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Jun 21,  · Intel Wireless LAN (11bgn) for Windows 7 (bit, bit) – ThinkPad. This package installs the software (Wireless LAN driver and utility) to enable the following devices: Intel WiFi Link (Intel (R) WiFi Link ) This program is language independent and can be used with any language system. This package installs the software (Wireless. Apr 01,  · Windows 10 (bit) 01 Apr KB. Critical. Description. This package installs the software (Intel Wireless LAN driver) This package installs the software (Intel Wireless LAN Driver) to enable the following device. Intel (R) Dual Band Wireless-AC Lenovo ThinkPad T Intel Wireless Driver bit. downloads. Network Card | INTEL. Windows 64 bit, Windows 8 64 bit, Windows 7 64 bit. Jul 25th , GMT. download.
 
 
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IDF Spring 2021: day four

Our correspondent Alexander Medvedev aka UncleSam received a report on the events that took place yesterday, on the final, fourth day of the IDF forum.

Alexander speaks:

The shortest and by far the most informal IDF day dedicated to research and future prospects for the development of science and technology ends.

Traditionally, the keynote was conducted by Pat Gelsinger – Chief R&D Brain, Vice President and CTO of Intel. Keynote Pat, who is jokingly but in many ways rightly called “Superman” within the company – a performance that cannot be missed. Interestingly, Pat went all the way in the company from an ordinary engineer who, as a boy at the age of 15, worked on a ranch in Pennsylvania, to the vice president of the company in the most responsible area – research and development.

The main leitmotif of this keynote was discussions about different levels of unification of computing and communications, about the birth of new models of using the capabilities they provide, and about the fact that the joint growth of the number of connections (network) and the power of each individual computer allows for an explosive growth of capabilities. Something like Moore’s Law, additionally raised to the power of the law of the growth of network communications (the number of connections doubles every year).

In terms of less abstract things, various studies were presented by Intel in the field of biology and more and more important for humanity (whose average age is constantly increasing – humanity is “aging” very quickly) areas of health monitoring and maintaining (maintaining) health.

A simple example is a smart home filled with sensors that track the movement of your elderly parents, informing about any suspicious deviations from normal behavior, a TV that reminds you when you approach that you need to measure your blood pressure or take a pill, etc.d.

To my question about the “criticality” of such applications – requiring much greater reliability and stability of operation than we have now in simple computing and communication applications (after all, an error in the functioning of such systems can cost human life or cause significant harm to health! Recall, for example, the disclaimer for Pentium processors, which says that they cannot be used in life-critical devices), Pat replied that Intel also deals with critical applications, for example, in the field of servers, and, of course, is able to do in the future, not only amazing, but also reliable technologies that help monitor health. And that, undoubtedly, when it comes to specific products, great attention will be paid to their reliability.

However, Intel does not make operating systems, and personally I would feel a little uncomfortable if Windows for Home Health Care was installed on my TV;), just imagine:
“Today at 15 o’clock you should take -1.454e-19 tablets. Fatal exception.”

On the other hand, being well debugged and widely implemented, such technologies will significantly help people who have to take care of elderly parents, they would be very appropriate in nursing homes or hospitals. We can only welcome the fact that Intel sponsors such research and development and, unlike many other companies that did not know where to invest the huge profits generated by the information boom a few years ago, has a clear vision of the future and strives to make it better to the best of your ability and your area of ​​interest.

Another interesting application of Intel’s capabilities in medicine and biology is chips that can analyze blood or DNA. Imagine: pressing your finger to the device, you get not only information about your temperature and pressure (there are already such sensors), but also about the composition of the blood and possible problems (imbalance of substances, viral diseases and even cancer detection at extremely early, often curable stages) your body at a given time.

Good luck and see you in Russia in a few days.

This year’s first IDF has ended. You will not say anything, quite a stormy and capacious start. However, Intel is planning five more similar events this spring:

  • Tokyo, Japan: April 9-11
  • Taipei, Taiwan: April 14-15
  • Beijing, PRC: April 17-18
  • Bangalore, India: April 22 – 23
  • Berlin, Germany: April 28 – 30

The closest event, at which various new technologies will be officially announced and, in fact, will give a start to sales of new processor chipsets and other new products – the CeBIT 2021 Hanover exhibition, which will be held in the first half of March.

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