Under President Obama, we have seen technological breakthroughs and strategic investments that have propelled the United States to the forefront of wireless broadband—with world-leading 4G/LTE coverage for more than 98 percent of U.S. citizens. Today, the Obama Administration is announcing new steps to maintain U.S. leadership and win the next generation of mobile technology with the launch of a $400 million Advanced Wireless Research Initiative led by the National Science Foundation (NSF).
Last week, the U.S. Federal Communications Commission (FCC) voted in favor of a new wireless broadband roadmap, aka "Spectrum Frontiers, which designates 11 GHz of licensed high-speed spectrum for LTE and 5G infrastructure, and which set rules use of 7GHz of unlicensed airwaves. Even as debates continue over the definition and standard of what is 5G, the FCC has stepped up to the plate and shown it is ready to work with industry to meet grand new goals the entire ICT ecosystem has come to expect from the next era of LTE and broadband wireless.
Markets and Technology
5G — To support the development of 5G in the U.S., the FCC allocated almost 11 GHz of licensed and unlicensed spectrum above 24 GHz. The commission is also asking for comments on allocating an additional 18 GHz, including E-Band.
Verizon released a 5G radio specification that defines guidelines for testing and validating technical components. Read it here.
Vodafone announced today Americas findings from its fourth annual Internet of Things (IoT) Barometer Report, the leading global survey of the IoT sector. This year’s survey results show the business impact IoT technology can achieve, as 55% of IoT adopters in the Americas have seen revenue growth by greater than 20% following IoT implementation.
The Wireless Broadband Alliance (WBA) has today published its latest whitepaper, outlining the opportunities Wi-Fi calling presents for mobile operators, mobile broadband service providers and consumers. The paper discusses the significant role Wi-Fi calling can play in addressing industry issues such as coverage, as well as highlights the gaps in the market to help promote the deployment, use and growing momentum of Wi-Fi calling.
Communications Service Providers (CSPs) are looking to virtualization as a means to enable innovation through the introduction of new services, creating an aggressive time-to-market strategy and as a way to stay ahead of the competition.
CSPs face a number of potential roadblocks which includes long cycle to get to market due to manual operations and rigid traditional backoffice systems; high maintenance costs for network operations and integration; the lack of a single point of responsibility and expertise; and an overall lack of knowledge and standards in the industry.
There are many constituents within the FinTech Ecosystem including Digital Payments providers, Business Finance companies, and Consumer Finance providers.
The requirement to close the connectivity gap – through cellular penetration and increasing demand for mobile broadband services – is driving mobile network operators (MNOs) to upgrade network infrastructures.
The challenge is finding a solution that cost-effectively expands networks to enable delivery of affordable services for end users today – while at the same time building infrastructure flexibility that can scale to address the potentially explosive demands in the future.
Today’s communications service providers face a challenge similar to the one that shook enterprise data centers over the past decade and a half. Namely, the imperative to move from siloed, proprietary application stacks to a virtualized cloud-based architecture that can provide a unified and sustainable platform for mixed workloads.
Embedded systems are highly customized, developed and programmed as per user requirements. Conventional embedded systems are electronic components that possess a microprocessor, peripherals, memory card, and software program that run instructions, operating system and tools (debuggers, static and non-programmable), and follows firmware programming embedded in the micro-chip.
Connected vehicle technology is rapidly evolving to encompass Vehicle-to-Vehicle (V2V), Vehicle-to-Infrastructure (V2I), Vehicle-to-Device (V2D), and Vehicle-to-Pedestrian (V2P) signaling and communications. This research examines the V2V and V2X market including technologies, solutions, and major players.
The report evaluates market opportunities and challenges for IoT Device Management solutions across various industry verticals. The report includes forecasting for global and regional markets as well as potential across deployment types and sectors including automotive, manufacturing, smart cities, and more.
Analysis of the DAS market, including carrier WiFi, small cells, and SON, and the leading companies in the DAS ecosystem and their solutions. The report also includes evaluation of market drivers, challenges, and provides forecasts for 2016 to 2021.
Comprehensive coverage of NGN OSS/BSS including opportunities within Big Data and IoT, analysis of the drivers and issues related to the technical and business aspects of OSS/BSS, deployments and operations issues, and quantitative analysis with forecasts for anticipated growth through 2021.