Atom Z520PT CPU, a low-power architecture fabricated on a 45 nm process. This engine runs at 1330 MHz and offers just 1 physical core, yet Intel’s Hyper-Threading technology allows the operating system to schedule two logical threads for smoother HMI refresh and real-time control. A 533 MHz external front-side bus links the processor to the chipset. Instruction extensions include SSE2, SSE3, and SSSE3 for accelerated vector math. Even though Intel 64 mode is disabled, the panel supports hardware virtualization through VT-x, enabling separation of user display tasks from deterministic control domains without additional silicon.
The chipset is the Intel US15WPT, which integrates the memory controller and the Intel Graphics Media Accelerator 500 to drive the panel’s embedded display without a discrete GPU. System responsiveness is aided by a 32 kB L1 cache and a secondary cache of 512 kB that feed instructions to the graphics and I/O subsystems. One SO-DIMM slot accepts up to 2 GB of DDR2 RAM, providing sufficient headroom for visualization runtimes and fieldbus stacks while maintaining low thermal dissipation. The single memory socket simplifies service, and the DDR2 interface maintains balanced throughput with the rest of the board.
