Arctic Sand Technologies
Founded Year
2010Stage
Acquired | AcquiredTotal Raised
$28.95MValuation
$0000About Arctic Sand Technologies
Arctic Sand Technologies, founded in 2011, brings rapid power conversion semiconductors to market, based on technology developed by MIT. The company's products offer significant improvements in power conversion efficiency, transient performance and EMI, in footprints 2-4x smaller than the best in class competitors today and with a significantly lower profile, enabling smaller, thinner, lighter and more power efficient products to be realized.
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Expert Collections containing Arctic Sand Technologies
Expert Collections are analyst-curated lists that highlight the companies you need to know in the most important technology spaces.
Arctic Sand Technologies is included in 1 Expert Collection, including Semiconductors, Chips, and Advanced Electronics.
Semiconductors, Chips, and Advanced Electronics
6,343 items
Companies in this collection develop everything from microprocessors to flash memory, integrated circuits specifically for quantum computing and artificial intelligence to OLED for displays, massive production fabs to circuit design firms, and everything in between.
Arctic Sand Technologies Patents
Arctic Sand Technologies has filed 28 patents.

Application Date | Grant Date | Title | Related Topics | Status |
---|---|---|---|---|
9/17/2015 | 6/16/2020 | Electric power conversion, Analog circuits, Electronic circuits, Voltage regulation, Electrical engineering | Grant |
Application Date | 9/17/2015 |
---|---|
Grant Date | 6/16/2020 |
Title | |
Related Topics | Electric power conversion, Analog circuits, Electronic circuits, Voltage regulation, Electrical engineering |
Status | Grant |
Latest Arctic Sand Technologies News
Mar 21, 2017
Business Technology Chip deal: Peregrine buys power conversion outfit for $68M A Peregrine Semiconductor technician conducts a final test on a product at the San Diego company in this 2013 file photo. . Hayne Palmour IV / UT San Diego/Zuma Press A Peregrine Semiconductor technician conducts a final test on a product at the San Diego company in this 2013 file photo.. A Peregrine Semiconductor technician conducts a final test on a product at the San Diego company in this 2013 file photo.. (Hayne Palmour IV / UT San Diego/Zuma Press) Mike Freeman Contact Reporter San Diego’s Peregrine Semiconductor said Monday that it has acquired power converter chip start-up Arctic Sand Technologies for $68 million. Peregrine, a subsidiary of Japanese electronics giant Murata, said the deal beefs up its power converter semiconductor portfolio. Peregrine will tap its chip production expertise – it has shipped more than 3.5 billion units since it was founded in 1990 – to bring Arctic Sand’s technology to market in volume. Spun out of the Massachusetts Institute of Technology in 2010, Arctic Sand has developed power conversion chips that it claims are smaller, thinner and more efficient than traditional conversion semiconductors. The technology is used for voltage management in smartphones, laptops and LED display panels. The company has 26 employees and has raised $29.6 million in venture capital since it was founded. “With this acquisition, Peregrine and Murata gain Arctic Sand’s disruptive technology, strong intellectual property portfolio and world-class team,” said Jim Cable, chief technology officer of Peregrine and global research and development director at Murata Manufacturing. “We’re one step closer to dramatically smaller, lighter, faster and more efficient power solutions.” Peregrine makes radio frequency semiconductors used in mobile phones, cellular base stations, medical devices, police radios and other equipment. Its key innovation involves coupling silicon to an insulator to handle high-performance, high-power wireless tasks. Peregrine has 496 employees worldwide, including about 415 in San Diego. It was purchased in 2014 by Murata for $465 million. Murata plans to add Arctic Sand’s power conversion semiconductors to its product line up for not only telecommunication customers but also data communications and industrial electrical markets. Arctic Sand claims its technology reduces the space occupied by power components by 50 percent. It also cuts the power loss in voltage conversion by up to one half. Arctic Sand will be integrated with Peregrine Semiconductor but will continue to operate at its current locations in Burlington, Mass., Santa Clara and Taiwan. “With the added strengths of Murata and Peregrine, we can bring game-changing innovation to a power electronics market that desperately needs it,” said Gary Davison, chief executive of Arctic Sand, in a statement. Caption Is U.S. tourism heading toward a "Trump slump"? Tourism Economics projects the U.S. will lose 6.3 million visits by the end of next year. Tourism Economics projects the U.S. will lose 6.3 million visits by the end of next year. Caption Is U.S. tourism heading toward a "Trump slump"? Tourism Economics projects the U.S. will lose 6.3 million visits by the end of next year. Tourism Economics projects the U.S. will lose 6.3 million visits by the end of next year. Caption Yahoo executive up for $23-million severance package Verizon Communications Inc. is in the process of buying Yahoo’s digital services. (March 13, 2017) Verizon Communications Inc. is in the process of buying Yahoo’s digital services. (March 13, 2017) Caption Bill would let employers penalize workers who refuse genetic testing Under the new legislation, employees who refuse testing may be charged a penalty of up to 30% of the cost of their health insurance. (March 14, 2017) Sign up for our free video newsletter here http://bit.ly/2n6VKPR Under the new legislation, employees who refuse testing may be charged a penalty of up to 30% of the cost of their health insurance. (March 14, 2017) Sign up for our free video newsletter here http://bit.ly/2n6VKPR Caption Every day is bring your dog to work day at more and more L.A. offices The trend of employees bringing their dogs to work is no longer just for free-wheeling tech and entertainment companies. (March 10, 2017) The trend of employees bringing their dogs to work is no longer just for free-wheeling tech and entertainment companies. (March 10, 2017) Caption SoccerCity: A $2.8B economic boost SoccerCity could provide a $2 billion economic boost, not count tax revenues, says the San Diego Regional Economic Development Corp. SoccerCity could provide a $2 billion economic boost, not count tax revenues, says the San Diego Regional Economic Development Corp.
Arctic Sand Technologies Frequently Asked Questions (FAQ)
When was Arctic Sand Technologies founded?
Arctic Sand Technologies was founded in 2010.
Where is Arctic Sand Technologies's headquarters?
Arctic Sand Technologies's headquarters is located at 150 Cambridge Park Drive, Cambridge.
What is Arctic Sand Technologies's latest funding round?
Arctic Sand Technologies's latest funding round is Acquired.
How much did Arctic Sand Technologies raise?
Arctic Sand Technologies raised a total of $28.95M.
Who are the investors of Arctic Sand Technologies?
Investors of Arctic Sand Technologies include Peregrine Semiconductor, GE Ventures, Northwater Capital Management, Arsenal Growth Equity, Murata Manufacturing and 5 more.
Who are Arctic Sand Technologies's competitors?
Competitors of Arctic Sand Technologies include Lion Semiconductor and 2 more.
Compare Arctic Sand Technologies to Competitors
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Indice is a fabless semiconductor company with experience in not only researching, designing, and developing technology, but also bringing it to market, with proven commercialized reference design implemented by manufacturers globally. Indice's innovative power control technology drives leading energy-efficient LED lighting, automotive audio amplifiers, and renewable energy solutions. The company designs develop, and tests products itself, overseeing manufacturing and distribution, providing us an in-depth understanding of the life cycle of our fully commercialized products.
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Triad Semiconductor is a fabless semiconductor company that develops and markets integrated circuits (chips). The company offers both standard products and application specific integrated circuits (ASICs). Products are designed and produced using the company's mixed-signal structured array (MSSA) technology that requires only a single manufacturing step to efficiently configure an array of primitive circuit elements into an ASIC. This patent pending technology aims to reduce development costs and time to market for IC chip designs.
Founded in 2002, Bandwidth Foundry International is a photonics manufacturing technology development centre located in Sydney, Australia. Australian researchers have a strong track record in developing photonics technologies and the Bandwidth Foundry aims to provide facilities and expertise to enable photonics innovation. Bandwidth Foundry International is currently part of the NCRIS Program which aims to:nn * Advance Australia's capability in science, engineering and technologyn * Maintain and enhance Australia's international scientific and industrialn competitivenessn * Support the rapid commercialization of research resultsn
Peregrine Power is a company that received a SBIR Phase I grant for a project entitled: Universal Utility/Customer Interface. Their research project will lead to an electrical panel with modules that provide interfaces between the electrical grid and the residential customer's on-site loads and other energy systems. Through the use of interactive solid state meters, the utility will be able to intelligently regulate loads and dispatch on-site energy systems. The on-site energy systems include, but are not limited to, controlled loads (e.g., water heating), pluggable EVs, generation systems (e.g., PV panels), and energy storage (e.g., spent EV batteries). The panel and modules represent the most integrated and economic system attempted so far to enable more intelligent energy management and will encourage renewable energy and conservation. In addition, new grid stabilization opportunities will be created for the utility. The proposed approach will use advanced power electronics, along with state-of-the-art communications techniques. The broader impacts of this research are (1) to enable utilities and over 50,000,000 residential customers to implement safe, convenient and economic energy management techniques, (2) to encourage renewable energy, and (3) to provide distributed generation and storage systems that assist the utility in stabilizing the grid. This would lead to more reliable and less costly energy for the customer, along with reduced greenhouse gas.
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