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  1. #46
    Tech Ubër-Dominus Avatar de Jorge-Vieira
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    Intel works with Chinese on servers



    Tackling fears of spy technology
    Chipzilla is joining an increasing number of western companies who are forming partnerships with Chinese outfits to help address concerns about the security of imported technology.

    This deal is with Tsinghua University and Montage Technology Global Holdings and comes with a $100 million worth of research funding from Intel,. Chinese officials have been calling for a reduction in the country’s reliance on foreign-made semiconductors—particularly those used in systems that could be targeted by spies from abroad.
    Intel said the university, known as TU, will develop a programmable chip that would be placed in a plastic module alongside one of its Xeon microprocessors, the most widely used calculating engine in corporate and government data centers. The additional reconfigurable computing processor (RCP) and associated software developed by the university would add capabilities that address “specific local requirements.”
    The company declined to discuss what those requirements may be. But it is likely that the RCP would help ensure that the Intel chip doesn’t carry out suspicious activity. It lets you prove the Xeon is behaving as it is supposed to be and not sending all your data to the Americans.
    Noticia:
    http://www.fudzilla.com/news/process...ese-on-servers
    http://www.portugal-tech.pt/image.php?type=sigpic&userid=566&dateline=1384876765

  2. #47
    Tech Ubër-Dominus Avatar de Jorge-Vieira
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    Intel Declares Quarterly Cash Dividend

    Intel Corporation’s board of directors has declared a quarterly dividend of 26 cents per share ($1.04 per share on an annual basis) on the company’s common stock. The dividend will be payable on March 1, 2016, to stockholders of record on February 7, 2016. Intel is a world leader in computing innovation. The company designs and builds the essential technologies that serve as the foundation for the world’s computing devices. As a leader in corporate responsibility and sustainability, Intel also manufactures the world’s first commercially available "conflict-free" microprocessors.
    Noticia:
    http://www.hardocp.com/news/2016/01/...d#.VqOVcVJv4vc
    http://www.portugal-tech.pt/image.php?type=sigpic&userid=566&dateline=1384876765

  3. #48
    Tech Ubër-Dominus Avatar de Jorge-Vieira
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    Intel’s roadmap has three families on 10nm



    Rumours starting to firm up


    It is starting to look like the rumours Chipzilla is planning to launch three processor families manufactured on the 10nm process node are proving true.

    .Motley Fool’s deep throats appear to have confirmed a leak we had last week. It’s source is someone in Intel and it has arrived with some specifics.
    It says that Intel’s first Intel 10nm architecture processor will be Cannonlake and should arrive in H2 2017.
    Cannonlake is that it is expected to bring the first consumer processors that go beyond quad-core.
    After Cannonlake Intel will produce a 10nm chip called Icelake. Icelake will be launched in H2 2018. Then the final
    10nm chip to be launched by Intel will follow a year later and be known as Tigerlake. That's Tigerlake launched in H2 2019. If all those plans fall in place we should be looking at Intel's first 7nm architecture processor launch in H2 2020.
    It is too early to say if Intel is ever going to go back to producing two products per process node. But MotleyFool thinks that 7-nanometer could be a two-product node, implying a transition to the 5-nanometer technology node by the second half of 2022.
    But there are significant doubts that Chipzilla will get back to a two-years-per-technology cycle, reports The Motley Fool.
    All this suggests that Intel is worried about TSMC which claims that it will go into high-volume manufacturing on its 10-nanometer technology in late 2016/early 2017.
    TSMC plans to begin mass production of its 7-nanometer node during H1 2018. Samsung is another one which is galloping ahead with its semiconductor manufacturing plans.
    Noticia:
    http://www.fudzilla.com/news/process...milies-on-10nm


    Para ainda são rumores, mas já se vê que a Intel planos a longo prazo.
    http://www.portugal-tech.pt/image.php?type=sigpic&userid=566&dateline=1384876765

  4. #49
    Master Business & GPU Man Avatar de Enzo
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    Estao a preparar-se com armas e bagagens para os zen.
    Ideias sem Nexo e Provas do Tráfico de Hardware
    "que personifica o destino, equilíbrio e vingança divina." Dejá vú. Que cena!

  5. #50
    Tech Ubër-Dominus Avatar de Jorge-Vieira
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    Altera deal might bite Chipzilla



    Analyst warns

    Technology analyst Ashraf Eassa is getting a little worried about Intel’s $16.7 billion Altera deal which he thinks could end up being a huge flop.

    Eassa warned that when Intel first wrote the cheque it argued that transitioning Altera's existing stand-alone FPGA products to Intel's chip manufacturing technology, could improve Altera's competitive positioning in the market for such products. Intel could then take Altera's FPGA technology and integrating it into its server processors for significant performance/power gains.
    But what worries Eassa is that Intel’s stand-alone FPGA claim that it can gain a manufacturing advantage over rival Xilinx which builds its FPGAs at contract chip manufacturer TSMC is looking shaky now.
    Xilinx has beaten Altera to the punch by creating a 14/16-nanometer class stand-alone FPGA and started shipping samples in late 2015. Meanwhile Altera/Intel have not started sampling their own 14-nanometer FPGAs.
    It is looking even bleaker now that Xilinx wants to skip TSMC's 10-nanometer technology and create its next high-end FPGA on TSMC's 7-nanometer technology. This should give Xilinx better transistor density than the Intel 10-nanometer technology that Altera's next high-end FPGA will be built on.
    In fact it is looking like Chipzilla is making the same mistake it did in 2010 when it bought the struggling wireless division of Infineon in a move which should have made it a major player in the market for cellular modems and system-on-chip designs.
    Chipzilla planned to build Infineon Wireless modems on its in-house chip manufacturing technology, integrated onto the same piece of silicon as the company's low-power Atom processors.
    It only managed to do that by moving its Atom processors to TSMC's older 28-nanometer chip manufacturing technology. It is late with its plans to put out an integrated Atom and modem on its 14-nanometer technology.
    Eassa makes the point that history is repeating and Intel/Altera have yet to ship the first 14-nanometer FPGAs for revenue. Intel CEO Brian Krzanich will only say that Intel is still working on its roadmap for when it integrates the full IP into its silicon
    But Intel's previous track record of integrating major third-party technologies into its own chips is pretty rubbish he said and this deal could start to look a bit shaky.
    Noticia:
    http://www.fudzilla.com/news/process...bite-chipzilla
    http://www.portugal-tech.pt/image.php?type=sigpic&userid=566&dateline=1384876765

  6. #51
    Master Business & GPU Man Avatar de Enzo
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    Xi...tanta pasta. A Intel está mesmo confiante.
    Ideias sem Nexo e Provas do Tráfico de Hardware
    "que personifica o destino, equilíbrio e vingança divina." Dejá vú. Que cena!

  7. #52
    Tech Ubër-Dominus Avatar de Jorge-Vieira
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    Intel Promotes Two Corporate Officers, Elects Six New Corporate Vice Presidents

    Intel Corporation today announced that its board of directors promoted two corporate officers and elected six new corporate vice presidents. Wendell Brooks, 50, was promoted from corporate vice president to senior vice president. Brooks is president of Intel Capital, Intel’s global investment organization, which makes equity investments in innovative technology startups and companies worldwide in support of Intel’s strategic objectives. He also leads the Strategic Transactions Group at Intel, driving the company’s mergers and acquisition strategy, execution and integration. Brooks joined Intel in 2014 and is based in Santa Clara, Calif.

    Steven Fund, 53, was promoted from corporate vice president to senior vice president. As Intel’s chief marketing officer, he leads all aspects of worldwide marketing. Fund is responsible for global marketing strategy and execution, brand management, product positioning, market research, advertising, partner marketing, retail channel marketing, digital marketing, social media and global communications. He joined Intel in 2014 and is based in Santa Clara, Calif.
    Noticia:
    http://www.hardocp.com/news/2016/02/...s#.Vq9021Jv4vc
    http://www.portugal-tech.pt/image.php?type=sigpic&userid=566&dateline=1384876765

  8. #53
    Tech Ubër-Dominus Avatar de Jorge-Vieira
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    Intel pays men and women the same



    Just does not hire as many

    Intel is unusual in the tech industry in that it does not discriminate against women when it comes to salaries.

    While many tech companies issue “annual reports on diversity” this is usually comes with a promise that the “company will do better” usually stated by a white, middle aged manager with lots of spin and no mention of how they will do it.
    Intel’s report is a little different. It publicly discloses its diversity goals — such as the percentage of new hires that should be women or underrepresented minorities — and it revealed that there was no no pay gap between men and women who work at the same job-grade level within Intel.
    Intel has apparently conducted a compensation analysis in 2015 that went beyond its annual pay audit to examine gender-pay parity for US employees within job grade levels.
    Danielle Brown, Intel’s chief diversity and inclusion officer said the results surprised her but apparently the company has been working at getting pay parity for women for a decade.
    It is a long way from being perfect. She said the company would next work for pay parity for minorities.
    Intel’s diversity report is an update on its promise early last year to invest $300 million in diversity efforts over five years and reach what it called “full representation at all levels of our company’s workforce by 2020.
    Intel is not after a representation of the full U.S. population, but rather, the number of women and minorities who have the job skills Intel needs. However that does mean that 40 percent of its new hires would be women or underrepresented minorities.
    So far it has beaten that goal as 43.1 percent of new hires in 2015 were “diverse” candidates. It will boost its 2016 diverse hiring goal to 45 percent, with a “sub-goal” of 14 percent of new hires being underrepresented minorities, higher than the 11.8 percent of hires in 2015 who were from those groups.
    Intel still has work to do on its glass ceiling. The report also said women now make up 17.6 of leadership roles which is 14.3 percent better than 2014, but still rubbish.
    Chipzilla also feels that retention of its underrepresented minorities is poor and fell short of its goal in 2015.
    Noticia:
    http://www.fudzilla.com/news/39871-i...women-the-same
    http://www.portugal-tech.pt/image.php?type=sigpic&userid=566&dateline=1384876765

  9. #54
    Tech Ubër-Dominus Avatar de Jorge-Vieira
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    Intel Rumored To Lose One Of Its Biggest Processor Clients? Can You Guess Who

    Despite being the leading manufacturer of desktop, laptop and server processors, Intel has faced stiff resistance, particularly from manufacturers intending to commence a skirmish with the company in the server CPU market. Now, it looks like cracks in the firm’s armor have finally started to show as one of its biggest clients could be looking to sever the partnership.

    Google Rumored To Switch To Qualcomm And Reduce Its Dependency On Intel – Does Qualcomm Have Such Resources At Its Disposal?

    Google happens to be one of the biggest clients of Intel’s server processors. Now, the latest report from Bloomberg suggests that the advertising giant intends on publicly announcing its support for Qualcomm, the world’s largest mobile chipset manufacturer during an investor meeting that is going to take place next week. Both Google and Qualcomm has have already cooperated on design work and the former will commit to using the processors if they are able to meet performance goals. Currently, individuals hailing from both companies have declined to comment on the matter.
    Qualcomm’s SoCs and custom developed processors use ARM’s architecture, which is ultimately used in chips that consume far less power as opposed to x86 processors, which will substantially reduce the power draw and make them more favorable for companies that want to pay for less overheads. Additionally, Intel does not go easy on its server processor pricing, and this is another area where Qualcomm will also be looking to attack. Long time back, there was news suggesting that Qualcomm was prepping a 64-bit capable processor that had been codenamed Hydra.

    Advertisements

    The cores would be custom made and will be able to handle high parallel applications, which is exactly the kind of performance feature that enterprises and consumers are looking for. On Google’s orders, we could see Intel’s market share dwindle, after possessing a firm grip over the market for the past decade. For those that do not know this, Intel currently possesses a market share of more than 99 percent of processors used in servers, making its dominance unmatched in this sector. However, the company’s struggles in tapping into the mobile chipset market are well known, and it was reported that it was actually giving away free chips to potential partners like Xiaomi in order to secure more clients for its mobile SoCs.

    In other news, Google is also intending to be a completely green tech firm in the foreseeable future, so perhaps this also encouraged the company to reduce to dependency on Intel. Intel has enjoyed a huge operating income, and there is very little that its partners can do to negotiate prices, particularly when the company’s closest rival AMD has been unable to produce powerful chips at a competitive pricing element. According to the latest statistic, Google purchases as many as 300,000 processors every quarter for servers it manufactures, meaning that cutting off its relationship with Intel would definitely deliver a huge blow to the latter. It cannot be said what Qualcomm will offer to Google to rival the capabilities of Intel’s products, but during the next investor, you guys will know soon enough.


    http://www.portugal-tech.pt/image.php?type=sigpic&userid=566&dateline=1384876765

  10. #55
    Tech Ubër-Dominus Avatar de Jorge-Vieira
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    Intel says chips to become slower but more energy efficient




    Intel has said that new technologies in chip manufacturing will favour better energy consumption over faster execution times – effectively calling an end to ‘Moore’s Law’, which successfully predicted the doubling of density in integrated circuits, and therefore speed, every two years.




    It’s a prediction worth remembering, since Gordon E. Moore himself was the co-founder of Intel and Fairchild Semiconductor when he made the prediction that led to ‘Moore’s Law’ in a paper [PDF] back in 1965.
    The prognosis comes from William Holt, Intel’s Executive Vice President and General Manager of its Technology and Manufacturing Group, speaking at the International Solid State Circuits Conference in San Francisco, and discussing the new technologies – such as tunnelling transistors (or ‘Quantum tunnelling’) and spintronics – which will define the next stages of evolution in computing.
    “We’re going to see major transitions,” said Holt. “The new technology will be fundamentally different.” and continued “The best pure technology improvements we can make will bring improvements in power consumption but will reduce speed.”
    Holt elaborated that while Intel recognises the need to consider re-tooling its plants and committing to new technologies in chip production, it hasn’t made a decision about direction yet. Quantum tunnelling, though brought to advanced proof-of-concept by DARPA and the Semiconductor Research Corporation, is currently further from commercialisation than spintronics, which uses quantum mechanical properties of particles as switch facilitators, and which is expected to begin to appear in commercial technology such as graphic chips within 18 months.
    Holt has stated not just that Moore’s Law is coming to an end in practical terms, in that chip speeds can be expected to stall, but is actually likely to roll back in terms of performance, at least in the early years of semi-quantum-based chip production, with power consumption taking priority over what has been the fundamental impetus behind the development of computers in the last fifty years.
    “Particularly as we look at the Internet of things, the focus will move from speed improvements to dramatic reductions in power.”
    It could be argued that both the consumer and business sectors have already prepared themselves for the low-energy paradigm that Holt discusses, having in the last ten years gradually sacrificed the faster and more powerful desktop computing experience for the low-end latency, compensated by mobility and reduced complexity, of smartphones and tablets.
    Noticia:
    https://thestack.com/iot/2016/02/05/...ficient-chips/


    Será que é só para dispositivos moveis ou vamos ver a Intel a continuar a dar mais mesmo nos desktops nos proximos anos?
    http://www.portugal-tech.pt/image.php?type=sigpic&userid=566&dateline=1384876765

  11. #56
    Master Business & GPU Man Avatar de Enzo
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    Finalmente, alguem grande que resolveu ver que a Intel tem mais preços grandes do que propriamente apenas performance pura. Viva a Qualcomm.
    Ideias sem Nexo e Provas do Tráfico de Hardware
    "que personifica o destino, equilíbrio e vingança divina." Dejá vú. Que cena!

  12. #57
    Tech Ubër-Dominus Avatar de Jorge-Vieira
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    Intel not ahead of the foundries



    Transistor performance lagging
    The naming game for the next generation of chipmaking actually covers up the fact that Intel is probably not ahead of the foundries in terms of transistor performance.

    TSMC and Samsung told the world that they were advancing from technologies named "20-nanometer" to "14/16-nanometer" and would focus on FinFET. Intel said that it was going to shrink going from its 22-nanometer technology to its 14-nanometer as it rolled out its second generation FinFET transistors.
    Intel fans have been putting it about that TSMC's and Samsung's respective 16nm/14nm processes is the same as Intel's 22-nanometer process and that the Foundries have fallen behind.
    But according to financial analyst Ashraf Eassa while Intel shrunk in going from 22-nanometer to 14-nanometer trailed the competition in terms of transistor density.
    Intel never bothered to mention this until it revealed details of its 14-nanometer tech (which would be decisively ahead of the foundry 14/16-nanometer technologies).
    Intel admitted that its 32nm technology was behind the comparable 28nm offerings in terms of gate pitch-by-metal pitch (density). Same thing with Intel's 22nm relative to foundry 20nm offerings. However when it got to the 14/16-nanometer node Intel started claiming that it had a lead over the Foundries.
    Intel's 14nm does have a density advantage over foundry 14/16-nanometer offerings, but the foundry offerings are still ahead of what Intel had at 22nm, because at the 20/22nm generation, Intel was actually behind.
    Chipzilla has also been claiming that they are on their second-generation FinFET while the competition is on its first-generation FinFET. This implies that Intel's 14-nanometer transistors are a full generation ahead of the foundries in terms of performance.
    But word on the street is that Intel’s 14nm transistors are ahead in all performance metrics relative to the foundries' except for parasitic capacitance. This is a byproduct of the fact that Intel's transistor fins are packed closer together than the foundries’ 14/16nm offerings.
    But the Samsung 14nm FinFETs fins look more like Intel's 14nm fins than the 22nm fins Chipzilla Intel put into production in late 2011. Which means that they are second generation rather than first.
    All up, Eassa reasons that Intel is probably behind the foundries in terms of technology. It is not much but there might be some notable differences between the two when the start hitting the shops.
    Noticia:
    http://www.fudzilla.com/news/process...-the-foundries


    A ser verdade, não deixa de ser estranho a Intel ser apanhada quando era a propria Intel que praticamente ditava o rumo dos acontecimentos sempre com varios meses de antecedencia sobre todos os outros.
    http://www.portugal-tech.pt/image.php?type=sigpic&userid=566&dateline=1384876765

  13. #58
    Master Business & GPU Man Avatar de Enzo
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    Adivinham-se mudanças para o futuro
    Ideias sem Nexo e Provas do Tráfico de Hardware
    "que personifica o destino, equilíbrio e vingança divina." Dejá vú. Que cena!

  14. #59
    Tech Ubër-Dominus Avatar de Jorge-Vieira
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    Intel goes Gaga at Grammys



    Ga-ga-ooh-la-la! Want your bad romance

    Intel has teamed up with the woman who bought the world a steak dress, perhaps hoping to create steak and chips.

    Intel and Lady Gaga were both involved in the 58 Annual GRAMMY Awards which was supposed to be a homage to David Bowie.
    According to Chipzilla’s press release “The breakthrough performance demonstrated the power of technology to elevate an artist’s ability to deliver an amazing on-stage experience in ways never before imagined.”
    Lady Gaga said she liked to do things that integrate technology and art with powerful experiences.
    “I think that this collaboration with Intel has been very different than anything I have done before. They have really given me so much amazing technology to play with.”
    Intel and Gaga create a show with visuals and interactive content that responded in real time to Lady Gaga’s every movement and command.
    Specialised hardware powered by Intel Xeon, Intel Core and Pentium® processors provided the requisite high performance to choreograph the lighting, audio and projection systems in perfect harmony with Lady Gaga.
    Other things included Digital Skin which was an “animated face” was developed for Lady Gaga that allowed her to take on a number of iconic looks all in a single performance in real time.
    Intel’s highest performing processors were used throughout the development of this part of the performance, accurately tracking her facial movements while the “digital makeup” was adapted and displayed onto her instantaneously through a projector powered by a 6th Generation Intel Core processor-based desktop.
    Lady Gaga was given the power to control how she appeared on a beautiful large LED wall. Her Intel Curie module-based ring generated the real-time effects as she rotated and animated her wrists and arms, while Intel Xeon processor-based media servers generated the live content.
    Intel Robotics were behind Gaga’s rose gold piano as three Intel Atom processor-powered robot arms danced as one to add unexpected motion effects.
    There were also some Interactive Holograms to allow Lady Gaga to generate a beautiful three-dimensional hologram of Bowie.
    Steve Fund, senior vice president and chief marketing officer at Intel:
    “Intel is on a journey to create and share the amazing experiences that our technology enables. This performance has set a new precedent for live music experiences and is a major milestone for Intel and the Grammys.”

    Noticia:
    http://www.fudzilla.com/news/process...aga-at-grammys
    http://www.portugal-tech.pt/image.php?type=sigpic&userid=566&dateline=1384876765

  15. #60
    Master Business & GPU Man Avatar de Enzo
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    Interessante projecto. Inovador, original...e mais uma boa jogada de marketing intel.
    Ideias sem Nexo e Provas do Tráfico de Hardware
    "que personifica o destino, equilíbrio e vingança divina." Dejá vú. Que cena!

 

 
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