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Product Introduction

Embedded Board Computer for Industrial Use

1)EtherCAT System

Please visit EthenCAT System webpage for more infomation.


   

2) LiC-Z Board

Lic-Z
Features
(1) Based on the Xilinx Zynq FPGA, the Lic-Z board delivers high performance than any software based system and offer maximum 70pins of FPGA, which processable by software.
(2) The difference from Icont board: Icont board have FPGA embedded with PowerPC440 CPU, this board has FPGA embedded with dual ARM Coretex-A9 CPU. For this reason Lic-Z board is at least 4 times faster than Icont board.
(3) To protect your data from either sudden or momentary power failure, battery backed SRAM is available.
(4) This board has two Micro SD Card slots and able to save big size data.
(5) Loading various digital communication equipment, 2 channels of Ethernet 1Gbps, USB-A, USB-B and USB serial etc.
(6) Built-in software API and variety of utility, supports your software development.
(7) Guaranteed operating temperature range 0-50°C. Boot-up at between -5°C to 50°C.


   

3) Icont Board

Icont-p
Features
(1) Icon board implements high-speed process by using Virtex5 FPGA from Xilinx Co., connectable for maximum 70pins of FPGA terminal, and can feedback the result to software.
(2) To protect your data from either sudden or momentary power failure, battery backed SRAM is available.
(3) This board has two Micro SD Card slots and able to save big size data.
(4) Equip communication function, Ethernet 1Gbps, USB serial etc.
(5) Built-in software API and variety of utility, supports your software development.
(6) Guaranteed operating temperature range 0-50°C. Boot-up at between -5-55°C.
(7) Guaranteed operating temperature range 0-50°C. Boot-up at between -5°C to 50°C.


   

4) BOX Computer for Industrial use

BOX Computer for industrial use is for long stable supply using FPGA embedded with CPU chip from Xilinx.
And passed all reliability tests below.
BXP-001P ・ BXP-002Z 
(1) Electric Strength Test
Test Voltage:1200Vac, Application Time:1 second, No Electrical Breakdown.
(2) Power Noise Test
Test Voltage 1.5kV,
Normal/Common each mode continues intended operation, and no changes for memorized data.
(3) Static Electricity Noise Test
Contact Discharge: 4kV, Air Discharge: 8kV, Indirect Discharge: 4kV
Each mode continues intended operation, and no changes for memorized data.
(4) Lightning Serge Test
Normal Mode: 1kV, Common Mode: 2kV
Each mode continues intended operation, and no changes for memorized data.
(5) Radiated Emission Test
Secure 6dB margin for VCCI Class A specification.
(6) Conducted Emission Test
Secure 6dB margin for VCCI Class A specification.
(7) Temperature Test
In -5 and 55°C, the device starts up normal and operates as intended.
(8) Temperature Sweep Test
0℃ 1 hour/ 50 degrees 1 hour, execute this cycle for 24 hours, the device continues the intended operation.


   

5)Image Processing Measurement Board

Image Processing Measurement Board
Features
(1) Implements high speed image processing by using adopting Virtex5 FPGA from Xilinx, high-speed simultaneous processing hardware and flexibility of HDL.
(2) Implements high speed data transfer by utilizing FPGA built in memory and Ethernet I/F, very easy to implement real time data transfer to PC by PowerPC built-in CPU clock 400MHz.
(3) Intend to decrease the radiation noise by optimizing dumping resist on bus line and output current from FPGA.


 

6)Air Flow Sensor and Controller Board for VAV

  • Air Flow Sensor
  • Air Flow Sensor
  • VAV Controller Board
  • VAV Controller Board
This is a controller combined air condition air flow sensor for CAV and VAV.
The air flow sensor has following features.
(1) Detection capability of wind speed 0-8m/sec(range 0-40 °C).
(2) Output function for dumper control, has to settle the detected wind speed value same as requested speed from outside.
(3) Closed loop control function for changing the dumper opening level by output value.