Top 5 Cutting-Edge Telematics Trends to Watch For

The latest telematics market trends continue to point towards providing in-car connectivity and by 2016 2G network connectivity will be a thing of the past. Therefore, it goes without saying that there’s a huge market potential that still remains untapped as far as the telematics ecosystem is concerned.

In the recent past, we have seen that providing connected cars has taken a new momentum and every car maker is gearing up to facilitate connectivity that offers powerful network technologies even as faster networks like 3G and 4G are emerging. For example technologies supporting real-time driver safety instruction, fleet maintenance programs, including fuel and productivity tools are now available worldwide for vehicle users to peruse – all this at the same price points as previous years’ tech.

According to Ernst & Young, by the year 2025 the market penetration statistics is expected to be 88% for new cars. This is a new paradigm shift as far as in-car connectivity of integrated telematics is concerned. In the US alone, by 2025, 16 million new cars are going to be equipped with embedded telematics. Let’s quickly take a look at the hottest trends in the exciting world of telematics today.

Top Market Trend 1: Mapping to a Safer, More Efficient Intuitive Mechanization

In the rapidly evolving world of telematics, the topmost exciting innovations like GPS tracking or map navigation systems alone have begun to empower both managers and drivers to associate with online platforms and encourage real-time communication on the go.

Although the GPS tracking system took hold about 10-12 years ago and has quickly become a mainstream telematics service, it is still counted as one of the top technologies that directly communicates with your car and transmits information such as providing maps, heavy rain up ahead, weather reports, wheel sensitivity, traffic alerts, reducing speed, etc. with day-by-day, hour-by-hour, and meter-by-meter accuracy.

Top Market Trend 2: Autonomous Cars Becoming a Reality

Back in 2013, the first so-called ‘autonomous-drive’ car has been driven in Japan. ‘Autonomous-drive’ or driverless car is attracting the most buzz. While these voice-controlled vehicles are already in operation, albeit in test versions and not as yet produced commercially, but there’s no stopping the fact that such cars are going to be available sooner than we think. Maybe as early as 2020, you can see a car with all its latest voice and touch controls, zooming past you on the street.

Top Market Trend 3: Greater Smartphone and Tablet Integration

Smartphones, iPads and Tablets have become a business staple nowadays. They are not a novelty anymore, but at work as highly personalized tools for users to take advantage of. So, no wonder then that these smart omnipresent new-age gadgets have become an easy platform for integrating telematics into them. Smart-phones, or for that matter tablets, create a seamless IT operation that can work hand-in-hand with the latest advanced telematics solutions – whether you are in your car, home or office, or even during your leisure time, it can give you exact specifications and deliveries meeting your every need.

Mobile apps on your smartphone facilitate connectivity that allows drivers to control their car remotely; you can check your car’s performance, safety and security by communicating with it in real-time and on the go. Rising consumer demands of tech savvy people have made sure that the telematics market continues to grow. Overtime, this Vehicle-to-Infrastructure Solutions(V2I) feature will also allow inter-connectivity between two connected cars that will bring about an increasing need for machine-to-machine (M2M) connectivity as well.

Top Market Trend 4: In-Vehicle Infotainment!

There’s a palpable excitement around infotainment in the automobile industry and amongst vehicle users. And the world of telematics doesn’t exempt from this euphoria, and why should it, especially when there’s an ongoing love affair with the social media networks.

According to the latest report published by Allied Market Research, by the year 2022 the in-car infotainment market will witness a double digit growth at an expected CAGR growth rate of 13.3% to reach $33.8 billion in total revenue.

With an unmistakable presence of great options or high-performance interfaces like Bluetooth and Wi-Fi, touch screen audio or even audio, video, GPS-based navigation systems, interactive voice recognition services, live media streaming service, phone pairing features, among others, it is a given that the entertainment quotient in the infotainment industry will have a lion’s share in terms of loyal followers and making it quite easier to gain new markets and customers. To be sure, this is just the beginning of things to come.

Top Market Trend 5: The Impact of the ‘Internet of Things’

The diversity of the Internet of things (IoT) is set to profoundly impact the telematics ecosystem. With the combined power of interconnection of everyday objects via the internet, the “car of the future” will be increasingly intelligent, “wearable”, interconnected and seamlessly accelerated.

What’s more, in the grand scheme of things of IoT, the car itself will become smarter than it is now as it will start leveraging key IoT enabling technologies that will directly address the virtual realm of real-time information, infotainment, and social networking with aplomb.

In the IoT environment, the car can only literally be a big data in motion problem which has become the proverbial poster child of this so-called IoT revolution where M2M (machine-to-machine) is a parent and Telematics is a grandparent and IoT is a child. We must realize that this is a third generation family, with similar DNA that is. All three generations are here to impact our lives.

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5 Ways to Extend Your Data Communications Without Limits

Your network is only as effective as its reach – yet unbalanced signals such as USB and RS-232 can reliably transmit only up to 15 feet, and even balanced Ethernet signals are capped at 300 feet. With a growing range of connectivity platforms, modern data networks require not just compatibility and reliability but also flexibility and expandability. There are many ideal solutions to meet modern networks’ data distance needs such as converting unbalanced signals to balanced ones, deploying repeaters to boost signal strength, and implementing hubs for star-configured connections, while still taking full advantage of cost-effective and readily available copper wire. For large systems that go far beyond what copper wires can reach, fibre-optic converters can used to work in both conventional point-to-point and advanced daisy-chain / redundant-ring configurations, giving your data network a boost in distance, ranging from 3 miles to hundreds of miles, and additional flexibility, reliability, and expandability. The use of a Serial-TCP program is another ideal solution for merging serial communication protocols with modern TCP/IP communication, yielding benefits such as widely available infrastructures and greater distance, reliability, and speed.

Point to Point

Used mostly for one-to-one unbalanced signal (RS-232, TTL, and USB, etc.) extension, it can also be used for one-to-one optical fiber extension. Depends on the signal types, the extended distance ranges from 250 feet (70 m) to 4000 feet (1.2 km) on copper wire and 3 miles (5 km) to 40 miles (25 km) on optical fiber.

Daisy Chain (Multi-Drop)

Typically used for multi-drop RS-485 / RS-422 networks, addressable commands from the Master can be sent to all Slaves, and the addressed Slave can respond to the Master through the same wires, thus reducing the system’s costs. The typical distance for a daisy-chain RS-485 / RS-422 network is 4000 feet (1.2 km), and with the RS-485 / RS-422 repeater, this distance can be extended by another 4000 feet (1.2 km).

Star Wiring

Due to the nature of the signals and the requirements of impedance matching, the RS-485 / RS-422 network must run on a linear, daisy-chain (multi-drop) configuration; however, star-wiring is inevitable in many places. With very well-engineered hubs, the star-wiring configuration is more than just possible; it makes the system much more robust and reliable.

Redundant Ring

Data networks are critical for production, security, and information exchange, any system downtime is very costly – and even deadly in some situations. With an extra self-healing redundant link, a system will not break down even if there is a breaking point in the system, as these redundant-ring networks work both clockwise and counter-clockwise. If the clockwise link is down, the counter-clockwise link will recover the system instantly.

Network

Legacy serial communication protocols such as Modbus have merged rapidly with modern TCP/IP communications, yielding benefits such as widely available infrastructures and greater distance, reliability, and speed. A suitable Serial-TCP program offers ideal solutions to bridge your existing Serial/COM port and TCP/IP without the need for changing protocol. It works seamlessly and transparently, just like a pair of passive repeaters; furthermore, instead of requiring installation of cables and converters with limited distance, it simply makes use of existing computers and networks with an unlimited transmission distance.

To achieve any of the above 5 ways to enable your data travel without limits, CommFront has the complete product range of converters, repeaters, hubs, fiber-optics, and software solutions to make it all possible.

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4 Uses Of Fiber Optic Cables

If you ask many people, they will tell you that they know fiber optic cables for their use in computers. While they are heavily used in that area, they are also heavily used in other areas including:

Cable television

I know that you can’t get off the couch due to your favorite program. Did you know that you are receiving the signals courtesy of fiber optic cables? Telecommunication companies are now heavily using the cables as they have greater speeds and bandwidth. The cables are also cheaper compared to copper wires.

Telecommunication companies are also heavily using the cables in speeding up communication in telephones. Due to their installation, you are able to connect faster and have clear conversations regardless of where you are calling from.

Medical applications

Fiber optic cables are widely used in medicine and research. In medicine, they are majorly used in intrusive surgical methods where it’s used in reducing the number and sizes of incisions. The cables are also used in biomedical research where they are used in the field of prosthetics where the researchers are working in developing real-feel prosthetics. Researchers are trying to come up with prosthetics that have the ability to send information through the nervous system into the brain.

Automotive industry

Cables are also used in lighting and safety features in automobiles. They are used in lighting both the interior and exterior of the car. They are used in the vehicles since they conserve space and also provide superior lighting than other materials. The cables are also able to transmit signals between the different parts of the vehicle at high speeds. In addition to being used in lighting the vehicles, they are also used in the safety applications of the car including airbags and traction control.

Lighting and decorations

Due to their high speed, fiber optic cables are widely used in lighting decorations and Christmas tree illumination. In addition to lighting the trees, they are also economical and easy to install. The cables are also used in museums where they are used in illuminating and decorating museum artworks.

Conclusion

These are some of the uses of fiber optic cables. When buying them, ensure that you buy them from reputable cable dealers. The way that you install them greatly impacts their working. For ideal results ensure that the cables are installed by a certified and experienced professional. To be on the safe side, work with a technician recommended by the company you buy the cables from.

In addition to manufacturing optic cables we also manufacture a wide selection of CWDM and DWDM that is ideal for both indoor and outdoor environments. Both DWDM and CWDM allow you to increase the capacity of the existing fiber.

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How Technology Advancements Has Its Impact on Us

The advancement of new technology has been taking place since the beginning of human history. From the invention of items like the spear and knives made out of rocks and sticks to aid in the capturing and killing of animals for food, to items like the first printing press and the computer. The question: are the impacts positive or negative?

Technology is a word used to collectively describe or portray the advancements, abilities,creations, undertakings, views, and knowledge of a singular group of persons: we as human-kind. The advancement in technology has been exceptionally fast in the 20th and 21st century. With electronic technology and machines being produced and improved all the time, it was very likely that along with the positive aspects of these new advancements, people would also consider the negative aspects and look to criticize new technology.

A Positive Side

As the old age states “NECESSITY IS THE MOTHER OF INVENTION” i.e. necessities tend to spawn inventions and each invention is annexed with the need of betterment and transmogrification. Newer and newer advances are happening by the day. Technological change is in large part responsible for many of the secular trends in such basic parameters of the human condition as the size of the world population, life expectancy, education levels, material standards of living,and the nature of work, communication, health care, war, and the effects of human activities on the natural environment.

Other aspects of society and our individual lives are also influenced by technology in many direct and indirect ways, including governance,entertainment, human relationships, and our views on morality, mind, matter, and our own human nature. Needless to add that these advancements also invigorate economic development as the effective use of technology reduces the material production cost and the overhead charges which generate savings in the economy and thus lead to national development.

And the Negative Side

Problems and potentials often go hand in hand; Society has become more and more dependent on technology. So much so that we sometimes lack the willingness to think before we act. We become impatient if it takes more than a few seconds to download a copy of the morning news paper. We expect immediate responses to our email, and we expect someone to answer their cell phone whenever and wherever we call.

Technology is making us so bust that we can can’t even find time to spend with our closed one’s. it would be surprising to know that people are in contact through chat and online messaging though they are in same city because they think its more faster and effective but they are forgetting that meeting personally can never replace online chatting.

“technology in sum, is both friend and enemy”

Neil Postman, author of the book called Technopoly, writes that ‘technology in sum, is both friend and enemy’. He can see the benefits and how technology can be seen as a friend to humanity that ‘it makes life easier, cleaner and longer’. He can accept it does humanity good. It’s almost a positive claim based on technology like medical advancements such as x-ray devices and medical drugs that help to lengthen life and help humanity. This is a very positive aspect of the advancement because we can improve health and lengthen our lives. But these medical advancements are mainly produced by companies, who then choose to monetize the advancement. Moral responsibility is weakened by this greed for money; they have lost the objective in saving lives or making people healthy again. They are only creating advancements in technology in order to make a lot of money.

Neil Postman also sees technology as undermining human processes as well. That technology creates ‘a culture without moral foundation’ and undermines social relations between humans. This can currently be seen with the argument over social networking sites on the internet. It was created for people to communicate and network, yet some people use it as their only form of communication with other people. This doesn’t necessarily help their social skills in the real and outside world away from the internet. People can become addicted and reliant on this technology and use it as their main form for creating social relations. It makes things like understanding facial expressions and body language hard to grasp.

Conclusion

If technological advancements are put in the best uses, it further inspires the development in related and non-related areas but at the same time its negative use can create havoc in the humanity or the world. Technology has, and will, change the moral fabric of humanity; it is up to the present generation to heed this warning and not allow such societal travesties of immense proportions ever to occur again Technological Advancements will continue to advance rapidly as we move into the next millennium. What is important is to ensure that these advances benefit humanity as a whole…

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