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A few weeks ago, Google officially unveiled its latest flagship smartphone line — Pixel 6 and Pixel 6 Pro. The smartphones, which support 5G connectivity, are confirmed to be available for purchase this fall. Now, the technology giant has confirmed that the devices will get launched on 19th October.
The latest development is in line with the previous report which had revealed that Google will be launching the Pixel 6 series smartphones on 19th October while the sale for the same will being from 28th October.
The Pixel 6 series come with a black camera strip at the top of the phone that covers the phone’s entire width on the back panel. The camera sensor as well as the LED flash is placed on that strip. In comparison, the Pixel 5 series had its camera sensors placed on a square-shaped module.
Both the phones come with a new camera sensor that captures 150 percent more light than the Pixel 5, as well as an ultrawide lens. The Pro model packs an additional telephoto lens with 4-times optical zoom.
As for the screen, the Pixel 6 features a 6.4-inch display with a 90Hz refresh rate while the Pro model features a 6.7-inch display with a 120Hz refresh rate — both being larger than their predecessor. Both the smartphones are confirmed to pack the new Tensor SoC, Titan M2 security chip, and in-display fingerprint sensor.
We expect a slight difference between both the phones apart from the display and memory configuration. To know the full set of specifications, as well as pricing and availability details, we will have to wait for the official launch in the coming days.


The DIR-615 E4 features an “Emergency Room” which makes it easy to install alternative firmware (or re-install stock firmware). Unfortuantely the “ER” takes a chunk of the 4M flash. There are no recent standard builds of OpenWrt available. DD-WRT however works well and does exactly what I need it to.
I employ the DIR-615 as a client-bridge. It connects to a gateway over wireless. I can then connect other devices to the DIR-615’s ethernet switch.
This is my current method to load the recommended build of DD-WRT:
- Use an old browser to perform the flash eg. for Windows, Firefox ESR portable 10.0.11 available here:
- Connect PC to DIR-615. Change PC network interface to IP 192.168.0.2 /24 (ie.netmask 255.255.255.0).
- Type http://192.168.0.1/ in the browser address bar (do not connect yet).
- Hold reset button during DIR-615 power on. Continue to hold until orange power and globe leds flash orange. Connect to http://192.168.0.1/ , the “ER” is now available.
- Upload the dir615e4-factory-to-ddwrt-firmware.bin available here:
- Re-configure network interface (eg. DHCP or 192.168.1.2 /24). The default web interface is http://192.168.1.1:80/ . N.B. this simplified process does not erase NVRAM so previously installed DD-WRT could have been configured differently and saved.
- Use the web interface to upgrade to the recommended build, currently:


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Modern science denies the possibility of nucleosynthesis at room temperatures, considering this process as part of high temperature physics and plasma physics. However, if you look at the problem from the other side, proceeding from the concepts of low temperature physics and quantum mechanics, then the situation changes dramatically. This article presents the hypothesis of a simple and natural mechanism through which cold nucleosynthesis may be probably the most widespread nuclear process on the Earth.
St. Elmo’s candles are burning
Bulat Okudzhava. «Pirate lyric».
Formulation of the problem.
Answering the question of how the diversity of the Earth’s chemical elements arose, modern science describes exotic astrophysical processes. Initially, as a result of the Big Bang, hydrogen appeared, which is supposed to be at present the most abundant substance in the Universe. Then hydrogen burns out into helium. It is believed that thermonuclear reaction is the source of light for most stars, including our Sun. How could it be otherwise? After helium, however, the situation becomes more complicated. For the next stage, a triple helium reaction is required, proceeding at a temperature above ~1.5·108 K and a density of the order of 6·107 kg/m3. Such conditions can exist only inside the cores of red giants and during a supernova explosion, again, as modern science understands these exotic objects. Science is modestly silent about how the heavier elements occurred. After all that, in some mysterious way, all these elements, having traveled through the Universe, were supposed to form the Earth. All planets of the Solar System as well as meteorites are mostly composed of iron, a substance which is considered now the final stage of stellar evolution.
There are however observations that do not want to fit into such a picture. The general view of the Solar System suggests that it arose as a whole in one local centrally symmetrical bang process, not the condensation of a giant interstellar molecular cloud. All planets rotate in the same plane and in one direction. The radii of their orbits obey the Titius-Bode rule. The age of the Sun is approximately the same as the age of the Earth — 4.6 billion years. The Hadean eon started these 4.6 billion years ago. The oldest material found in the Solar System is dated also to 4.5 billion years. Why is the composition of the central body — Sun and planets so different? Maybe Sun also consists from iron in the middle or something like that?
It is known that the Earth heats up from the inside. This is today explained by the radioactive decay of unstable isotopes: , , and . Interestingly, these unstable isotopes had to somehow survive after a supernova explosion, wander around the Universe, make up the Earth and then successfully heat it somewhere deep in the iron core. But what about the presence in the Earth of short half-life radioactive elements?
If we assume that the mass of Earth is constantly increasing, this perfectly explains modern shape of the continents. This effect is clearly demonstrated if you draw the boundaries of dry land as it was a long time ago on a rubber ball and inflate it. The continents will disperse exactly as they are today. This hypothesis is not considered scientific, since no fantasy can even imagine in general terms how this can even be and where on Earth is so much fresh mass could be created?
The well-known radiocarbon dating method for ancient events is based on the fact that any living organism contains an isotope of carbon . Only after the death of the organism, the content of this radioactive element begins to decrease. Given explanation tells, that appears in the body as a result of breathing. When organism does not breathe, is not replenished. The presence of in the atmosphere is explained by the bombardment of the upper atmosphere by cosmic rays from where radioactive carbon is evenly distributed throughout the biosphere, including the ocean and soil. If we avoid the involvement of extraterrestrial forces such as cosmic rays, we should assume that is the result of the vital activity of living organisms themselves, that is, an ordinary process taking place in any cell and atmospheric radioactive carbon of strictly organic origin. How a cell can create conditions characteristic only for the nuclei of red giants and supernova explosions?
Modern science does not admit the possibility of transmutation of elements at room temperature. Indeed, for the implementation of any nuclear reaction in the modern sense, it is first required to heat the substance to a plasma state and increase the pressure so that the nuclei can overcome the Coulomb repulsion, and then bring them closer together so that strong interaction is involved. It should be remembered that nuclei have dimensions of the order of , which is four orders of magnitude smaller than the size of an atom , and the density of matter in the nucleus is about . An electron is considered a point particle, or rather its size does not exceed . However, its wave function in an atom is comparable to the size of the atom itself. In this sense, we can speak not about the «particle size», but about the characteristic length at which it is able to interact. Point electrons in an atom can effectively interact with hard ultraviolet or soft X-rays with a wavelength of the order of angstrom, , and nuclei only with gamma radiation having a wavelength of the order of ten Fermi and energy of the order of MeV. It is obvious that a living cell is not capable to create radiation of such class, and therefore organic transmutation this way is completely excluded. But if there is some other cold nucleosynthesis mechanism in nature at room temperatures yet, nothing prevents the cell from using this mechanism for its vital activity.
One important observation needs to be made. The position of ancient seas is usually identified by the presence of deposits of calcite and regular sea sand. Existence of life is determined by the presence of sedimentary rocks. The oldest rocks in which traces of life, that is, organic carbon, have been found, are located in the Isua Formation in southwestern Greenland. The age of these rocks is taken from 3.7 to 3.8 billion years. The age of the seas in the Earth is estimated at 4 billion years, and therefore life arose immediately after the emergence of the seas, without many evolutionary curtsies. The ratio of isotopes and in the carbon of living organisms and carbon of inorganic origin is different. This is today explained by the processes of photosynthesis in living organisms.
However, if cold nucleosynthesis was possible, then the formation of sand could be explained by the reaction
Calcium carbonate, of which the shells of ancient mollusks are composed, should have been formed as a result of the reaction
The carbon isotopic shift — in sedimentary rocks, as well as the presence of radioactive in living cells, could be explained as side effects of organic nuclear reactions.
This article presents the hypothesis of a simple and natural mechanism through which cold nucleosynthesis may be probably the most widespread nuclear process on the Earth. Using this mechanism, a living cell is able to autonomously synthesize the chemical elements it needs for life.
Some unexplained phenomena.
Let us recall some still unexplained phenomena which could be related to the mechanisms of cold nucleosynthesis.
High temperature superconductivity cannot be explained by traditional BCS theory. Today, there is no alternative to BCS, and no explanation has been found for HTSC.
Because of numerous observations of ball lightning modern science does not doubt its existence, but the set of its exotic properties and, above all, relative stability of this object do not allow creating an adequate theory.
Much of the behavior of common lightning also defies simple explanation. In the modern sense, ordinary lightning is an electric spark, that is, something analogous to a gas discharge or subject of plasma physics. But why does the stepped leader behave in such an unusual manner, moving by jumping? Modern understanding of lightning includes extraterrestrial interference. Ionization for the passage of the discharge in most popular hypothesis includes high-energy cosmic radiation — particles with energies , forming a wide air shower with a decrease in the breakdown voltage of air by an order of magnitude from that under normal conditions. There is hypothesis, that ball lightning is being created when an ordinary lightning channel breaks in two places. In this case, both types of lightning must be identical in nature. But to this day, it was not possible to create either a stable ball or a step-wise leader under experimental conditions.
It is known that on the cell membrane, which has a thickness of about 10 nanometers, there is a voltage of 0.1 volts. This results in astronomical field strength — ten million volts per meter. This is close to the electric breakdown strength of the membrane, which is 20 – 40 million volts per meter. The explanation that modern physics accepts was expressed at the beginning of last century and is that voltage arises due to the selective transmittance of various ions — for example, and . But if it were so simple, then it would be possible using this principle to create efficient batteries self-charging from ordinary heat, which has not happened yet.
It is known that to increase the sensitivity of laser spectroscopy, the object of study is placed inside the resonator. This experiment is called intracavity laser spectroscopy. In this case, the sensitivity of spectroscopy increases times. How is the interaction of laser radiation with matter fundamentally different when it passes through matter inside and outside the resonator?
The peculiarity of peat fires is that they flare up and spread very slowly, but can last for a very long time — for many months, and sometimes even for several years. Spontaneous combustion of peat is considered a myth, but peat burns underground without oxygen, sometimes even in winter under snow. Peat can burn under a layer of sand, often below the water level. There is currently no real way to extinguish the burning lignin in the landfill. If the burial ground for sheltering the burning lignin collapses, then the smoke reappears. The burial ground does not extinguish smoldering, but only blocks the release of smoke into the atmosphere. How can you not remember the Chernobyl sarcophagus?
A bit of quantum mechanics.
Wave–particle duality is a property of nature, which consists in the fact that any objects can simultaneously exhibit the properties of both classical waves and classical particles. Electromagnetic radiation exhibits wave properties in the effects of diffraction and interference and corpuscular properties in the Photoelectric effect or the Compton effect. An electron is a particle, but there are experiments on electron diffraction. An electron in an atom can only be considered with the help of a wave function. A particle revolving around the nucleus would have to emit, lose its energy and fall on the nucleus.
What is the «the length of a photon» quantum electrodynamics is modestly silent, and quantum mechanics replaces the undefined property of «length» with the more practical term «coherence length». This is the property of several waves to lose mutual coherence when they travel a certain distance, or simply the length at which they could interact with each other. No wave can be absolutely monochromatic, while it would have an infinite length. A strictly localized object represented by delta function on the coordinate axis must have an infinite spectrum or a complete uncertainty of «frequency». But if the wave has a finite size, then it is not monochromatic and is something like a wave packet. The coherence length of the waves can be estimated using the uncertainty relation. The shortest wave packet is observed in the Q-switched mode of lasers capable of generating ultra-short laser pulses containing only few oscillations of the optical field. In such pulses, the «photon length» is comparable to the wavelength of electromagnetic radiation. However obvious, that despite its appearance, the energy of a single photon should remain the same.
Even infrared radiation can exhibit corpuscular properties. The pulse of a powerful IR laser freely pierces through a thick copper coin. In this case, the effect of «light pressure» is manifested when such a characteristic as the «field pulse» is taken into account. For the quantum of the electromagnetic field , where . However, in light of the above, frequency of a photon generally speaking is an undefined quantity and the quantum «wave packets» could have different sizes. Therefore, for the same energy, quantum «energy density» can have different values. The maximum energy density is reached, obviously, in the case of a Gaussian monocycle.
If the momentum of a quantum is inversely proportional to the speed of light, one might ask, what will this momentum be if «speed of light» decreases? Light can only move at the speed of light, and therefore, in theoretical calculations, the field inside the resonator is represented by a superposition of two waves moving in opposite directions at the speed of light. However, from geometrical point of view the result turns out to be «standing wave». Such a wave does not quite stand still, since the molecules that make up the laser active substance move at speeds determined by the molecular kinetic theory, that is, on the order of the speed of sound.
And here I want to make a significant assumption. The increase in the sensitivity of laser spectroscopy when the substance is placed inside the resonator is due precisely to the fact that the «effective size of the photon» or «the length at which the photon interacts with the atom» inside the resonator decreases by the amount with which the speed of light exceeds the speed of sound, that is, by times. In this case, such a photon does not turn into an X-ray in energy, it simply significantly increases the interaction cross-section, literally as if it had the regular dimensions of an X-ray photon. Such a photon still interacts at its resonant wavelength, though taking into account the fact that its dimensions are times smaller. Obviously, in this case, a semi-classical interaction similar to the Compton effect becomes possible. This semiclassical interaction which do not obey the traditional laws of absorption may explain well-known effect of «radiation concentration» observed in some experiments of intracavity laser spectroscopy.
Ball lightning theory.
When considering any lightning, modern science proceeds primarily from the concepts of plasma physics. If the channel of linear lightning is a gas discharge, then the ionization of atoms is possible only after the impact of an electron on the atom, followed by an avalanche of the discharge, a chain reaction. Such a primitive vision of the process obviously cannot explain the complex behavior of the lightning leader and other accompanying observations, let alone ball lightning. No stability could be explained in terms of high-energy and plasma physics without human intervention. Even in operating nuclear power plants, it is not always possible to keep the plasma, and a catastrophe can occur as in Chernobyl and Fukushima. That is why a controlled thermonuclear reaction has not yet been created, and there is no clear explanation for the stability of the Sun.
If, under certain conditions, electromagnetic radiation in the form of a standing wave can exist in the atmosphere, then, as it was suggested above, such radiation should effectively interact with the electrons of the air quasi-classically. In this case, during ionization, electrons leave the nucleus with a minimum momentum, and therefore with large linear dimensions in accordance with the uncertainty principle. The required radiation possibly appears from the condensation of water vapor. In this case, the photons turn out to be coherent in the same way as in an ordinary laser. Due to the lack of a dedicated direction, the radiation should be called «standing». It should also be remembered that in the near-field zone of radiation there is always a standing wave and the coherence of photons is not required.
The relative stability of the lightning channel, as well as ball lightning, can be explained by the fact that these objects are composed of «superconducting electrons.» The word «superconducting» is not quite applicable here, since the effect has nothing to do with any kind of «conductivity», but something like «gluing» electrons together into a single object. The main condition for the stability of the object is determined by the work done by the element to exit the object. If the threshold of interaction with the outside world is higher than the work function, then the object remains stable. Bose particles tend to stick together, as in the superfluidity effect, and two electrons with opposite spins make up one Bose particle. But what about the Coulomb repulsion…? Sorry, but what is the «linear size» of an electron or its wave function if its energy tends to zero? Well, probably more than the size of acoustic phonons on which the BCS theory is based. Ball lightning has no charge and can move without air resistance along with the airplane, since for any interaction this quantum object or any part of it must change its state, but this is impossible, since the energy of such an interaction less than the energy needed for any internal object to leave the system. Electron with wave function or «interaction length about centimeters completely lose ability of electromagnetic interaction.
Why are low-energy electrons able to «stick together» into one object anyway? Let’s try to answer this question with an example of high-temperature superconductivity. To create a substance with HTSC, it is necessary to mix several substances with different crystal lattices in a liquid phase. After fast solidification, the resulting substance will contain coexisted several completely independent crystal lattices inserted into one another. The wave function of a free electron in a crystal lattice generally repeats its properties — period, etc. If there are two or more coexisting slightly different crystal lattices, then as a result of the interference of such wave functions, waves with a period much greater than the period of the crystal lattice should appear. In Doppler effect experiment when one of the mirrors in a laser moves at a constant speed, two light waves with slightly different frequencies are superimposed, and the spectrum analyzer shows the radiation frequencies corresponding to radio waves. By analyzing the spectrum of coherent radiation reflected from a rotating object, one can determine the angular velocity of its rotation.
A wave effectively interacts with a substance only when its wavelength is comparable to the characteristic dimensions in the substance — for example, the period of a crystal lattice. If we consider only interference waves with a very long wavelength, then they will hardly interact with the crystal. Obviously, for such long waves, the concept of Coulomb repulsion is inapplicable. Moreover, if we consider pairs of electrons with opposite spin, making up one Bose particle, then such quasi-waves will tend to coherence — like photons in a laser. When the work function of the Bose condensate exceeds the interaction with matter, high-temperature superconductivity occurs.
The high field strength on the cell membrane can be explained by the ionization of membrane atoms. If an electron leaves the cell, it is lost. If it turns out to be inside the cell, it settles on the inner surface, which is a dielectric. In the case of the mechanism described above, the ionization of atoms does not require hard ultraviolet light or X-rays — rather broad infrared photons in the near radiation zone. The substance of a cell membrane consists of a mixture of lipids and polymers containing many large-scale relatively long-lived infrared levels capable of producing necessary radiation.
If an intensity of external field interacting with an atom is sufficient to ionize it, then lightning or ball lightning may occur. If the intensity is weaker, the effect of «cold fire» or St. Elmo’s fire may occur. It is known that the lights of St.Elmo, according to eyewitness descriptions, appear on sharp objects, for example, the masts of ships before a large storm. The electrons in the atoms will emit in a continuous spectrum, leaving the atoms cold. An example of such a «cold fire» appears even in the bible. If our Sun shines in a continuous spectrum with a color temperature of , this does not mean at all that the matter of the Sun’s surface is heated to such a temperature. It is possible that the real temperature of the Sun’s surface, reflecting its molecular-kinetic properties, is equal to the temperature of the relic radiation, that is . And this is just the thermal temperature of the Universe today, and not a Big Bang history details.
If an electron in an atom is capable of absorbing low-energy photons due to their small wave size based on the geometric properties of standing waves, then it is also capable of emitting photons outside its ordinary spectrum. This is evidenced by the perturbation theory of quantum mechanics. The characteristic time of such radiation should be minimal, proceeding from the zero lifetime of an electron at a non-stationary level and in a near-field radiation zone should exist standing wave. An electron in an atom cannot move, otherwise it would begin to emit. Consequently, the speed of the electron relative to the atomic nucleus is zero up to the thermal, «Brownian» motion of nucleons in the nucleus. For nucleons of an atomic nucleus, a photon emitted by an electron with energy from infrared to ultraviolet should have a geometrical linear size of interaction of the order of size of gamma quanta and therefore be easily absorbed in a semi-classical way. With such a slow excitation of nucleons, as the field inside the nucleus weakens, the linear dimensions, that is, the wave functions of the nucleons or characteristic interaction length should increase. Note, that «interaction length» in strong interactions is much shorter than in case of electromagnetic field and strong interaction has different properties.
The nucleus may well absorb electromagnetic radiation outside its main spectrum of nuclear levels. This happens for example during nuclear magnetic resonance. In order for cold nucleosynthesis to become possible, the nucleus must be heated slowly until the linear dimensions of the nucleons or their «interaction length» can reach a level when strong attraction become weaker than Coulomb repulsion. This concerns poorly developed strong interaction perturbation theory. The resulting object becomes electrically neutral throughout its volume, so nothing prevents two atoms in the nitrogen molecule from merging into one silicon atom. Cooling of such an atom will also be gradual — due to the emission of low-energy infrared photons with a temperature of surrounding space. There will be no gamma quanta and any type of radiation there.
Now, spontaneous combustion of peat and continuous burning of lignin could be explained. Lignin, which makes up a significant percentage of peat matter has a large-scale geometric structure containing relatively long-lived infrared energy levels, that allows spontaneous emission similar to one in a laser. As in a laser, this is a very short and broadband pulse with standing wave properties which is instantly absorbed. A quantum of such radiation capable to interact semi-classically with the atoms of nitrogen molecules located in the soil, exciting electrons. Electrons transfer radiation energy from lignin to nucleons in the nucleus until two nitrogen atoms merge into a silicon atom. Energy yield of this fusion reaction externally manifests itself as «burning of a peat» or «burning of a lignin». The word «burning» is usually defined as «oxidation by oxygen», but in this case there is no oxygen and there is no «oxidation» — only strictly nuclear smoldering of matter as a result of simple fusion reaction:
The energy output of this nuclear reaction is:
For comparison, the fission of one nucleus of releases 202.5~MeV ( ) inside the nuclear reactor. That corresponds to 19.54~TJ/mol, or 83.14~TJ/kg.
Obviously, getting cheap and absolutely ecologically clean energy directly from the air does not require oxidation of hydrocarbons polluting the atmosphere as well as expensive and extremely dangerous uranium reactors.


Golf Electric Push Cart
An electronic golf push cart, also known as an electric golf caddy or trolley, is a motorized device designed to carry a golfer’s bag, clubs, and other equipment around the course. This type of cart eliminates the need for golfers to carry their own bags or push a non-motorized cart.These devices are usually controlled in one of three ways:Manual control mode: The golfer will usually control the cart through buttons on a control panel on the handle. They can adjust the speed and sometimes the direction, but the cart will not move unless it’s being physically guided or pushed by the golfer.Remote control mode: The golfer can send commands to the cart from a distance, controlling its speed, direction, and sometimes even programming it to follow a certain path.Follow mode: Some advanced electric golf push carts come with a “follow” feature, where the cart is able to follow the golfer around the course. This typically involves the golfer wearing a small transmitter on their belt or in their pocket.


Baxi Ecogen Micro-CHP (Combined Heat and Power) boiler replacement hits UK market
Baxi has released the first micro-CHP, or Combined Heat and Power, system for the home called the Ecogen.
It’s a revolutionary wall-hung combined heat and power appliance that can provide efficient gas central heating and hot water like any other boiler, but also generates electricity for use in your home. That means it’s not only greener than traditional systems, it’s also more cost efficient too.
What is micro-CHP?
Micro-CHP is the process of generating both heat and electricity from one source. CHP has been used for years on a bigger scale in hospitals, school and office blocks, so it’s a well trialled system.
With a micro-CHP system fitted you can provide your home with heating and hot water generated at a low cost as well as two thirds of your home’s electricity requirements according to field trials untaken by Baxi. By using this electricity to power your household appliances it means you can buy less electricity from your energy supplier, potentially sell back any unused electricity, lower your electricity bills and reduce you carbon footprint.
How does the Ecogen work?
The Baxi Ecogen looks and works like any conventional boiler. However, the system uses a special Stirling engine that is heated by burning gas. The unit responds to a heat demand of up to 6kW by igniting the engine gas burner. The heat causes helium inside the engine to expand, pushing a piston up and down between a copper coil to generate up to 1kW of electricity – like an alternator in a car.
It looks just like a standard boiler, so you can have it in your kitchen, garage or utility as a direct replacement for your old boiler. And it offers its maximum cost efficiency when you use electricity as its being generated by the system, for example doing your washing in the evening when the heating is on. The Ecogen comes with a built-in energy meter so you can see how much electricity is being produced and comes with a range of controls to control room and hot water temperature to further reduce the cost of your bills.


This week, we attended the Internet of Things World event in Santa Clara, CA. Over the past few years, we have all heard the hype surrounding the Internet of Things (IoT). From consulting companies like McKinsey, to research outfits like Gartner and large multinational OEM’s like Cisco, all have projected billions of connected devices through 2020 and beyond. To date, much of the mainstream focus has been on consumer IoT applications. Products like Google’s “Nest” which is a “smart thermostat” for homes, and other “smart home” devices and even wearables like FitBit have generated much of the early buzz in IoT. As the initial hype has died down, we are starting to see a larger and more exciting opportunity being created in the industrial IoT space.
At this week’s Internet of Things World event, while several “consumer” type of companies were present, judging from the executive presentations on Day 1, the larger the opportunity resides in industrial applications. Moreover, we believe the industry is well positioned from every aspect for this dream to become a reality, sooner rather than later.
The executive sessions set the tone for the conference. The main theme was “Disrupt, Innovate, Monetize”. Bruce Sinclair, President of IoT, Inc. kicked off the event with his excellent overview of what he termed “the outcome based economy” which is the “coming together of more and more ecosystems that produces” a desired outcome for each company. He used the example of a company who has transitioned from producing a legacy device to modernizing it using available technology to achieve a desired outcome.
Other presenters were companies like Hitachi, SAP, ADT, Microsoft, Silver Springs Networks, HP Enterprise, Schneider Electric, and JCI, among others. Several other key themes emerged:
Ubiquitous technology: From various software packages and hardware components such as sensors, connectivity and high performance ARM processors, today the technologies are in place to connect the billions of devices in various industries. Many of the semiconductor companies like Broadcom (WiFi, BLE), Intel, Analog Devices, ARM and others were showing off their latest technologies that are readily available and driving innovation in all end markets. For example, Hitachi discussed its sensors that transmit data on trains, mining equipment and dozens of other industrial devices, according to Kevin Eggleston, Senior VP of Hitachi’s social innovation and IoT business unit. Today, the company is rethinking how to present its IoT offerings to even more vertical markets. With sensors, bandwidth and processing power becoming so affordable, Hitachi can now apply sensors to nearly every piece of machinery to predict when maintenance will be needed.
New business models: Companies such as Kaiser Permanente (healthcare), Bosch (automotive components), PepsiCo (consumer) and Harley Davidson (motorcycles), among many others, were mentioned as end users of IoT technologies to bring faster, better, more reliable products and services to market. Many of these companies are using technologies such as SAP’s HANA platform to improve manufacturing, lower maintenance costs and improve the overall customer experience.
Smart cities are becoming a reality: Many municipalities from Boston to Chicago and Los Angeles are levering IoT technology to improve the quality of life. For example, the City of San Francisco is using IoT in its quest to become the first U.S. city to have a fully connected “ecosystem of transportation,” where driverless cars and transit, ride sharing services like Uber and Lyft, and even bike-sharing apps will be connected through one platform where residents can easily plan their transportation from Point A to Point B, according to Timothy Papandreou, chief innovation officer for the San Francisco Municipal Transportation Agency.
Collaboration is critical: While in the world of technology, being first to market seems to be the norm, almost all presenters discussed collaboration as being critical to the success of IoT. Clearly this makes sense as no particular company can possibly provide an end-to-end solution, given the vast array of technologies available within the ecosystem. The picture below from ADT is a good example of what the IoT ecosystem looks like:
Building automation is an emerging focus area: Systems targeting this segment have been using sensor data and driving control actions for many years. However, with the advent of numerous connected devices (due to IoT), combined with Moore’s Law that drives ever smaller electronic devices, and cloud connectivity we are now realizing greater use of sensor data in system optimization and energy efficiency, according to Sudhi Sinha, VP of Product Development, Building Technology & Services at Johnson Controls. “IoT, Big Data and analytics are transforming a very well established industry to make this world a better place to live and work.”
Security is a critical factor: For example, ADT presented its view of how it is evolving from being the home alarm company, to collaborating with other companies, and using modern technology to transform itself into a home networking, automation and security company using the power of IoT-related technologies. Their approach makes sense, as they are using connectivity and analytics technologies, combined with their strong presence in the home security market to improve the overall home security experience for end users.
Other companies who had interesting presentations were:
HP Enterprise did a great job of separating the “Hype from the Reality” of IoT. Their areas of focus are the connected car, smart energy/smart cities, and telecom. In connected cars, we are moving beyond just telematics and infotainment systems to cars that are connected via mesh networks. Car companies are now spending millions of dollars in R&D to develop connected car platforms. For Smart Cities, they see municipalities leveraging technology to gain real time insights into traffic flow, and developing smart parking, and lighting. And in telecom, they see the challenge for the industry as having to move from providing large infrastructure systems to supporting millions of IoT devices, and therefore are now looking at building out IoT overlay networks using virtualization and software.
SAP discussed 2 main drivers within all industries as being critical to the adoption of IoT. First, IoT is enabling disruptive business models. And second, all companies are now using IoT-enabled technologies to optimize their business processes. The company gave examples of non-tech companies such as Under Armour, several shoe manufacturers, and others of using SAP’s technology along with thousands of connected devices to collect and analyze millions of data points related to improving operations. Whether its using predictive maintenance to improve maintenance and service costs, or asset intelligence networks to lower their inventory expenses, companies in all industries are now involved in this movement.
In addition to these companies, several other well-established companies such as Cisco, Samsung and others were present, not to mention the hundreds of start ups each targeting a specific segment of the IoT ecosystem. We have no doubt this will be an exciting area to watch. In future segments, we plan to highlight specific companies and technologies bringing IoT into practical application areas.
BitNavi is a blog conceived by Karl Motey in the heart of Silicon Valley, dedicated to emerging technologies and strategic business issues challenging the industry.
Follow them on Twitter: @bitnaviblog


NEW DELHI: Asus has expanded its laptop series with the addition of three new laptops — ZenBook 3, Transformer 3 Pro and Transformer 3. The company launched the laptops at Zenvolution event at the ongoing Computex 2016 trade show.
Asus has launched two variants of Zenbook 3. Priced at $1,999, laptop is powered by an Intel Core i7 processor, packs 1GB RAM and offers 1TB PCIe x4 SSD support. The laptop’s Core i5 variant with 4GB of RAM and a 256GB SSD comes with a price tag of $999. It features a Corning Gorilla Glass 4 panel and promises to deliver up to 9 hours of battery backup. It also features a golf backlit keyboard and will come in Royal Blue, Quartz Grey, Rose Gold colour options.
Asus unveils ZenBook 3, Transformer 3 Pro and Transformer 3 laptops at Computex 2016
Coming to Asus Transformer 3 Pro, the hybrid laptop is said to be thinner than Microsoft Surface Pro 4. The laptop is priced at $999 and features Harman Kardon audio with dual-front speakers for enhanced audio experience. The laptop sports a 12.6-inch display and is powered by an Intel Core i7 processor. It offers 1GB RAM, 1TB SSD support, 13MP rear camera, USB and HDMI ports.
The company has also incorporated a stylus with the device and has quad-speaker support powered by Harman Kardon. The laptop has a fingerprint sensor and Windows Hello biometric authentication support. It is powered by an Intel Core i7 processor with 8GB RAM and 512GB SSD support. Priced at $799, it promises to deliver 9 hours of battery backup.
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As a global software company, PTC drives Industrial digital transformation by enabling companies to design, manufacture, operate, and service things for a smart, connected world.
The New Frontier of Innovation.
Since 1985, PTC has been enabling customers to stay one step ahead of the competition by combining our strategic vision with leading, field proven technology. PTC technology helps companies to quickly unlock the value now being created at the convergence of the physical and digital worlds through the IoT, augmented reality, 3D printing, digital twin, and Industry 4.0. With PTC, global manufacturers and an ecosystem of partners and developers can capitalize on this promise of physical digital convergence today and drive the future of innovation.
"We stand at the frontier of a new age of innovation, where the industrial revolution is colliding head on with the digital revolution..."


Surmonter la distance, venez partagez un moment avec vos proches.
Overcome the distance, share a moment with your loved ones.
VIA is an intelligent domestic robot that allows you to overcome physical distances through virtual means to share a moment with your loved ones.
VIA consists of a video communication function as well as an intelligent robot base that can navigate a space either independently or controlled by the user. The movement of the robot adds another dimension to the common video communication solutions today, virtually facilitating the physical presence of a loved one living far away
This project was exhibited at the Futur en Seine Festival 2013, an international festival held in Paris that features the latest digital innovations.
This project was done together with Hortense Tollu during a semester in ENSCI-Les Ateliers.


В тази статия се описва как да се заобиколи проблем при прекомпилиране на bootloader-а на Ардуино при използване на gcc версии 4.х. Също така има кратко описание какво е bootloader и защо бихте искали да го промените и компилирате наново. Ако желаете превод на български, моля оставете коментар.
Some time ago I needed to recompile the Arduino bootloader for the ATmega8 MCU. Unfortunately I run into one problem – the generated executable code was too big. I write this to share the workaround I’ve found. If you don’t know what I’m talking about, but are curious to learn scroll down for a quick explanation.
Basically when trying to compile the bootloader it doesn’t fit in the 1KB designated space. The error spewed out is something like:
address 0x203e of ATmegaBOOT.elf section .text is not within region text.
The problem turns out to be a bug in more recent versions of avr-gcc. The binary in the Arduino distribution was compiled using the 3.x branch which isn’t affected and I was using a newer 4.x version. One way to handle this would be to install the complete 3.x toolchain but that doesn’t look like much fun.
Reading the bug description more closely showed that the problem is inlining functions more that once even though the -Os option is passed to the compiler to optimize for minimum size. Curiously for some other architectures even inlining a function twice can be smaller that not inlining, but for the AVR this is not the case. So until the gcc gurus figure out how to get this problem solved properly I have found a temporary workaround. At least with the Arduino bootloader adding -finline-limit=1 to the gcc parameters seems to do the trick. The code is again less that 1KB and happily fits in the bootloader section.
So, what the hell is a bootloader and why would I want to recompile it? I’m glad you asked :)!
The ATmega8 is a small computer – everything needed on a single chip. To make it useful, as with any computer, we need to put some program in it. More precisely on the internal flash memory. One way to do this would be using a special cable or adapter called a programmer. If we don’t have such cable or we want the user of the device to be able to change the software in the field there is another way. We can use any of the built-in peripherals to get the program, the most popular choice being the USART module aka ‘the serial port’. But there’s one catch – in order to do this we need to write a very small program that reads the data from our peripheral of choice and writes it to the flash memory. This small program is called a bootloader. When I say small in the case above this meant less than 1KB of the total 8KB of flash in the ATmega8.
If you have acquired an Arduino or Arduino like board it most probably already has the bootloader programmed into the chip. Thanks to its help you can just plug in the USB cable in your PC, and have your sketch uploaded to the board. The USB cable actually connects to a USB/UART converter chip, or more precisely the FT232RL, so from the viewpoint of the ATmega we are talking through a serial connection. One of the very important parameters of a serial link is its speed usually measured in bits/second. When we configure the serial link speed in the AtMega MCU we use the frequency of the CPU, or the CPU clock as a base, Usually this clock signal is run through a divider, so the „UART clock“ (i.e. the UART speed) is set as a fraction of the CPU clock. So if we change the CPU clock, but want to keep the same speed, we need to change the divider used. Since this divider is specified in the bootloader source code a recompile of the bootloader is needed.
By default the Arduino has a 16MHz external crystal (the shiny metal box that has written 16.000 on top) and that’s the frequency it runs at. In my case I wanted to run it at 4MHz or even at 1MHz instead. Why would anyone want to do this? Why run a CPU that is perfectly capable of running at 16MHz at only 1? The reason is power consumption. The lower the frequency the lower the voltage supply that is required. And the lower the voltage – the lower the power. For example certain parts of the ATMega family that have a V suffix, like the ATmega88V can work from as low as 1.8V if the CPU frequency is kept under 4MHz.
When a device is going to be battery powered it is important to make the batteries last as long as possible. One thing that helps to accomplish this goal is to run the CPU at the lowest frequency that satisfies the application’s need for computing power. Taken to the extreme this means 0Hz, or completely stopping the CPU. And this is exactly what should be done if the CPU isn’t needed for the moment – put in in power-down mode.
I got a little carried away here, but ways to minimize the power consumption is such an interesting topic. Do you have any power saving tips to share?


Teknic Eucher inductive proximity switches
are solid state switching devices, which
require no physical contact to actuate
them. Used for control and positioning
signals they can be connected directly
into conventional or electronic control
systems. The use for such switching devices
has increased in recent times as machines
in general have become more and more automated.
These proximity switches are available
in standard cylindrical form as well as
in flat profile and block housing forms.
They are manufactured to international
standard IEC 60-947-5-2. The combination
of quality materials and advanced technology
in the construction of these switches
ensures a very high degree of precision
and reliability under the most arduous
These switches are designed for AC and
DC supply voltage operation. The exact
operating voltages and currents are mentioned
in the data sheets of the individual types.
All Teknic Euchner proximity switches
have an environmental protection to IP
67 to DIN 40050.
The output stages are protected against
damage with the built in short circuit
and overload protection.


Working in software developing industry for ten years as a software analyst and being an active member of R&D teams in the companies I worked in ignited my passion for doing research about emerging technologies with artificial intelligence approach in the field of healthcare, biomedical and bioinformatics. Therefore, I pursued a master’s degree with working on two lines of research which were firstly medical image analysis with deep learning approach for diagnosis of diseases and activity recognition in smart homes with deep learning approach to help older people who live all by themselves to prevent accidents at home.
I am passionate about doing research and learning more about cutting edge technologies in my field of study.
Supervisor: Dr. Rudi Villing
Research area: Healthcare; Activity recognition; Bioinformatics
Department: Department of Electronic Engineering, Maynooth University


All variations of ttcp/iperf report payload or user data rates, i.e. no overhead bytes from headers (TCP, UDP, IP, etc.) are included in the reported data rates. When comparing to "line" rates or "peak" rates, it is important to consider all of this overhead. It is also important to understand what the tools mean by "K" or "M" bits or bytes per second. Versions of the tools differ on this point.
Computer memory is measured in powers of two, e.g. 1 KB = 2^10 = 1024 bytes; 1 MB = 2^20 = 1024*1024 = 1048576 bytes. Data communication rates however should always be stated in simple bits per second. For example "100 megabit ethernet" can send exactly 100,000,000 bits per second.
RCSid = "@(#)$Header: ttcp.c,v 1.10 87/09/02 23:26:36 mike Exp $ (BRL)"
Usage: ttcp -t [-options] host <in -l## length of bufs written to network (default 1024) -s source a pattern to network -n## number of bufs written to network (-s only, default 1024) -p## port number to send to (default 2000) -u use UDP instead of TCP Usage: ttcp -r [-options] >out -l## length of network read buf (default 1024) -s sink (discard) all data from network -p## port number to listen at (default 2000) -B Only output full blocks, as specified in -l## (for TAR) -u use UDP instead of TCPExample run:
% ttcp -r -s ttcp-r: nbuf=1024, buflen=1024, port=2000 ttcp-r: socket ttcp-r: accept ttcp-r: 0.0user 0.5sys 0:10real 5% 0i+0d 0maxrss 0+0pf 0+0csw ttcp-r: 74891264 bytes processed ttcp-r: 0.54 CPU sec = 135437 KB/cpu sec, 1.0835e+06 Kbits/cpu sec ttcp-r: 10.067 real sec = 7264.92 KB/real sec, 58119.3 Kbits/secIt is also worth noting that the "bytes processed" number can wrap for large data transfers.
Created by someone at Silicon Graphics (SGI), it added the important option (-w) to set the transmit and receive window size (actually socket buffer sizes, which indirectly set the window size). It also changed several things:
The default buffer length increase to 65536 was probably an attempt to maximize performance by reducing the number of write system calls. I have found however that on modern systems larger buffers are not always faster because they may not fit in cache memory as well. Somewhere around 8kB seems like a good value in my experience for todays hardware.
The change in default port and the meaning of -s is unfortunate. At least the author changed the program name. Others however have created "ttcp" programs that also have these changes. iperf and nuttcp continued nttcp's use of port 5001.
Usage: ttcp -t [-options] host [ <in ] -l## length of bufs written to network (default 8192) -s don't source a pattern to network, use stdin -n## number of source bufs written to network (default 2048) -p## port number to send to (default 5001) -u use UDP instead of TCP -D don't buffer TCP writes (sets TCP_NODELAY socket option) -L set SO_LONGER socket option Usage: ttcp -r [-options >out] -l## length of network read buf (default 8192) -s don't sink (discard): prints all data from network to stdout -p## port number to listen at (default 5001) -B Only output full blocks, as specified in -l## (for TAR) -u use UDP instead of TCPExample run:
% ./nttcp -r ttcp-r: buflen=65536, nbuf=2048, port=5001 tcp ttcp-r: socket ttcp-r: accept from 127.0.0.1 send window size = 65535 receive window size = 65535 ttcp-r: 455426048 bytes in 10.05 real seconds = 44243.41 KB/sec = 353.9473 Mb/s ttcp-r: 55550 I/O calls, msec/call = 0.19, calls/sec = 5526.05 ttcp-r: 0.0user 2.5sys 0:10real 25% 0i+0d 0maxrss 0+14pf 0+0csw
One of the best! Highly recommended. The author calls it n-u-t-t-c-p, but many of us affectionately call it nut-c-p. nuttcp can run as a server and passes all output back to the client side, so you don't need an account on the server side to see the results.
Usage: nuttcp or nuttcp -h prints this usage info Usage: nuttcp -V prints version info Usage: nuttcp -xt [-m] host forward and reverse traceroute to/from server Usage (transmitter): nuttcp -t [-options] host [3rd-party] [
out] -4 Use IPv4 -6 Use IPv6 -l## length of network read buf (default 8192/udp, 65536/tcp) -s don't sink (discard): prints all data from network to stdout -n## number of bufs for server to write to network (default 2048) -w## receiver window size in KB (or (m|M)B or (g|G)B) -ws## server transmit window size in KB (or (m|M)B or (g|G)B) -wb braindead Solaris 2.8 (sets both xmit and rcv windows) -p## port number to listen at (default 5001) -P## port number for control connection (default 5000) -B Only output full blocks, as specified in -l## (for TAR) -u use UDP instead of TCP -m## use multicast with specified TTL instead of unicast (UDP) -N## number of streams (starting at port number), implies -B -R## server transmit rate limit in Kbps (or (m|M)bps or (g|G)bps) -T## server transmit timeout in seconds (or (m|M)inutes or (h|H)ours) -i## client interval reporting in seconds (or (m|M)inutes) -Ixxx identifier for nuttcp output (max of 40 characters) -F flip option to reverse direction of data connection open -xP## set nuttcp process priority (must be root) -d set TCP SO_DEBUG option on data socket -v[v] verbose [or very verbose] output -b brief output (default) Usage (server): nuttcp -S [-options] note server mode excludes use of -s -4 Use IPv4 (default) -6 Use IPv6 -1 oneshot server mode (implied with inetd/xinetd), implies -S -P## port number for server connection (default 5000) note don't use with inetd/xinetd (use services file instead) -xP## set nuttcp process priority (must be root) --no3rdparty don't allow 3rd party capability --nofork don't fork server Format options: -fxmitstats also give transmitter stats (MB) with -i (UDP only) -frunningtotal also give cumulative stats on interval reports -f-drops don't give packet drop info on brief output (UDP) -f-percentloss don't give %loss info on brief output (UDP) -fparse generate key=value parsable output
% iperf -v iperf version 1.1.1 (23 Feb 2000) pthreadsExample run:
% iperf -s ------------------------------------------------------------ Server listening on TCP port 5001 TCP window size: 64.0 KByte (default) ------------------------------------------------------------ [ 6] local 127.0.0.1 port 5001 connected with 127.0.0.1 port 3639 [ ID] Interval Transfer Bandwidth [ 6] 0.0-10.0 sec 421 MBytes 336 Mbits/sec


Alan is an accomplished technologist with wide recognition for his work in the field of high-performance technologies.
He has been a senior leader in global technology vendors, multinational businesses and now is a key part of the Aqura Technologies leadership team as they rapidly grow to meet the needs of customers across a number of industries who are looking to unlock value from digital transformation of their operations.
Alan’s career is punctuated with a number of firsts. He led the delivery of the first private 4GLTE network in Australia, indeed globally in resources, in addition to overseeing the installation of an advanced DWDM network across the Pilbara to support Rio Tinto’s Mine of the Future digital transformation program.
He also led the technology strategy, design and delivery for Australia’s first underground 4GLTE and 5G deployments and has continued to lead innovation in the sector as a board member of the Australian Critical Communications Forum (ACCF).
Alan is responsible for developing technology solutions tailored to meet specific customer needs and demands. Leading a diverse team of in-house technical personnel, Alan has been tasked to grow the Communications business with particular focus on a strategy to identify, develop and deploy technologies to enable businesses to maximise their investments in digital transformation.


An essay has been defined in a variety of ways one definition is a prose composition with a focused subject of discussion or a long, systematic discourse it is difficult to define the genre into which essays fall. The history of computers can be divided into generations, roughly defined by technological advances, which led to improvements in design, efficiency, and ease of use first generation computers (1945-1956)- as the second world war was about to start, governments sought to develop computers to exploit their potential strategic importance and to. A very short history of computer ethics terrell ward bynum [this article was published in the summer 2000 issue of the american philosophical association’s newsletter on philosophy and computing] the foundation of computer ethics.
A computer is a device that can be instructed to carry out sequences of arithmetic or logical operations automatically via computer programmingmodern computers have the ability to follow generalized sets of operations, called programs these programs enable computers to perform an extremely wide range of tasks. Negative effects of computer essay 0 negative effects of computer essay published by at 30/09/2018 categories negative effects of computer essay tags facial plastic surgery disasters essay history of social psychology research paper (small essay on wildlife conservation) short essay on uses and abuses of science david gessner. The history of computers is short but very complicated computers have been through lot of changes throughout the past half-century they also affect our society in many different ways today the following paper describes how the computers have changed from 1970 to present.
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The history of computing predates silicon microchips and cpus by hundreds of years the modern computers we are all familiar with can trace their roots back to simple computational machines that seem far removed from what we think of as a computer today. 246 words short essay on the computer article shared by the computer is the modern god that we have to worship one may or may not believe in god almighty, but one cannot disbelieve in the computer and in its utility and efficacy the personal computer (pc) is now there in many homes even in our own country 272 words short essay on the. The history of computing is longer than the history of computing hardware and modern computing technology and includes the history of methods intended for pen and paper or for chalk and slate, with or without the aid of tables. The essay on the advantages and disadvantages of a computer: arguments “for” computers computers are good means of education when developing this idea in the essay on the advantages and disadvantages of a computer, say that computers help students practice writing, learning, reading, etc computers help us develop computers help us find out.
A brief history of the computer will apple's new ipad change the face of computing a gallery of a few paradigm shifts of the past. An essay on the history of computers short story term papers #death child essays sarah brown #resume for communications professional 454 #order calculus dissertation proposal 759 #regis admission essay 934. Generation in computer terminology is a change in technology a computer is or was being used check out history and generation of computer generation in computer terminology is a change in technology a computer is or was being used check out history and generation of computer history and generation of computer short essay december 11.
History of computers the definition of a computer has changed over time the history of computers goes back as far as history itself but since the 1940s, digital computers as we know them today have changed dramatically. History of computer essay history of computer computer is drive from latin word communes which means “to calculate” computer is an electronic device that takes input from user process it against some rule, then give out put to the user and save data for future use. Long and short essay on computer in english find very simple to write and easy to learn essay on computer computer is a very high technique invention which everyone must know about and its advantages in life.
Below is an essay on short history of the computer from anti essays, your source for research papers, essays, and term paper examples short history of the computer early innovations in computer science 1600 - french mathematician blaise pascal was the first to build a computing machine. The first computer was the abacus this invention was constructed of wood, two wires, and beads it was a wooden rack with the two wires strung across it horizontally and the beads were strung across the wires. Animal rights arguments essay diablo 3 torment descriptive essay short essay on gst wikipedia, paragraph for a college essay argumentative essay 300 words theological essays vorlesungsprotokoll beispiel essay computer device essay argumentative essay over abortion history, dissertation interviews youtube how long is a 2000 word essay. - computers this essay will explore the history of computers, show its importance and analyse theories of future computers and their use computers definition a computer defines as a device that accepts information and manipulates it for results based on instructions.


Technology is constantly evolving, and every year new trends emerge that shape the industry. In this article, we will explore the top ten hottest trends in technology that are transforming the way we live, work, and communicate. From artificial intelligence to the Internet of Things, these technologies are making our lives easier, more convenient, and more connected than ever before.
Technology is an ever-evolving field that impacts almost every aspect of our lives. The pace of technological advancement is breathtaking, and every year brings with it new innovations and trends that shape the industry. In this article, we will explore the top ten hottest trends in technology that are transforming the way we live, work, and communicate.
2. Artificial Intelligence (AI)
Artificial intelligence (AI) has been a buzzword for years, but it has recently become one of the hottest trends in technology. AI involves creating intelligent machines that can learn and perform tasks that typically require human intelligence, such as understanding natural language, recognizing images and patterns, and making decisions. The potential applications of AI are vast, from chatbots that can provide customer service to self-driving cars that can revolutionize transportation.
3. 5G Technology
5G technology is the next generation of wireless communication technology, offering faster speeds, lower latency, and greater capacity than its predecessors. 5G is expected to be the backbone of the Internet of Things (IoT), enabling a wide range of connected devices and applications.
4. Internet of Things (IoT)
The Internet of Things (IoT) is the network of physical devices, vehicles, home appliances, and other items embedded with electronics, software, sensors, and connectivity that enables these objects to connect and exchange data. IoT is transforming industries from healthcare to manufacturing, offering new opportunities for automation, optimization, and innovation.
5. Augmented Reality (AR)
Augmented reality (AR) is a technology that superimposes a computer-generated image on a user’s view of the real world, often through a smartphone or tablet. AR has many potential applications, from enhancing gaming experiences to providing real-time information about the world around us.
6. Virtual Reality (VR)
Virtual reality (VR) is a technology that creates a simulated environment, often through a headset or other device. VR has many potential applications, from immersive gaming experiences to virtual training environments for professionals.
7. Cloud Computing
Cloud computing is the delivery of computing services, including servers, storage, databases, networking, software, and analytics, over the internet. Cloud computing offers many benefits, including:
- Scalability: Cloud computing allows businesses to quickly scale their computing resources up or down as needed, without the need for additional hardware or infrastructure.
- Cost savings: By using cloud computing, businesses can avoid the upfront costs of purchasing and maintaining hardware and software, and only pay for what they use.
- Accessibility: Cloud computing allows users to access their data and applications from anywhere with an internet connection, making it easier to collaborate and work remotely.
- Security: Cloud providers often have more resources and expertise to invest in security measures than individual businesses, making it a more secure option for storing and processing data.
- Disaster recovery: By storing data in the cloud, businesses can ensure that their data is backed up and easily recoverable in case of a disaster or system failure.
Overall, cloud computing has become an essential component of modern business operations, providing businesses with greater flexibility, agility, and cost-effectiveness.
As technology becomes more pervasive in our lives, cybersecurity has become a critical concern. Cybersecurity involves protecting internet-connected systems, including hardware, software, and data, from unauthorized access and attacks. The rise of cloud computing, the Internet of Things, and other technologies has created new vulnerabilities that must be addressed.
9. Quantum Computing
Quantum computing is a type of computing that uses quantum-mechanical phenomena, such as superposition and entanglement, to perform operations on data. Quantum computers can perform certain types of calculations much faster than traditional computers, offering new opportunities for scientific research, financial modeling, and other applications.
10. Blockchain Technology
Blockchain technology is a decentralized system for recording transactions, maintaining ledgers, and verifying data. Blockchains are secure, transparent, and resistant to tampering, making them an attractive solution for a variety of applications, from cryptocurrency to supply chain management.
The top ten hottest trends in technology are revolutionizing the way we live, work, and communicate. From artificial intelligence and 5G technology to the Internet of Things and blockchain, these technologies are transforming industries and creating new opportunities for innovation and growth. As these technologies continue to evolve, it is essential to stay up-to-date on the latest developments and consider how they can be leveraged to improve our lives.
- What is the Internet of Things (IoT)?
The Internet of Things (IoT) is a network of physical devices, vehicles, home appliances, and other items embedded with electronics, software, sensors, and connectivity that enables these objects to connect and exchange data.
- What is cloud computing?
Cloud computing is the delivery of computing services, including servers, storage, databases, networking, software, and analytics, over the internet.
- What is augmented reality (AR)?
Augmented reality (AR) is a technology that superimposes a computer-generated image on a user’s view of the real world, often through a smartphone or tablet.
- What is the difference between virtual reality (VR) and augmented reality (AR)?
Virtual reality (VR) is a technology that immerses the user in a simulated environment, while augmented reality (AR) superimposes computer-generated images on the real world.
- What is the advantage of using artificial intelligence (AI) in business?
Artificial intelligence (AI) can be used to automate repetitive tasks, improve decision-making, and gain insights from data, leading to increased efficiency and productivity in business operations.


High quality durable industrial grade materials. Buy-it-now and have delivered to your door with Free Shipping. Sale price is valid for a limited time only.
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Design: Stylish, Cool, Portable
Supports: Microphone, Volume Control, Hands-free Calls, Bluetooth, Loudspeaker
Functions: AUX Function, Noise Cancelling
Compatible With: MP4, iPhone, MP3, iPod, Smartphones, iPad, MP5
Interface: Micro USB, 3.5mm Audio
Audio Source: Electronic Products with 3.5mm Plug, Bluetooth Enabled Devices
Material: Electronic Components, Plastic, Metal
Color: Black, White, Gold, Silver
Bluetooth version: V4.1
Profiles: A2DP, AVRCP, HSP, HFP
Bluetooth operating range: up to 32ft (free space)
Frequency response: 20Hz-20KHz
Output power: 2*5W
Input voltage: ≤1V
Bluetooth music time: up to 5 hours
Bluetooth talk time: up to 5 hours
Standby time: up to 1000 hours (about 41 days)
Charging time: 3-4 hours for full charge
Speaker dimensions (L x W x H): 22.7 x 6.8 x 7.4 cm / 8.92 x 2.67 x 2.91 inches
Package dimensions(L x W x H): 26.0 x 16.9 x 9.4 cm / 10.22 x 6.64 x 3.69 inches
Speaker weight: 22.5 oz / 0.300 kg
Package weight: 38 oz / 0.700 kg
In the Package:
1* Bluedio BS-3 (Camel) Bluetooth speaker
1 * Charging cable
1 * Audio cable
1 * User manual
1.Innovative 3-magnet drivers
Breaking traditional single-magnet construction, 2 more secondary magnets are added to each driver, to greatly improve sensitivity and fidelity. This exclusive technology combines with dual radiators to deliver full-range sound.
2.24bit@48KHz high resolution:
To clearly reproduce details, the DSP processor decodes signals at high speed, up to 24bit@48KHz. Let you hear new details even in your most-played favorites.
3.Bigger Size and Stronger Sound:
Bigger than Bluedio BS-2, larger speakers with stronger bass sound.
4.Long-lasting battery life:
For great performance, the speaker needs a lot of energy, posting a big challenge to good battery life. Our engineers combine the Latest Bluetooth 4.1 technology and optimized circuit design to ensure 5 hours playback and 1000 hours standby.
From the R&D to manufacture, we inspect every single part to make sure that they are beautifully integrated with each other. Also you can choose from 4 colors: Black, White, Gold and Silver.


StrongAuth Releases StrongKey CryptoCabinet
CUPERTINO, CA March 19, 2012
StrongAuth, Inc. announced the general availability of the StrongKey CryptoCabinetTM, a free and open-source web-application built using the Regulatory Compliant Cloud Computing (RC3) architecture.
The CryptoCabinet can be used to encrypt files and store them in public or private clouds, and SAN or NAS devices while storing the cryptographic keys securely outside the cloud on the StrongAuth KeyAppliance. The CryptoCabinet uses the StrongKey CryptoEngine for its underlying cryptographic functions and cloud communications. Details on the CryptoCabinet can be found at http://www.cryptocabinet.org.


This IMPRES 2 Li-Ion, 4850mAh, UL2054 DIV2 battery is IP68 rated, which means it can be fully submersed in two meters of water for up to four hours. Designed with a rugged housing, this battery is as tough as the radio. IMPRES 2 batteries, when combined with an IMPRES 2 charger, deliver up to 60% more charging cycles than traditional Lithium Ion batteries. We have extended our capacity warranty from 18 to 24 months, and offer a 48-months workmanship warranty. IMPRES 2 batteries are compatible with all existing IMPRES chargers, so your upgrade will be a smooth one.


The Marshall Mode EQ in-ear headphones (MSRP: $99.00) buck this trend and have amazing sound with designer looks. They're the most expensive in-ears offered by Marshall and for the extra dough, you get a dedicated EQ switch that gives you more control over your listening experience Marshall Headphones scores another round, incorporating the legacy of Marshall cabinets and amps into the Mode EQ by crafting a headphone that does justice to its namesake. You'll have to trade a few accessories for the EQ feature, but from that exchange you'll get power when you want it, delicacy.. The Marshall Mode EQ earphones deliver a balanced sound signature with a bass-boosting button if you want heavier low end. Despite the fact that no two pairs of ears are identical, the earphone and headphone industry offers very little in the way of customizable sound signatures
Marshall Headphones Mode EQ measurements can be found by clicking this link. May 2015. How many new consumer-audio brands have emerged in the last seven years or so? I doubt anyone's counted, but I bet the number has at least doubled, and perhaps tripled I liked the sound of the Marshall bluetooth speaker and think their headphones have one of the most satisfying sound signatures out there. I read the reviews on the new stuff and the EQ seems only slighty better than the cheaper Mode...The Marshall Modes have very few issues when it comes to.. See all. EN. Marshall Mode EQ headphones. Colors. Marshall Mode EQ Full Specifications. Sound The black and brass Mode EQ In-Ear Headphones from Marshall Audio feature customized 9mm drivers and an ear piece design intended to anchor in An EQ switch allows you to select between two EQ curves, with one providing a slightly bass-heavier response, while the other gives your tracks a..
The mode EQ also comes equipped with microphone and remote for use with your cell phone. Combined with excellent audio, a tangle resistant cord and unique styling that embodies the Marshall legacy Ознакомьтесь с бесплатным руководством для Marshall Mode EQ. Deutsch: mode eq bietet grossartigen sound in kleiner verpackung. Speziell. Angepasste treiber sorgen für kräftigen sound bei minimaler verzerrung, und MARSHALL HEADPHONES. Headphone Type In-Ear (Earbud). Frequency Response 20 Hz-20kHz. Color Black. 7340055309400. Model. MODE EQ. eBay Product ID (ePID) The Mode EQ earphones integrate a unique EQ selection switch, allowing you to chose between different EQ settings whilst listening to your music. With an in-line microphone and remote, for use with your smartphone, the Marshall Mode EQ In-Ear Headphones are designed to deliver excellent..
In-ear Headphones 9 mm Driver, Peak SPL: 98 dB, Impedance: 30 Ohm, Frequency range: 20 - 20,000 Hz, Cable with microphone and remote control for Android devices, 3.5 mm Jack, EQ Switch. 50% bought this exact product. Marshall Mode EQ. Available immediately Table of Contents Types of Marshall Headphones 7. Marshall Mode EQ In-Ear Headphones The Marshall Mode EQ In-Ear Headphones has a unique in-ear design that gets anchored in.. The Mode EQ Headphone comes in a compact design and give the maximum sound output that makes it the best in-ear headphone. The Mode EQ design offers classic aesthetics. The iconic MARSHALL logo on the cable clip and MARSHALL M logo on its earphones make a style statement
. Mode offers a huge sound in a small package. Featuring customized drivers delivering high-output sound at minimal distortion The Marshall Mode EQ portable earphones have an isolating ear-insert design. These iPod/cellphone-centric earphones have a 49-inch audio cord with a modified stereo 4-contact mini-plug that works with iPods, iPads, iPhones, and some cellphones, but it may not be compatible with other audio devices Marshall Headphones' Mode and Mode EQ offer huge sound in a small package. Customized drivers deliver high-output sound at minimal distortion The remote feature with an updated wire clip allows you to easily attach the headphones to your t-shirt. Click once to answer incoming calls or hang up.. Explore Marshall Headphones - Shop for Mode EQ In Ears Online. Lowest Prices & Best Deals only at Headphone Zone In-ear headphones from Mode series that offer a huge sound in a small package and feature customised 9mm hand-made drivers delivering high-output sound at minimal distortion. They also provide two different EQ settings: use EQ I for a warm, bass-heavy sounds, or use EQ II if you prefer..
Marshall Headphones Mode EQ measurements can be found by clicking this link. How many new consumer-audio brands have emerged in the last seven years or so? I doubt anyone's counted, but I bet the number has at least doubled, and perhaps tripled Everything you want to know about the Headphones Mode EQ. Get the inside scoop on the Marshall Headphones Mode EQ from a large number of expert and user reviews. Marshall Headphones Mode EQ. Retailer. Product. Price. Link ..
Marshall Mode EQ is a small, standard headphones that are comfortable to use. Headphones are equipped with a microphone. The product has a one-year warranty Resolution: 1800x1100 Name:Marshall Design - Marshall Headphones Mode Eq B&b | Marshall Earbud
Loud and low: Marshall Mode EQ. The Marshall Mode is like the HiFiMan RE-400 in that it delivers a balanced soundstage, but there's an option to turn up the bass by pressing a toggle on the remote. It comes with sturdy construction, a single-button remote that lets you receive calls and control music.. Customers Also Viewed: Marshall Mode EQ In-Ear Headphones. The mode EQ also comes equipped with microphone and remote for use with your cell phone. No two people are alike, which is why there are two different EQ settings in the Mode EQ Marshall Mode and Mode EQ in-ear phones feature excellent audio reproduction. Their sound quality belies their compact size, with custom The Mode EQ features a remote control located on the tangle resistant cord. It includes an EQ switch for customizing your sound: EQ-I for warmer, heavier bass.. Convenient EQ Switch for Effortless Access to Selectable EQ Settings. In-Line Microphone & Remote for Controlling Your Phone. Email email@example.com or call 0208 45199040. Marshall Mode EQ In-Ear Headphones, Black & Gold Overview
3,89. Posiadasz ten Marshall Mode EQ In-Ear Headphones , albo miałeś okazję używać produktu Marshall Mode modelleri, marshall mode markaları, seçenekleri, özellikleri ve en uygun fiyatları n11.com'da sizi bekliyor! dikmenmuzikaletleri. %93. Marshall ACCS-00168 Mode EQ In-Ear Black/Gold. 609,96 TL. MyDukkan. %97. Marshall ACCS-00169 Mode Headphones Marshall Headphones. 221K likes. The official home of Marshall Headphones on Facebook. Visit www.marshallheadphones.com for more information about our.. Type: Headphones. Model: EQ. Features Brand: Marshall. Non-Domestic Produc Then the Marshall Mode EQ in-ear headphones is for you. This sleek-looking, lightweight, and ultra-comfortable pair of headphones delivers high-quality sound, which you can further customize with the equalizer switch on the in-line remote. You can choose between a warm and..
Marshall. Model. Mode EQ. Packaged Quantity. 1. General. Manufacturer. Marshall Headphones Mode offers a huge sound in a small package. Featuring customised drivers delivering high-output sound at minimal distortion. Marshall. Mode EQ Headphones Bästa pris på Marshall Headphones Mode EQ. Pricerunner.se är en kommersiell partner till ljudochbild.se. De levererar uppdaterade priser, prisjämförelser och produktinformation The mode EQ also comes equipped with microphone and remote for use with your cell phone. Combined with excellent audio, a tangle resistant cord and unique styling that embodies the Marshall legacy. Advents Gifts. Nimike. Marshall - Mode EQ - In ear Headphones. Tuote ID. AK2GV7
Why buy something your not going to be happy with, these are the BEST, headphones in this price range, you wont be disappointed! Worth Every Penny! Retails for 140.00 These are headphones for serious music listener, with amazing quality they well surpass many of the generic brands in quality.. The headphone supports AAC and Qualcomm's Aptx Adaptive audio codec. The company offers voice assistant support. You can customize the noise canceling and EQ settings with the Cleer Connect companion app. Enduro ANC supports quick charging and it comes with a USB-C port 21 товаров. Marshall marshall mode eq headphones black #and#amp; gold. MARSHALL Marshall Mode EQ (черный). 3 990 ₽. SVYAZNOY.RU. В магазин. Подробнее. Marshall marshall mode eq. 3 990 ₽ Gold headphones 10.01.20. 13 товаров. Marshall marshall mode eq headphones black #and#amp; gold
Marshall mode 11.01.20. 43 %. Marshall mode headphones black #and#amp; white. Наушники с микрофоном MARSHALL Mode EQ, 3.5 мм, вкладыши, черный หูฟัง Headphone ร็อก. อ่านกระทู้อื่นที่พูดคุยเกี่ยวกับ หูฟัง Headphone ร็อก. บนสุด ล่างสุด อ่านเฉพาะข้อความเจ้าของกระทู้ 2019 Marshall Monitor Bluetooth Genuin Wireless Headphones Headset Bass Mic. Marshall Pro Remote In-Ear Mode EQ Black Earphones Headphones Earbuds Microphone Headphones беспроводные 12.01.20. 40 товаров. Marshall marshall mode eq headphones black #and#amp; gold
After removing the headphones from the box, the power is automatically turned on and quick pairing between the left and right headphones. The wireless binaural design allows you to use the headset alone or in pairs 14px;font-weight:bold;text-decoration:none;>Marshall Mode EQ Headphones | HiConsumption
Добавлена пользователем tonino 2014-10-27 21:12:45	<td style KORG's NC-Q1 is a very new kind of Bluetooth headphone technology, developed to protect your ears even in very loud environments while delivering unsurpassed high definition sound and noise-less monitoring. Combining state-of-the-art Active Noise Cancelling, incoming sound attenuation and an..
Marshall Saigon- Chuyên các dòng loa phong cách cổ điển Hotline:XXXWebsite: marshallsaigon.com Facebook: www.facebook.com/marshallsaigon Địa chỉ Phục vụ nhu cầu ae săn loa Marshall, những người đam mê thiết kế cổ điển và chất âm của Marshall. Marshall Saigon đã có những sản phẩm sa The four-band EQ and boost features give bassists of all styles full control of their bass-tone; slap and tap players will find their performances are conveyed with power, clarity and authority while rock and pick players will appreciate the 'beefy' delivery Marshall беспроводные 11.01.20. 43 %. Marshall mode eq headphones black #and#amp; gold. 3 290 руб. 43 %. Marshall mode headphones black #and#amp; white
The VOX VH-Q1 uses a very new kind of Bluetooth headphone technology, developed to deliver unsurpassed high definition sound for your music. Combining state-of-the-art Active Noise Cancelling, incoming sound attenuation and an array of smart features, the VH-Q1 headphones provide a flexible..


Robotics students visit Cal Poly to see Army robot
Mr. Taber’s students got to visit Cal Poly to check out their robot. Photo contributed.
On Sept. 26, Mr. Taber's Robotics students went on a field trip to Cal Poly to see an army robot. Students had the opportunity to drive the robot through an obstacle course and have it retrieve an object, then bring it back to where they started, all while only looking through the camera feed on the robot.
This 20-year-old, four-feet tall, $70,000 robot was once used to diffuse bombs, but is now retired. It is equipped with two cameras and a claw arm that has three pivot points to maneuver in any direction. The driver has no direct vision, so he or she has to look through the “eyes” of the robot. To do this, the cameras can be used to see in any direction.
“It was interesting seeing how the robot functioned and getting to figure out how the robot was controlled,” said Luis Velasco, a student on the field trip.
According to Mr. Taber, getting to drive a real-life robot was a great way to expose the class to robotics skills and reinforce what he teaches in class. “The field trip went very smoothly thanks to the army; they were extremely prepared,” he said.
Mr. Taber’s Robotics students were well received by the pros at Cal Poly. Station Commander at the Paso Robles Recruiting Station Leon Guerrero commented, “The US Army that were on site have told us your students were some of the most respectful and engaging students they have worked with while on the West Coast.”


OTG 3-Port USB 2.0 Hub + Card Reader
Add to cart
Connect a USB hub and Card Reader to a Tablet or Phone with USB2.0 OTG support
Up to 480mbps
USB 2.0 MicroB Male
Reads SD/SDHC/SDXC/TF(Micro SD)
Samsung Galaxy S4, S3, Galaxy Tab 4, Tab s, Note 3 and other devices with OTG function and Micro USB port.
This item doesn't support charging function. SD and TF card cannot be read simultaneously


Microsoft vient de publier une nouvelle version du SDN (Software Defined Networking) Lync.
The Lync SDN (Software-Defined Networking) API allows developers to build applications and services that can monitor, isolate and correct issues on the network that affect Lync quality of experience. The installer application also provides customers with the ability to interface with qualified 3rd party applications built on the Lync SDN API. Lync Server 2010 and 2013 provide customers with an unmatched unified communications and collaboration experience. Since Lync relies on the underlying network, sometimes the quality of experience can be affected by underperforming or improperly configured network elements. Applications built on the Lync SDN API provide the ability to quickly detect quality-affecting issues on the network, and deliver prescriptive resolutions and traffic prioritization.
Évolutions de cette nouvelle version:
- Evolved the architecture to better support High-Availability topologies.
- Simplified deployment and configuration of the SDN interface.
- Extended the device information presented to network management systems for better diagnostics and event correlation.
- Qualified functionality across Lync Server 2010, 2013 and included IPv6 topologies.
Vous pouvez trouver une intéressante description ici: http://blogs.office.com/2014/09/29/new-version-lync-sdn-interface-now-available/


Car audio accessories
Audio accessories help increase sound power and enhance the vehicle occupants' listening experience. Learn where to install tweeter and horns, empty boxes, subwoofers & sub boxes, Basic Line Output Converter & Digital Line Output Converters, Digital Signal Processors (DSP), Sound Deadening and Bluetooth Kits.Schedule installation
Car audio install accessories
In a car sound system, in addition to the speakers and amplifiers, there are some accessories that help to increase the sound power and the user's experience. For this, it is possible to combine different types of equipment in search of the best quality and sound pressure.
To install the equipment and accessories that make up an automotive sound system, it is important to consult a specialized professional and make a safe plan, according to the vehicle's specifications and the owner's needs.
Get to know some accessories that help improve sound quality and know where to install these equipment in your vehicle:
Tweeter and horns
Tweeter is a type of speaker that reproduces high frequencies and, for that, there are several formats with different objectives that must be chosen according to each plan.
The horn tweeter is a type of speaker enclosed in a horn-shaped cone. With this, the design makes the sound reproduced in a loud and clear way, being able to be heard at a greater distance than other models.
Speaker boxes are one of the main elements of a sound system and help to amplify the sound and improve its quality.
That's why empty speakers are one of the main choices for those who want to start a sound project from scratch, as they boost the bass and can be optimized to take up less space in the trunk of the car.
Subwoofers & sub boxes
The subwoofer is a speaker dedicated to the reproduction of the lowest sounds, being widely used by people wanting a sound system with high sound power, reproducing music with greater impact.
To further increase the sound quality, the main accessories are the sub boxes, which help to control the movement of the subwoofer and avoid distortions that affect the reproduction of music.
Basic Line Output Converter & Digital Line Output Converters
Line output converters (LOCs), or line output converters, are used to convert a speaker's main unit outputs (or the outputs of an OEM amplifier) into a signal suitable for amplifier or pre-amp inputs. amplifier.
Likewise, digital line output converters are designed for high-output main units, and before installing this accessory, consider the power supplied by the factory system.
Digital Signal Processors (DSP)
Digital signal processors are a kind of advancement in the line-out converter and can have 6 or 8 channels, depending on the model and sound system needs.
The advantage of this equipment is that you can separately connect the subwoofers, mids and highs, in addition to being able to add extra speakers tuned by the computer via USB cable or Bluetooth.
One way to further increase the power of your sound system and improve the listening experience is to invest in soundproofing in the right spots in the car.
In short, soundproofing is when a silent material is installed in sheet metal or car dashboards to dampen ambient sounds and optimize the sound quality of the speakers.
Adding more soundproofing to the trunk and door panels, for example, you reduce the hum and noise that normally comes with a loud sound system.
Nowadays, it's common to use Bluetooth to connect computers, cell phones, stereo equipment and other accessories.
Due to its practicality and safety, the technology is widely used so that the driver can control the sound system and GPS without having to take his eyes off the road.
For this, there are several models and adapters that can be installed according to the needs of each vehicle. Consult a professional to guide the purchase and installation of the appropriate accessories for your car.
Pro Car Sound & Security is a company specializing in state-of-the-art electronics, custom design and installation services for sound, multimedia, security and navigation systems.
We have highly specialized professionals and qualified staff to install various equipment and help you choose the best devices according to your needs.
We offer fast turnaround times so you won't be without your vehicle longer than necessary and you're guaranteed a quality service.
Contact us or visit our store to schedule the installation of accessories for your car sound system.


Lenovo 14 "IdeaPad N42-20 Chromebook, Intel N3060 de doble núcleo, 16GB eMMC SSD, 4GB DDR3, 802.11ac, Bluetooth, ChromeOS
Procesador: Intel Celeron N3060 1.6GHz (Turbo hasta 2.48GHz), 2MB Cache
Núcleo del procesador: Dual-Core
Tamaño de la pantalla: 14 "
Relación de aspecto: 16: 9
Resolución: 1366 x 768
Tipo de pantalla: HD Antideslumbrante LED con retroiluminación
Memoria: 4GB DDR3 (a bordo)
Disco duro: 16 GB eMMC Solid State Drive
Inalámbrico: 802.11 ac
Batería: polímero de litio de 3 celdas
Audio: Audio HD integrado
Webcam: 720p HD
Teclado: No retroiluminado
Dispositivo de señalización: Touchpad
Puertos de E / S: USB 3.0: 2
Auriculares / micrófono combinados: 1
Lenovo 14" N42 Series 16GB Chromebook
The 14" N42 Series 16GB Chromebook from Lenovo is a light and portable notebook packed with helpful features for students. Powered by a 1.6 GHz Intel Celeron N3060 Dual-Core processor and 4GB of LPDDR3 RAM, the N42 Chromebook can multitask and quickly access frequently used files and programs. For pictures, files, and more, it's equipped with 16GB of eMMC flash storage. Should you need additional room, you can connect external storage solutions using its two USB ports. Its 14" display, driven by integrated Intel HD graphics, has a 1366 x 768 resolution for viewing HD content. Connect to the Internet via 802.11ac Dual-Band Wi-Fi and pair compatible wireless peripherals with Bluetooth 4.1 technology to free up USB ports for more important devices. Other integrated features include a webcam, SD card reader, and an audio in/out jack. The operating system installed is Chrome OS.
Light, Portable, Rugged, and Reliable
At only 3.3 lbs, the N42 Chromebook can be easily carried from classroom to classroom. Furthermore, reinforced ports and hinges add extra durability while anti-peel keys and a water-resistant keyboard increase resistance from accidents and wear. The N42 also has a fanless design and a sealed touchpad
Easy to Manage, Simple to Share
With Google's web-based management console software, you can centrally, securely, and easily manage multiple Chromebooks. It's ideal for sharing and students can continue with their own personalized system just by signing into their own account.
Ready Right Out of the Box
Without a complicated setup, this Chromebook is ready to go right out of the box. Simply sign in with your Google account and get started in seconds. You'll have access to your data, photos, and everything else backed up with Google anywhere, anytime, and from any device.
Using Linux as a base, Google designed Chrome OS to work exclusively with web applications. The user interface takes a minimalist approach, which greatly resembles the Google Chrome web browser. Chrome OS was built for people who spend a majority, if not all, of their time on the computer connected to the Internet. The only application that comes installed on Chrome OS is a special Google Chrome web browser with an integrated media player and file manager. All other applications are accessed by adding apps from the Google Chrome Web Store. Since Chrome OS relies entirely on Google's web apps and access to Google's services, it is highly recommended that you connect to the Internet to optimize your Chrome OS experience