2013年11月25日星期一

F8225 ZigBee+CDMA router

    F8225 ZigBee+CDMA ROUTER is a kind of cellular terminal device that provides data transfer function by public CDMA network and ZigBee function.
    It adopts high-powered industrial 32-bits CPU and embedded real time operating system. It supports RS232 (or RS485/RS422) and Ethernet port that can conveniently and transparently connect one device to a cellular network, allowing you to connect to your existing serial and Ethernet devices with only basic configuration. Also, it supports ZigBee function.
    It has been widely used on M2M fields, such as intelligent transportation, smart grid, industrial automation, telemetry, finance, POS, water supply, environment protection, post, weather, and so on.
Design for Industrial Application
1. High-powered industrial cellular module
2. High-powered industrial 32bits CPU
3. High-powered industrial ZigBee module
4. Support low-consumption mode, including sleep mode, scheduled online/offline mode, scheduled power-on/power-off mode(optional)
5. Housing: iron, providing IP30 protection.
6. Power range: DC 5~35V
Stability and Reliability 
1. Support hardware and software WDT
2. Support auto recovery mechanism, including online detect, auto redial when offline to make router always online 
3. Ethernet port: 1.5KV magnetic isolation protection
4. RS232/RS485/RS422 port: 15KV ESD protection
5. SIM/UIM port: 15KV ESD protection
6. Power port: reverse-voltage and overvoltage protection
7. Antenna port: lightning protection(optional)
Standard and Convenience
1. Support standard RS232(or RS485/RS422) and Ethernet port that can connect to serial and Ethernet devices directly
2. Support intellectual mode, enter into communication state automatically when powered
3. Provide management software for remote management
4. Support several work modes
5. Convenient configuration and maintenance interface(WEB or CLI)
High-performance
1. Support 3G/HSPA/4G WAN access methods
2. Support ZigBee function
3. Support VPN client(PPTP, L2TP, OPENVPN, IPSEC and GRE)(only for VPN version)
4. Support VPN server(PPTP, L2TP, OPENVPN, IPSEC and GRE)(only for VPN version)
5. Support local and remote firmware upgrade,import and export configure file.
6. Support NTP, RTC embedded.
7. Support mulitiple DDNS provider service.
8. Support MAC Address clone, PPPoE Server 
9. Support multi online trigger ways, including SMS, ring and data. Support link disconnection when timeout
10. Support APN/VPDN
11. Support DHCP server and client, firewall, NAT, DMZ host , URL block, QoS, ttraff,statistics, real time link speed statistics etc.
12. Full protocol support , such as TCP/IP, UDP, ICMP, SMTP, HTTP, POP3, OICQ, TELNET, FTP, SNMP, SSHD, etc.
13. Schedule Reboot, Schedule Online and Offline,etc.

The smart way to improve the quality of life: a perspective from Latin America

Oaxaca
The increasing tendency towards urbanization, derived from rural migration to the cities, is undoubtedly one of the most relevant processes of the twentieth century. In developing countries, this migratory process has been reinforced due to high birth rates which have resulted in an important increase in urban population growth.
Three of every four Latin Americans, which are more than 400 million people, live in cities. Some of the biggest cities in the world, such as Mexico City and Sao Paulo, are in Latin America. We live in what can truly be considered as mutant, chaotic and complex organisms. We also live in a part of the world which fights to emerge from a situation of underdevelopment and which has achieved great progress in the past decades. However, it still faces significant problems of marginalization and poverty.
Latin Americans yearn to live better. We understand progress as an increasing demand in standards of quality of life and the configuration of an environment of guaranteed essential securities.
What could have appeared to be a “perfect storm” (demographic changes in an environment of subjacent poverty which made living conditions in the city for a significant part of the Latin American population unviable), is today a reality which is only just beginning to change.
A fundamental part of this change is associated with information technologies. The implementation of these solutions based on the intelligent management of information has resulted in many improvements in our urban habitats: the security in our cities has increased, public transport is more pleasant and efficient, health benefits have a higher quality and coverage, education is facing new challenges, and democracy itself is gaining legitimacy thanks to greater transparency and the involvement of citizens in a deliberative process.
However, there’s no doubt that the challenges are greater than the advancements that have been made.
The realities are heterogeneous and not every city advances in the same way. But the hundreds of success cases of objective progression in our region indicate that the answer to that shared longing for a better living is building increasingly smarter cities.
It is becoming clearer that technological development is what spurs transformation in today’s tech era. However, technology alone does not guarantee a higher quality of life. Technology is and has always been a powerful tool to build realities, to speed up and improve productive, scientific, educational and social processes; but above all it is an instrument which requires a long-term strategic vision to be used to its full advantage.
We are seeing the decisive impact that technology is having in everyday life. In the day to day of a city as the densely populated urban areas that they are, the digitalization of daily life is transforming cities from the past into digital cities.
Building digital cities is a citizens’ process carried out by them for themselves. Digital cities aren’t a software which can be installed or a solution which an authority decides to implement. A digital city is a continuous learning process, where technologies, abilities, leaderships, volition, and above all, the dreams of every citizen are combined. In the same way that human beings never stop learning, cities can only become more or less intelligent. “The” intelligent city doesn’t exist.
A digital city can only be built when variables such as political will, long-term vision, public-private partnerships, investment in telecommunication infrastructures, technological innovation, applications which deliver digital services of the city to its inhabitants, training in digital skills and a lot of citizen involvement converge together. 
This is why a digital city is only possible when there is a digital ecosystem which supports it. This digital ecosystem’s first building block is telecommunications. Without a telecommunications network it is impossible to advance in a digital city project. As time passes, the effective, inclusive and innovative use we give these networks at the service of the citizens will be just as important.
The construction of interoperable and ideally open information systems based on sensors, data transport networks and aggregation mechanisms, information analysis, citizen service platforms, among other technological components are an essential and fundamental part of the construction of an intelligent city. Although technology is a necessary condition, relying only on that is not enough. The citizens are the ones who give life to this ecosystem, and they are the ones who should take technology into their own hands, by using it, valuing it and enjoying it.
Building the future in the present means turning into reality the ethics of networks, sharing and learning from others experiences. We are driving the formation of an alliance between South American smart cities, so that the cooperation and sharing of good practices is a permanent experience. In this same context, other telecommunication companies and digital services alongside Telefónica are supporting the creation of intelligent cities by advising local governments in the construction of their digital agendas and demonstrating the social and economic value they offer a city which systematically incorporates advanced technological systems.
We strongly believe in public-private partnerships as an important development axis. We have the vocation and compromise, as the telecommunications industry, to drive the development of content, applications and services for the digital ecosystem and to support with great emphasis the municipalities who have the idea of improving the lives of their citizens through the intense, efficient and sustainable use of information and communication technologies.
Our challenge is to improve the quality of life of 400 million Latin Americans who live in cities. We will only be able to rise to the challenge as soon as we’re capable of creating a partnership between national and local governments, telecommunication and digital services companies, in an environment which favors innovation, entrepreneurship and investment and stimulates the active involvement of citizens in building a better standard of life for us all. 
lean more :  M2M solution 

M2M For Cities,M2M Industrial router for live

smart city
When you hear the phrase M2M (Machine to Machine), what do you think of? If you’re like me, the first time you hear it you might picture a complex futuristic-like factory with machines interacting and connecting with one another. And although M2M is about the communication between machines, it’s so much more than the name suggests. With the name M2M, you have to read between the lines (or in this case, the machines): the power behind M2M is the data that enables insightful, actionable information. And, perhaps the most life-changing M2M (M2M company --Industrial router supplier ) impact is that of our cities speaking to us.
Most people would agree that good communication is key to any relationship. And yet, we’ve lived in cities for years without being able to communicate with them. Do we still adore them? Yes. Do we still feel bonded to them? Yes. Do we still identify with them and feel pride for them? Yes. Do we know what’s really happening in them? Not even close – or at least, not in real time until a citizen, commuter, visitor reports an issue, or in the worst case, not until it’s too late (think infrastructure.)
I’ll admit that having a city talk may sound strange in theory (What would it say? What would it sound like? Why does it matter?). In reality, it is going to drastically improve our quality of life. And when you compare it to other living and non-living things you try to talk to – your pets (‘Come over here, Fluffy.’ or ‘Why are you barking?’) to your car (‘Why are you making that noise?’ or ‘Turn on the radio, please’), it’s actually really not that far- fetched at all to recognize how neat it would be if we could communicate with our cities. If we could talk, they could talk, we could listen to each other, and we could fix a problem – or find a solution to an inefficiency that we didn’t know previously existed.

The City: Claiming Its Independence, and Freeing Us From a Lack of Information
There are so many inefficiencies, significant amounts of money wasted, quality of life impacts, and even strong safety concerns from a lack of the two-way communication and action with our cities. M2M lets our cities become connected so that they talk to us, we talk to them, and city systems talk to each other. It releases our cities from dependence on other people so it can tell its own story all on its own. The connected M2M city is a city that is proactive rather than reactive and takes care of problems either on its own – or by alerting us immediately.
What does this look like, exactly? It means that transportation systems – from buses, to parking spaces, to trains, to cars – all talk to each other to make the most efficient schedule to move people through the city as quickly and safely as possible. It means that if a streetlight turns off or carbon monoxide in a home is detected, city personnel are instantly dispatched. It means citizens and visitors feel safer walking alone at night. It means that garbage trucks know which cans actually need to be emptied. It means that air quality can be monitored continuously. It means we know when a building isn’t structurally sound.
We’re just beginning to start the new revolution of our cities and our lives. It is a revolution that shifts the city from being speechless its entire existence – one that must wait for others to report actions, or for people to discover issues by the time it is too late – to an intelligent system that predicts issues before they occur and responds immediately.
Today, sensors are becoming cheaper, people are more aware, and there are real M2M solutions happening right now that are making our cities talk. You could almost make the claim that cities are moving from their dependent childhood state into their independent adulthood. But, how do we get there?
M2M is the Door, But City Leaders Hold the Key
The technology is here. But we are not there. Why? So much of the possibilities available via M2M lie within the power of our city leaders.
Local is key for impact. Grass roots action and improving issues at a local level are often the biggest ways to impact positive change. And the biggest way to do that is to know what is happening, in real time, and make locally based decisions instantly.
City leaders have always had a direct role to improve people’s lives. However, with a lack of information flowing to and from the city, the city itself was preventing leaders from reaching their full impact.
Now that M2M is here, we can expect a better quality of life and more economic growth. But we need local leaders and citizens to embrace, believe in, and pursue what is just starting to unfold in front of us. We’re in the process of seeing whom the early adopters are when it comes to M2M. My advice to city leaders is this: welcome M2M technology. It can be your and your citizens’ best friend. But you need to start. It’s not where you start, but that you start.

2013年11月5日星期二

Four-Faith ZigBee Products for Agriculture Green House Monitoring System Application

  In traditional agriculture, the methods that people gain the farmland information is limited,mainly by  manual measuring.It costs lots of human labor.With the great innovation of the agriculture technology, Protected Agriculture has became the important parts of the modern agriculture.The environment monitoring system based on sensor and communication network plays an important role in Protected Agriculture.Especially the environment monitoring network based on wireless communication technology is developing fast. 

    The present wireless environment monitoring network is mainly based on trunked communication system.There are some disadvantages such as high cost of network construction, high difficulty of maintenance and low public network access rate.They all have effect on the promotion of the protected agriculture.Based on the ZigBee technology,Four-Faith come up with the agriculture green house monitoring system based on Zigbee Technology. The system will collect the temperature data,CO2 data,humidity data in real time,and then set on or set off the certain device. It will deal with the data     according to the request of user,The Zigbee Module will collect the single from the sensors,and transfer the data through wireless transceiver module to realize the green house remote monitoring.

Image

    The system consists of there layers, node layer, network layer and application layer.Node layer is the inspection and control unit, cover all the wireless sensors nodesNetwork layer is the part of communication and transmission part,including the internal communication parts based on zigbee, external network communication parts based on GPRS and the gateway. Network layer can realize the networking, and set up the communication mechanism to be the exchange media of the upper application and sub-layer device.Application layer including the data base and remote control manage component, is the convergence analysis of the data, realize the human-computer interaction.

  Four-Faith product is mainly used in the network layer, use Zigbee Terminal F8914 as the  center node, and Zigbee module F8913-E as communication equinoctial.Every node of Zigbee will trasnfer all the information from every node to the central node F8914. The central node F8914 will transfer the collected data via GPRS to the monitoring managing center.The center will deal with the data.

Image

    The system can collect the data of soil humidity ,nitrogen concentration,precipitation,temperature and air pressure,and send the data to the remote managing center via Gprs. The manager will sent out the control command according to the collected information to make the related department to take the corresponding measures. By this system, the manager only need to stay in the office, he then can take the command of the statue of the temperature,humidity and CO2,sunlight and reduce the cost, improve the output of crops.

2013年10月25日星期五

Four-Faith 3G Industrial router for self-service terminal application

    The population is densely in the cities of China, some of the necessities of financial payment behavior for life - such as water, electricity, gas, phone charges, traffic travel, bus card recharge, transfer payment, some people are going to a variety of units to pay, some bank or postal savings as a payment window. Banking hours are limited and cumbersome authorization process workload, payment and other problems caused make large number of people pay hard. With 3G wireless business mature, communication equipment networking demand is gradually enhanced, self-service terminal industry from the initial ATM industry expand into convenient payment, self-ticketing, advertising and other various applications. The emergence of self-service terminal solve the problem of the public to pay for all the cost. In the terminal site, with a personal assistance operation, to provide consumers with a fast, convenient and safe service.
    Xiamen Four-Faith Communication Technology Co., Ltd. started to work with Shanghai self-service terminal operating manufacturers in 2011, Four-Faith provide 3G router for 3G networking of self-service terminal over Shanghai subway, Hongqiao hub, business circle, commercial buildings, district government offices, railway stations and other cities nationwide.
     The system is consisted of self-service terminal, Four-Faith 3G router F3X25 and service center. Among them, self-service terminal is including controller, player terminal and display terminal, user operation terminal.
     Topology is as following:
Four-Faith 3G router for self-service terminal application
Four-Faith 3G router for self-service terminal application
Self-service terminal connect to Four-Faith F3x25 router via Ethernet interface, and operation management service center use dedicated circuit as a network access.
     Industrial router F3X25 access to Internet via wireless network, and there are two kinds of networking can be achieved to establish a connection with the service center system: first, the use of special network VPDN Or ANP private network; secondly, through the VPN. Self-service terminal establish communication link to directly exchange data with center management service. Business data of self-service terminal exchange directly with the center via Four-Faith F3x25 router.

The tide in the mobile Internet, self-service terminal system is becoming an import medium for many businesses marketing via Four-Faith 3G router. Four-Faith F3X25 router achieve data transfer steady and rapid, reduce the cost of operation and maintenance of equipment, resolve their worries, allow them to focus on their core business better.
     Shanghai partner locate self-service terminal mainly in Shanghai subway with the average daily passenger flow reached 500 million, of which the peak passenger flow over 6 million people, the media value is immeasurable. Its convenience, timeliness, low cost and network marketing are better than traditional television, newspapers and other media, outdoor self-service equipment location-based service is more accurately achieve marketing for merchants to bring more customers, but also more businesses customers to the manufacturers.

Four-Faith router successfully applied in automatically pollution monitoring project in Hunan Provin

     According to SEPA on accelerating “three systems” work arrangements of the pollution reduction targets, monitoring and evaluation, an environmental protection factory make the construction of the "automatic monitoring system for key pollution sources" to monitor waste water, waste gas and urban sewage treatment plant of hundreds of key polluting enterprises in Hunan province. By installing state-controlled pollution automatic online monitoring devices in the enterprises, the device will collect the pollution data and transfer the data to the environmental monitoring center, monitoring center then alarm for excessive data.
     Since most of these pollution resources companies are in the suburb area, away from the telecommunications access points, the companies will need to pay a lot for line cost of 20,000 yuan per kilometer if laying cable access. Take the case of urban living garbage disposal site for example, the place is about 5km from telecommunications access room, to have fiber access, they need to pay 10 million one-time line construction costs. But as much traffic pollution data acquisition, Telecom 3G signal coverage in the region, and allows off network after resuming, they can use Telecom's CDMA EVDO/1X for transmission, adopt the solution of 3G wireless VPDN access.
     First to install and configure a L2TP network server(L2TP Network Server, hereinafter referred to as LNS) in the environmental monitoring center, and access to the internal network. Measured in the telecommunications L2TP access concentrator configuration (L2TP Access Concentrator, hereinafter referred to as LAC). Users using Four-Faith 4G/3G wireless router F3X34 for L2TP protocol dialing, establish a VPN tunnel between the user and the environmental monitoring center to data transmission. Their network topology as shown below.

On-site data acquisition equipment
On-site data acquisition equipment

Monitor center
Router
Concentrator
Network
Base station
Tunnel
F3x34 router
On-site data acquisition equipment

      This 3G wireless VPDN access can be widely used in somewhere need remote access to the enterprises, such as enterprise remote offices, mobile acceptance business, remote data acquisition, etc., can greatly improve the efficiency of enterprises and level of information. In this case the user using Four-Faith 4G/3G wireless router F3X34 as wireless VPDN access, not only for the enterprise to save a huge amount of network costs, convenient, flexible, rapid deployment approach also praised by the Environmental Protection Agency, the next step is to provide a technical basis to improve monitoring range of the Environmental Protection Agency.

On-site application
 
On-site application
On-site application

2013年10月23日星期三

Four-Faith’s vision of a smart city

Smart city
There is no one universally accepted definition of a smart city, but all of them have something in common: they are cities that make the most out of technology. Four-Faith’s concept is quite flexible and our aim is to provide solutions which suit the needs of every urban environment.
Four-Faith(Wireless Industrial Router) is trying to boost a change in the way that citizens interact with their cities thanks to more efficient services. This is a factor which fits in with the current economic crisis and which coincides with the moment where technology for smart cities is reaching a certain level of maturity.
We offer a service model rather than a model based on investment. So much more can be done with the money that cities currently spend on services. Four-Faith doesn’t just look to implement technology, but to improve services thanks to it.
Following our vision, we have seen that services in cities are isolated. Rather than working together, they are independent from each other. The way to manage these services used to be through dedicated resources: a number of people, of trucks, etc. Four-Faith supports a more transversal approach. We offer a platform that enables the City Council to have a complete vision of all the services that it provides which is focused on results which is what matters, not on resources. If the city is clean, who really cares about the number of trucks that pick up litter? Our city platform makes the exchange of information possible for optimal decision-making.
There are many examples which illustrate integration. One of them is the integration between weather stations and irrigation systems. It allows parks and gardens to be irrigated only when it is necessary. This can save up to 20% in water.
Since we are one of the few players which are able to offer end-to-end solutions, we also provide the City Council with vertical systems, such as smart parkings, waste management, public lighting, building efficiency (that gets energy costs savings around 30% for our customers)... Everything depends on the particular needs of each city. A smart city doesn’t happen overnight. The City Council decides the starting point of what is in reality a never-ending process.