PRNewswire/ -- Nokia (NYSE: NOK) announced it has today filed a complaint with the United States International Trade Commission (ITC) alleging that Apple infringes Nokia patents in virtually all of its mobile phones, portable music players, and computers.
The seven Nokia patents in this complaint relate to Nokia's pioneering innovations that are now being used by Apple to create key features in its products in the area of user interface, as well as camera, antenna and power management technologies. These patented technologies are important to Nokia's success as they allow better user experience, lower manufacturing costs, smaller size and longer battery life for Nokia products.
"Nokia has been the leading developer of many key technologies in small electronic devices" said Paul Melin, General Manager, Patent Licensing at Nokia. "This action is about protecting the results of such pioneering development. While our litigation in Delaware is about Apple's attempt to free-ride on the back of Nokia investment in wireless standards, the ITC case filed today is about Apple's practice of building its business on Nokia's proprietary innovation."
FORWARD-LOOKING STATEMENTS
It should be noted that certain statements herein which are not historical facts, including, without limitation, those regarding: A) the timing of product, services and solution deliveries; B) our ability to develop, implement and commercialize new products, services, solutions and technologies; C) our ability to develop and grow our consumer Internet services business; D) expectations regarding market developments and structural changes; E) expectations regarding our mobile device volumes, market share, prices and margins; F) expectations and targets for our results of operations; G) the outcome of pending and threatened litigation; H) expectations regarding the successful completion of contemplated acquisitions on a timely basis and our ability to achieve the set targets upon the completion of such acquisitions; and I) statements preceded by "believe," "expect," "anticipate," "foresee," "target," "estimate," "designed," "plans," "will" or similar expressions are forward-looking statements. These statements are based on management's best assumptions and beliefs in light of the information currently available to it. Because they involve risks and uncertainties, actual results may differ materially from the results that we currently expect. Factors that could cause these differences include, but are not limited to: 1) the deteriorating global economic conditions and related financial crisis and their impact on us, our customers and end-users of our products, services and solutions, our suppliers and collaborative partners; 2) the development of the mobile and fixed communications industry, as well as the growth and profitability of the new market segments that we target and our ability to successfully develop or acquire and market products, services and solutions in those segments; 3) the intensity of competition in the mobile and fixed communications industry and our ability to maintain or improve our market position or respond successfully to changes in the competitive landscape; 4) competitiveness of our product, services and solutions portfolio; 5) our ability to successfully manage costs; 6) exchange rate fluctuations, including, in particular, fluctuations between the euro, which is our reporting currency, and the US dollar, the Japanese yen, the Chinese yuan and the UK pound sterling, as well as certain other currencies; 7) the success, financial condition and performance of our suppliers, collaboration partners and customers; 8) our ability to source sufficient amounts of fully functional components, sub-assemblies, software and content without interruption and at acceptable prices; 9) the impact of changes in technology and our ability to develop or otherwise acquire and timely and successfully commercialize complex technologies as required by the market; 10) the occurrence of any actual or even alleged defects or other quality, safety or security issues in our products, services and solutions; 11) the impact of changes in government policies, trade policies, laws or regulations or political turmoil in countries where we do business; 12) our success in collaboration arrangements with others relating to development of technologies or new products, services and solutions; 13) our ability to manage efficiently our manufacturing and logistics, as well as to ensure the quality, safety, security and timely delivery of our products, services and solutions; 14) inventory management risks resulting from shifts in market demand; 15) our ability to protect the complex technologies, which we or others develop or that we license, from claims that we have infringed third parties' intellectual property rights, as well as our unrestricted use on commercially acceptable terms of certain technologies in our products, services and solutions; 16) our ability to protect numerous Nokia, NAVTEQ and Nokia Siemens Networks patented, standardized or proprietary technologies from third-party infringement or actions to invalidate the intellectual property rights of these technologies; 17) any disruption to information technology systems and networks that our operations rely on; 18) developments under large, multi-year contracts or in relation to major customers; 19) the management of our customer financing exposure; 20) our ability to retain, motivate, develop and recruit appropriately skilled employees; 21) whether, as a result of investigations into alleged violations of law by some former employees of Siemens AG ("Siemens"), government authorities or others take further actions against Siemens and/or its employees that may involve and affect the carrier-related assets and employees transferred by Siemens to Nokia Siemens Networks, or there may be undetected additional violations that may have occurred prior to the transfer, or violations that may have occurred after the transfer, of such assets and employees that could result in additional actions by government authorities; 22) any impairment of Nokia Siemens Networks customer relationships resulting from the ongoing government investigations involving the Siemens carrier-related operations transferred to Nokia Siemens Networks; 23) unfavorable outcome of litigations; 24) allegations of possible health risks from electromagnetic fields generated by base stations and mobile devices and lawsuits related to them, regardless of merit; as well as the risk factors specified on pages 11-28 of Nokia's annual report on Form 20-F for the year ended December 31, 2008 under Item 3D. "Risk Factors." Other unknown or unpredictable factors or underlying assumptions subsequently proving to be incorrect could cause actual results to differ materially from those in the forward-looking statements. Nokia does not undertake any obligation to publicly update or revise forward-looking statements, whether as a result of new information, future events or otherwise, except to the extent legally required.
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Showing posts with label patent. Show all posts
Showing posts with label patent. Show all posts
Tuesday, December 29, 2009
Thursday, February 19, 2009
WEGENER(R) Receives U.S. Patent for 'Rotational Use of Memory to Minimize Erase and Rewrite Cycles on Flash Memory Devices'
/PRNewswire-FirstCall/ -- Wegener Corporation (NASDAQ:WGNR) , a leading provider of equipment for television, audio, and data distribution networks worldwide, today announced that WEGENER has been granted a U.S. patent for an innovative method that enables "Rotational Use of Memory to Minimize Erase and Rewrite Cycles on Flash Memory Devices."
This U.S. patent, awarded on January 20, 2009 as Patent No. 7,480,760, has already been implemented in several WEGENER(R) products, including the DTV 720 and DTV 742 Digital TV Processors. Video headends use these DTV products to receive and repackage off-air 8VSB, local HD, and ASI signals into IP Multicasts, and the Flash memory retains the channel assignments and programming identification data that operators enter.
To gain efficiencies in size and cost, these products have a scaled down 'small footprint' operating system embedded in them, rather than a full version. With this architecture, such small operating systems tend to prematurely 'wear out' non-volatile memory components (such as Flash) by reading and writing to the same location repetitively whenever a critical parameter is changed. WEGENER's invention overcomes this drawback by performing 'load leveling' of the Flash memory. Load leveling minimizes the number of times data is erased or rewritten within a certain block of Flash memory by automatically redistributing this activity across the entire Flash memory.
"Since Flash memory has a limited number of times it can be erased or rewritten, our patented process for load leveling, greatly extends the product's useful life," said Ned L. Mountain, president and chief operating officer of WEGENER. "Without this method, products might reach end-of-life prematurely due to excessive erase/write activity on Flash memory. By making more efficient use of Flash memory, our process benefits customers with a lower product cost by using less overall memory while extending the product's useful life."
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This U.S. patent, awarded on January 20, 2009 as Patent No. 7,480,760, has already been implemented in several WEGENER(R) products, including the DTV 720 and DTV 742 Digital TV Processors. Video headends use these DTV products to receive and repackage off-air 8VSB, local HD, and ASI signals into IP Multicasts, and the Flash memory retains the channel assignments and programming identification data that operators enter.
To gain efficiencies in size and cost, these products have a scaled down 'small footprint' operating system embedded in them, rather than a full version. With this architecture, such small operating systems tend to prematurely 'wear out' non-volatile memory components (such as Flash) by reading and writing to the same location repetitively whenever a critical parameter is changed. WEGENER's invention overcomes this drawback by performing 'load leveling' of the Flash memory. Load leveling minimizes the number of times data is erased or rewritten within a certain block of Flash memory by automatically redistributing this activity across the entire Flash memory.
"Since Flash memory has a limited number of times it can be erased or rewritten, our patented process for load leveling, greatly extends the product's useful life," said Ned L. Mountain, president and chief operating officer of WEGENER. "Without this method, products might reach end-of-life prematurely due to excessive erase/write activity on Flash memory. By making more efficient use of Flash memory, our process benefits customers with a lower product cost by using less overall memory while extending the product's useful life."
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Thursday, December 4, 2008
Rapid Routers Receives Patents for Green Technology Improvements
(BUSINESS WIRE)--Rapid Routers LLC announced today that it has been issued its first patent and believes it will soon have four more patents issued to the Atlanta firm. Rapid Routers produces technology that enables routers to select network routes more efficiently and, in certain cases, reduce power consumption by 90%. All these technologies reduce the network provider’s carbon footprint.
“The issuance of patents confirms we continue to be on the right track,” says Dennis Mitrano, president of Rapid Routers. “There are a total of nine patents and applications in the Rapid Routers portfolio. Our technology greatly increases efficiency and reduces consumed power which has a significant effect on a network service provider’s total costs while supporting a greener environment.” The technology development was led by Dr. Sartaj K. Sahni, Distinguished Professor and Chair of the Information Science and Engineering Department at the University of Florida.
Rapid Routers, a portfolio company of IP2Biz LLC, has been working with router manufacturers, semiconductor manufacturers, and has had direct discussions with network service providers. “We project that Internet traffic will increase six fold by the year 2012 with more large images, video clips and movies being transferred through routers,” continues Mitrano. “Our technology will allow networks to better handle traffic congestion.”
The Rapid Routers technology works efficiently and can be selectively applied to routers with specific congestion, thus not requiring a complete network overhaul. The technology eliminates the need for overlay network routing schemes because it works with both IPv4 and IPv6 addressing schemes. The result is significant throughput improvement with reduced energy consumption. “This team has made a quantum leap in efficiency for algorithms used in network routers,” says Mitrano. The portfolio of technologies is licensed exclusively to Rapid Routers from the University of Florida.
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“The issuance of patents confirms we continue to be on the right track,” says Dennis Mitrano, president of Rapid Routers. “There are a total of nine patents and applications in the Rapid Routers portfolio. Our technology greatly increases efficiency and reduces consumed power which has a significant effect on a network service provider’s total costs while supporting a greener environment.” The technology development was led by Dr. Sartaj K. Sahni, Distinguished Professor and Chair of the Information Science and Engineering Department at the University of Florida.
Rapid Routers, a portfolio company of IP2Biz LLC, has been working with router manufacturers, semiconductor manufacturers, and has had direct discussions with network service providers. “We project that Internet traffic will increase six fold by the year 2012 with more large images, video clips and movies being transferred through routers,” continues Mitrano. “Our technology will allow networks to better handle traffic congestion.”
The Rapid Routers technology works efficiently and can be selectively applied to routers with specific congestion, thus not requiring a complete network overhaul. The technology eliminates the need for overlay network routing schemes because it works with both IPv4 and IPv6 addressing schemes. The result is significant throughput improvement with reduced energy consumption. “This team has made a quantum leap in efficiency for algorithms used in network routers,” says Mitrano. The portfolio of technologies is licensed exclusively to Rapid Routers from the University of Florida.
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