ACCELERATE DEVELOPMENT TIMES, INCREASE RELIABILITY WITH LOW-PROFILE MINI-ITX SYSTEMS




AAEON, a major developer of innovative industrial systems, releases the ACS-1U01 Series, a range of turnkey solutions that capitalize on the strength of three of its bestselling SBCs. By enclosing the boards inside a tough 1U chassis, AAEON is giving customers a ready-to-go system for use in a variety of applications including industrial automation, POS, medical equipment, digital signage, and transportation.

ACCELERATE DEVELOPMENT TIMES, INCREASE RELIABILITY WITH LOW-PROFILE MINI-ITX SYSTEMS

The three models – the ACS-1U01-BT4ACS-1U01-H110B, and ACS-1U01-H81B – feature a tough, 44.45mm-high chassis with a wallmount kit and 2.5” HDD tray. The low-profile, low-power-consumption systems have full Windows and Linux support, they can be expanded via full- and half-size Mini-Card slots, and heatsinks give them operating temperature ranges of 0oC~50oC.

The ACS-1U01-BT4 houses AAEON’s EMB-BT4 motherboard, which can be fitted with either an Intel® Atom™ J1900 or N2807 processor. The J1900 can be used with a pair of DDR3L SODIMM sockets for up to 8GB dual-channel memory, while the N2807 can be used with a single DDR3L SODIMM socket. The board’s extensive I/O interface provides the system with a GbE LAN port, dual independent HDMI and VGA displays, a USB3.0 port, up to seven USB2.0, and up to six COM ports.

The ACS-1U01-H110B contains AAEON’s EMB-H110B, which is built to accommodate up to 65W 6th/7th Generation Intel Core™ i Series socket-type processors and supports up to 32GB dual-channel memory via a pair of DDR4 SODIMM sockets. Dual independent display is possible through two HDMI ports, or the option of DP connections. The system also features a GbE LAN port, four USB3.0 ports, four USB2.0 ports, and a COM port.

READ  world-smallest keyring-type oscilloscope with color LCD

Read more: ACCELERATE DEVELOPMENT TIMES, INCREASE RELIABILITY WITH LOW-PROFILE MINI-ITX SYSTEMS




Leave a Comment

*
= 3 + 5

Read previous post:
HUMANOID robotic ARM using pic microcontroller
HUMANOID robotic ARM using pic microcontroller

The purpose of the HUMANOID robotic ARM project is to implement the position control and vision control on the robotic arm....

Close
Scroll to top