7 " HMI Solution

HMI Devices

Overview

Technical Details

Features

Specification

Block Diagram
One Solution for Whole Your Needs

Human-Machine Interface (HMI) is a user interface or dashboard that connects a person to a machine, system, or device. While the term can technically be applied to any screen that allows a user to interact with a device, HMI is most commonly used in the context of an industrial process. However, the main purpose is to provide insight into mechanical performance and progress. HMIs are essential resources for these professionals, who use them to review and monitor processes, diagnose problems, and visualize data.

Applications: HMI technology is used by almost all industrial organizations, as well as a wide range of other companies, to interact with their machines and optimize their industrial processes.

In Industrial Settings, HMIs can be used to:

  • Visually Display Data
  • Track Production Time, Trends and Tags
  • Monitor Machine Inputs and Outputs

Industries using HMI include:

  • Energy
  • Food and Beverage
  • Manufacturing
  • Oil and Gas
  • Power
  • Recycling
  • Transportation

High Performance HMI's

Operators and users are increasingly moving toward high-performance HMI, a method of HMI design that helps ensure fast, effective interaction. By only drawing attention to the most necessary or critical indicators on the interface, this design technique helps the viewer to see and respond to problems more efficiently, as well as make better-informed decisions.

TECHNICAL DETAILS
RAM : 10240 KB
External RAM : 128Mbytes(64*2)
Cache Memory Remark : Primary
cache:64KB(instruction32KB/data32KB),
TLB128 Secondary
cache:128KB(CorelinkTMLevel2 Cache
CPU : Cortex-A9 (32-bit)
Max. Frequency : 400 MHz
Sub-Clock (32.768 kHz) : yes
PLL : yes
Real-Time Clock (RTC) : yes
Power-On Reset : yes
Memory Management Unit : yes
External Address/Data Bus : yes
A/D Converters : yes
Power and status indication LED : Yes
Interfaces :Ethernet , USB Host , USB Peripheral
USB High-Speed Support , UARTs(1)
GPIO(16) ,RS232(1) RS485(1)
LCD(RGB) , ADC(8)
Operating Voltage : 5V,2A
ROHS: Yes
High-resolution display : 7 inch(800 X 480)
PCB layer: 6Layer , 2Layer
EMMC Interface: 4Gb
MMC slot: yes
QSPI: 128Mbytes(64*2)
NAND FLASH Interface: Yes
On chip debugging: Yes
JTAG: yes
On Board Ethernet: MII/RMII 10/100 Ethernet Transceiver
EEPROM: 16/32 Kbits
GSM + GPS :Quectel UC20 2G/3G,Mini Sim slot
Backup Battery : 3.7V Li-iron,700mA
USER LED’S : Yes
Battery voltage Indication LED : Yes
Low power consumption : Less than 600mA
Dimensions : 120 x 185 for 7inch
Battery auto charge and over charging protection : Yes
GSM LED indications: Net Status , Power
Connectors: DB9 , Terminal Connectors
DC jack , USBA , micro USB
UFL , BOX connector
FEATURES
Display
: Featured with 7 Inch LCD Display with RGB
Touchscreen
: Capacitive Touch
Operating System
: Linux 4.9
GUI Framework
: Qt 5.11.3
System Processor & Memory :
  • Populated with the Renesas Electronics ,A1H (324-pinBGA) with pitch 0.8mm.
  • Maximum 400 MHz core Clock Frequency
  • RAM up to 128 MB Memory Interface
  • SD, eMMC Flash
Peripherals :
  • Wired Connectivity (Ethernet, USB 2.0,
  • Serial support for RS-232 /485(Opto Isolated)
  • Wireless Connectivity (2G/3G)
Power Supply :
  • 5 V Power Supply
  • Battery Backup
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SPECIFICATION
  • Open Architecture for Quick Custom and Performance Scalable Solution
  • Performance scalable from Crossover Processor to Application Processor to Combination of Application Processor + FPGA
  • Supports RGB (7 ") and Standard Display
  • Supports Automotive and Industrial Grade components to Standard Wired and Wireless Connectivity
  • Custom BSP/SDK
  • Supports Linux OS
  • Supports Various GUI framework Worked with QT
  • Custom Driver Development, Standard/Non-Standard wired and wireless connectivity
  • Development of Customer Interfacing API and Test Application
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BLOCK DIAGRAM
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