NISE 52 - small but mighty embedded PC

25 February 2021 Product News

NISE 52 from NEXCOM is very low on its needs. It has a fanless design, low power consumption, and requires pretty low space. But it has its ace in the hole that makes it unique among other compact industrial embedded PCs.


It is not rare for many industries to require a low-size embedded PC and you can be sure we have many of them. But is it easy to find a small PC to which you can connect three displays simultaneously, many USB, COM, or Ethernet connections? Of such an uneasy task takes care NISE 52.


Despite having industrial-grade housing, a wide operating temperature range (-5..55C) and reliable fanless design, NISE 52 still has a compact design: 162x150x26mm (W x D x H) for installation in a limited space. And regardless of its small size NISE 52 has various connectivity options: 3x GbE LAN Ethernet ports, 8x USB ports, 4x COM connections via DB44 serial port, mainly for Modbus TCP or Modbus RTU communication, 4x GPI and 4x GPO, wireless connection (Wi-Fi, BT, 4G LTE with nano-SIM slot) and up to 3 independent displays (via HDMI). Also, it`s impossible not to mention, that the NISE 52 has a wide range 9V-30V of DC power input. NEXCOM says that it is the best choice for M2M intelligent system but surely NISE 52 can be used in many other tasks.

Other features of the NISE 52 PC:

  • RAM: Up to 8GB DDR3L with 1866 MHz frequency
  • Video: 3 HDMI ports to connect displays with 4K resolution
  • USB: 6xUSB 3.0, 2xUSB 2.0
  • COM ports: DB44 connector with 1xRS232/422/485 and 3xRS232
  • Ethernet: 3 GbE LAN RJ-45 ports based on the Intel I210-AT controller
  • Extension: 2x mini-PCIe for WLAN, BT, 3G/4G and mSATA SSD wireless modules
  • Two holes for the antenna
  • TX/RX operation LED indicators
  • Power connector for supply voltage from 9 to 30 V DC
  • SW connector for connecting the remote power button
  • Internal 4xGPI and 4xGPO ports
  • Nano SIM card slot
  • Operating temperature -5 to 55 C
  • Support for Windows 10, Linux Kernel 4.1

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