PRJCTS is a cloud solution accessed through your web browser. There are no implementation costs and no local adjustments are required. The user license is the only cost. You can create an unlimited number of projects and there is no data storage limit. Integration with local or national registries, institutional software, or hardware devices is possible through APIs on a per-project basis.
THE CLOUD ENVIRONMENT
The application is run on the Amazon Web Services (AWS) cloud platform, and with PRJCTS we take advantage of the robust infrastructure coupled with advanced functionalities that allows a web application to be run on a global scale in a safe environment with industry-leading security technologies and computing capabilities. LEDIDI™ is an AWS global partner within the life sciences and a global technology partner.


Bauma 2016 begins tomorrow, and the HiVision system is the highlight of what Cargotec/Hiab displays. (The corporation Cargotec has many brands, one of which is Hiab.) Everything works as planned so we spent the day mostly working on coming functionality. Bauma is an incredibly large show – at about 4 square km it’s perhaps 3X […]
Today our customer Hiab revealed their new HiVision VR remote crane operation system. We’ve been working with Hiab for more than a year, developing the VR vision system and video processing software. So we are super happy to finally share what we’ve been working on! It really is an amazing product, and when you see […]
We are happy to announce that we will exhibit at NAB 2016 in Las Vegas! We will focus on our broadcast products, demonstrating: Live VR/full 360° streams Real time adaptive geometry reconstruction, for seamless stitching CDN support App framework Dynamic graphics overlay engine Main broadcast audio and video overlay Special camera overlays Etc We will be in the VR Pavillion, with booth […]
The core technology of OdenVR is the realtime graphics engine that we have developed for combining multiple video sources into a seamless full spherical VR experience. To demonstrate the capabilities of this software we have also developed a small live streaming camera, based on the Raspberry Pi. A month ago we discussed how we can best demonstrate what can be […]
Today, February 16th 2016, we are (finally!) launching the new OdenVR site. We are proud about our technology and solutions and we hope to share more details about what we do here on this blog.


The brain is a complex organ. At all times, information is being processed, and millions of neurons are firing, producing electrical signals that control our thoughts and behaviors. Most of us have heard the term “brainwaves,” but what are brainwaves? Well, brainwaves are the synchronized waves of neural oscillations; in other words, human brainwave frequencies show what’s happening in the brain.
The brain produces five different types of brain waves states, which we’ll discuss in detail below. All five human brainwave frequencies have varying but equally important impacts on your health and mental wellness. Studying brain waves can help identify possible problems with someone’s cognitive, emotional, or neurological function.
If brainwaves aren’t in balance, it may lead us to experience mental, emotional, cognitive, and neurological issues. For example, over-activity of one particular brain wave frequency may lead to feeling anxious and agitated; over-activity of a different brain wave frequency could lead to excessive fatigue and sluggishness.
Research indicates brain wave frequency imbalance can lead to or contribute to the following conditions:
Beta brainwaves are under gamma brainwaves, falling in the 12 to 40 Hz range. This brain wave state is most common when you’re awake, alert, and engaged in a task or thought. Beta brainwaves can vary from fast (when thinking about a complex problem) to slow (when you’re more relaxed). Beta brain waves benefits include logical thinking and focus, but if beta activity is too high, it can lead to anxiety, obsessiveness, and sleep problems. If beta brainwave activity is too low, it can lead to difficulty problem-solving and trouble with concentrating.
Theta brain waves measure between 3 and 8 Hz. This type of brain wave frequency is observed most often during sleep, but theta brain waves can also happen during deep meditation. Excess theta wave activity is frequently reported in people with ADHD, while low theta wave activity is linked to stress, anxiety, and low emotional awareness.4
Human brainwave frequencies can be measured and detected by an EEG (electroencephalography). EEG is a test administered by attaching small metal discs, called electrodes, to one’s head, which pick up electrical signals from the brain and create an observable graph of wavy lines. The brain waves patterns look like wavy lines of varying lengths, and these brain waves patterns represent human brainwave frequencies. These graphs can detect many things that are typically difficult to diagnose, from epilepsy to schizophrenia.
EEGs are important brain waves patterns that can diagnose other brain disorders, including:
Of course, improvements can only be made by listening to the appropriate brain wave frequency. Someone looking to improve sleep would not want to listen to a beta wave meditation (which promotes alertness) and instead could utilize an alpha waves frequency or theta waves frequency to encourage feelings of tiredness and relaxation.
Research is limited on isochronic tones, but research done on binaural beats and monaural beats (which work similarly to isochronic tones) does indicate brainwave entrainment as an effective therapy.6
Meditation and brain waves frequencies used at home could help with mood and focus. Still, the safest and most reliable form of brainwave training is neurofeedback, in which professionals can use EEGs to measure your brain waves states and determine which frequencies would be most beneficial for you.


Votomy 30W Portable Bluetooth Speakers, Wireless Speaker with Bluetooth 5.0, Loud Stereo Sound, Rich Bass, IP67 Waterproof, 5200mAh, 100Ft Wireless Range, TWS Pairing for Home, Outdoors, Travel
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A2DP V1.3; AVRCP V1.6, HFP V1.7
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How do I pair dual speakers if I buy two?
1. Long press the Bluetooth button to enter into the true wireless stereo pairing mode as a master speaker. if one pf them fails, clean up the pairing information. 2. Enable bluetooth on you device and connect to
Is this speaker water proof?
Yes. The inputs have a sealed cover. If the cover is off then no.
Does this charge with usb-c? when wil lthe red be available?
It comes with micro-USB charging cable
Does it works with tv?
You can use a 3.5mm out from your TV or pair it to the speaker via Bluetooth
What is the battery life?
Its playtime is ≥12 hours
Is the speaker stereo or do you have to pair two to get stereo?
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Human biology is attuned to the “native” electromagnetic spectrum found on earth. Life on our planet is adapted to full spectrum of the sun (250-3000nm) and some geomagnetic forces in the extremely low frequency spectrum known as the Schumann Resonance. Man was immersed in these native electromagnetic frequencies for 6 million years of evolution. In modern times, our species have engineered technological devices like cellular phones and satellites that emit non-native electromagnetic fields for industry, travel, and communication. These non-native frequencies have become ubiquitous in the environment over the last century with little research into their biologic effects on life. Only recently has science begun to uncover some of the potential negative health effects of nnEMF. Much of this new information is suppressed by the communications industry, which now has more influence in the federal government than Big Pharma(R). You have to seek this information out specifically to find it. There is a lot science still has to uncover about the effects of non-native electromagnetic radiation on human physiology, so if you’re a sceptic I think it’s important to look at the research objectively and keep an open mind. Simply realize that we’ve created a science experiment of global proportions and the results remain to be seen. I want to dive into some of the current research on nnEMF here…
A Summary of Electromagnetism
Electromagnetic force is a physical interaction that occurs between electrically charged particles. Electromagnetism can be discussed in terms of field(static state) and radiation(wave). A field is something that exists in space and extends outward from electrically charged objects. All electrically charged particles are surrounded by electric fields. Charged particles in motion produce magnetic fields. When the velocity of a charged particle changes, an electromagnetic field is produced. EM fields fluctuate often and emit waves of energy that behave as massless and chargeless energies. The number of waves formed in one second is called the frequency of the EMF, and the distance the energy travels during one oscillation is the wavelength. The higher the frequency, the shorter the wavelength and vice versa. The standard unit of measurement of electromagnetic frequency is the hertz, which describes the cycles per second of a waveform.(R)
The electromagnetic spectrum theoretically spans from infinitely high to infinitely low frequencies. The shorter and more energy dense frequencies include gamma rays, x rays, and extremely short ultra-violet radiation. These frequencies are called ionizing radiation because the photons are so powerful they can dissociate electrons from atoms and cause highly reactive ions to form. Next comes longer wave UV and the visible spectrum, followed by infrared that we sense as heat. The frequencies of modern communication are found below infrared in the microwave and radio frequency regions. Extremely low frequency EMF like the Schumann resonance (a geomagnetic frequency naturally occurring on earth’s surface below 10 hz) have the longest wavelengths.
The native EMFs that have existed on earth for 4 billion years are simple. There is the Schumann Resonance at 7.83Hz which is an extremely low frequency field modulated by the solar and lunar cycles. It is an electrical tension that develops between the the solar plasma and the atmosphere that comes from the interaction of sunlight on the ionosphere. There are random bursts of static electricity from lightning and weak radio signals from distant stars. The EMF from the sun, specifically UV and infrared, are the most dominant.
Except for visible light and infrared EMF, we can not perceive any of these energies without instruments designed to find them. Our brain senses them all without sensation being perceived consciously. This is the problem for modern humans, who don’t realize we’ve abruptly added massive amounts of non-native EMF to our environment in the last century.
Non-Native EMFs are any electromagnetic fields that are man made and aren’t naturally occurring on earth. This can including frequencies in the visible and non-visible ranges.
Non-Native EMF will keep accumulating because it can’t escape the ionosphere. Einstein’s work tells us that once EMF waves are generated they are never de-modulated and they go on for infinity. On other planets EM fields can dissipate into space, on earth they are trapped in the ionosphere. The first mile above earth is now filled with 2 million times the EMF that there was in 1900. Humans have altered their electromagnetic background more than any other aspect of their environment. Non-Native EMF between 1-300 Hz can be found everywhere in modern societies. (R)
Federal Safety Standards & Regulation
The WHO’s International Agency for Research on Cancer classifies electromagnetic fields as ‘possible human carcinogens’. This means they haven’t been able to rule out that fact that non-native EMFs could be a cause of cancer.(R)
The WHO advises the public to adopt safety measures to reduce exposure, like the use of hands-free devices or texting.(R)
There is virtually no regulation on the non-native EMF output of industry. The EPA has not surveyed the USA since 1979 for EMF levels or effects. This is before the majority of current EMF pollution existed.
Some countries limit the specific absorption rate of radio frequency technology to 1.6 watts per kilogram of tissue and others limit SAR to 2.0 watts per kilogram. This is detailed in Apple’s RF warning for it’s devices.(R)
Most technologies do meet these standards, but the standards are skewed to only concern THERMAL damage from ELF-EMF radiation. This effect can be observed in microwave ovens. The microwaves vibrate the charged particles in food, heating them up. The technology industry maintains that any devices that don’t cause a thermal effect in tissues is safe, but the reality is that there are many negative NON-THERMAL biological effects on tissues.
Biologic Effects of nnEMF
The short answer is that nnEMFs illicit a stress response at the cellular level.
Cells communicate via a system of ion channels across membranes that regulate energy flows and homeostasis. One major stress pathway in cells is regulated by what are called voltage gated calcium channels embedded in cell membranes. When these VGCCs are stimulated, they induce calcium efflux and flood the intracellular space with calcium signaling an inflammatory cascade. When calcium ions flood the cell they increase free radicals that cause tissue damage. Specifically, the flood of calcium ions increases intracellular nitric oxide which combines with superoxide to create peroxynitrite and hydoxyl free radicals. These are dangerous free radicals capable of causing membrane and mitochondrial tissue damage, along with single and double stranded DNA breaks and protein destruction. This kind of calcium efflux reaction is completely disruptive to cellular metabolism, function, and communication.(R)
Voltage gated calcium channels in cellular membranes are particularly susceptible to the effects of nnEMF because of the physical characteristics of 20 different charged particles within them. In fact, they are approximately 7 million times more sensitive to EMF than other charged particles inside and outside the cell.(R)
Dr. Jack Kruse believes that nnEMF’s dehydrate our tissues by lowering our redox potential in mitochondria, blunting our ability to create water as a byproduct of cellular respiration. This is feasible seeing as calcium efflux slows mitochondrial metabolism.(R)
Calcium efflux provides a mechanism for EMF as a carcinogen, through mitochondrial and DNA damage by increased free radicals. This fits with Warburg and Seyfried’s metabolic theory of cancer. Peroxynitirite and hydroxyl free radicals are known to be produced as part of a cellular stress response when mitochondrial metabolism slows. This free radical storm is produced to kill any pathogen insults threatening neighboring cells or to induce apoptosis in non-viable tissue.(R)
Proper regulation of ion channels is crucial to maintain membrane potentials and voltage, including the mitochondrial membrane. Mitochondria regulate cell homeostasis by carefully monitoring voltage and charge particle gradients. When nnEMFs induce calcium efflux, mitochondria recognize this as a stress signal and induce a cellular danger response. This effect could be crucial in the mitochondrial etiology of neolithic disease as described by Dr. Doug Wallace of the Children’s Hospital of Philadelphia and Dr. Robert Naviaux of UCSD.
How EMF Effects Organ Systems
The organ systems that are the most dense with mitochondria seem to be the most susceptible to EMF interference. In humans this is the brain, heart, and reproductive organs. Interestingly, chronic diseases that affect these areas are exploding in technologically advanced societies. Cancer, heart disease, and neurodegeneration are far and away the leading causes of mortality, whereas merely 100 years ago it was infectious diseases like pneumonia and tuberculosis.(R)
It has been shown that EMFs lower sperm count and semen quality.(R)
Cognitive function in humans suffers around nnEMF, a study found slower response times to a spatial working memory task when a cell phone was placed next to the head of males.(R)
The Blood Brain Barrier (sometimes abbreviated BBB) is a protective layer that blocks unwanted substances from entering the brain. Researchers from Lund University have found that BBB integrity is compromised when exposed to EMF and that it can become permeable to damaging substances. This could be critical to the autism epidemic.(R)
In mice, exposure to radiation from cell phones during pregnancy affected the brain development of offspring and caused symptoms that resembled ADHD.(R)
The EXPLOSION of autism spectrum disorders since 1980 correlates almost exactly with the rise in child nnEMF exposure.
This isn’t to say that nnEMF is the only cause of autism, but it certainly is a piece of the puzzle. People with autism have been shown to have oxidative stress and inflammation in the brain, a compromised blood brain barrier, immune abnormalities, and deficiencies in cellular antioxidants like glutathione. All these mechanisms have been demonstrated in nnEMF’s effects on cells.(R)
Additionally, exposure to EMF has been shown the be predisposing factor to neurodegeneration.(R)
EMFs have been shown to cause cardiac arrhythmias.(R)
EMFs have been shown to effect immune responses and can be linked to autoimmunity.(R)
Now I want to talk about non-native EMFs in the visible spectrum.
Man made lighting has utilized increasingly narrow frequency bands over the generations. Most recently, fluorescent lighting has become blue/white light dominant because it is more energy efficient than thermal light sources. This is a problem for humans because these blue frequencies, especially without being balanced by red and infrared like they are in nature, create a stress response in our nervous system and ruin circadian signaling.
In the sun, the full spectrum comes perfectly balanced. In man made lighting, we selectively pick frequencies for our modern applications:
Unbalanced blue light in the 446-477nm range, seen above in the LED and CFL bulbs, is particularly dangerous for human physiology because it has the strongest impact on circadian timing via pigments in our photoreceptors.(R1)(R2)(R3)
Before the advent of technology humans used thermal light sources that emitted red and infrared like fire, candles, and kerosene lamps. These frequencies have much less of an impact on our circadian rhythm than blue light.
When blue light hits the retina, it signals the suprachiasmatic nucleus to commence a hormonal cascade of wakefulness from the pituitary gland. Internal clocks are created through the regulation of the genes CLOCK, ARNTL, and PER3 in neurons. These genes are adjusted by light input from the photoreceptors. When using artificial light sources that are dense with blue, we are getting this signal chronically.(R)
Especially problematic is the timing of artificial light use; blue and green light from artificial light sources suppress melatonin release and severely disrupt sleep onset and quality.(R1)(R2)(R3)(R4)
Even dim light can interfere with circadian rhythm and melatonin secretion. A mere 8 lux can inhibit melatonin.(R)
Even shining a light on the back of the knee in an otherwise dark room can disrupt circadian rhythm.(R)
If we observe advanced modern societies, we are bathed in this alien blue light chronically and often far beyond sunset. You can see how it’s effects on chronobiology and photoendocrinology set the stage for disease and mental illness. For this reason, getting balanced natural light at the right times is critically important.
Modern societies are living within a man-made science experiment of which the results are currently unfolding. The constant accumulation of non-native electromagnetic fields in our environment is creating an interference pattern that has been proven to trigger stress responses in human tissues. The good news is, with this information in mind, mitigation techniques can be employed. Also, it’s important to realize that there is massive economic potential in converting wireless communications to a more biologically compatible platform once the general population is aware of the dangers of the current system. The key is to spread awareness and support unbiased, rigorous scientific research of nnEMF. Other than that, the focus should be to return as much as possible to the native electromagnetic frequencies of our environment.


As David Shaywitz accounts today in today’s Forbes, science is hard. Communication is hard (especially for scientists).
This is becoming increasingly apparent in the era of big data science. The scientific complexities are compounded by current modes of communication, specifically two dimensional text representations of complex analytics, which have become wholly inefficient in allowing appropriate peer review and understanding of scientific claims.
As was explored by Kesselheim et al (pay wall), funding disclosures have a profound impact on how physicians interpret research findings. But ultimately an individuals’ perception of research results comes down to trust. And the further one is removed from the science itself, the more assumptions one has to make, and ultimately the more one has to rely on preconceived notions to guide their opinion. Under the current model of scientific communication, interpretations require not only trust but a full on leap of faith. Allowing consumers a bridge across this vast chasm between scientific claims and the scientific process itself is one way to gain trust. Narrowing this gap is important specifically because it mitigates preconceived notions which are otherwise necessary to form one’s opinion, such as study funding sponsors.
The clearScience pilot, funded by the Alfred P. Sloan Foundation, is specifically positioning itself to build infrastructure for more effective scientific communication. By leveraging the open APIs of GitHub, Amazon Web Services, and Synapse, clearScience demonstrates how scientists can easily transition from exploring data—executing science—and providing the scientific community all the resources and artifacts to recreate analyses. Conducting research in this manner allows reproducibility to be a byproduct of the process rather than a burden. And more importantly, provides a framework for the science to be extended upon instead of publication as a a finite endpoint for research.


1. At first, you can check the network speed. If the speed is slow, switch to a connection that can offer better speed
2. Restart your Roku device and the Router by selecting the appropriate troubleshooting tips. Refer the setup manual to find the Router reset settings
3. You can use wireless range extenders to improve signal strength
4. Also do not place any obstacles or electrical interference between your Roku device and the Router
5. It’s better to avoid connecting multiple gadgets to the same Router
6. Verify the wireless network settings
7. Disconnect your device from the Router and then connect it back again.
8. What if the error codes persist after troubleshooting? If Roku Error Code 009 remain after troubleshooting, it’s better to go for a device replacement. You can select the best models such as Roku Express, Express Plus, Premium, Premium plus, and Streaming stick.
If you find it tough to execute the troubleshooting tips on your own, it’s better to contact customer support number +1-820-300-0450. We have a team of network support who can guide you 24/7.


Apple's iPhone 8 Wireless Charging Will Run At 7.5W Specification, Slower Than Standard Charging Profile
According to Japanese site Macotakara latest report about iPhone 8, Apple has opted to use the slower standard charging profile, which means the inductive charging will run at 7.5W specification at maximum, which is about half the speed of the latest Qi 1.2 standards.
Some Android phones on the market have already been using 15W of wireless charging profile for a while, and Qi wireless charging standard starts in version 1.2, the maximum can able to support 15W charging profile.
According to information resource that is well versed in WPC, wireless charging function that is built in iPhone 8 going to be announced in September has a possible of 7.5 W specification at maximum.
It's possible that like the Apple Watch, third-party iPhone 8 chargers will also need an Apple-certified chip to work, as Macotakara noted. Indeed the unnamed source suggested that it may be possible to use a single charger to power both a Watch and the "iPhone 8."
Similar to Apple Watch that is Qi standard but can charge only by charging equipment where MFi chip is built in, it is possible that the function of wireless charging equipment of iPhone 8 series is subject to MFi license.
Apple's iPhone 8 this year should feature a 5.8-inch OLED screen and 3D facial recognition - Possible replaces Touch ID, it is also believed the iPhone 8 battery will exceed 2700 mAH. Also expected are an iPhone 7s and 7s Plus, overall design will similar to current iPhone 7, but include some iPhone 8 elements, such as wireless charging and A11 chip.
Via 9to5mac And appleinsider, Image Via gizmochina
One of the new features in iOS 11 was Apple Pay Cash - a new Apple service that allows users to send and receive money through iMessage, which can later be used in retails stores through NFC or even in websites and apps that are compatible with Apple Pay. iHelp BR has uncovered some further details on what we may come to expect with Apple Pay Cash.
iHelp BR’s new discovery today shows us just what the Apple Pay process may look like this coming fall. Working under the title ‘Apple Pay Cash’ the strings refer to user identity verification, transfer fees, and an Apple Pay Cash card.
It is worth noting that the user may need to upload a driver's license or photo ID to verify the user before sending cash to each other. One of the strings mentions “Position your driver’s license or photo ID in the frame”, this possibly means that Apple Pay cash will be using the same system that you have seen when adding a credit or debit card to your wallet. It appears that if the verification fails, the user will not be able to send the payment via iMessage.
Your information could not be verified.
In a line of codes, it seems like Apple is very concerned about children abusing their parents' bank accounts and/or being lured into scams, so the feature could limits to children. Also in the beta code, Apple claims that Cash "works best" with a debit card. That may be a way of steering people away from credit cards, which will incur a 3 percent fee for person-to-person payments.
In addition to Touch ID, the virtual card comes complete with a four-digit PIN. As Apple’s Craig Federighi said in WWDC 2017 that Apple Pay Cash is available through iCloud across Apple Watch, iPhone, iPad and Mac devices that have been authorized for Apple Pay. We expecting Apple Pay Cash will launch in September Events, alongside with new iPhones, 4K Apple TV, and new watches.
Via 9to5mac And iDownloadBlog
The flashlight feature on the iPhone is a very handy tool, whether you are in the dark cinema looking for a seat or in the light out of the night to use for lighting. In the watchOS 4, Apple also added flashlight functionality on Apple Watch. As a smart watch, Apple Watch is not featured with a LED flash, so watchOS 4 allows Apple Watch screen to act as a flashlight, although very strange, but it is still very convenient to use, let's see how it works.
1. Just like iPhone, you can also enables Apple Watch flashlight feature in the Control Center, therefore, our first step is swipe up from the bottom of the screen to unveil the Control Center.
2. Tap the Flashlight icon in the Control Center.
3. Within a second, the entire Apple Watch screen will emit bright white light. The farther away from the wrist, the screen will become brighter.
4. To turn the flashlight off, just simply press the Digital Crown or Side Button and the screen will return to the Watch Face view. (Note: Control Center isn’t available while the Flashlight is active)
Different from the iOS Flashlight the new watchOS come with three operating modes: Traditional Flashlight that displays a white full-screen background with maximum brightness intensity, Strobe Flashlight which provides a blinking flashlight, and a Red Flashlight options is useful when you try to maximize your visibility for traffic approaching from behind.
Via iphonehacks and iphonetricks
iPad New Accessories: The Incredible Gadget Allows You To Turn An iPad As Mac's Second Display And A Touch Screen Mac
Turn the iPad into Mac's second display is not a new thing, in the past there are some apps support this feature like Duet Display, but a company called Astropad, recently unveiled an all-new hardware product - Luna Display, this accessory described as the “first and only hardware solution that turns any iPad into a true, wireless second screen display.” Let take a look at this accessory!
Luna Display provides two USB-C and Mini DP ports options, the former supports latest MacBook Pro and 12-inch MacBook, the latter applies to the MacBook Air and other early Mac. Luna Display supports all Macs that was released after 2012, including iMac, Mac Mini and Mac Pro, in addition to all MacBooks; the gadget capable of iPad 2 and later models.
Insert Luna into the Mac and connect to the iPad via Wi-Fi (also available with USB cable if necessary) to use the iPad as a Mac second screen. At this time the iPad is equivalent to a full-featured Mac external display. In addition to extended the use of high resolution of the Retina screen, the touch feature on an iPad screen has been preserved - it should be your first time "to use iPad as the Touch Screen of Mac devices"
Luna uses a technique called LIQUID, which shows a refresh rate of 60 fps and acceleration of image processing with Mac's GPU. If it's a iPad Pro, Apple Pencil can also be used directly, allowing you to pinching, panning and tapping, In addition to expanding the display as a complete extension to your Mac, thanks to the wireless connection, when you need to move the office, directly pick up the iPad can operate the Mac elsewhere.
Bloomberg: Apple Likely To Release 4K Apple TV At September Events, Alongside New iPhones And Watches
According to Bloomberg report, Apple will be in September Events to debut fourth generation of Apple TV that supports 4K video. It is reported that this new device will be feature wa faster processor to support 4K streaming, the resolution will be the twice as the fourth generation of Apple TV.
In addition to 4K support, it's reported that the new Apple TV will also capable HDR, which brings more bright and more accurate color performance. Apple is also expected to be testing its new version of TV apps that designed to better highlight live TV content and aggregate live broadcasts from apps that provides live streaming, and Apple is also working with content producers to provide more 4K content.
In order to play 4K and HDR content, Apple will need deals with content makers that can provide video in those formats. The Cupertino, California-based technology giant has begun discussions with movie studios about supplying 4K versions of movies via iTunes, according to people familiar with the talks. The company has also discussed its 4K video ambitions with content companies that already have apps on Apple TV, another person said.
During Apple’s WWDC 2017 keynote. Tim Cook shared that “you’ll be hearing a lot more about tvOS later this year.” It seems like Apple has big plan on Apple TV this year, the Apple TV was last updated in October of 2015, which is when the fourth-generation of Apple TV with Siri Remote and a full App Store was introduced.
Alongside a new 4K Apple TV, we are also expecting to see a third-generation Apple Watch with LTE support, as well as three new iPhones, including a radically redesigned 5.8-inch iPhone with an OLED screen and Face ID at Apple's September Event.
Via 9to5mac And MacRumors


Besides these uses it can also be used in commercial circuits.Atlanta consulting group advisors llc
It comes in TO packaging and the maximum output current this transistor can handle is mA. The transistor is having very good DC current gain and low noise capabilities due to which it is ideal to use in signal amplification stages. The typical saturation voltage is only 90 millivolts which is also a good sign to use it as a switch. The BC is a widely used transistor and it can be used in any general purpose application, it can also be used as a substitute and replacement to many transistors, therefore it can be used in variety of electronic circuits for example switch small load on very low input voltage and current and also in amplification of small audio and other signals.
The max transition frequency of the transistor is MHz so it will also perform well in RF circuits under MHz frequency. For long run in a circuit it is important to not increase load more than mA on it, and do not exceed the voltage across this transistor to 45V DC.
Always use a suitable base resistor to provide required current for saturation. Always confirm the collector emitter and base pins before placing in circuit. If accidently placed wrong in a circuit than check its performance again because placing wrong pins sometimes burns the internal circuitry of the transistor or make it weak. September 27, August 13, July 15, Your email address will not be published.
Save my name, email, and website in this browser for the next time I comment. Leave a Reply Cancel reply Your email address will not be published.Mazda cx 7 vacuum leak
BC is another general purpose widely used transistor that can be easily get from reputable electronic components store, this transistor also have bunch of good features on the basis of which one can use it in their electronic circuit, it can handle maximum current of mA which is enough to drive many other components such as ICS, other transistors, portion of a circuits, relays, LEDs etc.
The max collector dissipation of the device is miliWatt which is another good feature to use it as a small amplifier. BC transistor can be used in many general purpose applications; you can use it in the replacement of other general purpose transistor 2N, BC etc. A part from that it can be used as a switch to drive load under mA.
The mA collector current is quite good feature for this size and type of transistor therefore you can drive wide variety of loads at the same time in an electronic circuit. Moreover this transistor also has a very good DC current gain and collector dissipation characteristics which makes it ideal to use it in amplification and pre-amplification stages of an electronic circuit. To increase the durability and performance of this device the user much follow the guide lines and should not increase the values as described below.
Do not drive the transistor above 30V, always make sure to place its pins right in the circuit, do not provide load more than mA, and always use a suitable resistor at the base of the transistor to provide it required current. December 16, September 3, July 10, Your email address will not be published. Save my name, email, and website in this browser for the next time I comment.
Thread starter rahulrox Start date Apr 17, Search Forums New Posts.
Status Not open for further replies. Thread Starter rahulrox Joined Oct 31, I have a small circuit which controls the speed of a DC motor as per the ambient temperature. The circuit is working perfectly fine. I have across this circuit across a lot of forums and was just wondering if I could replace BC Q1 in the circuit with the commonly used 2N npn transistor.
Any other reasons that you could suggest. Scroll to continue with content. Ron H Joined Apr 14, 7, BC will work just fine.Ppsspp core download
Wendy Joined Mar 24, 22, And the maximum dissipation for a metal cased 2NA is mw. You are looking at the plastic varieties. When it comes to thermal conduction, metal always beats plastic. Ron H said:.
Felo Joined Feb 20, When I come across a replace for a switching transistor, I always choose over-kill so for this, would be my choice. You May Also Like. Continue to site. General Electronics Chat. Apr 8, Nov 2, How to design a circuit with BC transistor and resistors only.
Sep 26, My BC is getting very hot. Jun 21, In this circuit, is it possible to switch a BC Transistor with a 2na Transitor? Mar 4, BC Transistor is a general-purpose transistor mostly used in educational and electronics projects and It is also used in commercial circuits as well as in hobbies projects. It is a tiny three-terminal device capable to convert small signal inputs into large amplified outputs. The transistor, BC is shown below. Bc transistor has three terminals Collector, Base, and Emitter.
Pin detail is clearly shown in the figure given below. The Pin configuration of some transistors is different from BC so check pin configuration before replacing in a circuit. A lot of applications associated with BC, a few of the main applications are given below.
For the long life of bc do not increase load more than mA on it, and do not exceed the voltage across this transistor to 45V DC. Always use a relevant base resistor to provide the required current for saturation because more current on base can damage the transistor. Always confirm the collector-emitter and base pins before placing them in the circuit. If accidentally placed wrong in a circuit than check its performance again because wrong input can decrease its efficiency.
In a switch, it is operated in the Saturation and Cut-Off Region. A transistor acts as an Open switch during forwarding and as a Closed switch during Reverse Bias, this biasing can only be achieved by supplying the required amount of current to the base pin of the transistor.
BC549 Transistor Pinout, Uses, Equivalent
As mentioned above the biasing current maximum of 5mA. More current than 5mA will kill the Transistor; so, a resistor is always be added in series with base pin. We can calculate the value of the resistor R B using the below formulae.
A transistor acts as an Amplifier while operating in Active Region. BC can amplify power, voltage, and current at different configurations. First of all, We want to show you how can you use bc transistors in projects.
We are going to show you a simple touch on the circuit by using This will clear your concept of the working of transistor bc,bcbc, and other transistors the same as this. This simple circuit clear shows that when you touch the points shown in the circuit. Save my name, email, and website in this browser for the next time I comment. Table of Contents.
BC548 Transistor Pinout, Equivalent, Uses, Features
SMD Equivalent. Post Views:Leave a Reply Cancel reply Your email address will not be published.BC transistor: This is an NPN transistor so the collector and emitter will be on when supply small current to base.
BC is a low current transistor so the max amount of current that could flow through the Collector pin Ic is mA, so we cannot connect loads that use above mA and load voltage above 30volt using this transistor. BC has a reasonable gain value HEF from to ; this value controls the amplification capacity of the transistor.
When the transistor is fully biassed then it can permit a max of mA to flow across the collector and emitter so This step is called Saturation Region. The pin configuration of BC The working of the is the same as the NPN transistor. When a small amount of current on base has applied the emitter and collector start to flow the high level of current. When the base is connected with the ground the transistor remains in a fully cut-off stage. BC and bc both are NPN and both are alternate of each other with little difference.
The difference between these two are BC datasheet.
BC547 Transistor: Pinout, Features & Applications
Save my name, email, and website in this browser for the next time I comment. Table of Contents. Post Views: 1, BC Alternate bc datasheet bc pinout bc transistor. Leave a Reply Cancel reply Your email address will not be published.These transistors are utilised in audio frequency, and small signal directly coupled preamplifiers.
The general-purpose range of transistors is a good substitute for basic non-critical audio applications, as these transistors are similar and equivalents to each other. The most noticeable difference is in the packaging and pin configuration. The BC series subdivides further into two groups B, and C. This suffix indicates the current gain. As you can see from this, the largest current gain is available from group C that is why the BCC is more commonly used.Galileo gds
The complimentary version has identical characteristics except it is a PNP type. This is very useful for building symmetrical push-pull preamplifier stages.
Here is a typical audio amplifier circuit using biasing resistors, and an LT output transformer. They both have an absolute maximum collector rating of mA, and power dissipation of mW. Both transistors have a maximum collector-emitter rating of 30 V, and collector-base rating of 30 V. The main difference is that BC is a special low-noise type and available in groups B and C only, whilst BC is more general-purpose type and available in all three groups A, B, and C.
BC547 Transistor Pinout, Equivalent, Uses, Features & Applications
Due to the similarities between a BC and BC, they are interchangeable within many low voltage non-critical circuits, and therefore considered equivalents. Author: Peter J.Note: Complete Technical Details can be found at the datasheet give at the end of this page. BC is a NPN transistor hence the collector and emitter will be left open Reverse biased when the base pin is held at ground and will be closed Forward biased when a signal is provided to base pin.
BC has a gain value of tothis value determines the amplification capacity of the transistor. The maximum amount of current that could flow through the Collector pin is mA, hence we cannot connect loads that consume more than mA using this transistor.
To bias a transistor we have to supply current to base pin, this current I B should be limited to 5mA. When this transistor is fully biased then it can allow a maximum of mA to flow across the collector and emitter. When base current is removed the transistor becomes fully off, this stage is called as the Cut-off Region and the Base Emitter voltage could be around mV.
When a transistor is used as a switch it is operated in the Saturation and Cut-Off Region as explained above. As discussed a transistor will act as an Open switch during Forward Bias and as a Closed switch during Reverse Bias, this biasing can be achieved by supplying the required amount of current to the base pin.Ombretto nude archivi
As mentioned the biasing current should maximum of 5mA. Anything more than 5mA will kill the Transistor; hence a resistor is always added in series with base pin.
The value of this resistor R B can be calculated using below formulae. The value of I B should not exceed mA. A Transistors acts as an Amplifier when operating in Active Region.
It can amplify power, voltage and current at different configurations. Of the above types common emitter type is the popular and mostly used configuration. When uses as an Amplifier the DC current gain of the Transistor can be calculated by using the below formulae. If you are designing a PCD or Perf board with this component then the following picture from the Datasheet will be useful to know its package type and dimensions.
Subscribe to stay updated with industry's latest Electronics components and news. Amplifier modules like Audio amplifiers, signal Amplifier etc. Component Datasheet. BC Transistor Datasheet. Get Our Weekly Newsletter! Armor IPX enclosures have a rugged tandem through-hole design which simplifies installation.
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Solo | Spring 2019, Royal College of Art & Imperial College
While the smart home is pitched for convenience, there is a larger imperative at play by technology companies to use these devices as new nodes for behavioral data collection. This data is used to give us increasingly accurate targeted advertisements, influencing our consumptive behavior, which affects how we interact with the world around us. It is, in a sense, a method of reducing our autonomy. As we enter the age of the smart home, we must examine and question the connected devices that are entering our spaces and the priorities by which they are designed and engineered.
T4UMATA is an alternate vision for the design & engineering of the the smart home. The vision is guided by principles that place the individual first - isolated computing*, simplicity over complexity*, and individualised understanding*. T4UMATA is made up of two automata & an operator. The automata actuate buttons and knobs found on everyday objects of the home. The operator allows users to control each automata via a customisable gesture and/or voice command. All without the internet.
Together, the automata & the operator allow people to augment their routines in novel, customisable ways that places the individual in rightful control of their home.
The project began with an interest in the expansion of computing from beyond our handheld devices into everyday objects around us. Part of this is the introduction of the smart home, where we have connected devices coming from major technology companies entering our private space. I focused on the dichotomy between the privacy record of these technology companies and the home, a space we traditionally control and see as private from the outside world.
Two key insights were gained from my smart speaker survey:
Overcomplexity - smart speakers are complex devices that are used for only a few simple actions.
People don’t feel in control over their smart speakers.
Storyboarding routines revealed:
People use simple objects in order to complete routines.
Tasks such as pushing, pulling, and twisting are common in routines.
I became interested in the question:
What if people had programmable actuators that did simple actions such as pushing and twisting in order to augment their routines?


Fan Control Systems
AR Industrial Radiators can supply electrical control systems to compliment it's range of electric fan cooled radiators.
The control system can be in the form of a basic Motor Starter with contactors and relays, to the more sophisticated 2 speed and Variable speed/frequency control packages for more efficient engine cooling management systems.
The control equipment enclosures are rated to IP65 and fan cooled for 50C rating.
Aside from the fan drive control equipment, AR Industrial Radiators supplies temperature sensors, thermowells and gauges to complete the control process.
Variable speed drives on radiator cooling fans can vastly improve the operating efficiencies of the system by reducing the parasitic losses.
Reducing the operating fan speed through a temperature controlled VSD reduces the power absorbed by the fan motor dramatically.


Ubuntu's strong developer community will be pleased to hear that two new Dell devices targeted at developers are now available in market: the Dell XPS 13 laptop and the Dell Precision M3800 mobile workstation.The Ubuntu-based Dell XPS 13 laptop developer edition is the fourth generation of its series and embodies a host of new and improved features. Beyond being the smallest 13-inch laptop of its kind, it boasts the world's first virtually borderless infinity display, which offers more screen real-estate by fitting a 13-inch display into the size of an 11-inch laptop. The new XPS 13 also offers stunning clarity with Ultrasharp QHD+ resolution of up to 5.7 million pixels. The XPS 13 is the perfect companion for the software developer on-the-go, as it is provides the software and OS to get their job done whilst its minimal form factor makes it a pleasure to use.
OpenSourceFeed Hardware Open Source News Dell Launcheds Two Ubuntu Based Systems Designed For Developers


December 5th, 2013. Advice, Efficient Solar Power Systems For Homes With The Sophisticated Technology.
Sophisticated technology that used in this house is very interesting. It can be seen from the use of the solar energy system in the house design. It can support the electrical energy that usually used by the house. The Solar Power Systems for Homes is very efficient for the house energy. It has the green energy system that will make the earth stay in the great condition because of the non polluted energy from the solar system. This is the most efficient and cleanest energy that ever made by human for the house design idea.
The solar system works when the solar cell is getting the shine of the sun. It has the parable that the brighter the sunlight, the greater the energy that can be produced in the electricity energy. Then the energy is kept inside the battery in order to make the energy can be used in every time when we need to use the electricity. This will be the most interesting energy source that will enhance the appearance from the house design idea. The Solar Power Systems Houses have many advantages. It is very practical and also efficient in its energy consumption. Besides that, the maintenance of the solar cell is very easy. We just have to clean up the solar cell in order to make the sunlight passes through the solar cell easily without getting any disturbances from the things on the solar cell idea.
From those advantages, solar cell system is also completed with the disadvantages. Applying solar system in the house is very expensive. It is caused by the solar cell materials that still developed into something more efficient. Besides that, in getting the solar cell is rather hard because of the availability of the solar cell is still limited.
It becomes the future solar energy system that can be developed well in order to make people feel so easy in getting the clean and green energy from the Solar Systems Homes design.
There are 9 high resolution images again to check, so do not miss to see Terrific images all in Efficient Solar Power Systems For Homes With The Sophisticated Technology article galleries for your next inspiration by clicking the thumbnail below.
Posted at November 17th, 2013, Magali Azmora Accola post about Make a Splash With Tropical Home Decorating Ideas. It is so easy to create tropical home design although you are not living in tropical countries or ..
Posted at December 4th, 2013, Magali Azmora Accola post about Interesting Pool Landscaping Ideas for Enhancing the House Exterior Design. Great swimming pool de..
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Cross Platform development is operation of technology to get in better speed and superior portability. In this development, a software program is written once and is performed on several operating system platforms.
Program code and technology preferred allows the mobile application developer to install and share out the application across wide-ranging web and mobile platforms, operating systems, tools and devices. There are many tools and operating system platforms of mobiles.
Building application for a specific platform is easy but while applying an application on different platforms is quite demanding job and this can be implemented by the cross platform mobile development technology. Developers select a platform that supports them to develop the applications in one common language that would be supported by the entire accepted platform. This is called as the cross platform mobile development.
Some of the cross platform technologies are very popular like:
- Sencha Touch 2 – Sencha touch is admired these days is principally a framework used by the developers for web application.
- PhoneGap – It’s used to develop native mobile applications with the utilize of web based technologies rather than using C and C++.
- jQuery Mobile – Jquery mobile is a HTML5 based framework which is broadly used for the touch operated mobile devices.
- PhoneGap Build – It is enhanced versions of PhoneGap development technology.
Benefits of Cross Platform Development:
- One code for all (Phonegap supports around 7 platforms)
- Rapid testing and deployment.
- Use of the vendor specific market place to sell your products.
- Could do more platform specific things on the device than its default browser(website).
- Most off them are open source with lot of plugins and support to the community.


Time: 2019.08.05 Source: Jiangsu Symbory Science & Technology Co.,LtdPageviews: Loading...
An international research team reported in the journal Science Progress in the United States that they have invented a simple and economical new way to fabricate semiconductor nanocrystals of different sizes as needed, helping to realize the industrialization of next-generation color light-emitting diodes. produce. Researchers at institutions such as the University of Munich in Germany have found that semiconductors used in light-emitting diodes change the size of semiconductor crystals at the nanometer scale, allowing them to emit light of different colors, ranging from blue to red. High color purity.
Researchers have developed a way to produce semiconductor crystals by size using inexpensive low-cost perovskite materials. The core is a film mold with a thickness of only a few nanometers. It consists of a nanoporous material containing silicon and alumina. A large number of micropores can act as chemical reaction vessels, and the raw material solution reacts in the micropores to form perovskite nanometers. Crystal.
Experiments have shown that the size of the micropores on the film mold directly affects the size of the nanocrystals, thus determining the color of the luminescence. The nanocrystals produced by this method are very stable, enabling the LED to achieve high color fidelity.
Researchers say they will further increase the productivity of the method and expand the range of applications, such as the production of flexible color displays.


Battery capacity and the duty cycle of the radio will determine talk time. Typically a radio AT MINIMUM should last 8 hours. Over the years as batteries age, their ability to meet the customers requirements diminish and the batteries need charging during the shift or workday. New technology such as Motorola’s Impress battery systems enhances battery life as the charging systems are intelligent and adjust the charge rate for the type of use. Battery technology changes over the years have led to increased battery life as well.
What is digital?
Digital is a process to modulate the radio channel or frequency using data instead of traditional analog voice. By converting ones voice into a data stream and sending it over a radio channel we can improve the ability of the signal to be decoded and reproduce the audio at the other end to be heard. All cellular systems today use digital technology. Two way radios have both analog and digital. Digital affords some additional benefits such as a two for one channel usage. Thus one frequency or channel will allow you two simultaneous transmissions. This may allow for reduced costs in radio equipment.
What is Narrowbanding?
In a nutshell the frequency spectrum for two way radio communications is full. In order to achieve greater spectrum efficiency, the FCC has mandated that the bandwidth of a radio channel be cut in half. It is actually quite a bit more technical than this, but this was the layman’s terminology. Narrowbanding can be as simple as a programming change or as complicated as a system replacement.
What is the Narrowbanding Mandate of January 1st, 2013?
All radios below 512Mhz must be narrowbanded by that date. Refer to our website www.chicomm.com for more in-depth information.
What improvements have you seen with other customers going from analog to digital?
We have seen an increase in coverage and the ability to gain an extra voice path by going to digital.
Can you make my existing radios work with the new radios you are offering?
Again, this depends on the situation, what radios you have and what radios you are acquiring. Old radios can talk to new radios as long as they are programmed the same and on the same bandwidth. The exception is that Digital radios cannot talk to Analog radios.
Can my Vertex Radio work with a Motorola Radio?
In most applications yes. If your Vertex Radio is digital and the Motorola radio analog, then no.
What is the difference between Li-ion batteries & Ni-MH batteries?
Lithium Ion batteries are lighter in weight and can provide more power, but tend to cost more.
Nickel Metal Hydride batteries tend to be cheaper than Li-ion but are more prone to memory effect.
What is Memory Effect on a battery?
Memory effect is an alleged effect on certain rechargeable batteries that causes them to hold less charge. It describes the situation when batteries gradually lose their maximum energy capacity if they are repeatedly recharged after being only partially discharged. The battery appears to "remember" the smaller capacity. The source of the effect is changes in the characteristics of the underused active materials of the cell.
Do I need a FCC license?
With all of our two way radio solutions, Chicago Communications recommends obtaining an FCC license. As we can assist you in getting licensed, we are not a licensing coordinator. We use several companies that do nothing but coordinate and seek out frequencies or channels for our customers. Visit http://www.fcc.gov/business-licensing for more information.
What is a repeater?
A repeater actually has a different transmit frequency than the receiver frequency. Typically a repeater is higher in power and is placed higher on a pole or tower to gain some antenna height. As radio signals typically travel only so far, a repeater will receive those signals, re-amplify them at a higher power and rebroadcast them at a taller height thus gaining the user extended range as opposed to a radio to radio solution.
What is a base station?
A base station is typically a fixed piece of radio equipment that has a radio and a power supply. This is usually controlled by an operator. Base stations typically have higher power than a portable and thus have greater range.
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Joint Russian-European Mars mission Postponed to 2022 Over Coronavirus
A joint Russian-European mission to send a rover to Mars has been postponed by two years. Its final phase has been compromised by the coronavirus outbreak in Europe.
The launch of the second ExoMars mission was initially planned for July or August of this year. But the two space agencies said they were now postponing its launch until a date between August and October 2022.
The mission plans to place a rover vehicle, the Rosalind Franklin, on the surface of the red planet to help scour it for signs of past life.
Source is here


The latest version of Windows OS is designed to run on handheld devices such as phones and tablets to all-in-one PCs. All these devices allow applications to interact with the users through touch, pen, mouse or keyboard – but using a consistent device appropriate mode. Corporate users want Lines of Business (LOB) applications to be available to them anywhere on any device, anytime.
Wankys can help build Windows applications that work with backend on-premises or cloud data stores, combine business processes and workflows across departments while adhering to enterprise class security and performance needs. We build applications that increase the user experience by clean, open and responsive layout that reduce clutter and emphasizes content and action.
Azure, the leading cloud platform that is both infrastructure-as-a-service (IaaS) and platform-as-a-service (PaaS) provide the following benefits:
The modern, global and connected businesses need to operate 24x7 across regions and time zones with unprecedented speed and dynamic scale. Microsoft Azure provides platform, tools and resources to build high performing, high availability applications that are secure and easy to manage. Wankys helps you to build connected modern applications that leverage existing IT investments while utilizing cloud features to provide personalized and contextualized experience to the users across multiple devices. With a unified backend (cloud, on-premises or hybrid), Wankys can build applications that deliver data and services through browsers or native apps to any device: PCs, tablets and phones.
© 2017 Wankys. All rights reserved.


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Power bank Ray with a large nice touchsurface and a capacity of 4000 mAh is a product with a high-quality Li-polymer battery grade A (CE, Rohs, FC) and ensures safe charging of all USB devices, including smartphones, tablets and digital cameras. 1 x Micro USB cable included.
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Stereotactic radiation is the term applied to treatment methods and techniques which enable a high dose of radiation to be administered very precisely to a previously defined target volume of tissue. Steep dose gradients outside the target volume provide optimum protection of neighbouring, healthy structures which are susceptible to radiation.
The necessary geometric precision is achieved by using stereotactic localization and positioning systems (mask systems). A system of external coordinates enables targets inside the patient's body to be defined to an accuracy of a few millimetres. Therapy is planned using three-dimensional computed tomography, and the tumour is then radiated from outside the body from several directions with pin-point accuracy. Each of the fields along the beam contains such low energy that healthy tissue which is exposed to radiation is barely affected. All the beams converge at a point inside the target volume, where they combine to produce the required high dose.
Radiosurgery and fractionated stereotactic precision radiation are used mainly for localized lung tumours, liver metastases and brain metastases.
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Dark Matter Deficient Galaxies Produced Via High-velocity Galaxy Collisions In Numerical Simulations
Shin, E. -J., Jung, M., Kwon, G., Kim, J. -H., Lee, J., Jo, Y., & Oh, B. K.
We implement the numerical experiments to determine if the so-called dark matter deficient galaxies (DMDGs) could be produced when two gas-rich, dwarf-sized galaxies collide with a high relative velocity of ∼ 300 kms−1.
Using idealized high-resolution simulations with both mesh-based and particle-based gravito-hydrodynamics codes, we find that DMDGs can form as high-velocity galaxy collisions separate dark matter from the warm disk gas which subsequently is compressed by shock and tidal interaction to form stars.
For details, see our paper.
Click to see the high-resolution image.
An idealized galaxy collision simulation on GADGET-2 demonstrating the “collision-induced” DMDG formation scenario.
The high-velocity (∼ 300kms−1) collision of two gas-rich, dwarf satellite galaxies near a massive host produces multiple DMDGs.
Idealized galaxy collision simulation on the grid-based code ENZO. The most massive DMDG is with Mstar, <5kpc = 1.60 × 108M⊙
Left: the star formation rate (SFR) within 20 kpc from the most massive DMDG born in the ENZO simulation.
Middle: the radial profile of the enclosed mass in the most massive DMDG at t = 870 Myr, showing that little dark matter exists in the DMDG.
Right: 2-dimensional probability distribution function (PDF) of density and temperature for the gas within 20 kpc from the center of the most massive DMDG at t = 420 Myr.
Same as above, but the results from the particle-based code GADGET-2. The most massive DMDG is with Mstar, <5kpc = 2.16 × 108 M⊙.
Same as above, but the results from the particle-based code GADGET-2.


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Caution: This product consumes a large amount of electricity during its operation. If you connect this equipment with a power cable with insufficient capacity or an old cable, a fire might break out due to electrical leakage.
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ZTE Axon 10 Pro is the new ZTE smartphone 2019 which has a powerful chipset Snapdragon 855. This new ZTE Android smartphone also has triple back cameras (48 MP + 20 MP + 8 MP) with 20 MP selfie camera. Let’s see more information about this latest ZTE smartphone which comes with 6 GB/ 8 GB / 12 GB RAM version.
ZTE Nubia Red Magic 3 is a powerful Android smartphone and this new ZTE smartphone is specially made for gaming. Snapdragon 855 chipset with 6 GB / 8 GB / 12 GB RAM version will give you best gaming experience. Let’s see more information about this latest ZTE smartphone.


The universal OEM reference board is a reference design suitable for the W01, L01, L04 and G01 OEM modules, making it possible to have a single PCB design that can accommodate all of our OEM modules.
If you require a reference board for the G01, this design is the only one that is suitable. The L01 reference board does not contain the necessary SIM slot.
The reference board has exactly the same pinout as a developmnent module and can be used in its place!
The layout of the OEM baseboard reference is available as a PDF File
The schematic of the OEM baseboard reference is available as a PDF File
The Altium Project and Gerber files are also available as a ZIP File


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These are the instructions provided by cricut to obtain the application: The only version of cricut design space on the microsoft store is the beginner edition, if that suits your needs, you can install that in windows 10 s mode, if you need another version of that software, you would need to switch windows 10 out of w mode, it is free to do so.
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Previous « Prev Post. Next Next Post ». Check circuit validity after designing is complete, and simulate it through the Run option in Toolbar. CircuitMod lets you create simple as well as complex digital circuits for free.
This open source freeware is written in Java. Add components, build circuit, simulate, and view output with waveforms.
You can Right Click on the workspace to access the component menu. Click on Stack All option in the scope window to view the waveform of all components together. Click Unstack All to view individual waveforms. You can also vary the simulation speed of the circuit. Solve Elec is a unique circuit design software which can be used to solve electrical circuits. Create simple designs with the available components, add values to them, and find the correct value for the device with unknown value.
After designing a circuit, click on Switch On button to check if its correct. Click on Solution to show the solution of circuit after solving it. Click the Equation button to view all the equations applied in the circuit. All of these parameters are displayed on the right side of the UI.
Other major options available here are: Graph, Equivalent Circuit, Oscilloscope, Transfer function, Frequency response, etc. Dia Diagram Editor is a versatile diagram maker and editor. Go to the Tools menu to access the components to design digital circuit. You will find components to design digital circuits under various categories, like: Electrical, Electronic, Logic Components , etc. Save your diagram in. AACircuit is released under Beerware license. The component library is available on the right side of the interface.
Complete the circuit and save it in. It is one of a kind circuit design software for Windows. Digital Works is a standalone circuit design freeware. It provides a simple interface to design digital circuits. Save your circuit as. You can even simulate the designed circuit. Options to set Clock Speed is also available. MultiMedia Logic is another easy to use circuit design software.
Design your circuit, save it, and run simulation to test it. You can set simulation speed if you want to. Use desired background color. Save your design in. Design digital circuits and simulate them with PECS. It is a free software with an intuitive interface. The simulator option is available in the Simulation menubar. Click on a component to set its value.
Save the circuit as. This is a portable software and needs no installation. Double click on any component to view its properties. Save a designed circuit as. It is free to use, and has been developed to learn circuit design. Simulation of circuit can be carried out after the design is complete. You can also view the output waveform. Circuit Diagrams is an open source circuit designer for Windows. To create a circuit diagram with this software, use various circuit design components available here.
When you are done with the designing part, you can save your work in. This circuit design software also lets you export your design as images in. Once you simulate the designed circuit, values of current and voltage across the components of the circuit are displayed. Select a result to view its plot on the graph, which is available right on the interface.
Micro-Cap is another good circuit simulation software for Windows. It lets you design and simulate power electronics, electric, as well as logic circuits. With a very large collection of components, it is one of the best circuit simulation software.
Before we proceed further, I would like to bring it to your notice that the free version of this software is an evaluation version, and comes with certain limitations. Checkout the limitations of evaluation version here. Despite of the limited features, it lets you design and simulate general circuits easily. As mentioned before, the list of components is very wide. The basic electrical components, such as Resistors, Capacitors, Inductors, along with Transformers, Diodes, etc.
Connect relevant components to form a circuit, and then simulate the circuit from Analysis menu. There are various other functions available under the Analysis window, but they are locked for the evaluation version.
Circuit Construction Kit is a simple but pretty interesting circuit simulator software for kids. It has been developed to teach the basic concept of electricity. In the component list, you will find a bulb, a resistor, wire, a battery, and a switch. You have to construct a circuit using these components. You can use voltmeter and ammeter to measure voltage and current values across components. Circuit Sandbox is another simple and free logic circuit simulation software.
Build logic circuits with the help of components available, and simulate to view output. Very basic components are available here. You will find logic gates, flip flops, input and output devices, ground terminal, LEDs , etc. Run simulator after circuit design to see if output displays. You can also save a circuit design for future. Create logic circuit to simulate it or use any of the pre-loaded designs to simulate. The output can viewed on the output device connected to the circuit.
Just like idealCircuit , you can simulate electric circuit, power electronic circuit, and logic circuit. A good list of components make this software worth a try.
Circuit simulation not only provides values of voltage and current across components, but also provides transient waveform analysis. In the list of components, you will find active components, passive components, transformers, connectors, probes, voltage sources, current sources, semiconductors, logic gates, amplifiers, transistors, and more. The simulator menu has options to carry out analysis, run schematic, check if the circuit is complete, etc.
You can also view transient waveform of the circuit once simulated. Its a complex, yet very extensive circuit simulation software with loads of tools, components, and analysis options. Proteus is a circuit simulation software that provides a demonstration version for free.
Design and simulate analog and digital circuits. Limited versions of the following products are included in the Student Version of PSpice:. CircuitMaker is the most powerful, easy-to-use schematic capture and simulation tool in its class.
Schematics Maker lets you create schematic diagrams, circuits, and wiring diagrams. Proteus combines ease-of-use with powerful features to help you design, test and layout professional PCBs.


HC-06 RF Wireless Bluetooth Bee V2.0 Module with Xbee V03 Shield
Board for Arduino
Bluetooth Bee Bluetooth wireless module
Bluetooth Bee Bluetooth wireless module using XBEE design, volume
compact size compatible XBEE expansion base, suitable for all kinds
of 3.3V microcontroller system, the module can use the AT command
set the baud rate and the master and slave mode, the default baud
rate: 9600, matching 1234, slave mode.
Comes efficient onboard antenna, antenna exposed transmit the
signal quality is better farther, transparent serial port can be
used with a variety of Bluetooth adapter, Bluetooth phone paired.
User-friendly design to facilitate the secondary development.
The module has been tested with the market all paired with a
Bluetooth adapter (included with the Bluetooth laptops and cell
phones), please rest assured purchase.
Module uses 3.3V power supply.
Never use more than 3.3V supply, this may destroy the module
Modify the baud rate after module restart to take effect
Bluetooth passkey is 1234
The default baud rate 9600
Bee Adapter, conveniently linked Bluetooth Bee and PC data exchange
Sensor Shield, for insertion Bluetooth Bee, the convenience of
Bluetooth data control
Bluetooth adapter for Bluetooth and Bluetooth Bee, etc. from the
Comes with efficient on-board antenna, the antenna exposed transmit
better signal quality over longer distances, transparent serial
port can be used with a variety of Bluetooth adapter, Bluetooth
phone paired. User-friendly design to facilitate the secondary
The module has been tested to work with the market all paired
Bluetooth adapter (included with Bluetooth laptops and mobile
This Bluetooth module supports master and slave mode, the user can
set many detailed parameters AT commands. Way than using a separate
slave mode is more freedom and flexibility, can be adapted to the
special needs of more users. General and PC, PDA and other
Bluetooth devices can be paired to slave mode.
Bluetooth Bee V03 Shield Board:
Design for easy plug into development board,
Coupled with Bluetooh Bee Bluetooth module, and other Bluetooth
devices to communicate wirelessly.
Coupled with xbee module, which enables the communication between
the communication between, or between with PC.
Email: email@example.com Please contact me with this email directly if you have any
requirement, we will reply you within 24 hours.
1.Convenient & Friendly Customer Service
2. Low Prices Direct From Factory Suppliers
3. Fast Delivery Around The Globe.
4. High Quality With Global Standards.
5. 1 year factory warranty
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Tag: Xbee V03 Shield Board , HC-06 , Wireless Bluetooth Bee V2.0


The security and security standards that we require in our WiFi networks slip unnoticed in the majority of cases. This is a discussion of wireless standards – the protocols and protocols that define how Wi-Fi are supposed to behave. Only when you comprehend how they’ve evolved can you get a feel of the progress we’ve made.
This article we’ll attempt to shed some light on the wireless journey and provide you with the crucial information you might have missed.
The History of Wireless Standards
Wireless standards have made significant progress from their early beginnings. The first standards were referred to by the names of 802.11a as well as 802.11b and were introduced in 1999. The (a) version operating on the frequency of 5Ghz as well as (b) version running on the 2.4GHz frequency, and (b) version operating using the 2.4GHz frequency, gave us our first glimpse of what wireless capabilities could offer.
In 2003 802.11g was introduced, bringing both frequencies to a maximum rate of around 54Mbps. Then, it was overshadowed by 802.11n in 2009 and 802.11ac in 2014, which dramatically increased data speed while also ensuring greater security across all. The most recent wireless standard to emerge was 802.11ax which increased us to 12Gbps. This is an enormous improvement over the standards that came before it.
Each one of these standards reflected the status of the industry at any moment in time. They contributed to the creation of a uniform way to connect to the internet, so that users of all ages could connect and play without having to learn the technical complexities behind the scenes. This helped create our internet networks that allow for the ubiquitous use of the internet and inter-device communication that we are seeing nowadays. If it weren’t for them, I wouldn’t be reading this now. Check out the router and old UPS price.
What About LTE/4G/5G?
You may have wondered what LTE 4G, LTE, and 5G are related. LTE is an acronym that stands for “long-term evolution.” It refers to a particular iteration of 4G, which is thought to be to be the fastest. 3G, 4G, and 5G represent, quite simply for 3rd, 4th as well as 5th Gen (of the mobile tech). Instead of being wireless standards in the same manner that 802.11xx codes are a reference to standards, they are actually different phases in the development of mobile technology. You’re likely to have heard of them through the signal of your phone
3G is the term used to describe the age of wireless internet connectivity on mobile devices, whereas 4G refers to the time in which speeds that allowed streaming of video and other media with high data usability were made available. It is just a coincidence that the biggest developments of the past few years have been linked by the speed and efficiency of broadband internet connectivity via wireless which makes the terms 5G and 4G interchangeable with the way of connecting.
In recent times the 4G connection has been an option for a failover to broadband connections via cable. With a 4G modem, or 4G router, used UPS, both business and home users can connect the mobile data connection to their homes (aided by an extremely powerful four-way antenna) and use the internet in a normal manner, even if you don’t own broadband available in the home.
It’s possible to say that as technology advances we continue to get faster and more secure internet connections with each version. This will only increase the possibilities of what we are able to do using these global networks.
Another well-known, widely-used wireless technology is Bluetooth. It is a technology used to transfer data between devices over small distances, by making use of UHF radio waves with frequencies between 2.4 to 2.485 GHz. In the world of consumer electronics it has revolutionized connections between people in person and allows multiple devices to communicate with each other in a reliable and efficient manner.
The same has been the case regarding Bluetooth standards throughout the years and are currently up on Bluetooth 5.0 being the most modern set of protocols created to date. Each advancement brought improved reliability in terms of range, range, and speed. Also, the improvements in power efficiency that we observed in the more recent versions.
Thanks to these standards we were able to develop innovative ways that devices can connect regardless of their model or brand or configuration. The Internet of Things (IoT) is a result of the work done by Bluetooth standards. It continues to play a significant part in the modern-day networks around the globe.
There you have it. A fascinating tour through the different wireless standards we depend on in the present. Without them, we would not have been able to build the internet which is now so familiar to us now. These protocols have set the stage for the growth of the internet, and for this important infrastructure it’s astonishing that they’re not given almost the amount of credit they deserve.
The best part is that they are constantly evolving. We’re constantly seeking ways to improve their capabilities and with each step we open up new possibilities for both organizations and individuals.


Here come the Mini Mario Karts. 2.4 GHz Full Function RC Kart with 3.7V - 40mAh LiPo battery and USB charging cable. 2 AAA/LR03 batteries for the controller are also included. The controller is also for storage and has a clip for carrying on the belt. The 7.5 cm long vehicle reaches a speed of 5 km/h. The charging time is approx. 20 minutes and one charge is enough for up to 7 minutes of driving pleasure.


So, according to Wikipedia and BatteryUniversity.com, I should deep-cycle my iPod touch’s lithium-ion battery by depleting it completely and then letting it charge up all the way. Since I haven’t bothered to deep-cycle in the last few months, I thought I should deep-cycle my iPod’s battery again because this should be done every 30 charge cycles.
Now, completely discharging an iPod touch is hard because it automatically shuts down when the battery gets to around 5 percent. But I’ve discovered a way to really deplete the battery.
How I did it
First, I turned up the brightness all the way while my battery meter was showing red. I played some games (mainly Bejeweled and Cro-Mag Rally) and downloaded podcasts. Video podcasts. Pretty soon, the device just flat-out gave up. It didn’t even bother with a shutdown, or even a hardware-level shutdown. The system just cut power to everything. How do I know this? The LCD screen, instead of instantly going black, went black slowly as each pixel returned to its default position. (Sorry I have no pictures, I didn’t intend on writing a blog post until afterwards.)
Next, I waited a few minutes before trying to turn my iPod touch on again. This gives the battery some time to recover and appear to gain some charge. Now, the iPod started up again, but before it got to the Home Screen, it turned off again. I repeated this until it wouldn’t start. Then I did it again.
The last time I tried this, instead of getting a black screen with a shiny Apple logo, I got a light blue screen. No, not a BSOD. I’m not really sure what it was, but a few seconds later, it went black again. This time, I thought I’d done something terribly wrong, and that possibly I had permanently damaged my iPod touch. Looking back, I think it might’ve been a kernel level thing? I don’t know, but if you do, leave it in the comments.
At that point, I decided it would be a good idea to plug my iPod in. I painfully waited a few minutes, not knowing if I’d have to take it to an Apple Store. Luckily, the Apple logo showed up, and within a minute, it was ready to go again.
It was interesting seeing the LCD screen slowly fade to black, and seeing a blue screen instead of the familiar Apple logo. Although it’s probably not a necessary to deep-cycle a battery on an electronic device like I did, you could try it, and be sure to send us photos. Direct them to firstname.lastname@example.org. Thanks for reading my story about an iPod touch battery!
Update: I forgot to mention this the first time around: Extreme deep-cycling like this actually reset my time to January 1, 2000.


Save Money on Electricity Expenses With Solar Energy
Solar energy is the conversion of the rays of the sun into electricity or gas in the form of heavy steam, water vapor or evaporated gases. It is a limitless resource of tidy power without contaminants. The process entails the absorption of solar power by things that have actually either already been stimulated or are beginning to be invigorated via photochemical responses. Solar energy is warm and also radiant power from the Sun which is caught using a large range of ever-evolving modern technologies including solar systems, solar thermal power, solar heat energy, solar photovoltaic or pv systems, synthetic Photosynthetic Genomics, icy organic compounds (cost-free radicals), wind power and also solar-based gas. Solar energy can be classified into two major categories, energetic as well as easy solar power. Active solar energy systems are typically on-grid or grid-tie. These are typically offered as a service to organizations. Active solar energy systems feed right into the electrical grid of an utility and also are then readily available to buy to customers. Active solar power systems are normally supplied by modern photovoltaic or pv solar battery arrays called “photovoltaic panels.” They include a series of photovoltaic or pv (PV) cells wired together to develop a shut circuit and also are for that reason based on damage. Inexpensive active solar energy systems can assist you decrease or eliminate your month-to-month electrical power costs. Solar power can be gathered by solar panels. The collected energy is after that exchanged electrical current via conductors that have been treated with electricity-generating chemicals. This electrical present after that feeds into the electrical grid of an energy and also is used to supplement the energy’s existing power plant supply. Many states additionally give refunds or incentives to motivate residents to convert their domestic solar electrical power systems to non-traditional on-grid systems. Bi-directional meter, which is also called a “bio-system” gathers solar energy and then gauges it against a common gauge of the system called “bi-directional” meter. The measurement of solar energy is converted to route present (DC) for usage in the residence. The electrical present then feeds into the electric grid of an utility. This kind of system is commonly used in rural areas where most commercial electricity resources are not accessible. Linking several solar panels with each other to develop a huge single photovoltaic or pv variety is known as a “multi-system” program. This kind of program has the capacity to create more electricity than what might be generated independently. Multi-system programs are normally sold to energies as a packaged renewable resource plan. Many state federal governments, as well as personal parties, use different rebates, tax obligation incentives, and also credit scores to encourage the setup of planetary systems. Furthermore, different utilities have created strategies to purchase excess electrical power generated by planetary systems and shop it for future usage. These surplus amounts are normally small, nevertheless, they do accumulate with time and also can be utilized to offset or even replace a few of an energy’s power requirements. The enhancement of such an addition can possibly save a considerable quantity of money with time on electrical energy expenses. The combination of these refunds, credits, and purchases from energies can aid offset a significant part of an energy’s energy requirements.


Investing.com -- Apple unveiled the iPhone 15 and new Apple Watch Series 9 on Tuesday, boasting improved connectivity, faster chips, and USB-C charging. The tech giant raised the price of its higher-end iPhone Pro Max, but surprised some on Wall Street by keeping the price of its iPhone Pro model unchanged from last year. Apple Inc (NASDAQ:AAPL) fell nearly 2% in recent trading. The new iPhone, which comes in two sizes, 6.1 inches for iPhone 15 and 6.7 inches for iPhone 15 Plus, is expected to spark a wave of upgrades from customers that are still sticking onto older models like the iPhone 11. The new smartphone also sports a display twice as bright as iPhone 14 and an improved 48-megapixel main camera, the company said. The iPhone 15 will be powered by its A16 bionic chip - that was introduced on iPhone 14 Pro - and also the second-generation ultra wideband chip, allowing the iPhone 15 to connect to other devices from up to three times farther away, Apple said. The iPhone 15 Pro, meanwhile, includes a new generation Apple A17 chip including a breakthrough new GPU to improve speed, performance and efficiency. The more advanced model also will allow users to capture three-dimensional spatial video and a camera with an even larger sensor than iPhone 15. No price hike for iPhone Pro, but Pro Max gets modest hike amid China demand concerns The base model iPhone 15 phone will start at $799, while the iPhone 15 Plus will start at $899. Participating wireless carriers will offer up to $800 off for qualifying trade-ins. The iPhone 15 Pro starts at $999 and the Pro Max starts at $1,199, which is up from $1,099 last year, but comes with 256 gigabytes of memory. All three iPhone models will be available Sept. 22. The low-end and high-end prices remains unchanged from last year, which could come as surprise to some on Wall Street who had been hoping that Apple would lift the prices for the Pro and Pro Max models. The improved technology, chips, and battery technology in iPhone 15 Pro/Max was expected to warrant a price increase for both advanced iPhone models, but the move to keep the iPhone Pro pricing unchanged was a "surprise," Wedbush said in a note Tuesday. Still, the Pro/Max models are expected to persuade users of older models to make the switch, "setting up for a new "mini supercycle" despite the uncertain macro and China worries," Wedbush added. The new iPhone comes in the wake of concerns about demand in China after Beijing recently prohibited government employees at state-owned businesses from using foreign devices including iPhones. New Apple watch powered by snappy S9 Chip, 'Double Tap' Gesture Apple also unveiled a new Apple watch series 9, powered by Apple’s new S9 watch chip, boosting animation, visual effects, and speed, and maintaining 18-hour battery life. The new watch also features a new gesture ‘Double Tap’ – activated by tapping your index finger and thumb together twice - that controls the primary button, allowing users to answer and end calls, stop timer, play and pause music of even snooze an alarm. The new watch also features an wideband chip helps you easily users easily find their iPhones. The company also launched Apple Watch Ultra 2 that also includes Apple’s new S9 chip, featuring a bigger display, an expanded altitude range The Apple Watch SE starts at $249, the new Series 9 starts at $399, and the Apple Watch Ultra 2 is priced at $799. The new Apple Watch will be available on Sept. 22.


Digital Place is the digital enterprises cluster of the Midi-Pyrenees Region. It gathers all-sized enterprises, from startup to medium-size which represent different fields of information technologies and communications technologies.
Its objective is to develop the subsidiary, to build collective projects in order to allow enterprises to take knowledge of the growth leverage, to help its members to move forward in terms of size (turnover and jobs) and to access new markets.
Olivier NICOLAS, the Product Officer of e-Citiz is the Administrator of the Cluster and the President of the Innovation Commission.
The objective of the Innovation Commission is to :
- Bring together the startups, very small and medium enterprises to the research field in order to encourage the transfer of technologies
- Associating startups, very small and medium enterprises with industrials and big accounts in order to apply the produced innovation