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EverStart Maxx Jump Starter and Power Station, 1200 Peak Battery Amps with 500W Inverter and 120 PSI Compressor (J5CPDE)
About This Item
The Everstart MAXX J5CPDE Jump Starter / Power Station is the perfect companion for all roadside emergencies and personal power needs. Delivering 1200 peak battery amps through integrated jumper cables, it’s got enough power to start most vehicles (up to and including V8-powered cars and trucks). It’s also got a powerful 500 watt inverter and high-output triple USB power ports for all your electronic devices. If your tires run low, you can just connect the Sure Fit nozzle from the Power Station’s compressor, select your desired pressure, and let the Power Station do the rest. Pick up an Everstart MAXX J5CPDE for your vehicle today!
- 1200 Peak Battery Amps of Jump Starting power
- Integrated 500 Watt Inverter with triple-USB power
- 120 PSI compressor with Autostop functionality
- Pivoting LED worklight
- ETL certified with Reverse Polarity Alarm
This product can expose you to chemicals including lead, which is known to the State of California to cause cancer, and Di(2-ethylhexyl)phthalate (DEHP), which is known to the state of California to cause birth defects or other reproductive harm.
No features description available
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|Assembled Product Dimensions (L x W x H)||
14.50 x 11.00 x 9.00 Inches


What Is So Fascinating About Series Circuit Definition Physics?
The LED is a lot brighter than before. The transformer oil becomes decomposed and gas bubbles are made. This ends in more volume.
New Ideas Into Series Circuit Definition Physics Never Before Revealed
Series circuits are occasionally known as current-coupled or daisy chain-coupled. Now that is simply amazing to me. This enables many organizations to share a standard pool of circuits. Frequently a circuit is a mixture of series and parallel circuits.
These vacuums exist within the domain of plausible deniability, meaning it’s possible to deny it, but it’s also feasible to research paper writing accept it. Meaning it doesn’t spin. Therefore, many different kinds of religion do not contradict science in any manner. This cannot be further from the reality.
Along the path to a general grasp of the world we are living in there are several tiny actions that students may take, many of which can be measured and recorded. Different varieties of materials serve as electrical insulators, the selection being made primarily on the grounds of the particular requirements of each application. Inside this instance, the failure rate per hour is so small that it’s almost insignificant. Elementary school teachers may have different objectives to people who work in high schools as they’re introducing children to the area of learning, just with the ideal SMART goals and the proper attitude, now teachers can achieve realistic goals by the conclusion of each semester and therefore and furthermore, help to enhance the grades of an increasing number of students.
Up in Arms About Series Circuit Definition Physics?
The relatively low temperature is a consequence of the resistor acting as a semiconductor, meaning that it’s allowing only a particular number of current to flow through. When an object isn’t transforming its velocity, then the object isn’t accelerating. Tell this very first atom which he or she cannot have two electrons.
The Lost Secret of Series Circuit Definition Physics
That’s the way it’s going to be represented in a circuit diagram similar to this. The illustration indicates a very simple parallel circuit. The contemporary theoretician doesn’t wish to get distracted by architecture. Therefore, all the components in a series connection carry the exact current. There is a principal line that connects your residence to the power grid. There has to be a fantastic mechanical connection.
And here is the reason why I say this. expert-writers The older-style D’Arsonval VOMs continue to be available. It is not the same kind of analysis that’s not as general, but often is a lot easier than Kirchoff’s Law. It is not the same kind of analysis that’s not as general, but often is a lot simpler than Kirchhoff’s Law.
The Number One Question You Must Ask for Series Circuit Definition Physics
Capacitors connected in series are a bit more complicated to compute, but still easy after you learn it. Observe how you finally have to switch the direction of the knob to reach the maximum voltage. The Zener voltage is only going to be generated over a particular current selection. A circuit has 20 resistors with the exact same resistance. Most circuits have more than 1 component, referred to as a resistor that limits the circulation of charge in the circuit.
Whenever there are two or more inductors, the mutual inductance between every one of them and the manner by which the coils influence each other complicates the calculation. The inverse of resistivity is known as conductivity. When you know your resistance, you can choose whether you wish to use a single resistor or whenever you wish to break it down across multiple resistors. It is identical at the very first resistor since it is at the previous resistor because it’s in the battery. Variable resistors are accustomed to dynamically alter the resistance to control the current in a circuit, and might also be put to use as a voltage divider.
Top Series Circuit Definition Physics Secrets
You don’t need to include things like this resistance if you don’t own a lot of wire or will need to be quite accurate. The wire acts as a form of charge pipe by which charge can flow. Show a period of copper wire and inform them that electric current can flow through wire such as this. Basic electronics comprises the minimal electronics components that compose a portion of routine electronics equipment. Attach the totally free wire from the electromagnet to the opposite end of the batteries.
Top Series Circuit Definition Physics Choices
Let’s look at the monk parakeet as an example since it was recently utilised in a case study. But here’s a good evidence. You’re able to argue that a few of the scientists on the other side of the evolution of a theory harbored certain biases. Calculate according to the next equations.
It always has 1 side that’s dark, the exact side. A latching relay differs. A couple of the symbols have very close look. On several occasions, there’s more than 1 force acting upon an object. Then calculate the job done with these forces.


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We first met Dan when we needed to reverse engineer a laptop to run on a much older operating system then it was designed for so we could solve an issue with a large complex audio visual system, Dan performed this work perfectly and we were able and still today use this system he built for us on... Read More
Scott Forrest, Brisbane QLD
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When we think about technology, we immediately think of its intricacies and complexities. However, technology can be made much simpler to understand. That is what Cymplify Central strives to do. We want to make information on technology accessible and easy to understand.
This website is a platform for minds to meet and discuss technology. Feel free to explore the depths of technology by exploring our website. Find out more about innovations, developments, and advancements in technology with us. Discover useful hacks, tips, and tricks that we discuss in our articles.


Jetzt für 1 € bei der Telekom mit MagentaMobil Data M Vertrag sichern. Noch mehr Datenvolumen fürs mobile Surfen mit Tablet oder Laptop - im größten 5G-Netz Große Auswahl an Apple iPads im Onlineshop entdecken. Einfach online bestellen. Ihr neues Apple iPad jetzt bei MediaMarkt entdecken und bequem online bestellen The Apple 30w USB-C chargers charge iPads faster, but it's an exponentially decaying return. I don't see too much difference using the 30w over the 18w on my 2018 pro. I do notice on 2017 Pro 10.5.. iPad (8th generation) and iPad Air (4th generation) come with a 20W power adapter in the box. Learn about USB power adapter certifications When an iOS or iPadOS device comes with an Apple USB power adapter, that adapter is certified to meet government safety standards in countries and regions where the device is available And not all iPads currently on sale support fast charging - only the iPad Pro, Air and Mini (5th Gen). Apple makes a variety of fast-charging blocks for iPads and MacBook computers that range in wattage from 18W up to 87W, and you can any of these to fast-charge compatible iPads. For example, we hear from pilots regularly who travel with an 87W Apple USB-C charger for their MacBook and use it to charge their iPad Pro as well
The iPad Air 4 ships with a 20W USB-C charger vs. the iPad Pro's 18W charger. The new fourth-generation iPad Air 4 ( aka the iPad Pro killer) that was unveiled during today's prerecorded Apple event will ship with a 20-watt USB-C charger in the box iPad 8th Gen - 12W (min) up to 30W (max) iPad Mini 5 - 12W (min) up to 30W (max) iPad Air 4 - 20W (min) up to 30W (max) iPad Pro 11 - 20W (min) up to 30W (max) iPad Pro 12.9 (4th Gen) - 20W (min) up to 30W (max) Now, if you use an iPhone, Apple 30W USB - C supports everything from the iPhone 8 onwards By default, most iPhones and iPads ship with Apple's tiny 5-watt power adapters. They work, but not quickly. However, the iPhone 8 and later, all models of the iPad Pro, and the most recent iPad Air and iPad mini models support fast charging when connected to higher wattage power adapters
For the choice of charger and cable, iPad Air 3/Mini 5 charging power up to 30W/20W, the original 5V/2A 10W charger is obviously not enough, a 30W PD charger and a MFi-certified USB-C to Lightning cable is the basic requirement.(Click to Tweet it) So in order to achieve fast charging, we need a charger that can support fast charging. As mentioned above, iPhone and iPad only support the PD. If you use a USB charger with a higher wattage than the the one your device originally shipped with --for example, using one of the 12W iPad chargers with an iPhone-- you may find the battery.
Not only does it come with the USB-C connections you need to charge your iPad Air 4, but this multifunctional cable also includes USB-A, lightning, and micro-USB connectors to provide power for all of your different devices. $13 at Amazon. The right angle: Aukey Right Angle USB-C Cable. If your charging cables tend to bend and break, check out the right angle connector on this Aukey USB-C. Some older iPads had a 42.5 Watt Hour battery and can consume more energy to charge than this iPad Air model does. iPad AIR: If we figure the average Li battery voltage in the iPad Air is 3.6V then: 32.5Wh/3.6V = 9.03 *1000 = 9028 mAh battery (approx mAh size). Older iPad's: If we figure the average Li battery voltage in the iPad 2, 3, 4 is 3.6V then: 42.5Wh/3.6V = 11.81 *1000 = 11806 mAh. There has been an evolution in iPad chargers over the years, starting with a 10W (watt) charger for the iPad 2, iPad Air, iPad Air 2, iPad mini 2 and iPad mini 3. When iPads were equipped with Retina displays, they moved on to the 12W charger. The iPad Pro models, both the 11-inch and 12.9-inch, use a higher 18W charger Ask anyone who owns the 12.9-inch iPad Pro how long it takes to fully charge and they'll likely tell you it takes far too long. In fact, during my testing with the standard 12W power adapter. What wattage charger for ipad air 2 iPad Air 2 battery charging time: Charger shootoutSem we all know it doesn't take long to empty the battery on our mobile devices, most of us head to the charger daily for our smartphones, and every other day for our tablets, if we're lucky. With that in mind, we wanted to know how long it would take to fill Apple's iPad Air 2, so we tested a few different.
An iPad charge brick is rated to handle 2.1 amps, while the smaller iPhone charger is rated for just 1 amp. The Best Dual iPhone/iPad Chargers 12 Watt Charger with 6-Foot Cabl Keep in mind that your Apple iPad will charge less quickly if you use a charger with too low a wattage. Using a charger with a higher wattage won't hurt. Fast charging. With a fast charger, you charge your Apple iPad faster than with a regular charger. The following models have the fast charging functionality: iPad Pro 12.9 inches (2015 or newer) iPad Pro 10.5 inches (2017) iPad Pro 11 inches. Apple iPad Air (2020) Performance-Boost dank neuem Chip; Hauptkamera wie beim iPad Pro; Stereo-Lautsprecher; Neues Aussehen für das leichte Modell. Das Apple iPad Air (2020) erscheint im neuen Gewand und ähnelt vom Aussehen und der Leistung dem neuesten iPad Pro.Das 10,9 Zoll große Retina-Display ist eingelassen in ein Aluminium-Unibody und nur noch von schmalen schwarzen Rändern umrahmt I was wondering the minimum wattage required to charge an iPad Air 4 in full load. So I maxed out the brightness of the display, turned Bluetooth and wifi in, charged Apple Pencil and maxed in game setting and this is what I found: For USB-A chargers, specifically the Anker charger the iPad Air 4 grabbed 5.5w of power. With the Apple branded ones it charged at 8w. I played around 20 min the. It is actually the one that ships with the new iPad Air 4, so you can use those interchangeably. Sometimes less is more, here's the output wattage each of Apple's top chargers results in when paired with MagSafe: Apple's 20W Power Adapter - 15W; Apple's 18W Power Adapter - 13W; Apple's 96W MacBook Pro Power Adapter - 10W ; Apple iPhone 12 Pro 5W adapter charging speed. 187 minutes (3 hours.
Apple sells their iPad charger for $19, while you can buy an iPad charger on eBay for about $3. From the outside, the chargers look the same. Is there a difference besides the price? In this article, I look inside real and counterfeit chargers and find that the genuine charger has much better construction, power quality, and most importantly safety. The counterfeit turns out to be a 5 watt. iPad-Pro-Tipp: Akku schneller laden durch »Fast Charging« Vier bis fünf Stunden muss ein Besitzer des 2017er iPad Pro 12,9'' warten, bis der verbaute Akku mit der Kapazität von 41 Wattstunden durch das mitgelieferte 12-Watt-Netzteil voll aufgeladen ist
Laptop Chargers: Unfortunately, there's still no standard type of charger for laptops. You'll want to get a charger designed specifically for your laptop. Connectors aren't standardized, so you probably won't be able to accidentally plug the wrong charger into your laptop. Though, with the introduction of USB Type-C (outlined below), this is starting to change, albeit slowly . The adapter overheated and actually burned out. I brought it to Apple and they denied the problem. I said I saw an Apple page saying there won't be any issue, but they insisted I should use the exact wattage. So it is another $79 for a new adapter.
In separate sessions, we saw this thing charge an HP Spectre x360 and work as a MacBook charger for a new MacBook Air from dead to about 65% in an hour and topped them off fully in a bit over 90. Use the iPad 12w charger supplied in the box when you bought your iPad. The iPhone charger is only 5w. Thanks! Yes No. Not Helpful 6 Helpful 35. Question. Can I keep my iPad plugged in all the time? Community Answer. In general, yes. The iPad will prevent itself from overcharging regardless of how long it's plugged in. However, keeping it plugged in can pose a fire hazard, so it's not. How to make your iPad charge faster? 9 Tricks to speed up iPad charging process: 1. Check wall socket and cable, 2. Clean iPad charging port, 3. Invest in a powerful charger.. Lightning is a proprietary computer bus and power connector created and designed by Apple Inc. Introduced on September 12, 2012 (), to replace its predecessor, the 30-pin dock connector, the Lightning connector is used to connect Apple mobile devices like iPhones, iPads, and iPods to host computers, external monitors, cameras, USB battery chargers, and other peripherals . iPad mini 3 and iPad mini 2 come with a 10W USB Power Adapter. iPad mini comes with a 5W USB Power Adapter. If you need to purchase an additional adapter, choose the 12W adapter because it can charge all iPad models. The following chart details Apple's USB power adapter changes over.
iPad Air (2020) review: Design. The iPad Air 4 looks enough like an iPad Pro that it could fool you into thinking Apple just released new colorways of the 11-inch version of its high-end iPad Conveniently, the one with the correct spec is one they recently started selling and include with the 2020 10.2-inch iPad and iPad Air 4. There are 18W USB-C adapters available, but as we've. Included-charger wattage: MacBook Pro (13-inch) 61 W: MacBook Pro (15-inch) 87 W: MacBook Pro (16-inch) 96 W: MacBook Air (2018/2020) 30 W: Asus Chromebook Flip C302CA : 45 W: Samsung Chromebook. Unser Ipad charger wattage vs iphone Vergleich hat herausgestellt, dass das Gesamtfazit des genannten Vergleichssiegers im Test extrem herausgeragt hat. Zusätzlich der Preisrahmen ist für die gebotene Produktqualität absolut angemessen. Wer übermäßig Aufwand in die Produktsuche auslassen möchte, möge sich an unsere Empfehlung in unserem Ipad charger wattage vs iphone Test halten. If you use your iPad's power brick to charge your iPhone 6, its battery will fill up faster. This unadvertised yet supremely handy feature was first spotted by MacRumors and iLounge and can be confirmed through a Mac's built-in System Information app. Although the newest iPhones still come with the same familiar small white power brick rated for 1 ampere and 5 watts, the iPhone 6 and.
Here's a List of the Best iPad Air 4 (10.9-inch) Screen Protectors You Can Buy Right Now. Buy Anker PowerPort II [Amazon link] RAVPower 30W Wall Charger. While it is similar to the charger from. The best way to charge the iPhone 12 is to use the included USB-C to Lightning cable (or any USB-C Lightning cable you can buy online) and a USB-C charger.Apple will suggest you use its 20W USB-C. Apple iPad Air 2020 review: The tablet for (almost) everyone . Watch Now. Early last year, it felt as if Apple had all but forgotten about the iPad Air. Then in March, Apple released the third. If you're running low on battery on your iPad, you can quickly charge it using Apple's 30W USB-C charger. The quick-charge functionality works with any model of iPad Pro, and while they can't use quick-charge specifically, most iPads can benefit from higher charging speeds when connected to higher-wattage chargers But as far as wireless charging options go, it's also important to note that it's not as simple as your iPhone uniformly charging at 7.5 watts on any charger that supports at least that much power
Apple's 12W iPad charger is much quicker, though, and it's affordable at $19. With the 12W iPad charger and a standard Lightning cable, I saw charging speeds that weren't too far off of what I got. A higher wattage charger is also handy for people who own multiple USB-C devices including MacBooks, Nintendo Switch, iPad Pros, and more. The Best Fast Chargers for Your iPhone Apple itself sells an 18W USB-C fast charger ( $23 [Amazon] ), but it is way relatively expensive when compared to third-party offerings . If you use the tablet extensively, you're most likely running into low battery alerts on it. If you've got a car charger lying around, you can charge your iPad on-the-go and keep it ready for use at all times. Based on the ability to charge an iPad with top speed, these are the best iPad car chargers. They.
Moving past the processor, we find that both iPad Air 4 and iPad Pro 11 offer sufficient amounts of internal storage for various tasks, but the iPad Pro 11 takes it up a notch. The iPad Air 4 is. Amazon.com: 6th generation ipad charger. Skip to main content.us. Hello Select your address All Hello, Sign in. Account & Lists iPad Air 2/Pro/Mini 3 and More. 4.6 out of 5 stars 617. $18.99 $ 18. 99. Get it as soon as Thu, Dec 10. FREE Shipping on orders over $25 shipped by Amazon. Arrives before Christmas . Heavy Duty 6FT 3Pack Charger Cable, 6 Foot Braided Fast Charging Cords Long USB. . But without any USB 3 Lightning cables yet. While most USB-C chargers will be able to accommodate smartphones and tablets, those looking to charge compatible USB-C laptops will need to ensure that their charger has enough juice for the job. A mid-range wattage is around 45W, while on the higher end you can get output of 72W or more. The Power Delivery standard (PD) also indicates the type of high-power devices that can be supported
The iPad Air 4 (2020) is a powerhouse slate that makes it difficult to justify opting for the iPad Pro when this model offers so much for a lower price The kit also includes a USB-C-to-Lightning cable for fast iPhone and iPad charging, a USB-C-to-USB-C cable, and a USB-C 18W PD wall charger. RavPower USB-C Portable Charger 20100 Power Bank. Apple's new AirPower was a wireless charging pad to help clean up the mess of charging cables for your iPhone, Apple Watch, and AirPods. Apple unveiled AirPower at its iPhone X Event, but the. The Apple iPad 8 (2020) has a 10.2-inch IPS screen and is powered by the Apple A12 Bionic SoC. The tablet features 3 GB of RAM. In addition to the Apple Pencil, the iPad supports the Smart. Amazon.com: ipad a1474 charger. Skip to main content.us. Hello Select your address All Hello, Sign in. Account & Lists Charging Port Connector Dock Flex Cable Replacment for Ipad Air (Black) 4.3 out of 5 stars 51. $6.90 $ 6. 90. Get it as soon as Thu, Mar 25. FREE Shipping on orders over $25 shipped by Amazon. USB Charger, Spater Travel Home Wall Charger and a Charging Cable C ompatible.
New Nintendo Switch Play Time. Nintendo listed the new Nintendo Switch as offering 2-2.5 more hours of playtime. It is the only change in specs they listed when comparing the new and original Switch If the new iPad Pro uses the old iPAD Pro 12W charger or other USB-A charger, the speed will be slow until you suspect it is failed; the 18W USB-C PD charger for the new iPad Pro is not impossible to use, but Unable to feed the new iPad Pro, the fastest charging speed is not achieved. To feed him, you need a USB-C charger with 30W or more, with a voltage range of 15V2A~15V3A, so you can get. Ipad mini 2 charger wattage 5W, 10W and 12W chargers are capable of charging an iPhone. The wattage consists of two variables: voltage and ampage (or amperage if you are American). The power also indicates the MAXIMUM output of the power block. All three chargers have the same voltage output (5V), the difference comes with the amplifier output (1A, 2A and 2.4A). For the sake of argument, let's.
UGREEN USB C Ladegerät 30W Power Delivery Netzteil USB C Charger kompatibel mit iPhone 12,12 Mini,12 Pro,12 Pro Max, 11, X, iPad Pro 2020, iPad Air 10,9 2020,MacBook Air, Galaxy S21, S20, S10 usw. Besuchen Sie den UGREEN-Stor By default, most iPhones and iPads ship with Apple's tiny 5-watt power adapters. They work, but not quickly. However, the iPhone 8 and later, all models of the iPad Pro, and the most recent iPad Air and iPad mini models support fast charging when connected to higher wattage power adapters. You may have an older one of these around, or you can buy a new one. Apple has bundled with iOS devices. This means that a 2x increase in wattage when the battery is dead doesn't equal a 50% reduction in charge time, but getting from zero to around 70-80% should be roughly double. If there is interest I'll measure the charge rates over time and publish them. Either way the iPad is clearly able to take more power to charge than the 17 watt USB-C charger is comes with is capable of. It makes me. Curious to see if your MacBook, MacBook Air, or MacBook Pro charger is outputting the wattage you expect? Here's how to check it out and troubleshoot any problems you may find
Apple iPad Air (2019) tablet. Announced Mar 2019. Features 10.5″ display, Apple A12 Bionic chipset, 8134 mAh battery, 256 GB storage, 3 GB RAM, Scratch-resistant glass Apple iPad Air (2020) tablet. Announced Sep 2020. Features 10.9″ display, Apple A14 Bionic chipset, 7606 mAh battery, 256 GB storage, 4 GB RAM, Scratch-resistant glass Für iPads werden diese Ladegeräte jedoch noch nicht offiziell angeboten, weshalb Sie das Gerät bis jetzt noch mit Kabel aufladen müssen. Alternativ können Sie ein Qi Wireless Charger Receiver Case für Ihr iPad kaufen. Dies gibt es für verschiedene Modelle. Mit diesem ist es möglich, das iPad auf Ladegeräten induktiv aufzuladen, die von anderen Herstellern angeboten werden. Jedoch. Charging stand with Smart Connector Technology for iPad (7th gen), iPad Air ® (3rd gen), iPad Pro ® 9.7-inch, iPad Pro 10.5-inch, iPad Pro 12.9-inch (1st and 2nd gen) Free shipping on orders over $29.0 With the exclusive ASUS Ai Charger, all of your motherboards, and desktops become universal chargers for your iPod, iPhone and now, the new iPad. Ai Charger turns any PC into a flexible power-up station for popular Apple devices through a simple USB connector, extending their usability and benefit in every lifestyle. Charging goes up to and smoother while you do your work or have fun.
Das iPad Air 10.9 (2020) ist vielfältig durch Zubehör erweiterbar Im Lieferumfang sind ein 20-Watt-Netzteil sowie ein USB-C-Kabel enthalten. Optional erhalten Sie das passende Smart Keyboard oder das Magic Keyboard. Ebenfalls können Sie den Apple Pencil 2 nutzen. Des Weiteren ist das iPad Air mit dem Zubehör der Pro-Modelle kompatibel. Der leistungsstarke Akku überzeugt mit langen. your iPad is charging but very very slowly; There may be many reasons. Your iPad may not be receiving enough power from the charger. This can be a hardware problem. For instance, there may be some dirt or debris in the charging port on the bottom of your device preventing your device make proper contact with the cable. Or your cable may be damaged. This can also be a software problem. Maybe a. The iPad Air now costs $599 for 64GB of storage of $749 for 256GB. Cellular connectivity will cost another $130 on the base model or $100 on the 256GB model. The previous iPad Air started at $499.
Ob iPad 2020, iPad Air oder iPad Pro: Unsere Übersicht verrät, welche Angebote zum Cyber Monday 2020 die besten Preise für Apple-Tablets haben. Smartphone-Bestenliste Jual Adapter Adaptor Kepala Charger 12W iPad Air 2 - iPad Air 3 ORIGINAL dengan harga Rp109.000 dari toko online Plan B premium store, Jakarta Barat. Cari produk Charger Tablet lainnya di Tokopedia. Jual beli online aman dan nyaman hanya di Tokopedia Note you want to use the iPad 12w charger, and not a 5w iPhone charger, because while the iPhone charger should technically charge the iPad, it will do so much more slowly simply because the power output is dramatically less (5w vs 12w). You may also experience that if a game or something power hungry is running on iPad while connected to a 5w iPhone charger, the battery may still drain. APPLE iPad Air Wi-Fi (2020), Tablet, 64 GB, 10,9 Zoll, Space Grau im Onlineshop von MediaMarkt kaufen. Jetzt bequem online bestellen Charge your iPad Air with this official Apple 5W power adapter and cable. Boasting a slim and compact design, this simple 3-pin portable plug, offers reliable charging at home, in the office or on the go. - Official Apple 5W iPad Air Charger & 1m Cable Bundl
Das iPad Air (2020) kostet zum Beispiel 632 Euro, das iPad Pro (2020) startet in der kleinsten Variante mit 11-Zoll-Bildschirm bei über 800 Euro. Die gute Nachricht: Ein gutes Tablet bekommen Sie. 3XI USB C Hub für iPad Pro/iPad Air 4, 7 in 1 Typ C auf HDMI 4K Adapter, PD Ladeanschluss, USB 3.0 Anschlüsse, SD/TF Kartenleser ,Typ c Datenschnittstelle, 3,5 mm Audio, kompatibel mit MacBook Pro/Air. 4,6 von 5 Sternen 78. 39,99 € 39,99 € 10% Coupon wird an der Kasse zugeordnet Sparen Sie 10% mit Rabattgutschein. Lieferung bis Samstag, 22. Mai. GRATIS Versand durch Amazon. Andere. The new iPad Air is so good there is very little to find fault with. Superb design, a powerful A14 Bionic chipset, it's a total joy to use and almost makes the iPad Pro obsolet The iPad Air and iPad Pros have have a USB-C port, which means you can connect them to a fast charging power adapter without a special Lightning to USB-C cable. This one from RAVPower has a USB-C.
The iPad Air 4 and iPad eighth-gen are now the two standard iPads to choose between. Here's everything you need to know about how they stack up to each other I was given an older iPad Air, model A1475. The iPad won't turn on, only showing an empty battery icon on the screen with a red line at the bottom of the battery icon. I've tried to charge it using 2 different lightning cables, and about 6 different USB chargers including several that can do..
.9 inch Gen 1/2, iPad 7/8, iPad Air 3, iPad Mini 5, 6.6ft MFI Certified Charger Cable 3.9 out of 5 stars 5 Are you stuck on iPad not charging on PC in Windows 10? This post will give you 5 simple solutions to quickly fix iPad not charging on PC in Windows 10 or Windows 7 & 8. Meanwhile, we also introduce you a free iPhoned data transfer master to back up your iPad at the end of this page Using the 10w iPad 3 charger, we were able to charge the iPad Mini from 0-100% in about 2.5 hours, a difference of around 25%. It's probably not a best practice to use a higher wattage charge to. Make sure you stay powered up with our range of iPad and tablet chargers. It's always useful to keep a spare handy. Pop one in your bag so you can make sure your device has always got some juice while you're on the move. We have leads and plugs, which can connect to multiple devices as well as longer leads for when the plug socket is just too far away. Tablets and Apple's iPad are the perfect. Jual Charger Ipad Air Online Terbaru - Harga Murah, Promo & Diskon di Blibli.com - Belanja di Blibli.com dengan Fasilitas Belanja Online Terbaik dengan Gratis Ongkir. Produk Asli, Original, dan Branded dengan Beragam Brand Official. Pengiriman GoSend One Day Deliver
Wer trotzdem sein iPad einsteckt und darauf wartet das es aufgeladen wird vergeudet man lediglich seine Zeit. Erst wenn man die Meldung not charging liest weiß man, dass man sich eine Anwendung wie ASUS Ai Charger installieren sollte. Es handelt sich dabei um eine ganz einfache Anwendung ohne Interface oder Ähnliches. Man muss sie nur installieren damit einige Einstellungen verändert. Charge or sync lightning port equipped portable Apple devices. From $9.99 . iPad Air 2 Screen The iPad Air 2 front glass panel is held to the aluminum case with strips of adhesive. Once the device is opened, this adhesive will need to be replaced. Our iPad Air 2 repair kits include the needed adhesive. Once you've bought your parts and tools, check out iFixit's iPad Air 2 repair guides for.
Guys and girls, if your iPad won't come on or charge, even with all the hard reset options etc, I guaranteed you this works, I've just brought my totally kaputt Ipad2 Air back to life. Fill a hot water bottle with nearly boiling water, lay it on a flat surface with a teatowel over it. Rest your poorly iPad on top with charger cable in and screen facing upwards, leave for 15 mins then BOOM. The iPad Air 2019 was able to charge to 17% in just 15 minutes and 32% in 30 minutes when we used a Lighting-to-USB-C cable and our 13-inch MacBook Pro USB-C plug (it happened to be nearby). It. iPad Air 2 (2014) Das iPad Air 2 wurde am 16. Oktober 2014 vorgestellt. Neuerungen sind das mit 6,1 mm noch dünnere Gehäuse, das nun auch in der Farbe Gold erhältlich ist, das schnellere A8X-SoC, eine neue 8-Megapixel-Kamera mit Zeitlupenfunktion auf der Rückseite des Tablets, der schnellere WLAN-Standard 802.11ac sowie der Touch-ID-Sensor, den Apple bereits im iPhone 5s eingebaut hatte.
Processor, RAM, Storage, and More. This is where things really start to get exciting. The iPad Air is Apple's first product to sport its A14 Bionic chip, one that's manufactured with a 5. ZLONXUN Wall Charger plug 12W Compatible with iPad Air 2/1, mini 2/3/4, iPhone 7 8 Plus. 4.4 out of 5 stars 622. £9.99 £ 9. 99. Get it Tomorrow, May 23. FREE Delivery on your first order shipped by Amazon. Dual USB 24W Wall Charger compatible with iPad Pro, iPad Air iPad mini, iPhone 5, iPhone 6, iPhone 7, iPhone 8 with 2 meters (6.6ft) nylon braided certified Sync & Charge USB cable (White. PoE / CAT5 to USB charging / power + data / Ethernet solutions - iPad, Samsung Galaxy, Amazon Fire, Microsoft Surface 5th Gen (2017) iPad Pro 9.7 iPad Air 2 iPad Air 1 iPad mini 5 iPad mini 4 iPad mini 3 iPad mini 2 iPad mini 1 iPad 4th Gen (2012) iPad 3rd Gen (2012) iPad 2nd Gen (2011) iPod 5th/6th/7th Gen. Galaxy Tab. Tab S5e 10.5 Tab A 10.5 Tab A7 10.4 (2020) Tab A 10.1 (2019) Tab A 10.
The iPad Air is a tablet computer designed, developed, and marketed by Apple Inc. It was announced on October 22, 2013, and was released on November 1, 2013. Part of the iPad line of tablet computers, the iPad Air features a thinner design than its predecessors with similarities to the contemporaneous iPad Mini 2 Das Apple iPad Air ist der direkte Nachfolger des iPad 4, sieht optisch aber dem iPad Mini wesentlich ähnlicher. Es kann in Tests mit einem hohem Arbeitstempo und einer umfangreichen Ausstattung glänzen. Das Gadget misst 24 x 17 x 0,8 Zentimeter bei einem Gewicht von 469 Gramm bzw. 478 Gramm bei den 4G-Modellen. Damit ist es mit rund 200 Gramm weniger deutlich leichter und kompakter als der.
The new 2020 iPad Air has the same design as the 11-inch iPad Pro and therefore feels just as nice to use. It also has the very fast A14 Bionic chip, which we are expecting to also be used in. ZryXal iPad Air 4 Hülle 2020 mit Stifthalter, iPad Air 4. Generation Hülle 10,9 Zoll, Smart iPad Hülle [Unterstützung Touch ID und Auto Wake/Sleep] mit Auto 2nd Gen Pencil Charging (Himmelblau) jetzt günstig kaufe I've been testing Apple's new iPad Air for the past several days. Its new design is an awful lot like my iPad Pro, which I spent more than $1,000 on a couple of years ago. But it starts at $599, a. Retrouvez tous les avis et tests Charger Ipad Air Iphone 5 sur Aliexpress France ! Livraison rapide Produits de qualité à petits prix Aliexpress : Achetez malin, vivez mieu


Lasers and Sensors for Inspection
Inspection of Printed Materials
For applications that require inspecting forms, heights and surfaces, laser sensors have proved to be excellent tools. Its ability to measure heights and surfaces to an accuracy of microns or less, combined with its portability and programming tools allows to develop inspections of components and products without making contact with the piece.
- Position of parts
- Inspection of electrical boards
- Volume and Area Inspection
- Surface verification for defect detection
- Z-dimensional measurement (height)


Electronics is a branch of physics concerned with the design of circuits and the study of electrons under a variety of conditions. Electronics also describes the field of Electrical Engineering and the design, function, and utilization of electronic devices and systems. Today, from smartphones to laptops, electronics engineering technology has come to dominate our daily lives, making electrical engineering, and electrical power engineering, which deals primarily with the transmission of electrical power, continually growing fields. We at Luthfa provides a complete course in the field of Electronics.
We believe that creativity is the key competence required to excel in our complex world where independent thinkers, product leaders, artists, designers, and innovators are the need of the hour. Our students learn creative concepts electronics. Students are evaluated on the basis of real-life skills such as teamwork, presentation, research, and initiative. Luthfa fosters creative communities where new ideas can be nurtured, new discoveries made and new creations shared.
A Graduate in Electronics & Communication Engineering would be equipped with fundamentals of Electronics and communication as well as a strong mathematical aptitude. He/She would be able to solve complex challenges in Electronics and Telecommunication Engineering and thus would be adequately prepared for a career in research, design, manufacture, and maintenance in the fields of consumer electronics, electronic media, Bio-Medical, Automobile-control, communication, software, Computer hardware, and other electronic fields.


As we’ve seen in our previous article, most IoT products do not embed the same computing power and storage capacity than our computers or servers. However, with some caution, it seems possible to integrate more and more intelligence into those objects.
Is it enough to implement machine learning algorithms? If so, how to do that and still keep the embedded software reliable and predictable? This is the purpose of this article.
3 – “Machine learning”: what is(n’t) it?
Before going into the details of how machine learning works, let’s first have a look at what machine is NOT (or does not have to be):
3.1 No self-learning
The device won’t have to build by itself new algorithms able to detect some events that are initially unknown. The idea that “by collecting millions of data samples over time, the product could end up recognizing some events previously encountered” and “by using some other criteria it may understand what this event means” is way beyond what we are talking about here.
Quite the opposite, the detection algorithms will be defined before being implemented in the product. That is called the learning phase.
3.2 The learning phase is not done within the final product
One should avoid the confusion between this learning phase, that can be performed at a R&D stage even before the product development starts, and the use in a product of the algorithms found during this learning phase.
In the overall process, this learning phase is the most resource-consuming, by the amount of data to be analyzed and by the computing power required to build all the potential algorithms. So it does not have to be performed on the final product but rather on a dedicated powerful PC or server.
The output of this phase will be an algorithm able to detect different events, and only this algorithm will have to be implemented into the final product.
3.3 No creativity
The machine learning software that we are going to use for the learning phase will not create the different events that we would like to detect. We will have to give it, as an input, classified data. That means that for each data sample we will have to indicate which event this sample corresponds to.
3.4 How machine learning works
Machine learning’s process takes place through 3 steps:
- data classification: all the recorded data samples have to be, sometimes manually, linked to one of the events that we want to detect.
- learning phase: based on this classified data, a software (running on a PC or server) will try to find the best criteria and algorithms to detect the events. Usually, a large part of the data is used to find the algorithms and the remaining part is used to test their reliability and performance.
- implementation du of the best algorithm into the final product.
4 – How to adapt machine learning process to our constraints??
In the IoT world, there are plenty of products that have quite the same computing power or storage capacity as a computer. But they usually aren’t “low-power”, and are either power-plugged (as a connected camera for instance) or their battery has to be recharged very often (as a GPS watch for instance).
We are looking here at low-power, long-battery-life and ultra-limited-resources products. The following guidelines aim to adapt the machine learning process for those constraints.
4.1 Choosing the right tools
Before starting, we have to choose the softwares that we are going to use. Some suit better than others for specific targets.
The final product’s microprocessor (or more likely microcontroller) manufacturer may already have machine learning demos or examples: re-using the same tools may be a good starting point.
4.2 No float!
It is a #1 rule in embedded software development: avoid the computing on floating variables (aka the “decimal numbers”)!
Most of the softwares (if not all of them) do not take these into account. However it is possible to convert floating variables into integers, aka whole numbers, (for instance, rather than having a 1.589g acceleration we can consider a 1589mg acceleration) and adapt the calculation and formulas to keep a satisfactory accuracy on those integers.
4.3 Choosing the right metrics
Most of the time, event detection won’t be based on the raw data itself but rather on data variation profiles. So it will be necessary to pre-compute some kind of statistics on the raw data. Those are called metrics.
The algorithm found during the learning process will be based on those metrics. Thus, it will be required to compute those metrics in the final product in order to implement the algorithm.
Therefore it is a good idea to start with simple (easy-to-compute) metrics such as average, peak-to-peak, min, max, etc… and consider more complex ones (variance, standard deviation, etc…) only if the first ones do not provide good results.
4.4 Choosing the right time window
The data and its metrics will be analyzed on a given period of time (for instance “the average acceleration over 10 secondes”). The longer this period is, the more memory space will be required to store the data and the more resource-consuming the metric computation will be.
So we will take care of keeping this period as short as possible, or implement intermediate computations if that is not possible.
4.5 Choosing the right type of algorithm
The learning software can try different kind of algorithms. Here again, we will start by testing the simplest ones (decision trees for instance) before considering more complex ones if necessary.
This also allows better “understanding” of the algorithm and mastering the system behavior (its reliability and predictability), and even manually tuning the algorithm later on (although this is usually not recommended in a machine learning process).
4.6 Assess the performance of the resulting algorithm
Using a small portion of the input data as a test sample, the learning software will provide a performance ratio for each potential algorithm. Obviously the goal is to find and use the algorithm whose ratio is the closest to 100%.
However, each ratio should be looked at against the algorithm (and corresponding metrics) complexity. Could we accept a lower success rate if that guarantees a more reliable system and a better resource utilization?
Another lead to follow: Wouldn’t it be possible to improve the success rate of a simpler algorithm? A better data classification to start with, or more input data can make much more difference than changing the metrics or the algorithm type.
At Next4, following those basic guidelines, we were able to implement a crane lift up detection algorithm in our shipping container tracker, without being limited by its microcontroller resources.
What other difficulties did we face? What added-value does it bring in comparison to “empirical” algorithms? What other possibilities do we foresee? That will be the topic of the last article of this series.
by Julien Brongniart


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VOLUME III eCover and contents |
Science, People & Politics, issue 1 (Jan.- Mar.), VIII (2012), 23rd January.
As World regulators of commercially valuable electromagnetic resources
begin four weeks' of talks in Geneva today it is worth recalling what amateur radio
operators do with their slice of the pie.
by Helen Gavaghan
of transceiver used by Halifax (UK) & District Amateur Radio Society.
Solar maximum is just around the corner. Expected 2013. It is a phenomenon occurring every 11 years. A time when the higher levels of the atmosphere enveloping Earth are richest and most dense in the charged particles reflecting radio waves. It is when amateur radio operators might just contact Antarctica, from anywhere on the globe, and when ground-based and satellite amateur-radio, also called Ham radio, can contribute to scientific knowledge.
It is also when Earth's electromagnetic environment, from ground to magnetosphere, can be supercharged by solar eruptions, wreaking havoc on space-based and ground-based electronic and electrical equipment.
The reason? Electromagnetic radiation.
When you look at a rainbow the colours you see are wavelengths of electromagnetic radiation. Sunlight reflected, refracted and diffracted. Each of us has different visual acuity. Great artists, arguably, have greatness because they can see and reproduce shades from the natural world, such as a rainbow, more truly than the rest of us: shades of crimson and scarlet within the spread of reds, or turquoise and aqua among blues.
Amateur radio operators also work with the electromagnetic spectrum. In their case with invisible radio waves.
All electromagnetic radiation is energy in motion. It is created by the vibration of physical matter carrying an electrical charge. A process which is like, but is not the same, as the twang of a violin chord. Both processes have distant consequences.
Vibration of violin strings sets air in motion. Waves of varying air density carry the vibration, with decreasing loudness, outward - spherically, unless otherwise guided - until the listener hears each succeeding nuanced pressure of bow and finger on string.
When instead of a violin string an electric charge vibrates it is the ability of that charge to influence other charged material which spreads outwards in waves. Those waves being electromagnetic radiation. Waves of influence, characterisable as wave amplitude, wave frequency (number of waves per second) and wave orientation in three dimensions. Those characteristics can all be modulated to represent sound.
In mammals the detector of visible electromagnetic radiation is the retina. For amateur radio it is an aerial.
In vision the optic nerve carries the detected signal from retina to brain, where it becomes part chemical and part electrical energy. At each step information from the original signal can be lost, but eventually the brain reassembles the biochemistry and biophysics into something it can interpret as a rainbow, or some great work of art.
In amateur radio the carrier signal, undetectable unaided by the human ear, is fed from the aerial into electrical circuitry. If that signal has been modulated to carry sound by shaping the characteristics of its wavelengths, the sound representation can be disentangled by the electronics, and transduced to audible sound. If the wave characteristics are not modulated to carry sound then the signal when received still incorporates information, but the information is about the signal's emitter and the medium through which it has travelled.
Perhaps some retinas, in addition to discerning with greater acuity, are constructed to detect the twists and turns of light radiation, its polarity, phases, and the eddies in time of these physical properties. Shimmers and scintillations. Biology bestowing by genetic chance and protein construction an innate artistic advantage.
For amateur radio the aerials and receivers analogous to retinas, nerve and brain, are bought, or built, as part of the pleasure of the hobby. Wires, crystals, inductance loops, resistors and capacitors, guiding the radio wave from aerial through conversion to electrical energy.
Think of such a circuit as a giant sieve with holes of varying sizes, some limiting shape, others limiting by diaphragm, weight. Shake the sieve. Different sized and weighted material is sorted into different sized stones which land on, say, a suspended rubber mat, setting the mat vibrating, because of its elasticity, with a varying pattern of vibration.
My own imperfect analogy, unless I have a buried memory, and am inspired by William Heath Robinson.
The analogy expresses the abstract concepts common in music, vision and amateur radio. Each works only because energy is expressed vibrationally in three dimensions. Existing in both time and space the vibrational structure contains information about its origin and its natural environment, or has information imposed on it artificially by, say, the varying pressure of the violinist's fingers and arm.
An external power source, such as the violinist's arm, or an electrical power supply propels the vibration outwards, and another source of power - for example, Brownian motion, or the potential energy released in an adenosine triphosphate mediated conformational change, or the outer electron cloud of a conductor - provides a medium for transmission of the original vibrational energy and information content.
The same principles and concepts are at play for a visitor to an art gallery, a listener at a concert, or an amateur radio operator.
The common abstract concepts have a common language of expression that lets them be manipulated to predict or explain behaviour. The language? Mathematics. With the same mathematics the amateur radio operator, the sound engineer and the optician can all work with wave forms to do their tasks.
The visible spectrum works at wavelengths from 400 to 700 nanometres. Radio waves lie between 30 centimetres and 3 kilometres in length, though the Wireless Telegraphy Act of 2006 in the UK covers wireless frequencies not exceeding 3000 gigahertz (Section 116 of the Act).
It is the Wireless Telegraphy Act of 2006 and the Communications Act of 2003 which, in the UK, empower a regulator, Ofcom, to disburse licenses to qualified radio operators.
Amateur radio operators work with both ground and space-based equipment. I have met both types. In the US and, last year, in West Yorkshire in the UK.
When I met the Halifax (UK) and District Amateur Radio Society (Hadars) seven months ago they were mulling over how to enthuse young people to join them and to learn and explore through amateur radio the ideas of physics and maths.
I learned of the group from a note in a local newsletter. Because I had met amateur radio operators when living and working in Washington DC in the US, when researching a history of application satellites, I asked if I could write a story about what they do. They said yes.
In the US the ham radio hobbyists I'd met had all participated in detecting the first ever satellite to be launched. That satellite was Sputnik, lofted by the Soviet Union on October 4th., 1957. The work of the American amateurs I met
was a critical backstop to that of professional scientists.
Hadars, when I met them, was considering an event to be called Churches on the Air. The idea being that on Saturday 10th September, 2011 they'd go on air seeking contact with as many other amateur radio groups or individuals as were broadcasting and receiving from a church - any denomination. Other similar events take place around local canals, castles, lighthouses, anything which interests the group.
On the day of Churches on the Air I joined Hadars for several hours, keeping discretely out of the way as they battled a recalcitrant power supply and threaded aerial wire from an upstairs window, down and among foliage. Dials were twirled and the broadcasting of call signs began. Whilst I was there they heard from Germany, France and Russia. Other ham operators, like them, roaming the airwaves allocated for amateur radio in search of like minded people.
The Halifax group ranges in age from 26 to 84. Among them retired teachers, a man coming to terms with a diagnosis of muscular sclerosis, and a former second world war gunner were among those I met on the two occasions I sat in with Hadars. We do what we do for fun, "maybe you get a response from someone who is far away," said Esde Tyler, one of only two women in the group, and a former teacher and freelance technology journalist.
Theirs is a hobby for people who enjoy designing and building things and making them work. Technogeeks to my mind. One step ahead of train spotters, in their language. Though some of the society are retired science teachers others are only now in their middle or later years discovering applied science. Others have had a life-long interest in electronics and radio, and retirement has given them the opportunity to indulge their passion. For some it is also a social phenomenon. Meeting one another face to face, but also broadcasting to and listening - if conditions are right - to the world.
To be an amateur radio operator requires training and a licence, acquired after passing a multiple-choice exam. Because of the practical element required that training is easiest through groups such as Hadars. The chair of Hadars is Martin Cox. He is a recently retired computer programmer and helps train Air Training Force (ATF) cadets.
There are three levels of amateur radio licence in the UK. On average it takes about 6 months to acquire each of the three licences: foundation; intermediate; and full licence. It is possible to attend a crammer course and gain licences in a shorter time.
The foundation licence is an operator's licence and allows the holder low-power access to all the high-frequency and very-high-frequency wavebands allocated to radio amateurs, as well as some of the microwave bands. The intermediate licence is biased toward the practical, and the holder is allowed to use a higher power level as well as to make their own transmitters. The highest level of licence, the full licence, is more technical than the lower levels and allows the holder to use up to 400 watts. It is an internationally recognised qualification.
Some participants in local groups also provide radio communications in times of emergency such as for disaster-relief teams combating tsunamis, earthquakes and wide-area flooding. In the UK Ofcom is also discussing whether temporary release of frequencies is needed for the London Olympic and Paralympic games in London this year.
If you are a ham radio enthusiast with a passion also for space there are a number of satellites being built internationally and scheduled for launch, or raising funds for elements such as solar panels. Some will be aloft by 2013, the currently anticipated time of peak solar maximum activity. With solar maximum imminent Hadars and the worlds' Ham radio fans have a rich and rewarding few years to look forward to.
Ofcom is the independent regulator in the UK of radio waves for civil purposes. The UK Ministry of Defence controls others.
One minor error corrected within 24 hours.
The Radio Society of Great Britain.
http://www.rsgb.org/, accessed 19th January, 2012.
Radio Communications Foundation, FUN cube.
http://uk.virginmoneygiving.com/charity-web/charity/finalCharityHomepage.action?charityId=1001252, accessed 19th January, 2012.
Future satellites under development for amateur radio.
accessed 20th January, 2012.
FUNCube, UK amateur radio satellite educational satellite.
http://funcube.org.uk/, accessed 19th January, 2012.
Halifax (UK) & Distric Amateur Radio Society
The radio amateur satellite corporation.
http://www.amsat.org/amsat-new/index.php, accessed 19th January, 2012.
The William Heath Robinson Trust.http://www.heathrobinson.org/, accessed 20th January, 2012.
NOAA space weather prediction service.br>http://www.swpc.noaa.gov/, accessed 19th January, 2012.
Electromagnetic spectrum, a page from NASA.
http://science.hq.nasa.gov/kids/imagers/ems/radio.html, accessed 20th January, 2012.
NASA Goddard. The cultural references might be out of date, but the physics isn't
http://imagine.gsfc.nasa.gov/docs/science/know_l1/emspectrum.html, accessed 19th January 2012.
NASA Goddard, solar dynamics observatory.
http://sdo.gsfc.nasa.gov/data/, accessed 22nd January, 2012.
Wireless Telegraphy Act 2006.
http://www.legislation.gov.uk/ukpga/2006/36/contents, accessed 22nd January, 2012.
Ofcom. Britain's wireless telegraphy regulator.
http://www.ofcom.org.uk/, accessed 20th January, 2012. Section 115 is particularly interesting.
The International Telecommunications Union.
For those with a serious intent to work in radio.
http://www.itu.int/en/Pages/default.aspx, accessed 19th January, 2012.
The World Radio Communications Conference (23rd January to 17th February 2012).
Cabinet official committee on UK spectrum strategy (2010).
http://stakeholders.ofcom.org.uk/binaries/spectrum/spectrum-policy-area/spectrum-management/ukfat2010.pdf, accessed 20th January, 2012.
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Commonwealth Science Conference 13 -15 Jun 2017 organised by The Royal Society and National Research Foundation
Following the success of the 2014 Commonwealth Science Conference, the Royal Society and National Research Foundation, Singapore, are working together to organise the next Commonwealth Science Conference in Singapore on 13-16 June 2017.
The conference will bring together leading scientists to showcase the best science from across the commonwealth. The conference aims to celebrate excellence in science throughout the Commonwealth; provide opportunities for cooperation between researchers in different Commonwealth countries; inspire young scientists, students and pupils; build understanding about policy issues of common interest and encourage scientific capacity building in Commonwealth countries.
The conference will be attended by around 400 scientists from across the Commonwealth, at different stages in their career.
Delegate applications to attend the conference are now closed.
Highlights include a keynote lecture from Sir Venki Ramakrishnan, President of the Royal Society, plenary lectures from leading scientists across the Commonwealth, sessions on a range of topical issues affecting the Commonwealth. The conference is also a unique opportunity for those attending to meet scientists from around the Commonwealth to discuss common challenges and opportunities to work together.
The conference programme will include sessions on the following themes:
Social engagement with new technologies
Emerging infectious diseases
The future of the oceans
Towards low carbon energy
Confirmed plenary speakers include:
Professor Nam Hai Chua FRS, Temasek Life Sciences Laboratory, Singapore
Dr Bernie Fanaroff, Square Kilometre Array, South Africa
Professor Terrence Forrester, University of the West Indies, Jamaica
Professor Jenny Graves, La Trobe University, Australia
Professor CNR Rao FRS, Jawaharlal Nehru Centre for Advanced Scientific Research, India
Professor Janet Rossant FRS, University of Toronto, Canada


LED stands for Light Emitting Diode, and it is a type of semiconductor device. It emits light when current flows through it. The color of the light is determined by the energy required for the electrons in the semiconductor to cross a band gap.
The anode and cathode of a LED are not necessarily the same thing. You may be in the market for a new LED flashlight, or you just want to give one of your existing lights a much needed boost. In any event, you’ll need to know which is the right side of the led. Fortunately, this task is not that complicated. All you need is a bit of know how and a few dollars.
You don’t have to go to the mall to find the latest LED craze. Rather, you can purchase LEDs online, or from an electronics retailer like Radio Shack. A reputable store will be able to walk you through the entire process. They will also be able to answer any questions you may have. And they may even be able to hook you up with a free demo. Afterwards, you’ll be ready to roll. With a new LED, you’ll be able to enjoy bright, crisp illumination for years to come. So what are you waiting for? Start shopping for LEDs today! Whether you’re looking for a LED flashlight, or a simple LED light, you’ll be pleasantly surprised at what you can find. From cheap LEDs to high-end LEDs, you’ll be sure to find the perfect fit for your project.
When it comes to selecting the best LED, make sure you do it right. Don’t just pick up a random LED, or you might have some serious headaches in the end.
A cathode is a negative electrode. It is the source of electrons and charge for an electrical device. Cathodes are used in electrochemical cells, power devices, and water heaters.
The cathode is usually a metal. The most widely used is lithium cobalt oxide (LCO) which has a high specific capacity and energy density. However, LCO has a high cost.
Other transition metal oxides include lithium manganese oxide, layered rock salt structure materials, and lithium nickel oxide. These cathodes have crystalline host networks, and can be used for high-power applications. Although a variety of cathode materials have been developed, the choice of cathode material is dependent on many factors, including life cycle, cell voltage, energy capacity, and safety.
Cathode materials are typically mixed with conductive metals such as YSZ, a tin-cobalt alloy, and La1-xSrxMnO3 (LSM), a manganese oxide. This mixture can increase the overall conductivity of the cathode.
Cathode material choices are also affected by temperature. Some cathode materials have good thermal stability, while others have insufficient thermal stability.
Nano-structured cathode materials are prepared by a technique called infiltration. These materials have high porosity, but they have poor stability under current influence.
One-dimensional nano-structured composite cathodes have a stable redox potential and better thermomechanical properties. They can also be stable in oxygen atmospheres.
Perovskites are ideal for cathode materials. Perovskite/MIEC composite cathode layers can be prepared by coating methods. Compared to transition metal oxides, these materials are more safe.
A LED (Light Emitting Diode) is a device that emits coloured light at a specific wavelength. They are used in a number of applications. The most common colour is orange. Nevertheless, they are also available in different colors.
In general, a diode is an electrical device that allows current to pass in only one direction. These devices are typically made of semiconductor materials. However, they can also be constructed from other materials.
When a power supply passes through a diode, it pushes electrons from the n-type semiconductor toward the p-type semiconductor. This causes the free electrons to move to the junction and release energy.
When the electrons reach the junction, they are recombined with holes to produce visible photons. Photons are high-energy, high-frequency photons. Because the energy of these photons is so great, they are often able to be seen by the human eye.
In addition to the standard silicon diode, there are some other types of diodes, including the PN junction diode and the light-emitting diode. While they all release energy in the form of heat, their recombination process differs.
In the PN junction diode, the conduction band consists of holes and the valence band consists of electrons. As a result, the energy gap between these two bands is very large. By conducting, a diode can limit the potential difference between the two bands to around 0.7 V.
A light-emitting diode is a special type of diode that works in reverse bias. This is because it blocks current in the opposite direction.
High-power LEDs are used in a variety of applications, from general lighting to night vision. These light sources produce hundreds of lumens for every watt of power. They are more energy-efficient than their mid-power counterparts.
While high-power LEDs are typically a single-chip package, they can also be found in large-diameter epoxy packages. This packaging can minimize the length of the thermal path between components, making it possible for high-flux density LEDs to provide reliable lighting.
Ceramic substrates are an ideal choice for high-power LED packages because they are highly thermally stable, chemically inert, and conductive. Because they have no optical loss, they are a better option than plastic substrates.
In addition, alumina (Al2O3) and aluminium nitride (AlN) are more cost-effective options. However, these materials are prone to color shift. The most common reason for chromaticity shift is moisture-polymer reaction, and other causes may include thermal degradation of the phosphor coating or delamination/cracking at the chip/phosphor interface.
Compared to plastic substrates, ceramics are less thermally conductive, but they are more optically inert. Furthermore, they are metallized with copper layers. These substrates are used for both the anode and cathode pads of a high-power LED.
A typical high-power LED package has a phosphor-converted chip with a large surface area. It is wire-bonded to an epitaxial n-type layer and a cathode copper layer. Metallized PCB is used on the backside for heat dissipation.
Low-Power LEDs are low-power light-emitting diodes (LEDs). These are often used for indicator lights and power lights on computers. They also offer a wide range of color options. The colors and brightness vary according to the current that is supplied.
Low-Power LEDs are generally less bright than High-Power LEDs. However, they can be used for special applications, such as urban landscape lighting, stage decoration, sports venues, and display screens. Despite their small size, they can be very powerful. Typically, the highest-end LEDs can produce over a thousand lumens.
The low-power LED has been in mass production since the late 1970s. Although their physical mechanisms are similar to any other type of LED, the brightness and efficiency depend on the current that is supplied. In the case of low-power LEDs, the best efficacy is achieved at lower currents.
High-Power LEDs can be designed to use a wide range of currents, from 350mA to 3000mA. As a result, they are usually mounted on a heat sink.
When evaluating the best current for your application, be sure to consider the maximum forward voltage, minimum flux output, and CRI (color rendering index) of each option. For example, Lumileds’ newest LEDs have a maximum forward voltage of 6.1V, and a minimum CRI of 80.
In addition, Lumileds’ LEDs have a CCT range from 2700K to 6500K. Additionally, the company claims their LEDs have superior uniformity over other low-power LEDs.
Infrared LEDs, as their name suggests, are light emitting diodes that are used in many applications, ranging from security to remote control. These devices are usually manufactured from two types of semiconducting materials, one of which is doped to alter its electrical properties. The most important part of an infrared LED is that it can be operated from a variety of different types of devices, from mobile phones to smart meters. Unlike conventional LEDs, they are not vulnerable to overheating.
There are several IR LEDs to choose from, such as the popular iQLED. These devices are typically equipped with a temperature sensor that can accurately measure the temperature of objects in a room. They also come with their own battery pack that can be charged while the device is operating. Similarly, they are not subject to the same power fluctuations as conventional LEDs.
A well designed IR LED can provide the best night vision on the market. Aside from their own functions, they also have the ability to monitor the ambient lighting conditions in the room. As a result, they will automatically activate themselves upon detecting a dip in natural lighting. When the room is dark, a series of high powered LEDs will automatically turn on to increase the brightness of the lights. Depending on the brand, the LEDs may also be fitted with a remote control, allowing the owner to set the dimmer without having to get up off the sofa.


Wave probes are instruments to measure water flow on physical models.
Our wave probes operate by measuring the current that flows between two stainless steel wires that are immersed in water. This current is converted to an output voltage that is directly proportional to the immersed depth.
Each wave probe comprises two parallel stainless steel rods with a plastic head and foot. The head is fixed to the calibration stem and a mounting block is supplied that allows the calibration stem to be fixed to any vertical surface.
Our wave gauge system comes with 8 wave probes to your selected length. A smaller number of probes can be supplied - please contact us to discuss your requirements.


High end electronics and design mavens Bang & Olufsen have created for the first time a speaker system exclusively for Apple’s iPod, iPhone & iPad line of devices with the BeoSound 8 dock.
In true B&O style, the speaker system looks very futuristic with two large circular speakers connected by a dock for Apple’s devices. There is also an auxiliary connection for non Apple devices. The BeoSound 8 will also have apps [to be released this month] for the device, a free version that has limited internet radio access and a $19.99 version with access to over 10,000 internet radio stations that you can control/program from you iPod, iPhone & iPad.
The price of the BeoSound 8 is $999.


The audio module can provide you direct access to the audio hardware for writing PCM samples to it.
To create a new
AudioDevice instance we do the following:
AudioDevice device = Gdx.audio.newAudioDevice(44100, true);
This creates a new
AudioDevice that has a sampling frequency of 44.1khz and outputs mono. If the device couldn’t be created, a
GdxRuntimeException will be thrown.
We can write either 16-bit signed PCM or 32-bit float PCM data to the device:
float floatPCM = ... generated from a sine for example ... device.writeSamples(floatPCM, 0, floatPCM.length); short shortPCM = ... generated from a decoder ... device.writeSamples(shortPCM, 0, shortPCM.length);
If stereo is used, left and right channel samples are interleaved as usual (first float/short -> left, second float/short -> right).
The latency in milliseconds can be queried like this:
int latencyInSamples = device.getLatency();
This will return the size of the audio buffer in samples and thus give you a good indicator about the latency. The bigger the return value, the longer it takes for the audio to arrive at the recipient after it was written.
Note that latency on almost all Android phones is ridiculously high. Real-time audio applications have a hard time to get in the useful 10-30ms range. Usually you can achieve 100ms latency, many phones will have up to 400ms latency. Sadly, this is a driver/OS related problem and can’t be worked around.
AudioDevice is a native resource and needs to be disposed of when no longer used:


Suitable for Oculus Quest2/1 or Vive power pack fixing bracket luxury audio band battery holder, fixed on the VR headset belt or waist, compatible with various sizes of mobile power (with USB cable / without USB cable)
【Patented original design】 A powerbank back clip bracket is specially designed for Oculus Quest 2/1 headset or HTC Vive luxury audio strap, which is used to fix the power bank on the vr headset strap or waist.
【Compatible with power packs of various sizes】Use the rear clamp bracket and two magic straps to fix the power pack. The elasticity of the magic band can be adjusted and fixed according to the size of the power bank.
【Three ways to use】The Powerbank fixing bracket can not only be fixed on the quest headset belt, but also on the waist belt. If you have an HTC Vive deluxe audio strap, you can also install a powerbank fixing bracket on it.
【Augmented virtual reality experience】 The powerbank fixed rear gripper allows you to carry the power bank with you. When playing a VR game, you don't have to worry about the all-in-one VR headset running out of power and stopping the game midway.
【Please note】 QUEST headset and Powerbank are not included!
Does not include headphones and Powerbank


Changing times demand a change in practices , lighting solutions have also evolved and now are in a transition from incandescent lights to LED lights.In light of this, tube lights have also changed from fluorescent to LED .which is why LED tube lights are oft-spotted in homes and office spaces.
Businesses everywhere are switching to LED solutions to not only save money on their electricity bills but also to significantly reduce the maintenance charges which are also a subversive influence on commercial budgets. LED tube lights are an easy solution for us to make that switch.
Whether you are in search of a whole new lighting scheme from scratch or planning on switching from fluorescent lights, there is an alternate for you. Most of the fluorescent fittings are readily available as LEDs , and the market is flooded with options.
Magik Lights’ LED tube lights claim a lifespan of 25000 hours, which is about 7 years of average use.And unlike fluorescent tubes, LED tube lights maintain their lumen and brightness over time without flickering or buzzing at the end of their cycle.
LED tube lights have better endurance during the switch cycle which also improves their lifespan
LED Tube Lights are free of harmful chemicals like mercury which also makes them environment friendly.


Arguably the most significant innovation in cinema since digital projection, the use of LED screens to show first-run films has been a hot topic for over a year. Patrick von Sychowski examines the market entrants.
Nobody seems sure what to call new cinema LED technology, whether it is direct view display (awkwardly abbreviated DvD), or active screens, video walls or something else. But nobody who has seen the demonstrations by Samsung and Sony could fail to be impressed by the brightness, clarity, definition, colours, blacks and contrast of the projector-less screens. If anything, cinema purists find them too perfect, much like digital projection is faulted for its lack of flicker, scratches, weaves and other photochemical film characteristics.
Samsung Onyx Theatre
Samsung became the early proponent of cinema LED when it held private demonstrations at CinemaCon in March 2017. The cinema industry was stunned by the speed with which the South Korean electronics major won DCI certification in May 2017 and installed the first unit with Lotte in Seoul last July. Eight sites have since been installed or announced, including in China, Europe and the US.
The price tag of around $750,000 (including screen, audio and install) is still the biggest block to widescale adoption. The second is that the screen only comes in the size of 10.3m for the 4K version. Yet the promises of more than 100,000 hours’ lifespan means that, according to integrators, cinemas are seriously weighing it up as an alternative to laser projection. At its US launch, Samsung also announced plans for a 14m (45.9 ft) screen before the end of the year with wider pixel width (3.3mm instead of 2.5mm). The company also claims up to $25,000 savings for newly built cinemas by eliminating the need for a projection booth and the addition of three rows of seats.
The installation of the first Samsung screen in a Hollywood post house (Roundabout in Santa Monica) should mean that feature films can now be mastered for the high brightness HDR screens, though Studios are not rushing to pay for yet another DCP versioning for a still-small installed base. Worries about damaged displays has led Samsung to issue assurances that defective modules can be replaced and recalibrated in just a few hours.
While some high-profile directors such as Steven Spielberg and Christopher Nolan have expressed concerns about what they see as a ‘big television’ screen in cinemas, UNIC President Phil Clapp stated that he believes that they are in the majority. Moreover, despite these reservations, Spielberg’s “Ready Player One” was the first film screened at Samsung’s first US installation.
Presently the Samsung Onyx Theatre situation is similar not only to the prototype DLP cinema deployment in 1999 in terms of installed base and cost but also in terms of industry buzz that it is generating. It remains to be seen whether it will similarly dominate cinemas in 15 years’ time. Samsung has an ambitious target of “10 percent of cinemas across the world by 2020.” But Samsung is not the only one advocating a bright future for projector-less cinema screens.
Sony showed off its LED screen at CinemaCon 2017 in a public demo intended to gain feedback from the cinema industry, rather than announce entry into the field. The CLEDIS display was already in commercial use, but not DCI certified for cinemas. However, with Sony projectors having their own IMB, they would not need to look outside the company for an integrated cinema solution. In practice, the CLEDIS screen was considered ‘over-specced’ for cinema use, with a price tag to match. Feedback, though, was very positive.
Sony is now on a path to launching a cinema LED screen, most likely before the end of 2018, with the new name of Crystal LED. Unlike Samsung, however, Sony has to be mindful of not undermining its existing projector line-up, including the recently launched blue-phosphor laser. Sony is also at pains to stress that its active screen solution is different from Samsung’s in that it uses micro LEDs.
Oliver Pasch, Sony Digital Cinema Europe
“Sony is committed to exhibition through its significant investment in developing Crystal LED, the future of the premium cinema experience with its true and verified contrast ratio of over 1,000,000 to 1! With infinite contrast and colour reproduction that can match what the filmmaker intended, Sony is taking every measure to ensure we deliver the right technology at the right time for the best picture in theatres. With the modular scalable design of our Crystal LED technology it caters for every size of screen —we’re excited to bring this to market for exhibition in the near future and are nearing the end of DCI approval.
Our Crystal LED Active Screen solution is coming to market in its current generation, but we’ll continue to develop to the solution for future iterations, working with the Hollywood creative community and studios to develop a solution best fit for their needs, coupled with a realistic product for implementation by our exhibitor partners.”
NEC, Barco and Christie
At Cinemacon 2018 NEC hosted demos of a prototype LED display that showed stereoscopic 3D using passive glasses (Samsung uses more expensive active glasses). Resolution was low but 3D effects were impressive and without eye strain. NEC is confident it can get resolution up and offer a viable product in the near future.
Both Barco and Christie have extensive experience in LED displays for indoor (including cinema lobbies) and outdoor use. A particularly impressive one greets visitors approaching Barco’s new HQ in Kortrijk, Belgium. Christie even formed a partnership with Wanda Film Holdings early this year for a joint Cinema Technology Centre of Excellence that among other things will look at cinema LED screens. As such both Barco and Christie have expressed confidence that they too can offer LED solutions for cinema, once there is significant market demand. Unlike Samsung, they clearly do not want such a display to siphon off attention from their current line up of projector-based solutions.
LG… and China enter the fray
Samsung’s biggest competitor in the LED TV and display panels is fellow Korean major LG. There are rumours the company will soon come out with a cinema LED product. This could lead to others, such as Sharp or Vizio also entering the field. Yet the biggest potential ‘threat’ to Samsung could come from China. Unlike DLP chips, which are strictly controlled and licensed by Texas Instruments, there is nothing inherently proprietary about LED technology. This means that a suitably good LED display with a DCI-approved IMB and FIPS could pass cinema compliance tests. While GDC Techonlogy is currently working with Samsung, there is nothing to stop it from sourcing LEDs from a manufacturer in China for its own solution in the future.
China has long resented being dependent on ‘foreign’ projection technology and manufacturers, not least since becoming the world’s biggest cinema market by screen count. Cinema LED could give China the opportunity to source future screen technology from 100% domestic suppliers.
And the audio issue?
Because speakers cannot be placed behind LED screens, clever solutions have to be found to replicate regular 5.1, 7.1 and immersive sound. This challenge was addressed earlier by AMC for its Taurus curved screens and also in Finnkino’s AS2 solution used for its Scape PLF and over 100 other screens. This involves putting speakers in an array above and around the screen. Psych-acoustics mean people are generally able to distinguish better whether sound is coming from left or right but not up or down.
Samsung has improved on this using speakers pointing at the screen, ‘bouncing’ them off it to the audience. “With support from JBL by Harman Professional’s sculpted surround sound system, Onyx Sound expands the audio sweet spot in a given theater,” Samsung explained at the launch of its first US screen, which, funnily enough, is less than 15mins drive from Harman’s US headquarters.
Onyx LED: the numbers
10.2 x 5.4 meters – 96 panels @ 2.5 mm (4K)
5.1 x 2.7 meters – 24 panels @ 2.5 mm (2K)
14 x 7.2 x meters – ?? panels @ 3.1 mm (4K)
1 module = 3,840 LED lights (16cm high x 15 cm wide)
1 cabinet = 24 modules (6 high x 4 wide)
4K screen = 96 cabinets (6 high x 16 wide)
146 ftL (foot-lambert) or 500 nit.
15-25 ftL is high-end for laser projection
Samsung Onyx: USD $500,000-$800,000 (screen, audio and installation)
Top RGB laser: USD USD $150,000-$300,000 (projector only)
3/7/17: Lotte Cinema World Tower (Seoul, South Korea)Lotte
20/7.17: Cinema in Centum City (Busan, South Korea)
4/2/18: Wanda Theater Wujiaochang (Shanghai, P.R. China)
20/3/18: Arena Cinemas (Zurich, Switzerland)
1/4/18: Paragon Cineplex (Bangkok, Thailand)
20/4/18: Pacific Theaters Winnetka 12 (Chatsworth, CA, USA)
later in 2018: Golden Screen Cinemas (Kuala Lumpur, Malaysia)
later in 2018: Cineplexx Cinemas (Vienna, Austria)
Post-production – 20/4/18: Roundabout (Santa Monica, USA)
10 screens total open in May 2018
15 screens total open in June 2018
30 screens total open by end of 2018
Samsung Onyx is the third digital cinema display device to be certified for EclairColor HDR-enabled pictures after Sony’s SRX-500 and Barco’s DP4K projectors.


The future of renewables
Following the UK’s achievement earlier this month in generating more than half of the country’s energy requirements from renewables, let’s take stock of what the future for renewables might look like
Renewable sources of energy generating more electricity than traditional fossil fuels, such as coal or gas, for the first time in the UK. The National Grid reported that power generating from wind, solar, hydro and wood pellet burning supplied a record 50.7 per cent of the country’s energy. If nuclear energy is added to this mix, not a renewable energy source, but sometimes considered an alternative to fossil fuels, this number reaches 72.1 per cent.
So with that in mind let’s look at some of the more interesting sources of power in the future might be (thanks go to Futurism for their great infographic that I sourced some of this material from):
- Space-based solar power: Much of incoming solar energy never makes it through Earth’s atmosphere. A space-based solar power system would use fleets of satellites in orbit to absorb the unfiltered sun’s energy and beam it down with microwaves to power-stations on earth – and yes sending power over distances is technically possible.
- Human power: This one’s simple – why don’t we just use the power that our bodies generate through movement. Some products have come out that already aim to take advantage of this – which have not always been successful.
- Wave power: A technology which until recently may have been considered an underdog in energy generation in comparison to its solar and wind brethren. Tidal power is really a form of stored energy. Coastline is measured by how much energy it could produce – with the US coastline estimated at a potential of 252 billion KWh.
- Hydrogen power: At this point it feels like hydrogen fuel cells have been constantly around the corner for decades with the promise of high energy yields and no pollution. It seems that only time will tell if this energy solution will every become viable.
- Embedded solar power: Rather than a new technology, this is an offshoot of solar power. New manufacturing processes will allow the embedding of solar panels in windows. Imagine a skyscraper where every window was itself a solar panel, generating electricity for the entire building.
- Flying wind power: Again, like our example above this harnesses an existing technology and improves upon it. A flying wind farm would seek to float turbines as high as skyscrapers in order to take advantage of the much stronger winds that can be found at these heights.
- Nuclear fusion: Finally, another technology that I’ve been reading about for years that still hasn’t got off the ground. If successful nuclear fusion might hold the key to powering our society for centuries. By harnessing the fusion process, the same power that fuels the sun, unlimited power is possible without any pollution or greenhouse gases, or even nuclear waste as is the case with our current nuclear fission reactors. Despite decades of research a reactor has still not been built that has been able to generate more power than it takes to turn on due to the incredibly intense power required to achieve fusion – although the International Thermonuclear Experimental Reactor (ITER) being built in France and estimated to be completed by 2027 might challenge that.


Ξεκαρδιστικές ατάκες, αν είσαι προγραμματιστής (software architect λέμε στους απέξω ή, το λιγότερο, software engineer) από μεγάλες προσωπικότητες του χώρου της ανάπτυξης λογισμικού και όχι μόνο! Θα βρεις και τις 50 εδώ. Οι αγαπημένες μου:
- 39: “Considering the current sad state of our computer programs, software development is clearly still a black art, and cannot yet be called an engineering discipline.”
- 35: “For a long time it puzzled me how something so expensive, so leading edge, could be so useless. And then it occurred to me that a computer is a stupid machine with the ability to do incredibly smart things, while computer programmers are smart people with the ability to do incredibly stupid things. They are, in short, a perfect match.”
- 29: "Talk is cheap. Show me the code."
- 14: "I don't care if it works on your machine! We are not shipping your machine!"
- 10: "People think that computer science is the art of geniuses but the actual reality is the opposite, just many people doing things that build on each other, like a wall of mini stones."
- 6: “The trouble with programmers is that you can never tell what a programmer is doing until it’s too late.”
- 3: "Most good programmers do programming not because they expect to get paid or get adulation by the public, but because it is fun to program."


DEEPINSPECT ANNOUNCES A PARTNERSHIP WITH GLOBAL LEADER NOZOMI NETWORKS AND LAUNCHES THE FIRST INTEGRATED SYSTEM THAT PREVENTS AND NEUTRALIZES ATTACKS ON CRITICAL INDUSTRIAL INFRASTRUCTURES
With this agreement, the companies are offering a platform that is unique in the current market. It is the first detection solution operating in both wired and wireless OT and IoT environments, which is notoriously the least managed. It now enriches the preventive threat identification capability with the continuous detection and monitoring advantages of Nozomi Networks software. 100% made in Italy and inspired by a military background, DeepInspect has the potential to mark a new frontier in the security of critical infrastructures and industrial 4.0 processes, paving the way for cybersecurity in our country, which to date, has depended substantially on international solutions. By 2025, Gartner expects 30% of critical infrastructures to experience security breaches
Rome, Nov. 2022 – DeepInspect, a spinoff of the Italian NSR Group, and Nozomi Networks, a global leader in OT and IoT cybersecurity, have announced a technology partnership. The companies are offering a joint solution that combines DeepInspect’s solution – the first on the market capable of operating in OT and wireless IoT environments that is able to identify vulnerabilities before an adversary can exploit them – with the detection, protection, and continuous monitoring capabilities offered by the Nozomi Networks system.
NSR Group spinoff launches first multi-connected and integrated OT and wireless IoT platform
DeepInspect, formed in April 2021, has devised a competitive solution, unique in the current market, that fills a gap in industrial cyber threat counter strategies. Prior to DeepInspect, there were systems available in the market that operated in the OT or wireless IoT domain, generally the least manned, now DeepInspect can integrate both OT and wireless IoT domains. The breakthrough idea was to devise a single system that would include methodology, hardware, and software to identify vulnerabilities before an adversary can exploit them, in order to maximize protection. An invention, as simple as it is ingenious, with important potential to open a new frontier in cybersecurity: enabling a single hardware device and a single dashboard, to intervene comprehensively and preventively does indeed greatly reduce the level of complexity, costs, and operational activation time. Doing so also overcomes the approach of periodic monitoring, which, however assiduous, cannot act in a wide-ranging or automated manner.
A 100% made-in-Italy solution that is enhanced by the contribution of global leader Nozomi Networks
The DeepInspect system takes its inspiration from military command and control systems and is 100% made in Italy, from design and engineering to hardware, software, methodology, and the patents themselves. It was developed with the support of the Italian NSR Group, which provided part of its team of specialized engineers and fully funded the spinoff – that gives the solution its name – and is now available within its portfolio of offerings. The wholly Italian-owned company, NSR, investing in the young business wants to outline an “Italian road to cybersecurity” to overcome our dependence on technologies almost entirely conceived by foreign companies, and to activate synergies and exchange of know-how win-win between different players.
With this direction, the launch of the technological partnership with the global leader in OT and IoT security, Nozomi Networks, represents a milestone in DeepInspect’s industrial journey. On one hand, this agreement integrates Nozomi Networks Guardian software into the DeepInspect platform, which captures and forwards wireless OT traffic for analysis. On the other, DeepInspect will help enrich the capabilities of Nozomi’s software for vulnerability protection aspects in a virtuous interchange. A follow-up development and deployment plan is also planned.
An ideal system for industry 4.0, healthcare, transportation, maritime, Oil & Gas, and critical infrastructures
DeepInspect is particularly versatile to cover the Asset Discovery and Vulnerability Assessment needs of large entities in Industry 4.0, Healthcare, Transportation, and Maritime. It is also an ideal solution for risks related to critical infrastructure e.g. Oil and Gas, Energy. “The objective of our solution is to fill a gap in the market and to simplify a complex area, such as cybersecurity, as much as possible by creating an agile system. Just think that the main device can fit in the palm of one hand, but it’s sufficiently articulated and complete to ensure maximum protection, especially that of critical energy and gas infrastructures, which are the focus, at the moment, and Industry 4.0 in general”– comments Antonio Mauro, Founder, and CEO of DeepInspect – “I am honored that an industry giant like Nozomi Networks realized the potential of this solution and chose to stand by our side. An achievement that would not have been possible if first a prestigious group with thirty years of experience behind it like NSR had not believed in us from the beginning, helping us bring our business idea to light.”
“We are very happy to collaborate with DeepInspect,” – said Phillip Page, Director of BD & Partner Technologies at Nozomi Networks – “The solution allows us to extend our capabilities. The integration of the two solutions allows us to enrich our offerings and the quality of results. In the future, we will continue to work on improving the integration more and more, and we already see new features on the horizon.”
The assets in brief: agentless and integrable with third-party solutions, uses AI algorithms and cyber threat intelligence
DeepInspect’s centralized dashboard enables organizations to monitor and command complex operations remotely from anywhere in the world with automated vulnerability assessments and discovery for both OT and Wireless IoT assets, providing at-a-glance insight. The platform includes the ability to integrate third-party systems such as SOC/SIEM or risk management systems. The solution focuses on the first step (identify) of the NIST, (National Institute of Standards and Technology) Cybersecurity Framework, which focuses on identifying assets and finding potential vulnerabilities and does not require software installation (agentless). DeepInspect also provides multiple security capabilities for both IT and OT such as firewalls, IDS (Intrusion Detection Systems), IPS (Intrusion Prevention Systems), and VPN (Virtual Private Network). Its capabilities are further enhanced by artificial intelligence and cyber threat intelligence algorithms which ensure through the correlation of data and analysis from resources (public and private), the ability to detect emerging vulnerabilities more quickly.
With over 2000 cyber attacks every year in Italy, prevention is the key
There are more than 2,000 cyber attacks every year in Italy that spare no sector, from universities to municipalities to healthcare facilities, not to mention the energy infrastructure. Understanding the targets of the attack allows proper security measures to be implemented on the devices and infrastructure, and this is the main reason why it is necessary to take inventory of all the assets involved. The combination of information from the assets and vulnerabilities allows the necessary measures to be taken to resolve and minimize the risks. In this context, cybersecurity needs a change in focus, especially at the level of prevention and integration of strategies, with particular reference to the critical infrastructure sector.
Gartner: by 2024, 80% of critical infrastructure will adopt hyper-converged solutions, and 30% will experience a security breach by 2025
According to the Gartner report “Predicts 2022: Cyber-Physical Systems Security – Critical Infrastructure in Focus”, by 2024, 80% of organizations managing critical infrastructure will abandon current siloed security solutions developed to bridge cyber-physical and IT risks by adopting hyper-converged solutions. Through 2026, less than 30% of critical infrastructure owners or operators in the United States will meet new government-mandated security requirements for cyber-physical systems.* (Source: Gartner®).
DeepInspect is based in Rome, Italy. Founder Antonio Mauro, Ph.D. has more than 20 years of international cybersecurity experience along with a military and government background. Mauro has gained ample experience in large companies including, Cisco Systems, OCTO Telematics, ZTE Corporation and was an officer in the Carabinieri Corps. In 2015, he filed a patent for technology to support forensic investigations in the IoT environment, and in 2020, he patented the solution to search for assets and vulnerabilities in OT systems which then became the core of his business project.
*Gartner, “Predicts 2022: Cyber-Physical Systems Security — Critical Infrastructure in Focus”, November 17th, 2021.