User's Manual

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SystemSpec
Processor  SOC 
Intel®QuarkSoCX1021
400MHz 
Memory  Memory  DDR3LSDRAM512M 
Storage  Storage  eMMC4G 
Ethernet  M12forLAN 
10/100MbEthernet
MACswith802.3at
PoEW8 
I/OInterface 
M8forUSB  Console 
M12forDI+DO+RS232
Console 
RFconnector  RPTNCJackInterface 
Expansion 
RTC  Support 
Button  Reset,Reboot 
Board 
1xMTIRU00‐M03‐X001
RFIDCarrierCard
1XLEDBoard
Switchconnector  forcaseopen 
PinHeaders 
USB2.0header  USB2.0header 
Intrusiondetectheader 2*1pin 
Software  OS  MI3.1
Dimension   (WxHxD)System  220x205x37mm 
Weight System 1.5kg
1.1 Introduction
GWS-RFID RFID Reader solutions was based on the Intel® Quark SoC X1021 series. The
processors are supported by software components, including McAfee* Embedded Control*
and the Wind River* Intelligent Device Platform*, needed to connect, manage, and secure
gateways.
Common industrial applications include factory automation systems, precision machinery
,
and production process control. It is also suitable for many non-industrial applications
,
including interactive kiosk systems, entertainment management, and car park automation
.
Users can securely aggregate, filter, and share data from edge devices to the cloud in area
s
such as energy, industrial, and transportation infrastructure.
GWS-RFID is a reliable, cost-effective solution to meet an application’s processing
requirements
1.2 S
p
ecifications
GWS-RFID RFID Reader 2