SPF14SQ1701 Industrial Computer SPF14SQ1701 - Rackmount PC / Intel 7th Gen. Core (Kaby Lake + Q170) / 1x PCIe(x16) / 2x PCIe(x8) / 4x PCIe(x4) / 4x PCI / AC Power Supply

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

Overview / Features

This product is a 19-inch rack-mount industrial-use PC that supports the 7th generation (Kaby Lake) of Intel® Core ™ series and contains the Q170 chipset. In addition to a wide range of interfaces, expansion slots of PCI bus×4, PCI Express (x16) bus×1, and PCI Express (x8) ×2 bus, PCI Express (x4) ×4 bus are equipped. The product adopts a highly reliable Japan-made power supply (mfd. by Nipron).
Solution-ePC is an industrial-use computer that offers BTO (Build to Order) specifications to suit the requests of customers. Only carefully selected components offering high reliability and stable supply are used, making the product suitable for industrial use. Various selections and options are available to meet customer requests, including OS, CPU, memory, and storage options.

• Compatible with Intel® Core™ processor series Kaby Lake

  • Available with a power-saving, high-performance 7th generation Core processor for advanced computation and drawing performance while minimizing power consumption.
• 19 inch rack mount enclosure

  • The size is [430mm(W)x465mm(D)x174.8mm(H)] and can be mounted on a 19-inch rack.
• CPUs and chipsets for embedded devices

  • Provide a stable supply of CPU and chipsets for embedded devices by using the Embedded type.
• Expandable up to 11 slots of PCI and PCI Express

  • Take advantage of PCI x4, PCI Express (x16) x1, and PCI Express (x8) x2(x4 signal), PCI Express (x4) x4 (x1 signal) bus expansion slots.
• Rich variety of interfaces for freely expandable peripherals

  • DVI-I x1, 1000BASE-T x2, USB3.2 Gen1 (USB3.0) x7 (Max.), Serial (RS-232C/RS422A/RS-485) x2 (Max.).
• Reliable, Japan-made power supply

  • The power supply an essential component of the product is made in Japan for superior reliability and system performance.