Best Gaming Phone 2020
1. Asus ROG Phone
Best Gaming Phone
Screen size: 6″ ● Resolution: 1,080 x 2,160 ● CPU: Snapdragon 845 ● RAM: 8GB ● Storage: 128GB ● Battery: 4,000mAh ● Rear camera: 16MP (wide), 8MP (ultra-wide) ● Front cameras: 8MP ● OS: Android 8.1 Oreo ● Size: 6.25″x 3.00″ x 0.33″ ● Weight: 7.05ozThe Asus ROG Phone is without a doubt, the best gaming phone right now. Featuring binned 2.96GHz Snapdragon 845 processors (0.16GHz faster than usual), a 90Hz display, and virtualized air triggers, playing Fortnite and PUBG Mobile on this gaming phone has never felt better. Thanks to its vapor chambers and liquid cooling system, this phone will also stay cool to the touch and the phone comes with an included attachable fan to stay even cooler.
Asus also has the most complete line of accessories for the ROG Phone complete with controllers—including one that adds a second screen—desktop dock, and a WiGig dock to connect the phone wirelessly to your gaming TV. It also has the same distinct copper, orange on gunmetal gamer aesthetic as the company’s gaming laptops with a design that makes the phone look almost like an Iron Man suit.
2. ZTE Nubia Red Magic 3
Best Budget Gaming Phone
Screen size: 6.65″ ● Resolution: 1,080 x 2,340 ● CPU: Snapdragon 855 ● RAM: 8GB ● Storage: 128GB ● Battery: 5,000mAh ● Rear camera: 48MP (wide) ● Front cameras: 16MP ● OS: Android 9 Pie ● Size: 6.76″ x 3.09″ x 0.38″ ● Weight: 7.58ozThe Nubia Red Magic 3 is a gaming phone powerful enough to hang with the crowd of flagships like the Razer Phone 2 and Asus ROG Phone, but at a fraction of the price starting at $480. Despite being so much cheaper, this budget smartphone comes with the leading Snapdragon 855 processor. It also packs plenty of gaming-specific features including touchpad shoulder buttons, plus liquid-cooling and an internal fan to keep it cool.
With the Nubia Red Magic 3 you’ll be playing on a large 6.5-inch—albeit only Full HD—90Hz screen. For less than $500 you’re getting a lot of phone as it comes with 8GB of RAM and 128GB of storage to start, not to mention a massive 5,000mAh battery that will keep you gaming for a long time.
3. Razer Phone 2
Best Android Phone for Gaming
Screen size: 5.72″ ● Resolution: 1,440 x 2,560 ● CPU: Snapdragon 845 ● RAM: 8GB ● Storage: 64GB ● Battery: 4,000mAh ● Rear camera: 12MP (wide), 12MP (2x telephoto) ● Front cameras: 8MP ● OS: Android 8.1 Oreo ● Size: 6.24″ x 3.11″ x 0.33″ ● Weight: 7.76ozThe Razer Phone 2’s most unique feature out of all the gaming phones is its 120Hz QHD display that makes gameplay look smoother than any other gaming smartphone. The handset also has a built-in 24-bit DAC that enhances your audio to go with that great screen.
A Snapdragon 845 processor powers this whole experience, meanwhile a vapor chamber cooling system and a massive heat-pipe help keep this complete package running cool. Instead of having a global gaming mode like other phones, Razer has a curated list of mobile games in its Cortex Mobile app, which automatically adjusts settings like resolution, frame rate, and CPU clock speeds to run games optimally.
4. iPhone 11 Pro
Best iPhone for Gaming
Screen size: 5.8″ ● Resolution: 1,125 x 2,436 ● CPU: Apple A13 Bionic ● RAM: 4GB ● Storage: 64GB ● Battery: 3,046mAh ● Rear camera: 12MP (ultra-wide), 12MP (wide), 12MP (telephoto) ● Front cameras: 12MP ● OS: iOS 13 ● Size: 5.67″ x 2.81″ x 0.32″ ● Weight: 6.63ozThe world of mobile gaming has soured a little over the last couple of years thanks to the introduction of micro-transactions and timer, but Apple is trying to revolutionize mobile gaming with a subscription-based library of and the best way to experience it all is with
The iPhone 11 Pro is Apple’s best smartphone in years and with all the exclusive games available only Apple Arcade, there’s never been a better reason to pick up this flagship iOS device. Apple went all out on specs this year as the latest model features a super-bright 800-nit display that peaks at 1,200-nit. It doesn’t feature nearly as much memory as some of the top gaming phones on this list, but Apple has always had a special way of optimizing iOS to do more with less. The iPhone 11 Pro also more than makes up for its RAM deficiency with its A13 Bionic chip, one of the fastest mobile processors you can get on a phone.
The best thing about getting an iPhone is you get access to plenty of mobile games, and it just so happens many of the best mobile experiences are available only through the Apple Arcade subscription service. Just a few of the top Apple Arcade games include Grindstone and WHAT THE GOLF?, and Exit the Gungeon.
5. Xiaomi Black Shark 2
Made to Game
Screen size: 6.39″ ● Resolution: 1,080 x 2,340 ● CPU: Snapdragon 855 ● RAM: 12GB ● Storage: 256GB ● Battery: 4,000mAh ● Rear camera: 48MP (wide), 12MP (telephoto) ● Front cameras: 20MP ● OS: Android 9 Pie ● Size: 6.44″ x 2.95″ x 0.35″ ● Weight: 7.23ozThe Xiaomi Black Shark 2 was built for gaming first and you can tell just by holding its contoured shape. It’s like it was meant to be gripped in landscape mode for gaming. This gaming phone also features one of the biggest 6.39-inch AMOLED screens with a 1,080 x 2,340 resolution—but only 60Hz refresh rate.
The Black Shark 2 also features plenty of gaming specific software with a myriad of pull down Gamer Studio options to adjust the performance of your phone as well as display, touch, audio and networking settings. Like the Asus ROG Phone, Xiaomi has plenty of accessories designed for the Black Shark 2 including an attachable pair of controllers and TV connection hub.
6. OnePlus 7 Pro
True Full Screen Mobile Gaming
Screen size: 6.67″ ● Resolution: 1,440 x 3,120 ● CPU: Snapdragon 855 ● RAM: 12GB ● Storage: 256GB ● Battery: 4,000mAh ● Rear camera: 48MP (wide), 8MP (telephoto), 16MP (ultra-wide) ● Front cameras: 16MP ● OS: Android 9 Pie ● Size: 6.40″ x 2.99″ x 0.35″ ● Weight: 7.27ozIf all screen mobile gaming is what you seek, the OnePlus 7 Pro is the best gaming phone for this particular job. The OnePlus 7 Pro skips all the front camera notches and bottom button business to give you a truly edge-to-edge 6.67-inch 1,440 x 3,120 display.
This gaming phone also comes with a Qualcomm Snapdragon 855 chip that’s plenty fast for even the most demanding mobile games. But you can also turn on Fnatic mode to prioritize processing power and networking speeds for whichever game you’re playing. There’s also a basic gaming mode that blocks notifications, enhances haptic feedback, and activates a faux-HDR display mode that presents brighter highlights and deeper blacks on the screen.
7. Samsung Galaxy S10
Best Everyday Phone for Gaming
Screen size: 6.1″ ● Resolution: 1,440 x 3,040 ● CPU: Snapdragon 855 ● RAM: 12GB ● Storage: 128GB ● Battery: 3,400mAh ● Rear camera: 12MP (wide), 12MP (telephoto), 16MP (ultra-wide) ● Front cameras: 10MP ● OS: Android 9 Pie ● Size: 5.90″ x 2.77″ x 0.31″ ● Weight: 5.54ozJust like sleeper gaming PCs, sometimes you just want a normal looking phone that offers better graphics performance than everyone else. That’s where the Samsung Galaxy S10 comes in to play. It’s one of the best and most popular smartphones around that’s also been carefully tuned for gaming.
The Samsung Galaxy S10 is the first phone optimized for Unity-run games. Also, the GPU has been optimized for smoother gameplay for all mobile games no matter which engine they’re built on. Users can also turn on an enhanced gaming mode on the Galaxy S10 that gives you better video and audio from the Infinity-O display and Dolby speakers.
This phone also features an “advanced heat pipe” cooling system, which helps it stay cooler than other competing handsets. The Samsung Galaxy S10 Plus is also a great option if you want an even bigger screen and a vapor chamber cooling system to cool things down even more.
What’s Next for Gaming Phones
The third generation of gaming phones is starting to heat up and it’s all thanks to Qualcomm’s brand new Snapdragon 855 Plus processor.
So far two new gaming phones have stepped forward, the Asus ROG Phone 2 and Xiaomi Black Shark 2 Pro, promising even better mobile gaming performance with the new chip.
The Asus ROG Phone 2 looks to be a pretty big step up from its predecessor, packing a newer processor, larger screen, 6,000mAh battery, and 120Hz screen. The Black Shark 2 Pro, on the other hand, aims to be the most affordable and powerful gaming phone that packs a Snapdragon 855 Plus chip with 12GB of RAM for just $450.
What to Look for in a Gaming Phone
Choosing the right gaming phone is a little different than finding the best smartphone. With regular phones, you might be more interested in battery life, the cameras, and a plethora of other specs, but the best gaming phones are all about their screens and processors with everything else being less important.
With that in mind, we’ll start with the processors. You pretty much want the latest chips available, which for Android are the Qualcomm Snapdragon 845, Snapdragon 855, and the newly announced Snapdragon 855 Plus chips. On Apple’s side, you should look for an iPhone with either an A11 Bionic or A12 Bionic CPU.
In terms of displays, you should pick out anything that’s a step up from your average phone screen. Often, smartphones made for gaming will feature a display with a refresh rate greater than 60Hz. 90Hz screens are what most of the top gaming phones feature, but we’re starting to see more gaming smartphones with 120Hz displays coming to market as well.
That’s everything thing you need to know about gaming phones for now. We’ll be updating this list periodically, especially as rumors suggest we’re going to see a surge of new gaming smartphones that may include the Asus ROG Phone 2. Xiaomi has also announced that it intends to introduce the Black Shark 2 Pro by the end of the month.


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Since the end of the 19th century, psychologists have relied on reaction time measurement to find out about people’s intelligence, memory, sensory processes, personality, social and group processes, pretty much every area of psychological research. In the last few decades, reaction time measurement has relied on computers, where participants stare at a computer screen and go through sometimes endless exercises of pressing keys when relevant stimuli flash up. More recently, researchers have started to take their experiments online and give people everywhere a chance to take part in their studies using their web browsers. Online studies are not without criticism though as data collection is far less rigorous than in a lab setting.
So is collecting reaction time data online a good idea?
Well, yes and no. We recently looked into the practicalities and limitations of measuring reaction time through a web browser. In the lab, you would probably use the same hardware and software to test all participants. Online, however, the differences in architecture will lead to all sorts of sources of error.
First, there’s the keyboard and display lag. Keyboard lag is the time it takes from participants pressing the response key on their computer to the response being registered by the computer. That can be up to tens of milliseconds depending on their hardware. The display lag is usually even larger: the time it takes from the stimulus being “sent” to the display and when it is actually displayed by the monitor. In the lab, CRT monitors are usually used as they have a much lower lag than LCD screens. But in the real world hardly anyone still owns a CRT monitor.
Then there’s software measurement error. Some web browsers rely on the time of the operating system which is inexact. Web browsers also vary in performance, for instance Internet Explorer seems far less reliable than Chrome or Firefox for reaction time measurement. As a note to developers, the best way we found to minimise browser error is to use the performance library (performance.now function available on Chrome versions 24+, Mozilla Firefox 15+, Internet Explorer 10+, and Opera). And this is only for PCs with keyboards, don’t get me started on reaction time error on touch screen devices, I’ll save this for a future post.
Reaction time measurements in experiments usually range around 300-600 milliseconds. All the sources of error above can add up to over 50 milliseconds, so quite a significant measurement error.
So is it a good idea to take your reaction time experiments online? We would say a firm no if you are looking at measuring absolute reaction times to compare against existing benchmarks. However, if you are looking at differences between groups then given a large enough sample you should be able to detect an effect. If you study a population that would be unlikely to come into the lab during working hours (so pretty much anyone other than psychology students) then it might be a good option. Even if you could test people in the lab, you may get a more diverse sample and get more exposure for your research online, so it may be an idea to do both.


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The most popular lead-free bismuth solder alloys are Indalloy ® #281 (58Bi 42Sn) which melts at °C and Indalloy ® #282 (57Bi42Sn1Ag) which melts at 140°C. The addition of the 1% Ag makes the alloy more malleable. Both alloys can be used for step soldering applications. After the initial joints are made with a standard SAC alloy (220°C Books:'Bblowtorch soldering' GrafiatiList of books on the topic 'Bblowtorch soldering'. Scholarly publications with full text pdf download. Related research topic ideas.
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The first stars play a particularly important role in the history of the universe because they are the first luminous objects in our universe and the first to produce heavy elements. However, no direct observational traces of them have yet been obtained. Now, the operation of a new generation of multi-wavelength instruments is underway, and we are at the stage where the discovery of the remnants of the first stars is imminent. In addition, the detection of gravitational wave events by the gravitational wave interferometers LIGO and VIRGO has ushered in a new era in which gravitational waves are used as discovery tools. Therefore, there is an urgent need to deepen our understanding of first stars by connecting theory and observation. In this study, we approach the problem from various angles from the theoretical point of view toward the observational demonstration of detecting the remnants first stars.
The studies presented in this talk focus on the following three points:


The ocean is the largest ecosystem on the planet and covers 71 per cent of its surface. Ocean is a vital component of the climate system. It influences climate by absorbing solar radiation and releasing heat needed to drive the atmospheric circulation. It also absorbs carbon dioxide (CO2) in two manners. First from the dissolution of CO2 into water (process called the solubility pump) and secondly from the absorption of CO2 by phytoplankton (process called the biological pump).
UN Climate Change stated that up to 2021, the ocean has absorbed around 90 per cent of the heat generated by rising greenhouse gas emissions trapped in the Earth’s system and has taken in 30 per cent of carbon emissions. This has resulted in several fallouts, including the rise in the temperature of seas and oceans and marine heatwaves, sea-level rise, or ocean acidification.
Such consequences have severe impacts on oceans and coastal life and activities, and lead to marine biodiversity loss, endanger population of coastal villages, towns, and megacities that in total amount to almost half of the global population, and impacts people working in fishery and aquaculture sector.
Another consequence of the temperature rise of the ocean is the increase in toxic algae blooms, setting into motion a series of cascading effects. Those algae reduce the amount of oxygen (O2) available for phytoplankton to develop and stock the carbon dioxide (CO2) disrupting global climate further.
Space technology and applications are instrumental in dealing with major consequences of the impacts of climate change on the ocean. They are used to monitor the ocean temperature, the sea-level or the colour of the ocean, from which is inferred the chlorophyll-a concentration, used to better understand the role of phytoplankton in, amongst other, the global carbon cycle, ocean acidification or the response of marine ecosystems to climate variability.
From the 54 Essential Climate Variables < https://gcos.wmo.int/en/essential-climate-variables > identified by the Global Climate Observing System (GCOS) 19 are solely dedicated to oceans.
Sea Surface Temperature (STT)
Infrared radiometers (sensors measuring electromagnetic radiation) onboard polar-orbiting satellites, in combination with in-situ measurements for validation, are used to retrieve information about the sea-surface temperature.
The ocean emits radiations that vary with the temperature. Those radiations of the sea surface occur in the infrared (for a depth of the surface of 10 micrometres) and the microwave (for a depth of the surface of 1 millimetre) wavelengths.
The temperature of the surface is then retrieved from the spaceborne measurements of the radiations using Planck formula and taking into account the effects of the atmosphere on the measured radiations (also called atmospheric correction).
Daily produced maps of SST produced are essential for understanding, monitoring and predicting ocean-atmosphere interactions that drives the weather patterns and influences the slow and subtle changes in our climate.
They also help monitoring marine heatwaves and marine cold spells (the cold version of heat waves).
Indeed, extreme temperatures of the ocean lead to devastating consequences for marine life and dependent communities, causing for instance widespread coral bleaching and reef degradation. Also, CO2 is less soluble in warmer water, therefore an increase in ocean temperature slows down the solubility pump mechanism of the ocean.
In recent decades, marine heatwaves have doubled in frequency, and have become longer-lasting, more intense and extensive. According to IPCC, in 2021, nearly 60 percent of the world’s ocean surface experienced at least one spell of marine heatwaves.
More information on the sea surface temperature ECV: https://gcos.wmo.int/en/essential-climate-variables/sst
Radar altimetry satellites can measure the ocean surface topography, meaning the sea-surface height and depression. Sea-surface height can be derived from the measure of the time it takes for radar pulses to hit the ocean surface and bounce back to the spaceborne altimeter. Knowing the speed of propagation of the radar pulse, and combined with precise satellite location data, precise sea-surface height in relation to the ellipsoid can be retrieved.
Latest data from the World Meteorological Organization shows that sea-level has accelerated in recent decades. Global mean sea level has been measured since the early 1990s by high-precision altimeter satellites. The sea-level rose by 2.1 millimetre per year between 1993 and 2002. However, in the recent decade (2013 -2021), the sea-level rise per year was 4.5 millimetre, more than double that of the previous period. In addition, the data from altimetry satellites was used to observe that sea level has occurred unevenly across the globe as some regions are affected more by the rise.
Rising sea level is a critical issue for millions of people living in coastal communities around the world and is a direct consequence of climate change. Therefore, monitoring sea-surface height is essential to grasping the changes inferred by climate disruption to take action to protect vulnerable communities.
More information on the sea level ECV: https://gcos.wmo.int/en/essential-climate-variables/sea-level/
Ocean colour data plays an essential role in understanding climate change. The colour of ocean measured by satellite is used for monitoring the state of phytoplankton, which are the basis of marine life, produce about half of the oxygen in the Earth’s atmosphere, and absorb carbon dioxide (CO2) during photosynthesis, participating in the global carbon cycle. Ocean temperature, currents, acidification, surface winds and nutrients can affect phytoplankton populations, and further impact marine ecosystems.
The presence of chlorophyll (the primary pigment of phytoplankton) in the water changes the reflection and absorption of sunlight properties of the water, and detecting concentration of chlorophyll enables to map the amount and location of phytoplankton. From the satellite detected marine reflectance (the water-leaving radiance, i.e the part of the sunlight backscattered by the water after interaction with it) the concentration of chlorophyll can be retrieved, correcting the effects of surface and atmosphere and using algorithms proven to be effective.
More information on the ocean colour ECV: https://gcos.wmo.int/en/essential-climate-variables/ocean-colour/


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Montagnier’s new research is investigating the electromagnetic waves that he says emanate from the highly diluted DNA of various pathogens. Montagnier asserts, “What we have found is that DNA produces structural changes in water, which persist at very high dilutions, and which lead to resonant electromagnetic signals that we can measure. Not all DNA produces signals that we can detect with our device. The high-intensity signals come from bacterial and viral DNA.”
Montagnier affirms that these new observations will lead to novel treatments for many common chronic diseases, including but not limited to autism, Alzheimer’s disease, Parkinson’s disease, and multiple sclerosis.
Montagnier first wrote about his findings in 2009, (17) and then, in mid-2010, he spoke at a prestigious meeting of fellow Nobelists where he expressed interest in homeopathy and the implications of this system of medicine (Nobel laureate, 2010).
The late highly renowned Italian physicist, Emilio del Giudice, was one of the world’s experts on water and “coherent domain.” Mae-Wan ho summarized del Giudice’s contributions to understand why water is “the means, medium and message of life.” Ho describes coherent domains as “a reasonating cavity produced by the electromagnetic field that ends up trapping the field because the photon acquires an imanginary mass, so the frequency of the CD electromagnetic field becomes much smaller than the frequency fo the free field with the same wavelength (Ho, 2015).
Ho also asserts, “the coherent domainds (CDs) could also account for ‘memory of water’ in homeopathic remedies (see Chapeter 8 in Ho, 2012) and many other phenomena previously considered ‘occult’, including possibly the last article Emilio wrote, with his wife for Science in Society on the importance of quantum coherent phase information underlying the clinical practice of ‘butterfly touch.'”
Nobel laureate gives homeopathy a boost. The Australian. July 5, 2010. http://www.theaustralian.com.au/news/health-science/nobel-laureate-gives-homeopathy-a-boost/story-e6frg8y6-1225887772305
Ho, MW. Living Rainbow H2O. Singapore: World Scientific and Imperial College Press. 2012.


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Through the widespread use of computer technology, a large number of devices have become interconnected with other systems. Day by day the threat landscape is evolving fast and with humanity’s increasing dependency on computerized equipment and networks, securing these systems became highly important.
With the aim to learn more about attack patterns and behavior, decoy systems under the name of honeypots have been deployed. In terms of computer security, a honeypot is a mechanism set to detect, deflect, or counteract attempts that aim at the unauthorized use of production systems. Through the use of honeypots, valuable information can be learned about the attacker proceedings and motives as well as their technical knowledge and abilities.
As computer networks are frequently targeted by various hostile activities independently of their scale, honeypots became subject to intensive research for quite some time. One of the widely used honeypot solutions was Honeyd. Honeyd is a framework that allows the creation of virtual network hosts, which can be configured to mimic the network stack of different operating systems (OS).
The configured virtual systems can be arranged in complex network topologies, where Honeyd can simulate the routing of network traffic. Honeyd is capable of handling many network connections and it allows monitoring activity on a wide Internet Protocol (IP) address space instead of the usual single IP address for other honey-pots.
As Honeyd’s development ha
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Nvidia GTX TITAN: The Gaming Supercomputer is Born
Fri 22nd Feb 2013 - 6:43pm
Oak Ridge National Laboratory’s Titan is the world's fastest supercomputer. Now, the same NVIDIA® Kepler™ architecture technology that drives the Titan supercomputer is redefining the gaming experience.
POWER & PERFORMANCE
Only GTX TITAN has the same rare combination of raw power and efficiency made for the supercomputer. You get 2,688 NVIDIA CUDA® cores and 4.5 teraflops of gaming horsepower. Plus, GTX TITAN delivers a 384-bit memory interface running at a blazing fast 6 Gbps for an amazing 288 GB/s of memory bandwidth—enough power to drive even the most extreme high-resolution gaming.
GTX TITAN gives you the perfect blend of elegant looks, premium craftsmanship, and superior acoustics. It’s made with cast aluminum, the highest-quality components, and an innovative vapor chamber technology and extended fin-stack to minimize noise while maximizing the gaming experience.
THE WORLD'S FIRST GAMING SUPERCOMPUTER
Now you can play the most graphics-intensive games at max settings and the highest frame rates—every title, every time. GeForce GTX TITAN was built to deliver the ultimate gaming experience through exclusive NVIDIA technologies like TXAA™ antialiasing, PhysX®, and GPU Boost 2.0 for a new level of customization and advanced controls.
GTX TITAN enables a new class of gaming computers, whether you’re building the world’s fastest gaming PCs with 3-way NVIDIA SLI® or smaller form-factor gaming PCs that provide beautiful design with great performance.
Looking for some Free 2 Play Cash?
Nvidia are giving out cash rewards if you buy a GTX card, which you can use in a bunch of awesome Free-To-Play games. Gear up with GeForce GTX to experience free-to-play games at their best—amazing graphics performance and up to £100 in-game to get started with a bang!


(as of Jul 28,2023 08:22:14 UTC – Details)
Operating system: Chrome OS
This easy-to-use operating system was designed to be fast in every possible way, while keeping you safe and more secure on the web.
Liberating battery life Take on your day without worrying about recharging. With up to 14 hours of battery life, you can work, watch more, and spend more of your time totally untethered.
Intel UHD Graphics
Smoothly stream 4K content and play your favorite games in 720p, without the need for a dedicated graphics card. With excellent Intel UHD graphics performance, you’ll see the difference in everything you do.
Display: 14-inch diagonal, HD (1366 x 768), micro-edge, anti-glare, 250 nits, 45% NTSC Display
Processor: Intel Celeron N4120 (4 cores 4 threads, base clock speed 1.1GHz, max turbo to 2.6GHz, 4MB L3 Cache)
Graphics: Intel UHD Graphics 600
Memory: 4 GB LPDDR4 RAM
Storage: 64GB eMMC
Networking: Wi-Fi (802.11ac) + Bluetooth combo
Operating System: Chrome OS
Battery: 2-cell, 47 Wh Li-ion polymer battery
Camera: HP Wide Vision 720p HD camera with temporal noise reduction and integrated dual array digital microphones
Keyboard: Full-size, jet black keyboard with numeric keypad
Security: H1 secure microcontrol
Dimensions: 14.28 x 9.51 x 0.78 inches
Weight: 3.81 lbs
What’s in the box: Chromebook 14, AC adapter, IST Computers HDMI Cable, User Manual
SuperSpeed USB 3.1 Type-C
SuperSpeed USB 3.1 Type-A
Intel Celeron N4120 (4 cores 4 threads, base clock speed 1.1GHz, max turbo to 2.6GHz, 4MB L3 Cache); 4 GB LPDDR4-4266 MHz RAM (onboard), 64GB eMMc.
14” diagonal HD (1366×768), micro-edge, Anti-glare,250nits, 45% NTSC Display; Integrated Intel UHD Graphics 600 – Expandable to 1 monitor via Type-C and HDMI. Max resolution of the External Monitors: 4K (3840*2160) @60Hz
USB 3.1 Type C, USB 3.1 Type-A, HDMI 1.4, Headphone/microphone combo. 2-cell 47Whr battery; Wi-Fi (802.11ac) + Bluetooth.
Everything is original from the Manufacturer. Auto Update Expiration (AUE) Date: June 2027. 1-year warranty from Manufacturer. Google Chrome OS, Chromebook is a computer for the way the modern world works, with thousands of apps, built-in cloud backups and Google Assistant. It is secure, fast, up-to-date, versatile, and simple. Idea for Online course, Online school, k12 & k9 & College students, Zoom meeting, or Video streaming.


Thomson SpeedTouch 585 v5
11. Sky 'Mid' ADSL & NetGear DG934G
The Sky NetGear V2 ADSL2+ modem/router with Wireless-G access point, model no. DG934G-1SKUKS, is based on the standard DG834G v3, but has firmware customised by Sky and also looks rather different. Sky Mid is an "up to 8 Mbps" product, like BT ADSL max.
Tweak the config?A determined effort to "tweak" the DSL connection parameters on the ST585 using DMT appeared to improve stability/performance. Posts on the thinkbroadband DSL Hardware Discussion forum suggest that many ST585 users did this. (Later versions of firmware for the ST585 v6 removed the tweaking options, but they were still in place in the last version for the v5.)
Or just plug it in and switch it on?Have we reached the stage where a router can get the best out of a line by itself, without end user intervention? Sky certainly thinks so - unlike the ST585, it appears not to be possible to tweak anything on the DG934G. Even firmware updates are controlled by Sky and happen overnight outside your control.
But the router performs well. It can sustain a downstream synchronisation speed of 7189 kbps (line attenuation 45 db; noise margin 7 db) for 6 days, although it is not unusual to re-synchronise every day and ca. 6.5 Mbps is more typical. This is a big improvement over the ST585 on a BT ADSL Max line.
|Zen Internet||Sky Broadband|
|Product||BT ADSL Max||Sky Mid (LLU)|
|Sustainable Synch.||5.4 Mbps||6.5 Mbps|
|Line attentuation||44 db||44 db|
|Noise margin||9 db||9 db|
|BT IP Profile||4.5 Mbps||N/A|
|"Effective speed"||4.5 Mbps||ca. 5.5 Mbps|
The improvement probably results from two main factors: changes in technology and escape from the constraints of BT's IP Profile.
A Sagem F@ST 2504 ADSL modem router (which replaced the faulty DG934G in 2009) with the Sky Everyday (previously Mid) service on the new Sky network seems to be more stable, and has sustained a synchronisation speed of 7.2 Mbps down (863 kbps up) for almost three weeks.


So I’ve recently been spending some time learning about Arduino. If you don’t know a lot about it, you can find out some basic info at the Arduino website here.
Essentially, it is an interface between any kind of electronic equipment and a computer. You can program some code using the Arduino programming language (which is based on C), then upload this code to the Arduino board and it will be able to perform tasks for you.
Here, I have used a set of relays to create switches that are controlled by the Arduino. I have also taken out the insides of a toy piano keyboard and used these switches to set off the notes on the keyboard.
In this instance, I have programmed it to play twinkle twinkle. Not an exciting use of such technology, but the theory is that I can use this arduino and relay setup to set off any switch on any electronic device, and even perform bends for me at precisely scheduled intervals
Check out the video here:
The reverse of this can also happen. I can set up switches and potentiometers that can be interpreted by the computer in some way or another. I can also use the pulse width modulation (PWM) feature to approximate a variable resistor.


The Second Wave of the Internet of Things
I know all of you guys are probably thinking that the Internet of things is more than 10 years old and these guys are stupid to call this trend. just hear me out. This market is already worth billions of dollars in India and is still growing at a rate of 20% per year across the world. there are so many use cases that have still not been solved for specially on the industrial side of things. the government is really incentivising the entire it boom with so many different programs including the digital India mission the smart city program and so many other things.
On top of that, before the trade dispute with China last year we were importing a large percentage of our IoT hardware from them. but now there is a large demand supply gap which needs to be filled by somebody.
What is IoT?
Before we delve into the episode I just want to give all of you a basic idea about of what I mean by IoT. The Internet of things essentially means that you take a sensor and connect it to some object, either electronic or not, and then have that sensor send data back to the main server through some kind of communication like WiFi or 4G or whatever else. for example, I could buy a sensor for my running shoes. that sensor will pick up data about how much have run or how I am running and then send that data through Bluetooth to my phone which then sends it back to the central server. later on whenever I'm in the mood look at my running data I can just open the application on my phone and look at all the analytics about how badly I run.
IoT is broadly broken up into consumer IoT and industrial iot with industrial IoT being about 60% of the global market. consumer iot are generally your wearables like your smart watch or home automation. Industrial iot generally refers to B2b applications of iot such as adding a sensor to a machine or engine so that you know about the health of that machine. you can also use IoT To track your fleet of trucks for example.
We have an interesting discussion with kush about the entire state of IoT in India right now, the opportunities that exist in this space and this kind of skills that a young person can build right now to get ready for the IoT industry.


2019 Littelfuse, Inc.
About Littelfuse 1 Introduction to Magnetic Sensing 2-3 Introduction to Temperature Sensing 4-5 Electronic Sensor Applications 6-7 Reed Switches 8-9 Reed Sensors 9-12 Reed Relays 13-14 Hall Effect Sensors 14-15 Magnetic Actuators 16 Leaded Thermistors 17-19 Surface Mount Thermistors 19-20 Power Thermistors 20 Leaded RTDs 21 Digital Temperature Indicators 21 Thermistor Probes and Assemblies 22-25 RTD Probes and Assemblies 25
About This Guide
This guide provides an overview of magnetic and temperature sensing technologies, key consideration factors, descriptions of technologies Littelfuse offers, and product selection tables. It is designed to help you quickly find a sensing solution appropriate to your application.
Specifications, descriptions, and illustrative material in this literature are as accurate as known at the time of publication but are subject to changes without notice. Visit littelfuse.com for more information.Previous Page


Aruba Instant is a very simple and easy to use WLAN solution. In some projects, I have the situation, that users are placed in VLAN 1. Which is easy with Aruba Instant. But unfortunately, VLAN 1 is the default management VLAN and the AP itself should not be placed in VLAN 1. This was impossible in the past but is very easy now. You can change the management VLAN for Aruba Instant and you can use VLAN 1 for your users.
Change the Management VLAN: Untagged on the Uplink
In the past, you configured the management IP for the Instant AP. This IP was always in VLAN 1 untagged. This is fine when you do not need VLAN 1 for clients. If you do, you need to have the management IP in a different VLAN. This is possible in Instant for some time now. I did this test with the latest and greatest version available. But the feature is included in Instant since version 4.3.0.
The first step is to change the uplink VLAN. The IAP consider VLAN 1 as the native (untagged) VLAN for the uplink. To change this, log into the IAP and go to “System”:
I changed the “Uplink switch native VLAN” to 10. VLAN 10 is my management VLAN in this scenario. And with the default settings, you are done so far, as the IAP assume the management VLAN untagged with default settings.
From Wireshark, you can see that the “Virtual Controller IP” is untagged on the uplink:
I’m doing a ping from the switch to the controller. No VLAN tags at all.
Change the Management VLAN: Tagged on the Uplink
Now, let’s assume, you need the management VLAN tagged on the uplink. This is possible as well. In the scenario above, I have used VLAN 10 for the management and put this untagged on the uplink. This time, I use VLAN 100 for the management. VLAN 10 is still untagged on the uplink.
To change the management VLAN to VLAN 100 and get the VLAN tagged on the port log into the IAP and select one of the IAP’s in the cluster. Click the “Edit” link and select the “Uplink” for the IAP:
You can define the management VLAN with the “Uplink management VLAN” setting. If this setting is different to the “Uplink switch native VLAN”, the management VLAN is tagged on the uplink. In my case, it is VLAN 100. After adopting the switch configuration you can see the use of VLAN 100:
As you can see from the screen above, the ping from the switch to the IAP is now tagged in VLAN 100.
Let’s recap where we are so far. The IAP use VLAN 10 native on uplink and VLAN 100 tagged on the uplink for management. VLAN 1 is not used at all. Which is always my recommendation. But for a complete picture, I use VLAN 1 as an egress network for an SSID. I do the same for VLAN 10. Just to make sure, it is still untagged.
If a client connects to this SSID, the traffic is tagged with VLAN 1 on the Uplink:
As you can see, the DHCP request is tagged with VLAN 1.
And the same for VLAN 10:
And the Wireshark trace:
No VLAN tag for the DHCP request. This is the expected behavior as VLAN 10 is the native (untagged) VLAN on the uplink.
From the post above you see that it is very simple to change the management VLAN for the IAP and change the untagged VLAN to a different VLAN than VLAN 1. Do you use VLAN 1 in your environment? Please let me know why or why not. Other questions or feedback is highly appreciated as a comment below.


The Lyb wall lamp design was created in 2019 by designer Pepe Fornas. Lyb lamp is made of steel. The Lyb lamp has an integrated 5W 3000K E27 12V LED lighting. Lamp color – only matte black.
Lamp width: 29 cm
Lamp height: 77,8 cm
Hood diameter: 6 cm
Bowl height: 13 cm
Delivery time is 4 weeks. Please contact firstname.lastname@example.org for the exact delivery time.
Manufacturer: Aromas del Campo, Spain


The hotel guests may use high-speed internet in their rooms. Access details can be found in each room.
Internet connection by means of Wi-FiIf you prefer wireless access using the Wi-Fi technology, are they ready access points on the floors at frequencies of 2.4 GHz and 5 GHz for you.
Internet connection using RJ45 cable
Each room is equipped with a LAN internet connection( RJ45), cable and a desk. You just have to connect. Security is assured by firewall and VLAN.
No Laptop? Don’t worry we have a solution for you. Internet connection is available at the PC station in the hotel lobby free of chargé. Printing is available for a small fee.


Put some furniture polish on the blades (on the side that faces the ceiling). The slick surface will help keep dust from settling.
Sometimes two is better than one.
Although a large fan can accommodate a Great Room, sometimes two smaller fans work better to circulate air efficiently—and maximize comfort—in a very long room.
Did you know...
…you can control your fan and light with a single switch?
Since we didn’t wire your house, we can’t guarantee you’ll be able to flip a switch to control your light and fan, but it’s likely. If you have a single wall switch with two wires (one black, one white), you can buy a control specifically designed for this type of switch (and we offer three models). If you have a three-wire setup in the single wall switch, you’ll need to get a more common, dual control that will operate a fan and light separately from a single switch. Heads up: having an electrician install a third wire can be expensive.
…remote controls are more than just convenient?
Ceiling fan remote controls can work up to 40 feet away from the actual ceiling fan—awesome!—but they can also increase efficiency by making it easier to dim lights, change speed settings and more. Best of all? They’re easy to install yourself.
…your fan can save you up to 47% on cooling costs and lower energy consumption in the winter by up to 15%?
Yes, it’s good for all seasons. Savings will vary depending on local climate conditions and energy rates. The big thing to remember is that a fan cools people, not rooms. You’ll want to turn your fan off when you leave the room to keep energy costs down. Read on and you’ll see what we mean.


When I first started working on Asssist for Gingerbread Design we all knew that we wanted the app to be available across as many devices as possible. We wanted to cover devices with smaller screens and lower densities such as the HTC Wildfire as well as more advanced devices. Little did I know that being able to do this would take so much searching and trial and error.
And even after trying the app out the on the Android emulator with it’s settings to match the Wildfire (which seemed to work OK) when we came to launch the device in the Google Market it seemed that the device wasn’t being displayed to all users.
Then, after weeks of searching I came across a little gem of info (sorry can’t remember where)… all you have to do is include the following in your project’s AndroidManifest.xml file.
This seemed to work for me and I hope it does for you too.


This article delves into the transformative impact of the Internet of Things (IoT) on the evolution of wristwatches. It explores the infusion of IoT technologies into traditional watchmaking, leading to expanded functionalities and elevated user interactions. The article discusses prevailing trends, potential challenges, and promising prospects shaping the future of wristwatches empowered by IoT capabilities.
Wristwatches, once simple timekeeping devices, are undergoing a paradigm shift, largely attributed to the emergence of the Internet of Things (IoT). IoT, characterized by interconnected devices, is revolutionizing industries by establishing seamless communication and data exchange. This article scrutinizes the manner in which IoT is redefining wristwatch development, propelling them beyond their conventional roles in timekeeping and fashion.
II. Changing the Traditional Approach to Watchmaking
IoT integration has ushered in a new era of wristwatches, marked by enriched functionality and connectivity, making them smarter and more versatile.
A. Adding Communication and Interaction Features
Wristwatches embedded with IoT technologies now harness Bluetooth and wireless connectivity, enabling them to establish connections with smartphones and other smart devices. This connectivity allows for efficient data synchronization, messaging, and notifications, transforming watches into communication hubs.
B. Integration of Sensors and Detectors
The modern wristwatch boasts an array of integrated sensors and detectors. These sensors include step counters, heart rate monitors, sleep trackers, and more. By continuously collecting data on physical activity, health, and sleep patterns, IoT-enabled watches provide users with actionable insights for proactive health management.
C. Expanding Display Capabilities
Advancements in sensor technology have facilitated the incorporation of touch-sensitive displays on wristwatches. These interactive screens enable users to navigate through notifications, messages, and health metrics with intuitive touch gestures, enhancing the overall user experience.
III. Trends and Benefits of IoT Integration in Wristwatches
The integration of IoT technologies has given rise to several trends and benefits that are shaping wristwatches into indispensable smart companions.
A. Health Monitoring and Fitness Tracking
IoT-enabled wristwatches have evolved into comprehensive health monitoring devices. They collect, process, and display real-time health data, such as heart rate variability, steps taken, calories burned, and sleep patterns. This personalized health data empowers users to monitor their physical well-being and adjust their lifestyles accordingly.
B. Enhanced User Experience
IoT-equipped wristwatches are designed to provide a seamless and intuitive user experience. Personalized notifications, reminders, and alerts keep users informed and organized throughout their day. Furthermore, voice recognition technology and gesture controls enable users to interact with their watches in a hands-free manner, fostering convenience and accessibility.
C. Security and Control
IoT-enabled watches offer enhanced security features through integrated GPS tracking. This feature enables users to track their watch's location, making it useful in scenarios like locating a lost watch or ensuring personal safety. Additionally, the ability to remotely wipe data and lock the device provides an added layer of security in case of loss or theft.
IV. Challenges and Risks in IoT-Enabled Watches
While IoT integration brings numerous advantages, it also presents challenges that require careful consideration for successful implementation.
A. Power Consumption and Autonomy
The continuous connectivity and data processing demanded by IoT features can lead to increased power consumption. Balancing advanced functionalities with efficient energy management is crucial to ensure longer battery life.
B. Cybersecurity and Data Protection
As IoT-enabled devices, wristwatches become potential targets for cyberattacks. Ensuring robust encryption, secure firmware, and prompt software updates are vital to safeguard user data and privacy.
C. Privacy and Data Collection
IoT watches collect sensitive personal data, raising concerns about user privacy. Implementing strict privacy controls, transparent data usage policies, and compliance with data protection regulations are essential to maintain user trust.
V. Future Prospects of IoT-Enabled Wristwatches
The trajectory of IoT in wristwatches is poised to reshape their role in our daily lives and foster new levels of interconnectivity.
A. Integration with Other IoT Devices
Wristwatches are set to become central components of the broader IoT ecosystem. They will seamlessly connect with other smart devices like smart home systems, connected vehicles, and wearable fitness trackers.
B. Artificial Intelligence and Data Analytics
With the accumulation of vast amounts of user data, IoT-enabled wristwatches are likely to leverage artificial intelligence and advanced data analytics. This will enable predictive insights, helping users proactively manage their health and lifestyle choices.
C. Ecosystem of Applications and Third-Party Developers
The expansion of IoT wristwatch functionalities will be driven by an ecosystem of applications and third-party developers. These collaborations will introduce diverse and specialized features that cater to individual user preferences and needs.
The fusion of IoT technologies with wristwatches reflects the ongoing convergence of technology and fashion. As the IoT landscape continues to evolve, wristwatches stand poised to play a pivotal role, evolving from mere timekeeping instruments to indispensable smart companions that enhance our productivity, health, and overall quality of life.


Did you know that leaving your phone charger in the wall is a fire risk?
Many chargers can overheat and even ignite, causing a fire. This was the cause of the fire that destroyed the home of Asmo Saloranta’s mother-in-law, which is why he created the ASMO Charger. It turns off automatically when not in use and consumes zero electricity, so you don’t have to unplug the charger when not in use.
ASMO charger is made of high-quality components.
Did you know that ASMO charger is currently the only mobile phone charger manufactured in Finland and it employs dozens of Finnish professionals?
ASMO Charger is designed, developed and manufactured in Finland. The components used in the manufacturing of the ASMO Charger are high-quality and thoroughly tested. The charging cable is thicker and more robust than average, and the connector fits tight to the phone. The warranty for ASMO Charger is two years.
ASMO Charger is convenient, fast, and easy to use.
Have you ever been annoyed by your charger cable being just too short?
ASMO Charger’s sturdy 1.5-metre cable gives a nice extra length so you can use the phone while charging. Charging speed also matters, especially if you have a short time to charge before going out. Small details, as our customers tell us, make the difference.


Since ChatGPT was opened to the public, AI news stories are everywhere you turn. And it's no surprise that Google has its own AI programs, too. Google's Artificial Intelligence (AI) technology is revolutionizing how we think about computing. With its advanced algorithms and deep learning capabilities, Google AI can make sense of vast amounts of data to solve complex problems faster than ever. From natural language processing to computer vision and machine learning, this cutting-edge technology has enabled Google to create powerful applications to transform our lives from healthcare to transportation. By leveraging the power of AI, Google is leading a new wave of innovation that will shape how we interact with machines for years to come.
Say Hello to Bard
In a recent update from the CEO, Google introduced Bard, their latest AI foray, and, according to Google, it can be used to “simplify complex topics, like explaining discoveries from NASA’s James Webb Space Telescope to a 9-year-old.”
The Origin of AI (Artificial Intelligence)
AI computing has its origins in research conducted in the 1950s. Still, it's only been in recent years that advances in technology and computing power have enabled AI to reach its full potential. With the development of algorithms such as deep learning, machine learning, and natural language processing, Google has created powerful applications capable of tackling complex problems quickly.
Key Highlights from Google's recent AI updates
•Google re-oriented the company around AI six years ago to make information universally accessible and helpful.
• Google is releasing an experimental conversational AI service, Bard, which uses LaMDA language models for dialogue applications to combine the breadth of knowledge with large language models.
• BERT and MUM are two Transformer models that Google has used to improve Search for billions of people.
• Google is using its newest AI technologies like LaMDA, PaLM, Imagen, and MusicLM in their products, starting with Search. They will soon begin rolling out features powered by these technologies on search results pages so users can quickly understand complex topics or explore multiple perspectives more efficiently.
• Developers will be able to use a Generative Language API powered by LaMDA when it becomes available next month; partnerships with Cohere, C3 Ai, and Anthropic through Cloud services help startups scale up their efforts in building reliable systems based on AI technology safely.
The Future of AI for Business
AI search promises to revolutionize how businesses operate, allowing them to make more informed decisions faster than ever before. Companies can use AI-powered search engines to access and analyze large amounts of data in real-time, enabling them to uncover hidden insights and trends. AI technology can also be used for predictive analytics, offering companies valuable information about future customer behaviors and market trends. With its natural language processing capabilities, AI search will enable companies to understand customer queries quickly, making more personalized and accurate recommendations. As businesses continue to invest in sophisticated AI tools and systems, they are sure to benefit from greater efficiency gains and an improved understanding of their customers' needs.
The potential of AI search is immense – it will open up new opportunities in business technology that have never been possible. So what's next in AI for your business? Time will tell.


You can’t turn a corner without running into a new article about artificial intelligence (AI) and its ability to transform the world as we know it. There’s no doubt that in today’s digital age, AI and the different ways it can be applied, such as machine learning (ML) and generative AI (like ChatGPT and Bard), hold enormous potential to make the petabytes of health and social service data being collected and shared by health information organizations (HIOs) higher quality, more insightful, and more actionable. If you’re not already familiar, AI is defined as “the simulation of human intelligence processes by machines, especially computer systems,” while ML is “a subset of AI that enables systems to learn from data without explicit programming.” Generative AI are algorithms that can help create new content.
At scale, AI and its applications hold the potential to revolutionize the way data is shared, managed, and utilized within the healthcare and social service sectors. While the future of AI’s true impact remains to be seen given its recent and widespread popularity, here are three ways AI and ML can further enhance health and social service data sharing, ultimately leading to better outcomes for individuals and communities-–some of which are already being used today.
Efficient Data Integration and Interoperability
One of the biggest challenges in health and social service data sharing is the fragmented nature of information systems. Different organizations and agencies often use disparate databases and formats, making it difficult to integrate and analyze data effectively. AI and ML can aid in achieving data interoperability by developing algorithms that can harmonize and standardize various data types from multiple sources.
Using natural language processing (NLP) algorithms, AI can extract and comprehend unstructured data, such as medical notes and case narratives, and convert it into structured, machine-readable formats. Additionally, ML models can be trained to recognize patterns and relationships across datasets, enabling seamless data integration. This level of interoperability enhances collaboration and facilitates the exchange of vital information between healthcare providers, social workers, and other stakeholders.
Enhanced Data Security and Privacy
When it comes to sharing sensitive health and social service data, ensuring the utmost security and privacy is paramount. AI and ML can significantly bolster data protection by identifying potential security breaches and unauthorized access. ML algorithms can continuously monitor data usage patterns and raise alerts when suspicious activities are detected, thwarting potential cyber threats.
Moreover, AI can play a crucial role in deidentifying data to preserve individual privacy. By employing differential privacy techniques, organizations can create synthetic datasets that maintain the statistical properties of the original data while ensuring that the information cannot be traced back to specific individuals. This approach allows researchers and policymakers to access valuable insights without compromising the privacy of those involved.
Learn more about how LANES adheres to the highest security standards to protect privacy.
Predictive Analytics for Better Decision-Making
AI and ML can revolutionize health and social service data sharing by enabling predictive analytics, providing professionals with invaluable insights to make informed decisions. By analyzing large datasets and historical information, machine learning models can predict disease outbreaks, identify at-risk populations, and anticipate the demand for specific services in a given area.
Healthcare providers and social services organizations can increasingly utilize these predictive capabilities to allocate resources more efficiently, develop targeted interventions, and prioritize their efforts effectively. For instance, predictive analytics can help identify individuals at risk, enabling early intervention and support services to be deployed to safeguard their well-being.
The incredible growth and investment in AI and ML is capable of transforming the ecosystem of health and social service data sharing. By applying them to data interoperability, enhancing security measures, and enabling predictive analytics while also developing best practices and standards—such as robust governance and ethical principles—these technologies will further enable data-driven decisions that have a positive impact on individual and community well-being.


Each WebMate® application consists of three (3) primary elements. The user interface resides on a Windows NT/2000 or Linux server and is accessed via the company LAN or the internet. (The only software required on each user's personal computer, laptop, or workstation is a version Microsoft Internet Explorer 5.0 or above or a Mozilla based browser.) Because this platform is limited to use by the presentation engine, it avoids being bogged down by intense data processing and can more effectively provide control and display functions for the users.
The second and third elements are housed on a UNIX or Linux application server with a dedicated TCP connection to the Web server. The automation engine is common to all resident WebMate applications. Its function is to provide communication links to relevant OSSs and C.O. switches and to coordinate internal communication and control between multiple applications and interface modules. This 'traffic cop' service promotes more efficient utilization of both application and OSS resources. Since the automation engine remains uniform, the development time for applications is reduced and reliability is increased.
The third component includes the unique application (containing relevant client-specified business rules) and the OSS interface modules. Together these elements perform the data acquisition and manipulation functions necessary to accomplish the specified tasks. The application may be considered the 'intelligence' of the system, while each interface module contains the specific knowledge necessary to perform transactions within a particular OSS. Together they become in essence a 'virtual technician'.
This modular architecture provides much of the power and many of the benefits of WebMate. Users are isolated from the application and the systems it accesses by the browser-based interface. Users do not have login accounts on the Web server, application server, or OSS. Since they only log in to WebMate, they can only perform those actions which have been authorized by the client's WebMate administrator.
Additional benefit is derived by separating the functions of the OSS interface modules from the application. Services involving data within any OSS can be provided to multiple applications without replicating the module itself. This allows smaller, less expensive applications as well as a more controlled, efficient access to existing systems. The OSS interface modules may be co-located with the application or installed on separate platforms, depending on the client's hardware needs and preferences.


The stage setting of a drama is inseparable from light. Different light sources, luminosity, light level, light quality, light ratio, light color and light type can convey different visual information. The design of modern stage set is inseparable from the ingenious use of lighting.
The most benefit from the development of science and technology is stage lighting. From candles to oil lamps, from gas lamps to electric lamps, from various spotlights to computer lights and laser lights, great changes have taken place in their light source, brightness, color restoration, change speed and operation. Using the scientific research achievements of modern optics, mechanics, chemistry and electronics, dance designers have used the technologies of slide, projection, television and film on the stage, created the technologies of light curtain, light wall and light column, gave full play to the ever-changing characteristics of light, and brought infinite space for psychological modeling to the drama with four-dimensional space and time. With the further development of science and technology in the 21st century, the performance of light will continue to improve. On the stage of classical drama, light has entered the space of light description and thinking from simple lighting, and has become an important language description means of stage performance in the future. Lighting has become the protagonist of scene communication, which has gradually become a reality.
Obviously, it is very necessary to master the basic nature and function of stage lighting.
In order to master the basic technology of stage lighting, we must first understand the basic properties of lighting. The basic nature of stage lighting refers to the basic characteristics and forms of set lighting. They include different light sources, luminosity, light level, light quality, light ratio, light color and light type, etc.
Any scene material that can emit light is called a scene light source. Different scene light sources have different characteristics and forms. There are two types of scene light sources on the stage: one is the original light source, such as lamps, flames and so on. The other is reflective light source, such as visible mirror light source, props light source, set light source, characters and shiny accessories light source, etc.
Setting luminosity is the most basic element of setting light. It is the general term of the luminous intensity of the scene light source and the brightness of the light on the object surface. The setting luminosity on the stage is related to the use of stage lamps: the luminosity is large, and the required lamps are bright and many; The luminosity is small, and the required lamps are dark and few. In addition, the luminosity of the scene on the stage also indirectly affects the depth of field and the clarity or fuzziness of moving objects. The scene light level refers to the illumination direction of the scene light source and the position of the scene light source relative to the original stage light source. On the stage, the setting light level often determines the position of the light and shadow of the subject; At the same time, it also affects the overall shape and texture of stage objects. Such as concealment, emergence, deformation or discoloration, etc. Stage objects can vary, and the light level can also vary, but the set light level is relatively fixed relative to the whole space of the stage. The light source positions on the stage are divided into forward light (also known as surface light), side light, back light, top light, foot light, scattered modeling light and so on.
Setting light quality refers to the soft and hard characteristics of stage light. Soft light is the light ratio phenomenon that the shadow produced by the light shining on the stage object is soft and the light is not bright. For example, the gauze curtain has a gradual contour and low contrast. Hard light means that the shadow produced by light is clear and thick, such as tables and chairs, with bright outline and high light contrast. Hard light has obvious directivity, which makes the illuminated object produce a sharp contrast between light and shade. Hard light helps to express the texture of stage objects. At the same time, hard light often gives people a feeling of fortitude and coldness. Soft light has no obvious sense of direction. It is more suitable to reflect the natural shape and color difference of objects. Soft light is not good at expressing the unique hard texture of stage objects. Light is often faster than unknown, but soft light often gives people a feeling of softness and delicacy, which is more suitable for creating a romantic and gentle stage atmosphere. The set light ratio refers to the contrast between the light intensity of the bright part and the dark part of the stage object surface. When the light ratio is large, the contrast between the bright part and the dark part of the object is large; On the contrary, the contrast between the bright part and the dark part is small. In general, the intensity of the main light and auxiliary light on the stage determines the setting light ratio of the stage object. The stage setting light ratio is large and the object has a strong three-dimensional sense. The stage setting light ratio is small and the three-dimensional sense of objects is weak.
The color of setting light refers to the color of light, usually also refers to the color temperature of light. However, the stage generally refers to the use of stage lights with color, also known as color light, with red, blue, white and other lighting effects. If color lights are used on the stage, light color balance is very important. Light color balance is to coordinate the contrast, strength and so on. When adjusting the light source on the stage, we must choose the organic coordination of light color temperature and tone, otherwise it will not only break the natural color difference of the stage setting, but also may be biased and disordered, so as to make the actors have psychological reactions such as uneasiness and irritability to the setting light.
Scenery light shape often refers to the performance form after the combination of scenery and scenery. There are generally five kinds of setting lights on the stage: ① main light, ② auxiliary light, ③ outline light, ④ background light and ⑤ decorative light.
The setting light type refers to the shape of the light itself. The change of light type in stage setting is often different due to different lamps and auxiliary color lights. Lighting modeling can be displayed in the sky, screen and space, or formed on the ground. The common set light types include snowflakes, lightning, sun, moon, stars, flames and so on. On the modern stage, the technology of slide, projection, television and film has created more stage lighting shapes such as light curtain, light wall and light column.


Accurate and Fast Thermometer which is environmental friendly and very safe to use. Clear visions of temperature and beep alert sound further add to its features. It can be used orally, rectally & under armpit
Measurement Range: 32°C (89.6°F) —– 42°C (89.6°F)
Low Temperature Display: Temperature < 32°C (89.6°F) Display L°C(L°F)
High Temperature Display: Temperature > 43°C (109.4°F) Display H°C(H°F)
Accuracy: 35°C (95°F) —– 39°C (102.2°F) ±0.1°C (0.2°F)
Display Resolution: 0.1°C (0.1°F)
Normal Beep Sound: 10 long beep sounds in 10 seconds.
Fever Beep Sound: (>37.8°C/100°F): 30 short beep sounds in 10 seconds.
Auto Power Off: 8 minute ±2 minute
Battery: AG3 or LR41
Life Of Battery: 2 years or 2500 times.
Dimension: 125mm x 19mm x 11mm
Unit Weight: approx x 9.8g (including battery)
Operation Condition: Temperature 10°C(50°F) —–40°C (104°F)
Humidity 30%—85% RH
Storage Condition: Temperature 10°C(14°F) —–60°C (140°F)
Humidity 25%—90% RH


SpaceX is facing a $175,000 fine from the Federal Aviation Administration for failing to provide proper advance data about an August 2022 Starlink launch and its potential for collision with debris in orbit.
“SpaceX was required to submit the data to the agency at least seven days prior to an attempted launch,” the FAA said in a statement Friday.
The company, formally known as Space Exploration Technologies Corp., has 30 days to respond to the agency once it receives the enforcement letter. SpaceX didn’t immediately respond to a request for comment.
Elon Musk’s rocket company has been filling out its massive Starlink internet-from-space initiative by periodically launching batches of satellites. The company has more than 3,500 Starlink satellites in orbit. It conducted a record 61 orbital launches last year, including a significant number for Starlink.
This isn’t the first time SpaceX has run afoul of FAA launch regulations. In 2020, the company violated its launch license with the FAA when it sent a prototype of its Starship rocket on a high-altitude test flight, according to the Verge. The craft exploded upon landing.
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In the fast-paced world of vaping, staying powered up is essential for an uninterrupted and enjoyable experience. This is where the Elfbar Charger steps in, offering a seamless solution to keep your vaping devices ready to go. Its innovative features and user-friendly design make the Elfbar Charger an indispensable accessory for vapers everywhere. The Elf bar Charger is a versatile and practical accessory designed to cater to the needs of modern vapers. With its compact size and advanced capabilities, this charger ensures you never have to worry about running out of battery life at inconvenient times.
The Elfbar Charger is all about efficiency and convenience. It is engineered to charge Elf Bar devices quickly and effectively, allowing you to spend less time waiting and more time enjoying your vaping sessions. Whether you’re a casual vaper or a dedicated enthusiast, having a reliable charger can make all the difference in your vaping experience.
Key Features of the Elfbar Charger
Multiple Device Compatibility: The Elfbar Charger is designed to work seamlessly with a range of Elf Bar devices. This compatibility ensures you can charge your favorite Elf Bar products without any issues.
Compact and Portable: The compact size of the Elf bar Charger makes it an ideal companion for your vaping adventures. Slip it into your pocket, bag, or vape carrying case, and you’ll always have a convenient charging solution within reach.
Intelligent Charging: The charger features intelligent charging technology that automatically detects the device’s battery level and adjusts the charging current accordingly. This helps prevent overcharging and extends the lifespan of your devices.
LED Indicators: The Elfbar Charger comes equipped with LED indicators that provide real-time information about the charging status of your devices. This lets you monitor progress and know when your device is fully charged.
Using the Elfbar Charger
Using the Elfbar Charger is as straightforward as it gets. Simply connect your Elf Bar device to the charger using the appropriate cable. And the intelligent charging technology will take care of the rest. In addition, the LED indicators will give you a clear visual indication of the charging process, making it easy to track.
In vaping, having a reliable charger is crucial for a seamless experience. The Elf bar Charger stands out as an exceptional accessory, offering efficiency, convenience, and compatibility for Elf Bar devices. Its intelligent charging technology, compact design, and user-friendly features make it a must-have for vapers who value uninterrupted vaping sessions.
Whether at home, in the office, or on the go, the Elfbar Charger ensures that your vaping devices are always ready to deliver the flavors and satisfaction you crave. So, invest in the Elf bar Charger today and elevate your vaping journey to new heights of convenience and reliability.


DIY: Making an inexpensive, but good headset microphone
Fitting a microphone capsule onto a telecommunications headset
When you are working on a non-critical project, you do not necessarily need to buy expensive equipment. Indeed, with proper technique, you can obtain really decent recordings with a cheap microphone and a little bit of ingenuity.
Purchase an inexpensive communications headset with an adjustable headband and a flexible boom (e.g., Radio Shack, Plantronics, or equivalent) and an inexpensive, self-powered, omnidirectional miniature lavalier microphone of medium sensitivity (Radio Shack 33-3003 or Audio-Technica ATR35S). Cut off the cord and the small microphone capsule at the end of the boom. Attach the lavalier microphone to the boom as shown in Figure 1. You can use gaffer tape or, preferably, silicone tape, which only adheres to itself, leaving the cord free from sticky residue.
Figure 1. Fitting an inexpensive lavalier microphone onto a telecommunications headset
The total cost of the "starving student version" does not need to exceed $45. The 33-003 (and ATR35S) is capable of recording good spectral detail with a fair amount of confidence that the captured signal can be used reliably, at least for basic acoustic measurements. This microphone is self-powered and has an unbalanced 1/8-inch connector, so it can be used with a variety of consumer-level recorders (e.g, Tascam, Olympus, Marantz, Edirol, Zoom, etc.). Figure 2 shows a finished DIY headest with the RadioShack 33-003 lavalier microphone.
Figure 3. RadioShack lavalier microphone in a DIY headset
Figure 3 shows a spectrogram of the Polish phrase "czarna krowa" acquired with the 33-003 microphone in a headset configuration. Note good spectral detail with little unwanted noise and a smooth frequency response with no evidence of proximity effect.
DOWNLOAD ORIGINAL RECORDING.
Figure 3. spectrogram of the Polish phrase "czarna krowa" acquired with the 33-003 microphone in a headset configuration
Similarly, Figure 4 shows a really decent FFT of the vowe /a/ in "czarna" with no evidence of smearing and a realistic frequency envelope.
Figure 4. FFT of the vowe /a/ in "czarna"


Mission Operations and Deployment
How many companies can take a product from concept to operating on site half way around the world? BrainTrust engineers design, build, and deploy systems to function is harsh, real-world environments. Once fully tested and hardened, our engineers load up with their gear, and take it where mission requires.
Even tougher than our systems, are the engineers that deploy with them. With many years experience, our mission specialists can stage, test, and deploy systems anywhere on the globe. Specializing in communications and test gear, our engineers can take it anywhere and get it running.
Mission Operations – on the front lines of technology.
“I have worked with the BrainTrust leadership team for over 10 years. In all cases, they have been very professional and always had the customer’s best interest in mind. I look forward to continuing to work with the BrainTrust team in the future.”
“I’ve always been impressed with the BrainTrust’s ability to understand technology options and deliver the right solution to different problems.”


Qualcomm officially introduces two of its chipset chipset namely Snapdragon 865 and Snapdragon 765. The System on Chip (SoC) was introduced at Qualcomm's annual peak event in Hawaii.
As before, Snapdragon 800 was introduced for the mainstay class. The Snapdragon 700 for lower or middle class. Do not want to miss the trend going forward, the two processors are focused on 5G and AI support.
Although both are capable of supporting 5G networks, they are still different. Because, specifically Snapdragon 865 brings Snapdragon X55 modem separately. This means that to receive 5G support the user must add the modem.
Different from the 800 Series, Snapdragon 765 has been integrated with 5G connectivity. The processor is claimed to offer sophisticated AI and is suitable for Gaming.


(10 Pack) Lectron Pro 3.7V 600mAh 35C Lipo Battery with JST Connector for Blade 120 SR and 180 QX Description
These 1-cell lithium polymer 600mAh battery packs are great for tons of applications, and it fit right into the E-flite Blade 120 SR, Blade 180 QX HD, Blade mQX, UDI U818A, and Syma X1 with no modifications necessary! 35C continuous discharge rate of 21 amps with 42 amp bursts, and a 2C charge rate. Pack includes JST discharge connector. Safety Warning: If you are purchasing this pack to be used with a UDI quadcopter, you must use a lipo charger that regulates voltage and outputs no more than 4.3 volts DC. Do not use any charger that exceeds this rating. Doing so is a great safety and fire hazard. These batteries are compatible with the quadcopter but not with the typical stock charger that it ships with.


This beauty mirror can stand almost anywhere and is backlit with an array of LED lights. As it is battery powered it has no wires attached and can easily go where you go, also when you travel. The lighting brightness is also adjustable to your particular needs.
The 16 LEDs provide a clean and bright reflection when you need it! Also you can adjust the led lights according to your requirements!
With the adjustable up and down tilt, you can adjust the height to fit your needs.
The ON/OFF switch located on the back of the device will activate the power when you need it. When you do not need it turn off to save power


This week we will provide our general public with explanations on camera RAW files formats because this subject is often ignored or misunderstood and because our software supports more than 40 such formats.
Let’s start by specifying that “RAW“ is no accronym for anything : in this rare case, “raw” literally means “raw” (“unprocessed”, that is) and the explanation for this term resides in the way digital cameras work.
Each time you are taking a picture, you are actually exposing the digital camera’s photo-sensitive chip to light.
The chip has millions of sensor units (ie, pixels) each one translating the amount of light it was hit by into a voltage level which is then converted to a digital value.
Usually, this resulting digital value can be recorded in a 12 bits or 14 bits workspace, meaning that each pixel can handle 4096 brightness levels (= 2 ^12) or 16384 brightness levels (= 2 ^14).
Commonly, no sensor records colors : imaging chips record greyscales and then convert to color by using filters and color schemes such as the Bayer Matrix .
Finally, when saving a raw file, the camera software adds various metadata (information on camera type, camera settings, etc) but this information has no influence on the stored raw image, it is simply added as tags.
In other words, the raw image data is unprocessed and uncompressed and the various settings associated with it are not applied : they are stored as metadata for later use.
To conclude description of this stage of digital photo image generation in digital cameras, we should add that raw files have big sizes, their format is proprietary to the camera manufacturer (sometimes even specific to a certain camera model) and they are often compared to “negative photo films” from classic photography process.


Giving the past a future: the integration of archaeological data infrastructures in Europe is vital to ensure researchers are able to search through vast data sets on a specific topic. Building on the success of the previous ARIADNE project, which successfully integrated archaeological data infrastructures in Europe (indexing some 2 million data sets on its portal), this EU-funded ARIADNEplus project will update the data and extend geographic and temporal coverage. Specifically, it will further develop relationships with key stakeholders to cover all of Europe. It will also develop a new data infrastructure embedded in a cloud that will offer the availability of virtual research environments where data-based archaeological research may be carried out. It will also simplify the search process with pre-compiled menus.
- More information on the project: https://ariadne-infrastructure.eu/
- More information on the access: https://ariadne-infrastructure.eu/transnational-access/


NavView incorporates the ability to record data in real-time, including raw data as received at the input source, along with normalized observation data which is recorded to a robust SQL database. Custom ASCII data recording is supported via highly configurable custom data outputs which can write to any output stream including to file, network and serial ports.
4D Nav is a feature rich positioning and navigation package combining 4D Nav’s engineering, surveying and software development expertise with innovation and modern software technology.
NavView features industry leading real-time 3D display of all system components in the operations area. This visualization of surface and subsea features (structures, pipelines, waypoints, etc.) together with the real-time positioning of dynamic objects (e.g. vessels, ROVs, riser lines, etc.) against a seafloor digital terrain model (DTM) improves monitoring and comprehension of complex operations.
ROV HIRE AUSTRALIA


AGCT GmbH is a privately held diagnostic company with an experienced team of molecular diagnostic experts, laboratory physicians and entrepreneurs. The team is dedicated to R&D and is focused on delivering market differentiating technologies and products.
The AGCT cyberPCR technology can amplify and visualize genetic information from a fragment of nucleic acids with unmatched signal-to-noise ratio on standard qPCR equipment. Only the desired target fragment of a nucleic acid is amplified as DNA. cyberPCR is designed to discriminate between similar sequences with specificity of up to one nucleotide, allowing for a search of sequences with point mutations in a great number of wild type sequences.
cyberPCR is a fundamental re-design of basic amplification technology, resulting in an isothermal PCR-like amplification through the application of engineering science to polymerase catalyzed synthesis reaction. It relies on nanotech molecular-based engineering with on-line quality control of newly synthesized sequences in every synthesis cycle, which results in immediate exclusion of any incorrectly synthesized sequences from amplification.
Cancer is one of the most life-threatening diseases, with one in six deaths today caused by cancer. The primary reason for this is late detection of cancer in patients, since the success rate of a therapy decreases with increasing tumor malignancy. Therefore, the earlier cancerous events can be detected, the higher the chances are for curing a patient.
At AGCT, we are striving to make curing cancer possible through the development of cost-effective molecular tests that can go much farther beyond today’s cancer detection limits. The AGCT test method not only out-competes the sensitivity and specificity of any molecular cancer detection method – it is also extremely cost-effective and easy to implement in diagnostic laboratories. The test can be carried out on standard molecular assay equipment, so the AGCT test method can be quickly disseminated to any molecular diagnostics laboratory.


BTS and Node B Form Factors
Node B is the term used within 3GPP1 to describe what we have always known as the
base station. Node refers to the assumption that the base station will act as an IP node;
B refers to base station. The Node B sits at the boundary between the radio physical
layer (radio bandwidth) and the RNC, which in turn sits at the boundary between the
IP radio access network (RAN) and the IP core network.
We have talked about the need for power budget efficiency in handset design and
power budget efficiency in the switch. We also need power budget efficiency in the
Node B so that we can get the physical form factor as small as possible. If we can keep
power consumption low, we can avoid the need for fan cooling, which gives us more
flexibility in where and how we install the Node B.
Typical design targets for a base station or Node B design would be to deliver a cost
reduction of at least 25 percent per year per RF channel and a form factor reduction of
at least 30 percent per year per channel.
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Electronic Repair Ireland have applied our Electronic engineering know how to addressing electronic equipment repair issues in the field of renewable energy. This area of business has rapidly evolved over the last few years, as the world becomes more dependant on renewable services and the industry continues to expand its installed base. Electronic Repair Ireland offer specialist, custom repair and refurbishment/upgrade solutions for all components found within the Wind, Wave Turbine and Solar Power generation equipment. We also provide solutions for all associated equipment used in power generation including SCADA and Monitoring Systems.
With over 25 years of experience in the electronic repair industry we are applying our expertise to the renewable energy sector. We are capable of carrying out full component level repair work on a wide range of rotating equipment from hydro power generation, geothermal power generation, wind power generation to solar thermal power generation.
We take pride in providing the highest quality workmanship. We not only carry out a thorough electronic repair we ensure that any other weakened or stressed components are completely replaced offering the customer peace of mind and extended warranties. After the initial repair and replacement of defective components, where possible we fully test the unit to ensure it is functioning to specification.
We stand by our service and offer our customers a full comprehensive warranty on all work we perform. We have been in business for 25 years and our unbridled customer satisfaction ensures that we are consistently the number 1 choice of engineering managers charged with maintaining high value production assets.
WE PROVIDE FULL REPAIR SOLUTIONS FOR:
- Rotor Current Controllers (RCC’s)
- RCC processors
- Skip Packs
- DC and Analog I/O Modules
- Frequency Control system
- SCADA systems
Electronix Sevices evaluates all incoming products within 8-15 hours of receipt and our repair solutions are typically complete in one or two days from (material dependent) the time of authorisation enabling very rapid turnaround and dramatic reductions in service spare part costs.
Over 50 % of all wind turbine malfunctions are due to failures within the control electronics, electrical systems and sensors. These electronics/electrical systems generally have a limited supply source. The parts are technically challenging and generally have a high unit cost. We find that we provide cost savings on the traditional supply of >70% without compromising quality.


Experience the next level of luxury with The Goods’ sleek and portable cannabis battery. Elegantly designed with a bold black wrap that’s as smooth as silk, our new 510 battery blends perfectly into your daily routine. Whether you’re jetting off on a journey or simply commuting to work, it slips effortlessly into your pocket, offering discreet sophistication at your fingertips.
This streamlined 510 battery is not just a pleasure to behold but also to use. Expertly crafted to be lightweight, it is the ideal companion to our Live Resin CBD Cartridges and our game-changing Dabamizer portable dabbing atomizer. Used with these superior products, this CBD battery revolutionizes how you enjoy your CBD waxes and shatters.
510 Battery Product Specifications
- Compact and portable design
- Powerful 380mah battery
- Universal 510 thread
- 15-second preheat feature
- Micro-USB charging for convenience
- Colour LED Indicators to understand voltage levels easily
- Beautifully crafted black wrap with The Goods logo
510 Battery Instructions for Use
- Press the button 5 times to turn on the CBD 510 battery.
- Press and hold the button to release vapour.
- To activate the 15-second preheat, press the button twice.
- To stop the preheat at any time, press the button once.
- Easily adjust the heat temperature by pressing the button 3 times.
- Understand the heat settings with our LED indicators:
- White light indicates low voltage (2.7 V)
- Blue light signals medium voltage (3.1 V)
- Red light represents high voltage (3.6 V)