5PC900.TS77-03 B & R Automation
Wake Industrial LLC is not an authorized distributor of this product.
The B & R Automation 5PC900.TS77-03 is part of the 5PC Industrial Automation Units series and features an Intel Core i7-3517UE processor with two cores and a clock frequency of 1700 MHz. It is equipped with an Intel QM77 chipset, supports up to 16 GB DDR3 memory across two channels, and incorporates Intel HD Graphics 4000 with a maximum graphics frequency of 1 GHz. The unit delivers a memory bandwidth of 25.6 GB/s and operates with a thermal design power of 17 watts.
Internal Product Review
The 5PC900.TS77-03 is a B & R Automation industrial automation unit featuring an Intel Core i7-3517UE processor and Intel QM77 chipset. Intel HD Graphics 4000 with DisplayPort 1.1 provides clean, dependable visualization support for HMI and control applications. A 17 W thermal design power makes the platform an efficient choice for modern automation cabinets.
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Product Description:
The 5PC900.TS77-03 is an industrial PC from B & R Automation that belongs to the 5PC Industrial Automation Units series, intended to run machine-level control, visualization, and data logging tasks on the factory floor. Startup is handled by an Embedded AMI BIOS bootloader that performs power-on self-tests before handing control to the operating system. The board is built around the Intel QM77 chipset, which exposes virtualization, SATA 6 Gb/s, and USB channels needed for field devices. This architecture is paired with a 22 nm processor die, allowing significant computing capability within a limited thermal envelope.
Its processing core is an Intel Core i7-3517UE that runs at a base frequency of 1700 MHz. The CPU contains 2 cores that share 4 MB of Intel Smart Cache, reducing main-memory accesses during real-time cycles. Data between the processor and peripheral controller hub moves over a DMI external bus rated at 5 GT/s, so high-speed I/O such as Ethernet frames or camera streams reach memory without bottlenecks. Despite the compute density, the package keeps power draw to 17 W, simplifying cabinet cooling. Instruction flow profits from dual-channel memory support; detailed capacity and throughput are covered in the following section.
Two DDR3 memory channels accommodate up to 16 GB of RAM and sustain a bandwidth of 25.6 GB/s, enabling deterministic buffering for motion profiles and historian databases. The use of DDR3 modules keeps supply voltage low and fits the platform’s minimal footprint. On-chip media processing is provided by the Intel HD Graphics 4000 engine, which reaches a maximum graphics clock of 1 GHz for HMI rendering and camera preview. External panels connect through a DisplayPort 1.1 interface, ensuring synchronized video out without additional GPU cards. The system therefore balances compute, memory, and graphics resources around this low thermal envelope to meet continuous-operation requirements.
