The Wireline Competition Bureau released updated information regarding the Rural Broadband Experiments application process. In the attached release, the Bureau announced a delay in the timing of the applications in order to complete testing of the electronic submission system. You can read the release here. Please watch for further updates regarding the application process and timeline, and contact us 417-682-5531 if we can assist in the process.
Finley Engineering Blog
Stay updated on industry trends and learn more about power, telecom, geomatics, and IP services straight from the experts at Finley Engineering.
The market for “Big Data” technology and services will grow six times faster than the market for information technology (IT) overall over the next five years, according to a new market research study from IDC. The market for “Big Data” technology and services will expand at a 26.4 percent compound annual growth rate through 2018, with revenues totaling $41.5 billion, according to IDC's “Worldwide Big Data Technology and Services 2014-2018” report.
Researchers at USC have built on experiments using Li-fi – the bi-directional transmission of data at ultra-high speeds via light waves – to send data “at unheard of speeds” by using a similar technique with radio waves. The results may avoid some of the problems associated with using optical systems, according to a USC news release.
According to the Solar Electric Power Association (SEPA), 4.2 GV of solar capacity was installed in the U.S. in 2013, bringing the total cumulative capacity to over 10.5 GW. Utility-scale photovoltaics (PV) increased from five percent of total annual PV installations in 2008 to 54 percent in 2012. In fact, 2012 was the first year that utility-scale PV composed the largest segment of the U.S. PV market, a position it is likely to retain through at least 2016, when the Investment Tax Credit drops from 30 percent to 10 percent.
Recently Finley Engineering made a few changes to better meet the needs of our Energy Industry clients. With the number of requests for proposals, important client visits and multiple projects we field, we moved Mike Socha and Mark Heidecke into primary business development positions within the company.
While demand for power has continued to grow over the last 130+ years, some forecasters believe that demand for power in the future, while it won't decrease, certainly will NOT grow as quickly as population and GDP.
There are several reasons for this, many of which are already having an impact. Among these are more efficient residential appliances and light bulbs; more energy-efficient networks, systems and equipment in commercial buildings and industrial facilities; the increased popularity of demand/response programs, primarily in industrial facilities, but gaining traction in commercial buildings, and even, to some extent, in residential settings; and, of course, the increasing popularity of residential, commercial and industrial self-generation (distributed generation, especially rooftop solar).
Finley is pleased to offer you additional information on the application process for the Rural Broadband Trials. Applications are due October 14th, by 6:00 p.m. EST. Ben Humphrey, Vice President of our Minnesota Operations, presented in a panel discussion alongside the FCC’s Jonathon Chambers and Carol Mattey during the FTTH Gigabit Highway Conference in Minneapolis. Below you can access and download Ben’s presentation which contains easy to understand direction and helpful links. We are currently assisting clients with the application process. Please contact us if you would like more information.
OSP EXPO delivers solutions, products, and technologies for today’s rapid wireless and wireline network evolution. The Expo brings OSP professionals from ILECs, CLECs and IOCs together to learn, network and purchase products that solve their network challenges. Education: 9/30 - 10/2 -Exhibits: 10/1 & 10/2 ...Read more
The concept of the cloud and managed services, which is of growing importance for Finley client’s extends to the smart grid as well. Though relatively small today, the market for “smart grid as a service” (SGaaS) is poised for rapid growth, fueled by demand for managed services from utilities with limited budgets and IT expertise, according to new market research from Navigant Research. SGaaS market revenues will rise from $1.7 billion in 2014 to $11.2 billion in 2023, Navigant predicts.
“Traditionally, utilities have shied away from outsourcing operations beyond back-office functions like billing or payroll,” Navigant senior research analyst Richelle Elberg was quoted in a press release. “But the tremendous growth in cloud-based services for business of all types has increased utilities’ awareness of and comfort levels with cloud-based solutions.”
Besides the potential to reduce the cost of smart grid implementation, SGaaS offers utilities several potential advantages over in-house smart grid deployment, according to Navigant. These include shorter time to market and improved security, a key aspect of any smart grid implementation. “Cloud computing has advanced to such a degree that the security employed by third-party vendors may be stronger than what a utility can implement internally,” the researchers state.
With bandwidth requirements growing exponentially, networks will need to support terabit-per-second (Tbps) speeds by 2015 and 10 Tbps by 2020, according to the IEEE 802.3 Industry Connections Bandwidth Assessment Ad Hoc committee. Ethernet network providers need to stay ahead of the curve and move beyond the 40 and 100 Gbps capacity currently available to network and data center providers, according to Ixia's Jim Smith.
In today’s mobile world, more and more people are taking conference calls from mobile phones. We found this interesting research that sheds insight on what people are actually doing during those calls, and it’s quite revealing. Mobile conferencing is on the rise as organizations and workers take advantage of mobile broadband connectivity and teleconferencing apps and services to take care of business regardless of where they are, often making use of them in lieu of traveling to attend meetings and conferences.
Significant changes to OSHA regulations 1910.269 and Part 1926 Subpart V went into effect last month, and more are on the way.
29 CFR 1910.269, of course, is the Electric Power Generation, Transmission and Distribution Standard. 29 CFR Part 1926 is the Safety and Health Regulations for Construction, and Subpart V covers construction related to Electric Power Transmission and Distribution.
The number of IPv4 networks that make up the Internet today is approaching its limits. Some routing equipment used by ISPs and enterprises may be adversely affected in the coming weeks from this approaching limitation.
Though most of the Internet is yet to experience “the conditions that could cause problems for unprovisioned equipment,” the maximum number of routes the Internet can support, as defined by the default TCAM (Ternary Content Addressable Memory) configuration on “certain aging hardware platforms” is 512K routes, Renesys' Jim Cowie highlights on a company blog post.
What plans does your organization have in place to purposefully and strategically grow your network to meet your customers’ demands? In a survey Finley commissioned earlier in the year, we learned that many organizations have concerns regarding ever-changing technology and are looking for technical leadership.
Through some purposeful and visionary planning discussions, your organization can efficiently prepare that roadmap to operational excellence. Consider the importance of:
- Scalable Network Design
- Security Infrastructure
- Backup and Cloud
- Device Lifecycle Management
- Network Monitoring and Management
- Multi-System Integration
- Standards Compliance
With high client satisfaction scores, Finley Engineering has become a trusted and preferred partner in the services we offer, which include IP Design and Services. Clients choose to work with us, and stay with us based on the quality of our work, planning and communication. We thank our Finley Associates for the work they have done to earn us a 95% client satisfaction rating.
A research team led by University of Maryland professor of physics and electrical and computer engineering Howard Milchberg, reports that it has developed a means of using air to guide and channel light beams over long distances without the loss of intensity or focus. In a research paper published in the July 2014 issue of Optica, Prof. Milchberg and his lab report on their creation of an “'air waveguide' to enhance light signals collected from distant sources,” the University of Maryland explains in a press release.
In short, Milchberg and his research group have found a way to make air act like a fiber optic cable, “guiding light beams over long distances without loss of power.” Such a capability would have many and varied applications, “including long-range laser communications, detecting pollution in the atmosphere, making high-resolution topographic maps and laser weapons,” according to the press release. We’re basically talking about the ability to transmit the light pulses associated with today’s fiber optics, but without the need for the actual cable.
You might expect energy consumption in U.S. homes would be on the rise given the proliferation of consumer electronic (CE) devices, mobile devices in particular. Energy efficiency improvements in CE devices have more than offset the sharp rise in the number of electronic gadgets in U.S. homes, however.
According to research conducted by Fraunhofer USA Center for Sustainable Energy Systems for the Consumer Electronics Association (CEA), electronic devices in U.S. homes used 12 percent less energy in 2013 than they did in 2010, “even though there were nearly a billion more devices,” Mike Orcutt highlights in a recent MIT Technology Review blog post.
Surveying electricity usage among 46 kinds of CE devices commonly found in U.S. homes, researchers found that significant decreases in the electricity used by televisions and computers in large part drove the decline.
Televisions continue to account for the largest percentage (30 percent) of power consumption by CE devices in U.S. homes, though they consumed 23 percent less electricity in 2013 than they did in 2010. Researchers attributed the drop in TV energy consumption to a 50 million unit decline in TVs in use and a “massive” shift from cathode-ray tube to more energy efficient liquid crystal displays.
Personal computer electricity consumption represented the second largest decline among CE devices in U.S. homes. “Power use by desktop PCs declined substantially, largely because there were fewer in use in 2013 (88 million) than in 2010 (101 million),” Orcutt notes, “…and because of an increase in the amount of time the computers spent off or in low-power mode.”
Use of external PC monitors also declined. Coincidentally, there was a 10-fold increase in the number of households with at least one tablet since 2010. According to Orcutt, tablets consumed some 0.6 terawatt-hours of electricity in 2013.
On Friday, July 11, the FCC held its Open Meeting which included the Rural Broadband Trials initiative on the agenda. Following that meeting, the FCC shared key points in a press release:
Up to $100 million will be available for the experiments, which will be divided into three groups as follows:
Americans have been “cutting the cord” on their wireline telephone service and going wholly wireless, but growth in wireless-only U.S. households slowed last year. Some 41 percent of U.S. households were wireless-only in 2013. Just over 39 percent of U.S. adults and 47.1 percent of children lived in wireless-only households as of end of last year, according to the National Center for Health Statistics, the research arm of the Centers for Disease Control and Prevention (CDC).
The percentage of wireless-only U.S. households was 2.8 points higher in 2013 than it was in 2012, a slowdown in growth from prior years , the Pew Research Center notes in a blog report. The share of wireless-only U.S. households grew 4.3 percentage points in 2011 and 4.2 in 2012, according to the CDC.
Among age groups in 2013, young adults are most likely to be living in wireless-only households: 65.7 percent of 25-29 year olds; 59.7 percent of 30-34 year olds; and 53 percent of 18-24 year olds live in wireless-only households. Those figures are “little changed – and in some cases even below – those recorded in the first half of 2013,” Pew points out.
The demographics of wireless-only households are shifting as well, as older Americans choose to go wireless-only. Over half (52.5 percent) of Americans living in wireless-only households in 2010 were between the ages of 18 and 34. Just 45.5 percent were in CDC's most recent survey, Pew highlights.
Turning to income, CDC found that most poor households do not have landline telephone service – the only demographic for which this is true. Among ethnicities, Hispanics were the most likely to live in wireless-only households.
Regionally, those living in the Northeast were least likely to be living in wireless-only households (24.9 percent). Corresponding figures were over 40 percent in the Midwest, West and South. According to one analysis of first-half 2013 data from last year found that Idaho had the highest percentage of wireless-only households – 52.3 percent – while New Jersey had the lowest – 19.4 percent.
Many Finley clients have looked towards cloud and enterprise services for revenue growth opportunities. Recent research from Infonetics confirms why. Enterprises and smaller businesses are investing heavily in cloud infrastructure, so the service providers they engage, need to be equipped to meet this growing demand.
North American enterprise-scale businesses expect their network spending will increase at double-digit rates in 2014, though there's a shift in where the money will be spent, according to a new report from Infonetics Research.
Spending on wireless LAN, network monitoring and switches is growing, as is that for branch office infrastructure – a sign of confidence that the economy will continue to grow, according to Infonetics' “Network Equipment Spending and Vendor Leadership: North American Enterprise Survey .”
In January we shared news of the FCC Rural Broadband Trials initiative to gather Expressions of Interest. We know that somewhere in the neighborhood of 1,000 EOI’s were submitted.
What’s next? The FCC’s Open Meeting is scheduled for July 11 and it appears that the Rural Trial application information will be made available at this time.
Finley Engineering has experience working with FCC programs and we are offering our assistance with the Connect America Fund Rural Trial application process, mapping, modeling and more. We are committed to being an expert resource in this process for our industry partners.