• SIMATIC IPC627D

SIMATIC IPC627D

The SIMATIC IPC627D Box PC is characterized by its remarkable compactness and performance. It is suitable for demanding measuring, open-loop and closed-loop control tasks at ambient temperatures of up to 55 °C and high requirements for shock and vibration resistance.
Model : SIMATIC IPC627D

High performance, functionality and compactness-with the latest generation of Intel® processors (Xeon, Core i3 and Celeron)

The SIMATIC IPC627D Box PC is characterized by its remarkable compactness and performance. It is suitable for demanding measuring, open-loop and closed-loop control tasks at ambient temperatures of up to 55 °C and high requirements for shock and vibration resistance. Despite the fact that it is extremely compact, it is flexibly scalable and expandable with two slots: 

  • 2 x PCI or
  • 1 x PCI and 1 x PCIe x16 or
  • 1 x PCIe x4 and 1 x PCIe x16




SIMATIC IPC627D / IPC827D - one platform, many advantages:
  • High performance and particularly fast system reactions: 
    - Intel Xeon E3 and 4th generation Core-i3 or Celeron processors 
    - Powerful onboard HD graphic integrated in the CPU 
    - Up to 16 GB main memory 
  • Very high system availability and data security due to 
    - RAID1 – system with RAID controller onboard 
    - Solid-state drive (SSD) with 240 GB (SATA) 
    - ECC-RAM, work memory with error correction 
  • Remote access via Intel AMT
  • OptionalPROFIBUS or PROFINET interface with three ports for low-cost connection of distributed field devices or for coupling with SIMATIC S7 controllers 
  • High data transmission rates and redundancy with two teaming-capable Gigabit Ethernet connections 
  • Dual monitoring via DisplayPort and DVI-I graphics interfaces integrated as standard 
  • 4 x Hi-Speed USB 3.0 ports 
  • Energy-efficient industrial PCs: 
    - Low power consumption due to latest mobile technology 
    - Wake-on-LAN functionality for timed start-up of IPCs from a central location via a network, for example, after a weekend without production.