While LTE and LTE-Advanced deployments are still underway, wireless carriers and vendors have already embarked on R&D initiatives to develop so-called “5G” technology, with a vision of commercialization by 2020.

There is a range of low-frequency network technologies that consumer devices can use to communicate with each other, and the market has no dominance or availability of single network technology that fits all. This is one of the highlights of this industry and a reason that we find different alliances, such as ZigBee, Z-wave, Insteon, MoCA and DLNA and many other small groups, emerging and stating their dominance over this industry. The common practice is manifesting in a growing number of alliances of hardware, software and end device providers/solutions under one umbrella and is working in coherence with each other to generate dominance on the market.

Rivaling consumer electronics, clothing has become one of the most purchased physical products online in recent years. Clothing was also the leading category in global cross-border B2C E-Commerce in 2014, accounting for over a third of all cross-border online purchases. In China and Japan, online mass merchants and marketplaces have become the most popular platforms for consumers to purchase clothing. In Europe, clothing has been the leading category by share of online shoppers in countries such as the UK, Germany, Russia, Italy and Turkey. Clothing merchants stand to benefit from adoption of current market trends, including but not limited to: M-Commerce, Omnichannel and Cross-Border B2C E-Commerce. Those merchants currently operating purely online or predominantly store-based could seek to adopt these strategies in an effort to gain a share in the booming online clothing market.

As smartphone penetration continues to increase, smartphone apps and well-implemented technology can help city authorities save money and become more efficient. However, there is much more than smartphones involved, including the networks that support cellular communications (LTE, LTE-Advanced, WiFi, etc.). 

Machine-to-Machine (M2M) Communications

Machine-to-Machine (M2M) communication is a revolutionary technology that allows effective supervision and maintenance of physical assets. M2M communication has historically represented the integration of microprocessors, microcontrollers and sensors with communications, monitoring and control systems to improve efficiencies and effectiveness of business operations.  

While CAPEX and OPEX are the key business components of Small Cell deployments to build a HetNet, it is also important for Mobile Network Operators (MNO) to identify new business opportunities from Small Cells to generate additional revenue that would offset the TCO. Generating these new revenue streams from Small Cells and creating a positive ROI is probably the most challenging business problem to solve from a strategic planning point of view.

Computer technology has advanced from mainframes to desktops, then laptops and palmtops and is now moving onto, and into, the human body by way of wearable computers. This type of gadget provides the ultimate in-network access, which is hands-free, heads-up operation with complete mobility. With voice activation and head-mounted or touchscreen display options, users anywhere can communicate with computers through the internet. Wearable computers bring forth a whole new concept in mobile computing, computer portability and computer miniaturization.  

MarketResearch.com is pleased to announce that we have added a new, industry-leading publisher to our academic platform, Mind Commerce Publishing. Mind Commerce focuses on various sectors of the Telecommunications and Information Technology industries, including traditional telecom as well as wireless and Internet-based communications. Their coverage includes digital technologies, platforms and infrastructure for communications, applications, content and commerce.

Nowadays, technology makes life easier for us. We are surrounded by so many “smart” devices that do many of our daily tasks for us. There’s an abundance of this newer technology from smart wearables, to smart homes and smart grids. As technology advances it will only become more ingrained into all aspects of our lives. A study last year by IBM predicted the upcoming five smart technology trends for the next five years will include smarter classrooms, stores, medicine, privacy and protection, and cities. The evolution of technology isn’t stopping anytime soon.

With more than 7 Billion mobile network subscriptions worldwide, the mobile communications sector is rapidly gaining traction from a diverse range of vertical sectors. Healthcare is no exception to this trend.

As healthcare providers seek to maximize their patient outreach while minimizing costs, many view mobile healthcare (or mHealth) as the solution to improve healthcare cost-efficiency. mHealth refers to the usage of mobile communications technology & devices to enhance access to healthcare information, improve distribution of routine and emergency health services and provide diagnostic services.