VPC-2000 Industrial Computer VPC-2000 - Desktop / Middle Tower / Q57 / 1x PCIe(x16) / 1x PCIe(x4) / 2x PCI

• Overview / Features
• Specifications
• Ordering Information
• Support / Downloads

Overview / Features

The VPC-2000 series is a BTO industrial PC that is equipped with either an Intel? Core i7 860 (2.8GHz), Core i5 660 (3.33GHz), or Pentium G6950 (2.8GHz). The Intel? Q57 chipset with DDR3 memory (2GB or 4GB) provides a system with extreme computing and graphics performance. These products feature a variety of interfaces, including 8 USB ports (Front: 2, Rear: 6), 2 1000BASE-T ports, 1 RS-232c port and 1 parallel port. These units are ideal for a wide range of embedded applications, such as control devices and information terminals based on general-purpose PC OSes. This series provides carefree use under harsh working conditions such as FA, achieving superb environmental resistance and a long-term stable supply due to careful selection of parts such as embedded CPUs and chipsets.

• Intel Core i7 is installed (*Core i7 Model)

  • Embedding a high-performance CPU, the VPC-2000 series has achieved lower prices.
• Intel Q57 Chipset is adopted

  • Employing an embedded-style chipset, the VPC-2000 series has achieved a long-term stable supply.
• It Corresponds to mirroring (RAID1)

  • The construction of the mirroring becomes possible and the system can be made tedious.
    [Software RAID]
    It is possible to have software mirroring configuration. However, it can not hot-swap.
    [Hardware RAID]
    Because option : Mirror card is choiced, it is possible to have Hardware mirroring configurations. This can hot-swap.
• Suitable chassis for embedded applications

  • Taking advantage of our rich experience, the VPC-2000 series is designed with optimization for heat dissipation, operating vibration dampening and consideration for scalability.
• Supports high-speed high-capacity memory

  • The VPC-2000 series supports DDR3 SDRAM DIMM modules (2GB or 4GB) designed for high-speed transfer speed, flexibly addressing memory-consuming applications such as image processing.