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Car ECU Design Manufacturing

The operation of the modern car is composed by lots of computer modules, such as ECU (Electronic Control Units) Gateway. Due to having lots of computer modules in a vehicle, the data between each module needs to be exchanged and shared to one and another; hence, a core managing device is required to control all electronic modules within a car, the Gateway will perform and play such important role to communicate and transmit important data information among all modules. Since the transmission speed of each module in the vehicle is different, the gateway will increase or reduce its speed to transmit the data information sent by the gateway. Because of its powerful function, small size and low cost, the Gateway has become an indispensable key component for vehicles. FIC plays a significant role to provide ECU design manufacturing services for car companies, like : Great Wall, Geely, Chana, VW and so on. If you are looking for a ODM solution provider to design and produce your ECU Gateway designs, please contact us today.

ADAS Product Design

Advanced Driver Assistance System (ADAS) is a technology that collects environmental data inside and outside the vehicle at the first time by using various sensors installed on the vehicle, and processes static and dynamic objects identification, detection and tracking, so as to enable drivers to detect possible dangers in the fastest time, so as to attract attention, and active security technology to improve security. ADAS sensors mainly include camera, radar, laser and ultrasound, which can detect light, heat, pressure or other variables used to monitor the state of the vehicle, usually located in the front and rear bumpers, side-view mirrors, inside the driver's pole or on the windshield. Early ADAS technology mainly used passive alarm. When vehicles detected potential danger, they would alert drivers to pay attention to abnormal vehicle or road conditions. Active intervention is also common for the latest ADAS technology. Consistence of ADAS Technology: Advanced Driver Assistance System (ADAS) Basic Rear-view Camera Rear-view camera system can help drivers find objects or people behind the car, so as to backtrack and parking smoothly under the condition of ensuring safety. The advanced system deploys a 1 megapixel high dynamic range (HDR) camera, and achieves cost-effective high-speed Ethernet connection and video compression through unshielded twisted pair. Other system requirements include appropriate physical interface and power supply. Intelligent rear-view camera can analyze video content locally to realize object and pedestrian detection. In addition, they support comprehensive local image processing and graphics overlay creation. They can measure object distances and trigger braking intervention. This function can help drivers backing up safely and make it convenient for them to park in the parking space. FIC solution has the characteristics of high integration and low power consumption, and supports the development of minimal size camera module. Smart rear-view camera and simple analog camera use the same interface, providing an attractive way to upgrade. Advanced Driver Assistance System (ADAS) Forward-looking Camera The camera system in the Advanced Driver Assistance System can analyze video content to provide lane departure warning (LDW), automatic lane maintenance assistance (LKA), high/low light control and traffic sign recognition (TSR). In the forward-looking black-and-white camera, the image sensor will provide the incoming video frames to the dual-core MCU equipped with DSP extension for image processing. Other system requirements include appropriate physical communication interface, power supply, optional DRAM and embedded flash memory that can reduce system cost. ADAS Sensors Advanced Auxiliary Driving System is based on different sensor technologies. 77 GHz radar sensor has been used in active cruise control system (ACC) of high-end luxury cars for many years. The sensor of the system can measure the speed of the vehicle in front and the interval between the two vehicles. At the same time, it can monitor the speed and interval of the vehicle itself. The airborne lidar sensor, which has been applied in the market of mid-class cars and economic cars, is an economical choice for remote sensors. Compared with radar, this sensor emits laser pulses and detects light reflected back from other objects. The interval between other objects can be calculated by the time of signal delay. The working frequency of the short-range radar sensor is 244Hz, which is used to monitor the objects around the vehicle. This sensor is usually installed on the side of the vehicle. Its information is used for blind spot detection (BSD) and parallel line assistance (LCA) functions. For example, when objects appear in the blind spot or vehicles in adjacent lanes enter the blind spot, the driver will be warned. Next, its information can be combined with navigation system to better achieve vehicle guidance. The 24GHz radar sensor installed in front or rear of the vehicle can be used to prevent collision. Video sensors can monitor image information, such as the size and shape of side objects. Video sensors can monitor other road users, traffic signals and signs. The information sent by the sensor can realize the function of lane departure warning and traffic number recognition. Other infrastructures such as traffic signals, turnings or hillsides can be obtained through public maps. Ultrasound sensors are used in low-speed situations, such as parking, without requiring a high detection range. And internal data can be collected and provided to other vehicles. Vehicle-to-vehicle communication is used for data transmission to monitor vehicle flow density. In addition, data obtained by different sensors can be fused with each other to increase system functions or enhance existing functions. For example, the fusion of radar, camera and airborne radar with navigation data is very important to improve vehicle performance. By combining the information from the camera and the map, the recognition rate of traffic signal recognition system can be improved. The detected traffic signals are then compared with eHorizon's data. eHorizon can support ADAS by providing specific information about road infrastructure based on navigation data. Calculating confidence levels can determine which traffic signals are displayed to drivers. Fusion of these sensors can also achieve a new function, namely Sensitive Guidance, which is a navigation system integrated with radar or camera systems. The output of the navigation system is adapted to traffic conditions, radar or camera sensors, such as monitoring vehicles in blind spots or other lanes. FIC is the leading supplier of Automotive Electronic Design that enables Advanced Driver Assist Systems (ADAS), with major car maker partners including some of the world's Tops. Beyond ADAS, our technology and design capabilities have rapidly innovated to also support the products to be high stable and reliable. Our dedicated professional team is continuing our 40 year tradition of leveraging the newest technology, including DFx, traceability and High Density Assembly,.. etc to create the hardware and software needed to help our ODM/OEM partners enable success. These partners choose FIC Group due to our track-record of innovation, but also because our systems have been validated to the highest level of quality.

Battery Management System

Battery management system can be used in electric vehicles, electric motorbikes, underwater vehicles and so on. In general, the battery management system should achieve the following functions: (1) Accurate Estimation of SOC: Estimate accurately the State of Charge (SOC) of the power battery pack, that is, the remaining battery power, ensure that SOC is maintained within a reasonable range, prevent from damaging to the battery itself due to overcharge or over-discharge, and display the power energy remaining in the hybrid electric vehicle battery at any time, that refers to the charging state of the energy storage battery. (2) Dynamic Monitoring: In the process of battery charging and discharging, the terminal voltage and temperature of each battery, charging and discharging current and total voltage of battery pack are collected in real time to prevent from over charging or over discharging. At the same time, it also can show the status of batteries, select the batteries with problems, maintain the reliability and efficiency of the whole battery operation, and make the realization of residual power estimation model possible. In addition, the historical files of each battery should be established to provide information for further optimization and development of new types of electricity, chargers and motors, and to provide basis for off-line analysis of system faults. The charging and discharging process of batteries usually utilize current sensors with higher accuracy and better stability for real-time detection. Generally, according to the different front-end currents of BMS, the corresponding sensor ranges are chosen to approach. Taking 400A as an example, the open-loop principle is usually adopted. JCE400-ASS current sensors which can withstand low temperature, high temperature and strong earthquake are adopted by domestic and foreign manufacturers. The characteristics of high precision and fast response time should be satisfied when selecting sensors. (3) Balance Among Batteries: The single battery is charged equally, so that all batteries in the battery pack are in a state of equilibrium and consistency. Balance technology is a key technology of battery energy management system of all. FIC, as being a design manufacturer for over 40 years, has profound capability to design and produce battery management system for your project. If you have such design request for your fly car electronic products, please send us the technical document and contact us today.

T-Box (OBD) Design Manufacturing

Telematics Box, also known as T-Box and OBD, is an on-board automatic diagnostic system. It is a terminal product that detects the running parameters of each system and reads data. It integrates with inspection, maintenance and management of automobiles to meet the requirements of environmental protection. The T-Box system enters the ECU (computer) of engine, gearbox, ABS and other systems to read fault codes and other related data, and utilize within the small vehicle communication system. For example, using GPS navigation system or wireless communication mode to automatically notify the vehicle's identity code, fault code and location information to manage whole equipment and platform. Applications: Individual Users: It is convenient to manage their own vehicles, facilitate the evaluation of vehicles and save costs; at the same time, it also increases the understanding of vehicle driving habits, safety operation skills, car knowledge and so on. 4S Store User: T-Box (OBD) can be installed on user vehicles to form a remote service diagnosis network. T-Box can provide detailed vehicle data, thus realizing the vehicle remote diagnosis service and improving the service quality of enterprises to customers. When the user's car breaks down, the rescue workers in 4S shop can also get the real-time located information from broken vehicles, and provide accurate on-site services. T-Box can gather over 2 thousands of vehicle diagnostic information, such as: 1. Red Codes 2. Erase Codes 3. I/M Readiness 4. Data Stream 5. Freeze Frame 6. O2 Sensor Test 7. On-Board Monitoring 8. EVAP System Test 9. Vehicle Information 10. Retrieve Generic, Manufacturer Specific Codes and Pending Codes 11. Turn Off Check Engine Light, Clear Codes and Reset Monitors 12. Read Live PCM DataStream 13. Support CAN (Controller Area Network) and all other 14. Read Pending/Permanent DTCs, and DTCs Search 15. Supports Most of the OBDII/EOBD test modes include: CAN, ISO9141, KWP2000, J1850 VPW and J1850PWM. 16. ...etc!!

Digital Cluster Design

The virtual automobile dashboard replaces the most representative parts of the existing dashboard such as indicators and digits with a screen. Its advantage is that users can define their own instrument system to meet different requirements, which is more powerful, flexible and easier to connect with the network, peripherals and other applications. Virtual automobile dashboard benefits from more powerful graphics processing and display effect, more indicators are designed by quasi-physical method, which can effectively shorten the user's acceptance process. Multimedia entertainment information and basic vehicle information can also be displayed more logically, centralized display helps to improve driving safety, and driving sight does not need to switch frequently in multiple locations; in addition, simplicity The design can also leave more space for the ride area or storage. Although LCD technology is mature now, it is not only simple to install a LCD dashboard on a car with a display screen. In fact, this is a rather complex system engineering. After changing to LCD screen, first of all, the vehicle information presented to drivers is much richer than the traditional dashboard. The collection of these information, the cooperation of LCD dashboard and sensor, the precision adjustment of display instrument and so on, all need to be overcome one by one by the car factory. And each vehicle must undergo strict high and low temperature test before mass production; as part of the whole vehicle, the instrument panel module should also meet the same high and low temperature test standards. But because the space in the dashboard bin is relatively small, and the GPU of the LCD module, the display screen and so on will heat up in the use process. The higher the resolution of LCD screen, the higher the calorific value. Therefore, finding or developing a suitable hardware product for vehicle interior environment and matching a set of hardware environment to meet the requirements of vehicle use is also a technical difficulty to test the R&D team. FIC, as being a design manufacturer for over 40 years, has profound capability to design and produce automotive digital cluster for your needs. If you have such design request for your digital cluster, please contact us today.

Smart Fleet Management

SMART FLEET FIC provides the total service solutions of Smart Fleet Management to help customers make the most of their vehicle fleet to a better management platform and improve their driver behavior under securely control and save the cost. Advantages of Smart Fleet Management - Smart Fleet and always connected

AR Hud Design Solutions

FIC augmented reality (AR) display is a non-wearable information entertainment and navigation system, using a small "projector" - AR display to broadcast information to the windshield, hardware installed in the dashboard and sunshade. The product system uses advanced inertial sensors and GPS, and combines with full HD camera for simultaneous mapping and positioning. This is due to hardware-accelerated video processing and rendering. It can provide pedestrians with routes, itinerary details and real-time indicators, points of interest or alarms outside the car. Because all this shows - from the driver's point of view - that on the road ahead, the driver never needs to liberate his eyes from the task ahead. Better yet, because the system displays real-time indicators and alerts for the above items, it can actually point out things that may have been overlooked, thereby possibly preventing accidents. Its system updates include a wider view and an AR user interface with a color display at a virtual distance of 15 meters ahead on the road. FIC, as being a design manufacturer for over 40 years, has profound capability and experience to provide design and manufacturing solutions of AR Hud Display for your vehicles. If you have such design and manufacturing request, please contact us today.

Niagara Lite MF0230 Controller

IOT Network Data Controller (MF0230) W/ Open Framework MF0230 is a powerful network data controller based on the Niagara N4 IoT open software framework, providing an edge computing , fog computing and data base management. It integrates, connects, and manages any network of any protocol, as well as smart devices and subsystems that are spread across different regions. It effectively achieves the interconnection and interoperability between enterprises and remote intelligent devices and systems to let customers create a decentralized IoT architecture for : Energy (smart grid, alternative energy, demand management) Water utility (wastewater treatment, system monitoring) Transportation (fleet, fuel, traffic management, street lighting) Buildings management (municipal, commercial, industrial) Government services (public safety, CCTV, digital signage) Platform Highlight: Decentralized Architecture Edge Computing/ Fog Analysis / Data Center Management Data Visualization / UI & UX display Connect & Control devices, sub-system Remote communication & Control Data Access & transmission Security FIPS 140-2 Level 1 conformance available Minimize Maintenance Cost: Modularized &“drag and play” Design Key Features: Cost Effectiveness Niagara 4.3 Version installed Stronger CPU (NXP i.MX6 Quad-Core 1.0 GHz) power to add more applications Support HDMI output to display the graphic interface to the monitor. Multiple protocol support options: RS232/RS485/LON/CAN/BACNet/ModBus/Ethernet/IP Built-in Web Service transmits data and vivid graphic UI to the browser through the network. Can also play as Kiosk, Gateway.... AI algorithm can be implemented at the Edge

Niagara Supervisor Software

PRODUCT DEFINITION The Niagara Supervisor is part of the portfolio of Java-based controller/server products, software applications and tools powered by the Niagara Framework®. It provides server-level functions for a network of JACE, Niagara Edge and other field device clients. The Niagara Supervisor serves real-time graphical information to standard web-browser clients and performs other functions like centralized data logging/trending, archiving to external databases, alarming, dashboarding, system navigation, master scheduling, database management and integration with other enterprise software applications through an XML interface (oBIX standard). Also, it provides a comprehensive graphical engineering toolset for application development. KEY FEATURES: Centralized system management Quickly navigate to individual buildings using tags to diagnose problems Compare data between buildings Export system data to external databases Integrate BAS to other enterprise applications Integrate to other applications, such as work order management, analytics, etc. Single tool used to program JACE and Edge controllers and Supervisor Remotely back up JACE and Edge applications to Supervisor Batch provisioning of JACE and Edge firmware upgrades, security credentials, applications and commissioning options from Supervisor Robust built-in analytic capabilities supported by standard Niagara components and visualizations Compatibility with Niagara Analytics, adding data source, functional and mathematical programming blocks to enable sophisticated analytic algorithms Compatibility with Niagara Enterprise Security access control and security application. Allows integration of BAS and access control to save energy and optimize operations Eligible for accreditation under the Federal Risk Management Framework (RMF) FIPS 140-2 Level 1 conformance available > Click to Download Applications

Niagara 4 Network Controller

Niagara 4 builds on the legacy of the Niagara Framework® in new and exciting ways. It’s less reliant on browser plug-ins, faster and easier to use. Now end users can directly access, analyze and act on a wide range of operational data. A truly open framework, Niagara 4 delivers a variety of notable improvements to help businesses take full advantage of the Internet of Things, including advanced visualization and new search, security and navigation tools. AN ADVANCED, MODERN USER INTERFACE—INTUITIVE AND CUSTOMIZABLE New UX framework with HTML5 provides rich UI features Common design language for a unified experience between desktop, tablet and mobile Intuitive charting, alarm console, scheduler, navigation tree and property sheets BajaScript 2.0 makes it easier to develop custom UI Optimized workflows for common tasks—fewer clicks, more intuitive interaction No need to update a navigation file every time a new device is added to system MORE DATA AT YOUR FINGERTIPS TO FIND, VISUALIZE AND TAKE CONTROL OF YOUR OPERATIONS Access data quickly with Niagara Search using tags Drag-and-drop customizable charting for fast information visualization Feature-rich charts make comparing data easier Customizable dashboards and data cleansing for accuracy and precision POWERFUL SECURITY “Defense-in-depth” approach Secure by default Users required to choose strong credentials Encryption of data in motion and sensitive data at rest Role-Based Access Control (RBAC) for less error-prone and easy-to-configure user permissions Can be integrated with existing systems, such as LDAP and Kerberos Audit log of all user actions and security-related events for traceability FASTER, MORE POWERFUL DEVELOPMENT AND SUPPORT Rich set of public APIs Improved documentation with code examples Semantic data modeling—developers can build applications directly compatible with Niagara New UX framework is easy for Web developers to extend EASIER INTEGRATION AND DEVICE MANAGEMENT Device templating for easy reuse Templating allows Niagara to apply tags to devices automatically Applications can be prebuilt against standardized templates > Click to Download Niagara 4 Sell Sheet > Click to Download Niagara 4.7 Feature Overviews

Transportation Management

Smart Traffic Management Center Integrated IoT Platform Architecture IVS O&M System > Click to Download Smart Traffic System Manual > Click to learn more about Services

Smart Retail Management

Pyramid IoT Architecture Smart Retail Management Solution Integrate different functional systems through a unified information intelligence platform to form a system with comprehensive functions such as information collection, resource sharing and optimization management. The Benefit > Click to Download the Smart Retail System Manual > Click to learn more about Services

Smart Automation Remote Management

SMART AUTOMATION FIC provides Smart Automation with flexible scaling from small sites to Smart City in the solutions of Energy Efficiency and Security Monitoring Management with Cost Effective Solutions. The versatile applications can be applied in homes, convenience stores, SMB energy management, Surveillance, Digital Signage and Smart Connected Appliances and more. What We Do FIC offers Gateways from Lite to Heavy Duty versions with Edge Computing Power. Following applications can be architected in the system: LED Lighting for Energy Saving Air Conditioning Temperature control for Energy saving and comfort Refrigerator Door Alarm Equipment Failure Alarm Fire Alarm Access Control/Alarm/Head Counting CCTV for Security Monitoring Electric Meter for Abnormal behavior Water Meter for Abnormal behavior Inventory Control (Equipment) Digital Signage for Easy Content Management Door Sensor, Motion Detection, Glass Breaker Detector for Surveillance Management Facial Recognition for VIP Attendance, Line Traffic Efficiency Market Focus: > Click for Case References FIC MF0230 IoT Box Introduction FIC MF0230 is powered by High Performance NXP i.MX6 Quad Cortex A9 CPU, with build-in open framework architecture allowing multi-vendor systems and solutions to be connected and supported by a community of systems integrators and developers. It is a flexible and extensible IoT framework that can support many business domains. MF0230 Key Specifications: NXP i.MX6 Quad-Core 1.0 GHz DDR3 1GB Storage 8GB 10/100/1000M LAN*2, WiFi 802.11 b/g/n, BT 4.2 Multiple protocol support options: RS232/RS485/LON/CAN/BACNet/Mbus/LonWorks, ZWave/Profinet/Ethernet/IP Provide comprehensive control, supervision, data logging, alarm, scheduling and network management. Built-in Web Service transmits data and vivid graphic UI to the browser through the network. Support HDMI output to display the graphic interface to the monitor. Software Options: Honeywell Niagara 4.x Platform Linux Java (Zulu) Android (up to 9.0) ARM NN All Specifications are subject to change without prior notice > Click for MF0230 Product Specifications

Wireless Smart Clothing Monitoring

Smart Clothing OEM/ODM for Health Care According to the Deloitte, Global health care expenditures are expected to continue to rise as spending is projected to increase at an annual rate of 5.4 percent between 2017-2022, from USD $7.724 trillion to USD $10.059 trillion. This shows that the population aging, medical manpower shortage in developed/developing countries, health care costs increased problems…and the other issues are still a test. According to the International Health Organization, the number of people with chronic diseases worldwide is increasing year by year. It will result in an increase of medical expenditure and increased investment in health care when the health of chronic patients is getting steadily worse without getting timely medical treatment. The use of intelligent health care service model will take the operation model from "disease diagnosis" to "preventive medicine" through physiological monitoring equipment, wearable devices with internet-connected applications. Combined with cloud database analysis, collection, real-time transmission of data to health care workers or health care centers, it not only assists the patients for home care, but also can effectively reduce medical costs. The Smart Cloth with wireless physiological signal and real-time monitoring In order to promote the physical fitness program and get into the habit of exercising, FIC provides the OEM/ODM customization service for Smart Cloth with wireless physiological signal and real-time monitoring function. The whole physical fitness program thus can be adjusted according to the amounts of exercise, time and frequency. Usage Scenario Monitoring Items Heartbeat Calorie Amounts of Exercise (Time) Physical Fitness/Exercise Intensity (Cardiorespiratory Endurance) Other accessible physiological data ECG Smart Clothing with Wireless Dongle The demand of wearable devices has shifted from basic functions to smart wearable devices. To manage personal health through smart wearable devices and further gather information from the Medical Internet of Things can build health management models and effectively analyze, prevent disease. FIC offers versatile OEM/ODM solutions for smart health care. Please contact our sales team for further information.

Smart Traffic flow monitoring

Intelligent Traffic Pattern Analytics Intelligent Traffic Management Platform Success Cases Full Time Traffic Pattern > Click to learn more about Services

Smart Parking Violation

Smart Transportation Management System Open integrated framework. Remote system management and Web-based Interface. Compliance with IOT and end devices communication integration. Integrated with video recognition and AI technology. Adapt AI operation in the Edge computer. Shorten integration time, template and modular design. Integrated IoT base solution fulfill various vertical market. Technology enforcement Smart Traffic Management Center Integrated IoT Platform Architecture Cloud Smart Traffic Management Center Open data framework Remote system management through web-browser Compliance with IOT sensors and end devices communication Integrated with video recognition & LPR Adapted AI operation in the Edge computer Shorten integration time by template and modular design EDGE computing unit: ECU Data collection from sensors and events Front-end equipment interlock and management Message display and event management. Other IoT sensors integration. Algorithm implement Image recognition unit: IRU Traffic flow and Vehicle identification. Violation event detection, License plate Recognition Parking bay detection

Smart EV Charger Stations

FIC Management System provides : Command center Admin/User ID authentication Real-time display and data visualization of EV charger information ( Voltage/ Current) Usage history report (Daily/Monthly/Yearly):Timeframe ( start and end )/Power Consumption Alarm Notification (Disconnection/ Error code /Running Status) by email Individual charger usage analysis: uptime / down time / loading time EV charger usage ranking among stations > Click to learn more about Services

Smart Solar Energy Management

Support various brand of Inverter in the market. Single controller in the solar field. Centralize data to the cloud or IDC center. Adapt various analytics method. Support integration with facility equipment and security system. Web Based, HTML5 supported, easy to access the system. Mobile devices for daily site status、inverter conditions. Customized UI and dashboard. Project/display dashboard on local TV without additional IPC. Customized dash board: Immediate notification of device failure status. Daily statistical reporting system and site service request notification for urgent maintenance/check. Line Messenger: Push message alarm to Line messenger user. Maintenance dialog. Elastic cloud platform implementation (distributed system) Remote information monitoring 250 250 sites have been built

Smart Monitoring Management

Smart Monitoring Management: Temperature consistence remote monitoring Temperature /Humidity/CO2 abnormal alert Sensor abnormal alert Emergency response measures notification Mobile device notification ( Ex: Line messenger/ email ) History record and comparison chart Daily/Monthly/yearly report System structure Planning expected results > Click to learn more about Services

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