![]() ![]() The research group at SFU’s School of Sustainable Energy Engineering is focused on the development of innovative approaches to eco-friendly, printable solar cells and electronics for use in next-generation smart devices. Pecunia has already achieved numerous breakthroughs towards self-powered printable smart sensors, demonstrating printed electronics with record-low power dissipation and the first-ever printable devices powered by ambient light via tiny printable solar cells. ![]() “Based on recent breakthroughs, we anticipate that printable semiconductors could play a key role in realising the full sustainability potential of the Internet of Things by delivering self-powered sensors for smart homes, smart buildings and smart cities, as well as for manufacturing and industry,” he added. The research article outlines a vision of printed electronics that could also be powered by ubiquitous mobile signals through innovative low-power approaches, essentially allowing smart sensors to charge out of thin air. “Our analysis reveals that a key priority is to realise printable electronics with as small a material set as possible to streamline their fabrication process, thus ensuring the straightforward scale-up and low cost of the technology,” Pecunia said. Pecunia says making printable electronics that can work using energy harvested from the environment – from ambient light or ubiquitous radio-frequency signals, for example – could be the answer. “Conventional semiconductor technologies require complex, energy-intensity and expensive processing, but printable semiconductors can deliver electronics with a much lower carbon footprint and cost, since they can be processed by printing or coating, which require much lower energy and materials consumption.” “Equipping everyday objects and environments with intelligence via smart sensors would allow us to make more informed decisions as we go about in our daily lives,” said Pecunia. Leading a multinational team of experts in various areas of printable electronics from SFU's campus in Canada, Pecunia has identified key priorities and promising avenues for printable electronics to enable self-powered, eco-friendly smart sensors. ![]() Simon Fraser University (SFU) professor Vincenzo Pecunia believes that emerging alternative semiconductors that are printable, low-cost and eco-friendly could lead the way to a cheaper and more sustainable IoT. Large-area electronics – which can be based on organic semiconductors, amorphous metal oxide semiconductors, semiconducting carbon nanotubes and two-dimensional semiconductors – could provide a solution. The economic and sustainability issues of battery-powered devices mean that wirelessly powered operation – combined with environmentally friendly circuit technologies – will be needed. The company listed Goldman Sachs, BMO Capital Markets, Bank of America Merrill Lynch, RBC Capital Markets, KKR and SunTrust Robinson Humphrey as join book-running managers.Powering the increasing number of sensor nodes used in the IoT creates a technological challenge. The company says 90% of revenues are fee-based and recurring in nature. ![]() In the first three months of 2018, revenue was $196.2 million and its net loss was $12.1 million. “Our partner firms benefit from our intellectual and financial resources, operating in a scaled business model with aligned interests, while retaining their entrepreneurial culture and independence.”įounded in 2006 by CEO Ruediger “Rudy” Adolf, Focus Financial brought in $662.9 million of revenue in the 2017 calendar year and had a net loss of $48.4 million. “We have achieved this market leadership by positioning ourselves as the partner of choice for many firms in an industry where a number of secular trends are driving RIA consolidation,” the form states. Focus Financial will trade on the NASDAQ stock exchange under the ticker “FOCS.”Īccording to the prospectus, Focus Financial has partnered with more than 50 registered investment adviser firms around the United States. The filing did not contain pricing details, but did value the offering at $100 million. ![]()
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