The onboard generator on a Powerboost engine vehicle is an incredibly powerful and efficient piece of machinery. It is designed to provide the necessary power to run an engine and can be used to power other auxiliary systems as well. While onboard generators are becoming more popular with modern vehicles, it is important to understand how to properly use and maintain them. This essay will provide an overview of how to use and maintain an onboard generator on a Powerboost engine vehicle.
First, it is important to understand how the onboard generator works and why it is beneficial. The onboard generator works by converting mechanical energy into electrical energy and then supplying it to the electrical system of the vehicle. This makes it easier to start the engine and run other systems, such as air conditioning and lights. Additionally, the onboard generator can be used to charge batteries and provide a backup power source in case of an emergency.
To use the onboard generator, you must first ensure that it is properly connected to the engine. This can be done by turning off the main power source, connecting the generator to the engine, and then turning the power back on. Once the generator is connected, you will need to check the oil level and adjust the belt tension if necessary. After that, you can turn on the generator and adjust the power output settings to the desired level.
It is also important to regularly maintain the onboard generator to ensure its efficiency and reliability. This includes checking the oil and coolant levels, changing the oil and spark plugs, and checking the belt tension. Additionally, it is important to check the fuel filter and air filter and replace them as needed. Finally, it is also important to inspect the wiring and connections to ensure that they are secure.
In conclusion, using an onboard generator on a Powerboost engine vehicle can be a great way to get the most out of your engine and provide a reliable source of power. However, it is important to understand how to use and maintain the onboard generator in order to ensure its efficiency and reliability. Taking the time to properly maintain and use the onboard generator can help ensure that your vehicle runs smoothly and efficiently for years to come.


The speedy urbanization of our world has given rise to the idea of smart cities, where technology performs a pivotal function in improving the quality of life for city dwellers. Among the many sectors that benefit from this technological revolution, healthcare stands out as a subject with immense potential for innovation in smart cities. As our cities proceed to evolve, so does the way we approach healthcare. In this article, we will explore the exciting developments and prospects of healthcare innovation in smart cities, offering a glimpse into a healthier and more connected future.
Telemedicine and Remote Monitoring
Probably the most significant advancements in healthcare within smart cities is the widespread adoption of telemedicine and remote monitoring. Smart cities are equipped with sturdy digital infrastructure, making it simpler than ever for residents to access medical care from the comfort of their homes. Telemedicine allows patients to consult with healthcare professionals through video calls, reducing the need for physical visits to clinics or hospitals. This not only saves money and time but also minimizes the risk of spreading contagious diseases.
Moreover, distant monitoring devices, such as wearable fitness trackers and IoT-enabled medical equipment, enable continuous monitoring of patients’ health. These gadgets can transmit real-time data to healthcare providers, allowing for early detection of health issues and personalized interventions. Smart cities leverage these technologies to improve healthcare access and enhance the general well-being of their residents.
In smart cities, data is a valuable resource that is harnessed to optimize healthcare services. The combination of electronic health records (EHRs) and health information alternate platforms enables healthcare providers to access patients’ medical histories and share information seamlessly. This data-driven approach facilitates higher choice-making, reduces medical errors, and enhances affected person care.
Machine learning and artificial intelligence (AI) are additionally utilized to investigate huge datasets and determine trends and patterns that human healthcare professionals might miss. Predictive analytics may also help anticipate disease outbreaks, manage hospital resources efficiently, and even customize treatment plans for individuals based on their genetic and medical data. These advancements in data analytics promise to revolutionize healthcare delivery in smart cities.
IoT in Healthcare
The Internet of Things (IoT) performs a pivotal position in healthcare innovation in smart cities. IoT devices, akin to smart sensors and actuators, are embedded in various healthcare applications to collect and transmit real-time data. These units are deployed in hospitals, houses, and public spaces, enabling steady monitoring of patients and the environment.
For example, smart ambulances equipped with IoT units can transmit a patient’s vital signs to the receiving hospital, allowing medical teams to arrange for the incoming patient’s needs. Equally, IoT-enabled environmental sensors can monitor air quality and detect potential health hazards, equivalent to pollution or allergens, serving to residents make informed choices about out of doors activities.
The rollout of 5G technology in smart cities has far-reaching implications for healthcare innovation. The high-speed, low-latency connectivity of 5G networks facilitates real-time communication between healthcare gadgets, enabling the speedy transmission of critical medical data. This is particularly important in emergency situations where every second counts.
5G additionally supports the proliferation of augmented reality (AR) and virtual reality (VR) applications in healthcare. Surgeons can perform distant surgical procedures with the help of VR technology, and medical students can have interaction in immersive training experiences. Telemedicine consultations can turn into more interactive and lifelike, enhancing the patient-doctor zapatos02 relationship.
Sustainability and Green Healthcare
Smart cities are committed to sustainability, and this ethos extends to healthcare. Innovative healthcare facilities are designed with energy effectivity and environmental sustainability in mind. Green healthcare practices not only reduce carbon footprints but also promote healthier environments for patients and staff.
Additionalmore, smart waste management systems in healthcare facilities assist minimize the environmental impact of medical waste. These systems use sensors to monitor waste levels and optimize assortment routes, reducing prices and environmental pollution.
Healthcare innovation in smart cities represents a promising future for urban healthcare. Telemedicine, data-driven healthcare, IoT applications, 5G connectivity, and maintainable practices are transforming the way we access and receive medical care. As our cities continue to evolve, so too will our healthcare systems, providing residents a healthier and more linked future. The synergy between technology and healthcare in smart cities holds the potential to improve the well-being of millions and revolutionize the way we think about healthcare delivery.


Quantum Magnetic Resonance Analyzer works on the principle of quantum medicine, it collects the weak magnetic field of human cells and then analyze them and determine a person's health status and problems, putting them forward with standard prevention recommendations. Quantum Resistance theory is similar with that of radio as there are wireless waves in air, but if you want to listen to a specific broadcasting station then you need to modulate the radio to same frequency which is causing the resonance and then only radio can get the specific broadcasting channel.
Quantum Resistance works on the same principle.The person just has to hold the sensor with a straight arm and then in under two minutes the machine will collect the magnetic field and thus transferring it to a program which is compatible with Windows and then generating a 41 test report. It's fast and not invasive.
When our health is not in good condition, our body will automatically give out certain alarms, such as fatigue, body aches, headaches, insomnia, lack of appetite, depression, anxiety, stress, fear, bad temper, palpitations, dizziness, inertia, and so on. People who have these symptoms are determined to be in sub-health condition.
The electromagnetic wave signals emitted by the human body represent the specific state of the human body, and the emitted electromagnetic wave signals are different under the body’s different conditions, such as health, sub-health, disease, etc. If we can determine these specific electromagnetic wave signals, we can determine the status of the body's health and life.
The Quantum Magnetic Resonance Analyzer (QMRA) replaces the need for ultrasonic, nuclear magnetic resonance or radiography for various health related conditions and quickly helps the practitioner target the cause and make beneficial recommendations helpful to their clients and patients.
Simply by holding the sensor in your palm, health data will be collected within minutes
from various body systems. This advanced electronic system collects the weak magnetic field of human cells for scientific analysis and compares each organ with the referenced database, thereby analyzing and determining a person's health status and main problems and putting forward standard prevention recommendations. The analysis is non-invasive and will tell you the condition of your health without blood analysis or radiation.
Put The Power Of Better Health In Your Hands Target digestive issues, liver and kidney problems, vitamin D Levels, cardiovascular issues, vitamin, mineral and amino acid deficiencies, emf (electro magnetic frequency) sensitivity and so much more.
Benefits Of Quantum Diagnostics
• Determines The Current Health Of Organs And Predicts Their Wellbeing For The Future• Helps To Uncover The Onset Of Major Diseases, Which Can Assist In Early Treatment And Maintenance• Provides Complete And Full Health Reports Explained In A Practical, Simple and Inexpensive Way• Offers Health Results Quickly, Respects Clients’ Confidentiality With Features That Are Easy And Simple To Utilize.
Target digestive issues, liver and kidney problems, vitamin D Levels, cardiovascular issues, vitamin, mineral and amino acid deficiencies, emf (electro magnetic frequency) sensitivity and so much more.
Training is self-taught and the software is easy to operate. You just print the tests and then interpret the results.
Features Of The Quantum Magnetic Resonance Analyzer
• Professional - Based on the study on a hundred million clinical cases for many years, a number of medical and computer experts invented quantum health monitor.
• Comprehensive - The quantum health diagnostic instrument can make a comprehensive examination to human body. After the test, up to 41 health reports can be obtained.
• Accurate - The statistical analysis of health is carried out rigorously by using scientific methods and it is approved by a large number of clinical practices. The accuracy rate of this healthcare product can reach up to 95%.
• Early Detection - Detect health changes before obvious symptoms and signs of disease appear. The early detection will make for early treatment.
• Convenient - Through using this health instrument, health check can be made anytime and
anywhere. This will save time for patients.
• Security - The health check is made in a non-invasive way, so the instrument will not harm human body. An encryption lock can be removed when the device is not being used, therefore protecting the client's information.
Invented in China by a team of medical and computer experts, the Magnetic Health Analyzer was developed based on the study of a hundred million clinical cases over a period of many years. The accuracy rate of the analyzer device can reach from 85% to 95%.
Whatever conventional testing method used, blood analysis or radiography, may take one, two, or as long as three weeks to get results. This can create depression and additional anxiety in anticipating the unknown. The hi-tech QMRA scans the body and will produce health reports in just 2 minutes.


When someone mentions video surveillance and monitoring, the first image that enters most people’s minds is a room filled with screens and people watching those screens. Having an army of people monitoring cameras could be costly and how could you expect those watching to catch everything? You don’t need to anymore! Video analytics allow the system to handle everything from people counting to unauthorized entrance or even unattended objects.
Nuagesight is accredited in real-time and forensic video analytics. Analytics are programs that can run either onboard an IP camera or on the server, and have the ability to analyze video footage and detect specific events based on predefined criteria.
We offer certified consulting, installation, configuration and training on various rule-based analytics such as:
- Line Crossing
- People/Vehicle Counting
- LPR (License Plate Recognition)
- Facial Recognition
- Heat Mapping


Rechargeable 36 LEDs Selfie Ring Light, Artifact PRO Glow your Pictures 3 Level Brightness:
- Soft Selfie Light
- 3 Adjustable Light modes
- Wide-angle Lenses Design
- Portable To Carry
- Suitable For Various Scene
- LED Artifact, SOFT SELFIE LIGHT,
- This Selfie Ring Light is made from High Quality Plastic.
- 36 highlight LED bulbs,provide supplemental or side lighting for creative photography.
- Continuous LED light, no heat and with a bright light in low light scene.
- Light and Small-Can be easily carried in pocket or bag and shoot in wherever you want. The color is white, very beautiful.
- UNIVERSAL COMPATIBLE: For iPhone 6s / 6s Plus / 6 /6 Plus / 5s / 5c / 5 / 4s / 4, Samsung Galaxy series like Galaxy S6, S6 Edge Plus, Note 5, LG Phones, Moto, Huawei, HTC, Sony and other phones, iPad & even MacBook works well too.
- 3 BRIGHTNESS LEVELS: Take selfies anywhere, dark night clubs, Parties, Camping etc. With this selfie Ring Light we will never have to worry the dark environment again. With 3 different levels of brightness, you’ll find the perfect lighting needed for your photos.
- 36 LONG LASTING LED BULBS: Provides supplemental or side lighting for photography when ever you have low light conditions. It also helps you to get higher quality pictures and videos when natural light is not available.
- SUPER EASY TO USE: Clip it onto the top of your smartphone device and press the power button and you will get the supplementary lighting. Press the power button again to switch the lighting setting.
- LIGHT WEIGHT CUTE AND COMPACT: 3.3in * 3.3in * 1.1in , 2.5 Ounces .


Gaming Laptop Options
When you want to buy a new laptop, you should always consider the idea of buying a product that will enjoy of video games. One way to save money is by doing a laptop comparison. This can save you money and the laptop you buy will not be an expensive item. You should always check price online and compare between several stores. You will find the cheapest price on the internet and this is the one you should use.
Gaming 메이저토토사이트 laptops are more expensive because they feature more powerful processors and larger hard drives. The overall performance for gaming notebooks is quite high and this is because they are designed for playing video games. The best part about these notebooks is that they have great display screens and many of them will also allow you to connect to wireless networks. There are different parts that make up a gaming notebook so it helps if you know them inside out. This will save you money in the long run.
Toshiba, Dell, Sony, and HP have the best gaming laptops. They all have specifications that vary but they all offer the best overall performance. Each laptop has a touchpad on the side of the laptop and this is where you will do most of your typing. The Toshiba satellite series has a touchpad as well but it also has a decent-sized keyboard. If you like gaming on your laptop you should choose the Toshiba Satellite series.
The gaming laptops from the other companies are generally cheaper because they use lower wattage processors and they are lower in price than the models from the Toshiba or Dell. A similar type of laptop to the one from Toshiba is the Lenovo Idea. It is a bit smaller and does have a touchpad but it does not have an extremely powerful processor and does not have a display screen that is as good as some of the others. It does however have a very nice keyboard and overall it is a good choice for gamers.
The gaming laptop from Dell is a little more expensive but it is much more powerful than the Toshiba. It has an Intel Core i7-2600 processor, it has 2GB of RAM, and it offers four displays. This is great if you are looking to play games at high settings. It also comes with a very nice large keyboard.
The keyboard on the Dell Streak is a full sized keyboard and it has an unusually large keys. This means that anyone should be able to play any game that they want. On the downside the laptop is a little bit on the expensive side, but it does have a very good battery life. It also does not have a trackball, so you will have to move your mouse around in order to get your keys done. The battery life is average, so you should expect about two hours of use out of it. The battery can last you quite a few gaming sessions, which is about three and a half hours on average.


Top 11 Best Micro Drones in 2020 – Reviews and Guide
Did you know that the best micro drones is so discreet that it can easily fit in your hand? This means that they can easily be carried around as they comfortably fit into an average size pouch or bag. With that in mind, you may be thinking about getting one. Great idea!
Drones have become the modern rave when it comes to monitoring and surveillance, not to mention how fun they are to use. They are suitable for indoor and outdoor use.
You can even use them to watch breathtaking landscapes as you comfortably relax in your home. Ready to get one of your own? We have a great list for you this year.
Table of Contents
- 1 Best Micro Drones Comparison Table
- 2 Best Micro Drones - Mini Reviews
- 2.1 1. Holy Stone F181W Wi-Fi Fpv Drone
- 2.2 2. REDPAWZ R011 Micro FPV Racing Drone
- 2.3 3. Newest Syma X20 Mini Pocket Drone
- 2.4 4. Holy Stone F181C RC Drone with HD Camera
- 2.5 5. GoolRC T36 Mini RC Quadcopter Drone
- 2.6 6. Holy Stone HS170 Predator Mini Helicopter Drone
- 2.7 7. EACHINE E010 Mini UFO Quadcopter Drone
- 2.8 8. EACHINE E10C Mini Quadcopter
- 2.9 9. Cheerson Cx-10 Mini Rc Quadcopter Ufo Rtf
- 2.10 10. Kosiwun FQ777 124 Micro Pocket Drone
- 2.11 11. Holy Stone HS160 Drone with Camera
- 3 Things to Consider When Choosing Best Micro drones
- 4 Frequently Asked Question (FAQ)
- 5 Conclusion
Best Micro Drones Comparison Table
Best Micro Drones - Mini Reviews
Best Micro Drones is designed to meet the needs of the consumers. After hours of research, testing and analyzing the features, we put Best Micro Drones is a one of the best in our Product Type List.
1. Holy Stone F181W Wi-Fi Fpv Drone
This Holy stone drone F181w is an easy to operate device quite suitable for anyone learning the ropes. With its long battery life and excellent image quality, it is a wonderful addition for any novice.
The drone has an inbuilt pressure altitude hold that gives it the ability to stabilize and take great pictures. The automatic function is intelligent enough to hold still and hover at the current height as you partake your favorite hobby. It allows you to let go of the throttle stick as you focus on the images.
When it comes to the use of drones the camera is non-arguably one of the most important features. This micro drone has an inbuilt HD camera. The camera has a high resolution that gives you excellent pictures. The cameras 720P° Wide-angle view allows you to take wide shots. You don't have to miss anything.
The camera comes with an inbuilt Wi-Fi that allows you see images in real time via the Wi-Fi. You are thus able to zoom in or out, change angles, move closer etc. to get the best images possible. Additionally, this allows you to transmit the images to other devices like laptops and phones via the Wi-Fi.
This is a very useful trait in that the camera is able to stay above ground. This is because the sensor allows it to sense when it is about to hit the ground.
Longer Flight Time
The drone is able to stay longer in flight because of the two powerful batteries that come with it. The dual 3.7V 750 mAhLiPo batteries allow for double the time in play or work.
Easy to Use
The Holy Stone F181W is extremely user-friendly. It is appropriate for kids who may not have experience in drone flying. This is because its operation is by a 6 Axis Gyro. No complicated buttons or controls.
2. REDPAWZ R011 Micro FPV Racing Drone
The REDPAWZ R011 racing drone is a drone for more experienced drone users with high performance and convenient use. With its headless mode, one key return and HD goggles, the drone is suitable for indoor and outdoor activities.
This one of a kind drone is made with the ability to perform awesome maneuvers. The drone can flip, roll over to a whole 360 degrees, hover on its sides etc.
It is perfect for the drone lover who enjoys high action performance. The aerobatic flight maneuvers of the drone make it one of a kind suitable for novices and professionals.
The micro drone has four powerful propellers. Apart from helping in the high action movements of the drone, the propellers help the drone resisting crashes. The propellers utilize the wind power available to power themselves.
The Mini-drone is made with three variable speed modes. This is useful especially for new users who may need lower speeds to help them navigate the drones around. Also, the speed control is essential when you want to perform the flips and turns as they require lower speeds.
Watching the images from the drone has been made extremely easy because of the wearable eye viewer with a wide LCD screen in fitted.
You are now able to totally concentrate on the navigation as the customized googles are conveniently worn. The goggles are easy to set up with the auto search channel function.
Wide Camera Angle
The micro drone is able to give you better photos as its camera is able to focus on wide angles. This means you get a wider view and better pictures with the 120° wide angle camera lens. The image quality is good as the camera's lenses are light sensitive producing vivid colors.
The powerful 2.4GHz remote utilizes state of the art technology to control the drone. This technology ensures that the remote clicker has accurate control of the drone. In this way, you are able to not only control the movement of the drone but also its maneuvering capabilities.
3. Newest Syma X20 Mini Pocket Drone
The Syma X20 is a basic drone for beginners and for those who love door flying. Despite the fact that it does not come with a camera, its ease of use make up for it.
The SYMA X20 is possibly among the best nano fpv drones because of its ability to stay stable in flight. This is because of the altitude hold function that allows you to set a specified altitude mode of flight. Additionally, the mode enables the drone to stay hovering at a specific height giving you a better view of things.
The drone features a unique flat like a wide design. The power button is conveniently placed at the top for easy operation. The drone also has pop guards to provide extra security for the drone.
Additionally, the drones remote is designed with orientation led lights, green at the front and red at the rear. This helps you in orientation.
However, unlike the conventional light positions, the lights are internally located. This means that the lights illuminate a big portion of the drone making the drone more visible to you. The drone does not have any detachable parts.
Unlike the conventional control stick transmitters found in most drones, the Syma X2 has sliders. These unique sliders also work quite efficiently. The transmitter is also fitted with a pebble design which is wide enough making it comfortable to hold.
Single Take off/landing Key
Further to make it easy to operate, the drone comes with a single button take-off and landing. This means that with just one press you can automatically power the drone to take off or recall it.
This mode enables the drone to automatically face the remote control as soon as it is powered. This means you can easily identify the direction of the drone for flight.
4. Holy Stone F181C RC Drone with HD Camera
The Holystone F181c RC is another extremely easy to use micro drone suitable for beginners. With features like a HD camera, long flight time and easy controls, any novice will have an easy time enjoying the ride.
This easy to use the device is fitted with an inbuilt transmitter that allows you to control the drone in a range of an approximate maximum of 100 meters. It also allows you to easily maneuver the drone as you desire.
Adjustable Power Modes
The drone has the ability to perform in different adjustable power modes. You can opt to set the power modes ranging from 0, 25, 50, 75, and 100%. This gives you the flexibility to select how much power you would like.
This helps you especially when you are new in drone flying as you can use the lower power levels as you learn to control the drone and ease into the higher power modes as you get better.
This micro drone is fitted with a headless mode that helps you in guiding the quadcopter. This means that as soon as you switch on the copter it turns to face the direction of the remote control.
This will let you know which side the front is. This eliminates the risk of accidentally surging it in the wrong direction and damaging it.
The drone comes with bright LED lights that can be switched on or off. These lights are used as guides for you to keep an eye on and locate the drone, especially during low light conditions.
The copters Gyro control provides the drone with the ability to hover at any desired height after the throttle has been released. This helps you take quality images. Also, the axis enables the drone to make flips and turns with a simple button push. This makes flying quite interesting.
The quadcopter comes with two batteries and motors, double the power. This is meant to give the copter bonus flying time.
5. GoolRC T36 Mini RC Quadcopter Drone
The GoolRC T36 drone is easy to use and perfect for beginners. Good on maneuverability the drone is also stable.
The drone has a one key control to power and recall the drone. This means that when you want to have the drone back to base all you have to do is press the button and the drone will come back to you.
The drone is able to make a myriad of maneuvers including 3d flips. With the touch of a button, the drone can make a 360-degree turn. This function is pretty easy to use even for beginners. So whether you are a novice or a seasoned flier, you both can enjoy the acrobatics of the GoolRC
This micro drone is dual speed oriented. This allows you to navigate between the high and low speed depending on your preference. The high low-speed variation also offers an option for less seasoned fliers to be able to navigate the drone.
6-Way Axis Gyro
The drone has the latest 6 axis gyro technology that aids in stabilization of the drone for better pictures. It also aids in the maneuvering of the drone and precision control. It can be controlled to fly forward or backward, turn, flip, rise or fall.
The drone has inbuilt bright Led lights that make it easy to see during the night and in unclear weather conditions. This helps you properly navigate the drone even when there is mist or darkness.
The LED lights also improve the appearance of the drone. Making it look like a UFO in the night. A really pleasing sight to look at.
By using the headless mode, you will always be sure that your drone is facing the right direction. Sometimes when the direction of the Drone is not clear, one may mistakenly surge the drone backward thinking it is forward.
However, with the headless technology, the drone will automatically face the remote control as soon as it is powered on.
6. Holy Stone HS170 Predator Mini Helicopter Drone
This easy to use a micro drone is ideal for beginners and those under training. Holy Stone HS170 is versatile, attractive and has all the functionalities of a professional users drone.
The drone is easy to navigate even under windy conditions. This is because the drone is made in a design that has wind resistance. Because of this, the drone is suitable for our door use.
Also, novices will have an easy time navigating this drone even when its windy giving them a better chance at mastering drone piloting.
The gyro 6 axis control gives the drone maximum stability. This enables the drone to perform various stunts without toppling out of the sky. With the use of a button, you are able to make a 3D flip, turns, etc.
Also, the Gyro Technology allows the stability needed for the drone to be hovered above ground and stay steady as you take pictures or zoom in to take a closer look at the thing that interests you.
Wider Control Range
The drone has a long range of control. Its control averages to a maximum of 50 Meters. This means that you are able to fly further and see more with this state of the art micro drone.
Low Interference Remote
The remote control is a powerful 2.4GHz that prevents it from being easily susceptible to interference. This makes it precise. It makes the maneuver and control of the device easy and accurate. In this way, you are able to not only control the movement of the drone but also its maneuvering capabilities.
Triple Selectable Speed Modes
The drone has 3-speed modes that can be alternated according to your level of expertise. This makes the drone easy to use even for younger fliers and novices.
The newbies are able to have a slow speed setting that enables them master the art of drone manipulation. They can select higher speeds as they get better. It is therefore appropriate for all experience levels.
7. EACHINE E010 Mini UFO Quadcopter Drone
The EACHINE E010 mini is a beginner's choice for learning drone flying. It is easy to use and has a strong remote control. It is also able to travel a longer distance because of its range capability and battery life.
The drone offers you an option of whether you want to operate that drone on the high speed or the low speed. Whether you prefer to pilot at slower speeds or do not yet have the experience to fly fast, you are sorted.
Also for the professionals and those who love the thrill of fast flaying, you are also not left out.
6 Axis Control
The 6 axis Gyro gives you the flexibility of maneuvering the drone in different directions without any problem. The drone then can be controlled upwards, downwards, left, right and can even turn over doing 360 degree flips.
The micro drone is fitted with a positioning system. this gives the drone the ability to auto-locate the position of the remote control. With this positioning system, you are thus able to use a single key to recall the drone.
As soon as you press the key, the drone locates the position of the remote control and flies back to it.
The compass mode helps in the direction of the drone. The drone is able to locate the remote control direction and follow it. This means that when you turn the direction of the remote control, the drone turns in the same direction.
Indicative LED Lights
The drone is made with built-in led lights. The lights serve two functions. The first function is for you to easily see the drone during low light and night time. The second function is to differentiate between the back and the front.
The drone has a bright red color on one side and a bright blue color on the other to differentiate the front and back.
8. EACHINE E10C Mini Quadcopter
The EACHINE E10C quadcopter surprisingly looks like a toy, but don't be fooled by this high performing drone. It makes an easy to use copter with its stability and maneuverability.
This is a wonderful option that lets you select between low and high-speed flying. This is quite convenient even for the new fliers who may opt to fly at the lower speeds so as to be able to maneuver the drone easily. Needless to say, it can also be used by the more seasoned fliers as they can use the high speed.
The drone is designed with indicator lights at the front and back of the drone. The lights are designed to help you differentiate between the front and the back. The front lights are blue and the backlights are red. The lights also serve as a guide for your nighttime piloting.
The drone is made with a built-in high-quality HD camera. The camera is able to take wonderful good quality photos and videos. The 2.0MP camera ensures that you do not miss out on anything.
The quadcopter is able to perform several maneuvers making it quite versatile. It has a 6 axis Gyro which makes it stable enough to allow it make flips and turns making your flying experience more enjoyable. The drone is able to make 360-degree turns. This is done with a simple push of a button.
The headless mode plays a big role in helping guide the Quadcopter. This mode enables the drone to automatically face the remote control as soon as it is powered. The drone looks the same from all directions and it may be difficult to determine which side is front facing.
The headless mode will let you know which side the front is. This eliminates the risk of accidentally surging it in the wrong direction and damaging it.
9. Cheerson Cx-10 Mini Rc Quadcopter Ufo Rtf
If you are looking for a discreet drone to use in your everyday leisure, then this is Cheerson Cx-10. This unique drone is low in noise and yet offers all the function abilities of a basic drone.
The Cheerson Cx-10 is a silent operator. It has been proven to be less noisy than some of the drones in the market. At most, it only seems to produce a hum as it flies. This is quite convenient, especially when using it indoors.
This micro drone has an amazing functional remote control that snugly fits in the palm. The buttons are easy to reach making it easy to use. The buttons are anti-adhesive coated so as not to compromise on control.
The drones LED power indicator changes color as the drones' battery drains giving you ample time to recall the drone before it runs out of charge and crashes.
This tiny micro drone comes with built-in led lights that serve as a guide for the night fliers. The lights make the drone easily visible. This means that even at night or under low light conditions you can easily keep an eye on the drone to avoid it crashing into walls, trees etc.
Easy to Use
The drone is easy to use because of its user-friendly controls. Its LED lights also help in the navigation of the drone in the dark. This means that even children are able to use this drone without a problem. It gives you an option to adjust the sensitivity of the transmitter.
You may opt to reduce the sensitivity for inexperienced users and gradually ease it up as the beginner learns the ropes.
The drone tends to be very stable because of the inbuilt gyroscope that comes with the drone. The gyroscope also enables the drone to maneuver various aerobatic maneuvers. This means the drone can swoop up and down, turn left and right and even do flips.
10. Kosiwun FQ777 124 Micro Pocket Drone
The FQ777-124 is among the best micro drone in the market today because of its wonderfully unique features. Apart from the fact that it is extremely small, it can be stored right inside its controller. And it can be charged without a power source.
The drone has a built-in headless mode that enables you to quickly recall the drone. This is because the drone is able to use its locator to sense where the remote control is situated.That is why as soon as you press the recall key the drone follows the sensor to where the remote control is.
Dual Speed Modes
The drone is dual speed enabled to provide you with a choice of speeds at which it can be flown. You can select between the slow and fast speeds depending on your expertise or preference. This makes the drone easily operable by the beginners and the experienced fliers.
This is arguably among the smallest micro drones in the market as its miniature size allows for you to conveniently carry it in your pocket.The drone’s controller is shaped in a design that allows you to comfortably fit and store the drone within. It offers not only function ability but also convenience
6 Axis Gyro
This is a very desirable feature in drones. This is because the Gyro offers stability for the drones. This, in turn, allows for the various maneuvers possible to be executed without toppling over the drone. The Gyro allows for the drones ability to flip and turn easily.
The drone’s charging case and transmitter also serves as a storage case for the drone. The transmitter has dual compartments with see-through doors. The front part is for the drones storage while the rear part serves to store other accessories.
The main advantage of this transmitter is at can be used to charge the drone's battery. Quite an asset when you are in an area without a power socket.
11. Holy Stone HS160 Drone with Camera
The Holy Stone HS160 is an extremely portable micro drone. It is made from very light plastic material and the fact that it is foldable. Convenient for use, it can be used both indoors and outdoors.
The camera has the ability to provide stable flight due to the inbuilt barometer. Additionally, the barometer is useful in enabling the altitude hold function. The function allows the camera to hover at a determined height as you go about taking pictures.
The drone has an inbuilt camera with Wi-Fi that enables you to see real-time images. This means you can watch the live images as you take snapshots of your preferred images.
Also because of the live feed, you may opt to zoom in or manipulate the drone to specific angles to get better images.
With the advancement in telephony, more and more smartphone users are emerging. One of these uses is in the micro drone remote controlling. With the APP control, you can use your smartphone to easily control the drone.
All you need to do is install the APP application on your phone and unlock a host of functions that you can use for the drone use and manipulation.
These lights placed both on the drone and the remote controls are useful for the navigation of the micro drone. The drones' navigation lights play an important role in the navigation of the drone during low light conditions.
The lights make the drone easily visible as you pilot it around. Also, the remote controls lights make the navigation buttons visible for easy operation even when it is dark.
Interchangeable Speed Modes
The drone provides you with 4 interchangeable speed modes that allow you to select the speed that is most convenient for you. This also makes it easy for users with different skill sets to comfortably operate the drone.
The slower speeds are appropriate for novices and children while the higher speeds are appropriate for more skilled users.
The drone is highly compact because of its ability to be easily foldable. The drone can easily fit in your pocket. Its compact nature also makes it more resilient to damage.
Things to Consider When Choosing Best Micro drones
You are probably new to drones but would like to get the best micro drone fpv. However, choosing the best is proving to be a bit of an uphill task because of the array of models to choose from. Well no need to worry, that is why you are here reading this article.
Despite the fact that the drones may seem the same there is a vast pool of options with a variety of extra features and designs that you need to look into before buying a drone. We will give you an elaborate guide to make your selection easy.
With the growing popularity of the drone technology, more and more drones are being made with optimizations of specific uses in mind.
This means you can now get a drone made specifically for surveillance; security, photography etc. search the market and consider getting one specifically tailored for your uses in mind.
Range of Control
The range of distance that allows you to control the mini-drone is very important. This means the further the distance that you can control the micro drone the better the drone. Select the drone range depending on the kind of work you would like to do with the drone.
How durable the make-up of your micro drone determines how long it will last. There are several materials used in the construction of the micro drones.
Available in the market are ordinary ABS plastic drones which are cheaper and the aluminum devices which do not offer much in terms of quality. Best of all are the carbon and fiberglass drones that are durable and offer better quality.
Recorded or Live Feeds
The drone cameras are able to either record live feed or record images for later viewing. Not all micro drones have the ability to record live feeds.
This is an important determinant in the choice of your drone. Live feeds are advantageous in that you are able to get real-time images via Wi-Fi. This allows you the option of taking precise images as you see them.
Among the most crucial features when it comes to the selection of the best micro fpv drone. The battery life determines how long you will be able to operate your drone before it dies out.
The longer the battery life, the better the drone. Furthermore, the amount of time that the battery takes to recharge is important. You wouldn't want a battery that dies out in 5 minutes and takes the whole day to recharge.
Height and Speed
This is an important consideration depending on the micro drones work. If you are intending to use it to record fast action events, then the drone must be able to travel at high speeds.
Also, a drone that will be used to cover wide areas must be able to fly higher than its counterparts to adequately cover the area.
In essence, most micro drones come with own inbuilt their cameras. However, some may require an additional equipment to attach the camera on the drone.
Preferably go for the cameras with their built-in cameras. The cameras needing additional equipment are generally heavier than the ones with built-in cameras. Also important is the camera's capability.
This includes the number of megapixels, video output quality, zoom capacity and your ability to control the camera angles.
Replacement of Parts
Like every kind of equipment in the market, your micro drone may get damaged. Some models in the market are made in a way that replacements are difficult. This type of drone tends to be useless if any part is broken.
As much as possible avoid such models, rather select drones that allow for easy replacement of parts. The most common parts that need replacement now and then are malfunctioning batteries, worn out gears and damaged propellers.
The market is full of models with different levels of difficulty to operate. Typically, the more complex the operation the more expensive the device.
As a beginner, it is recommended that you buy the cheaper models that are easy to operate. You can gradually ease into buying the more complex devices as you master the use of drones.
Last but not least, where do you want to fly your micro drone, indoors or outdoors? If outdoors is your preference, consider selecting a larger weightier drone that can withstand a burst of wind without being blown haywire.
If you want an indoor used drone, the smaller versions are ideal. Alternatively, go for a drone that you can use both indoors and outdoors to be on the safe side.
To get the best value for your money looks for the devices that offer additional useful features. Does the drone come with extra batteries, extra propellers or maybe other parts?
The most desired addition is the GPS sensor that can help you navigate the drone to a specific area using coordinates. It will also help you trace the drone if it ever gets lost or blown down by strong winds.
Frequently Asked Question (FAQ)
Here is some of the frequently asked questions about micro drone with the answers:
What is the best micro drone?
Micro drones are usually much popular than the mini-drones. As a result, there is a lot of manufacturer in the market which are providing micro drones. So it is a little hard to choose the best micro drone. However, the mentioned micro drones are some of the best available in the market.
What is the weight of Nano drones?
The weight of a Nano drone is as low as 250 grams. It will be called as a micro drone if it comes with a more significant weight. Lightweight materials are used in the construction of the Nano drone, and the sizes are made compact to make the Nano drones.
How to Fly a Drone?
Flying a drone is not that hard. Especially, if you are buying a drone for hobbyist, then it became much easier. Such drones come with a very easy operating system. You can easily fly the drone by following the manual that you get while buying it.
How to keep the drone stabilized on air?
You don't need to do anything extra if you are flying a mini-drone to keep it stabilized in the air. When you don't press any of the control buttons, the drone will usually stay stabilizer on the air. However, it can be different for some drones.
Which feature to consider while choosing a drone?
The best way to choose the drone is considering different functional parts of it’s to end up with a better product. You should consider the power of the motor, the size of the drone, battery power of the drone, etc. while choosing a drone.
Micro drones have now become very popular due to their discreet nature and portability. Initially, they were only used for surveillance purposes by the military. But with their popularity comes expanded use.
Nowadays the drones are not only being used in surveillance but also, nature observation, security, search and rescue operations and leisure.
That is why we thought it best to furnish you with the best micro drones in the market to make it easy for you to pick one. We have done all the hard work, now it is your turn. Pick from our selection of the best in the market.


Have you ever thought of a living computer? My idea comes from that thought. A problem has risen over the past few years. Every few years or so, transistors in a computer get smaller, so we can fit more transistors in, but lately, the transistors have been getting too small. Now you might be thinking, “That’s good, right?” Well, not exactly, since they are so small, the transistors start to, “leak” electricity from one transistor to another (a solution had been developed to stack the transistors, but you would have to use a high powered oven, and it takes significantly much more time) . So what if we had a different kind of computer? Something that we know has two states of electricity (on or off, ones and zeroes, etc.) and doesn’t leak. It’s something we use 24/7 for our entire lives. What if we used neurons? This could get lost in translation, it is not a brain in a computer (not artificial intelligence) but using neurons as transistors in a computer. Now, what if those neurons die? Lately, scientists have been able to develop a substance that is called m22, which is a cryo-protectant, designed for human organ freezing without destroying the organ, it can be used to bring the nerve cells to an extreme cold, without killing any cells. Some people might make the point that you can’t run electricity through frozen things, but it’s just the opposite, it runs even better.


A change of scenery every once in a while can be very refreshing but maintaining your oral care routine is just as crucial. Switching to a manual toothbrush while travelling can be unfavourable for some. So, the question of your Oral-B electric toothbrush charger working abroad can put you in a dilemma. All the Oral-B electric toothbrushes come with region-specific battery chargers and thus, you would require a voltage converter or a plug adapter to use it overseas. Let’s understand if your electric toothbrush can be used abroad in some simple steps.
How To Check If Your Electric Toothbrush Charger Can be Used Overseas?
- Check the voltage charge mentioned on the base of your Oral-B toothbrush charger
- Check the voltage of the region you are travelling to
Refer to the table below to find out if you require a voltage converter:
(Printed on the base)
|Where Can It Be Used?
|Requirement of a Voltage converter
|100 - 240V
Smart Plug with some Genius models
|220 - 240V
Charging Stations including Genius
|In countries with 220 - 240 Volts
|Yes, if the voltage in the country is less than 220
|110 Volts 60 cycles
|In countries with 110 Volts
|Yes, if the voltage in the country is higher than 110
What Is a Plug Adapter?
A plug adapter enables you to plug in a dual-voltage appliance from one country into the wall outlet of another country. The adapter does not convert electricity and simply allows your three-pin mains plug to connect to the two-pin main socket. Thus, while on your travel abroad, plug adapters can come handy for using your chargers and electric appliances. You can get a plug adapter at an electronics shop.
What Is a Voltage Converter?
A voltage converter is a device that helps convert electric power and is used to change the electrical output of a power source. Hence, your electric appliance can be charged by using voltage converters that either step up or step down the power. You can easily purchase such a device at an electronics shop or travel stores.
Are You Travelling Abroad for a Longer Period?
If your Oral-B electric toothbrush charger has a voltage of 110v, you can purchase an Oral-B 220v charger for using your brush overseas, instead of purchasing a voltage converter. You can also get a plug adapter as the country you visit may have a different plug style. Ensure to research the plug style prior to your travel, so that your trip can go on without a hitch.


Since I moved into the woods, and after hurricane Irene, I started researching to get something solar, but affordable in place. The idea is being able to have some electric energy during a power outage and/or if the roads are blocked due to a blizzard. A solar panel gets charge even when is cloudy. Smartphones and other gadgets will lose charge fast needing to be recharged often. So we must plan ahead before another emergency hit.
First, I must say is that this advice should be taken as given, without any guarantees. I’m sharing what I did to have a solar charger backup in case of another electric outage due to bad weather, but I don’t intent to replace the advice of a licensed electrician..
Solar energy usually is expensive, but for the purpose of this article, I chose the least expensive and best quality components I could find.
The basic parts of a solar kit are:
Solar panel to convert solar energy into electricity.
Solar panel charge controller to avoid overcharging the battery. Said charge controller usually includes a blocking diode to keep current from flowing back to the solar panel at night and a fuse to protect the solar panel, the battery and regulate any overload.
A battery to storage the solar panel’s energy. I prefer Sealed Lead-acid or absorbed glass matte (AGM) batteries, which are better because under regular conditions they don’t leak acid or fumes. The AGM are more expensive and have a shorter life span too.
A power inverter to convert the DC (direct current) from the battery into AC (electric current).
Most inverters can be connected to a car’s battery too. Now, my idea is to have silent, and fumes free energy. So I chose a Sealed Lead-acid, 12 Volt / 8 Ah battery rechargeable by a solar panel. My first kit is small, because I wanted to see how it works, before increasing watts on everything.
The higher the voltage the more complicated the installation becomes. For example, if one wish to get a 1100 Watt inverter, one needs to have a fuse between the positive wire going to the inverter and the battery, in case of an accidental short circuit to avoid a wire meltdown or fire. And the inverter must be grounded too. The 400 watts inverter and 8 amps battery I picked doesn’t need any of this, but it won’t power a higher demanding appliance either.
The goal of my solar set up is to keep the charge of cell phones, laptops and provide safe and free long hours of light, good enough for reading.
So this is my basic affordable solar charger kit. At the end of this article I link to every component individually from where I bought it. I made a video because I thought it was easier to see than pictures. I tested these components for more than a month.
The kit should be tested before an emergency comes. I’m using mine to recharge my cell phone daily, and occasionally use the led light to read at night. I bought two led lights, two inverters and two batteries, so one battery gets charge while the other is in use. The ideal place for the solar panel is outside in the sun, but from the sunny window it produces enough energy to keep the charge in the batteries if they are not used.
The cables between the inverter and the battery should be short in order to avoid power loss and cables getting too hot. It’s better to use an electric extension from the inverter AC outlets to the appliances. Or a USB extension with the inverter that comes with a USB outlet like mine. Always be certain that the power cable terminal connections run Negative (-) to Negative (-) and Positive (+) to Positive (+). Usually red is positive and black is negative.
Connecting inverter terminals to the battery positive connectors may cause a spark because of the electric current flowing to the capacitors within the inverter. This is a normal event which occurs usually the first time one connects a full charge battery.
All these components are only for reference. One can get the equivalent or similar in different brands or/and higher voltages.


MRIM-LIG at ImageCLEF 2016 Scalable Concept Image Annotation, Portaz et al., CLEF 2016
Etude préliminaire à la recherche de photographies muséales en mobilité, Portaz et al., CORIA 2016
The Grenoble System for the Social Touch Challenge at ICMI 2015., Ta et al., ICMI 2015
After my Licence in Mathematics and Computer Science, I completed my Master Degree in Computer Graphics, Vision and Robotics at Grenoble-Alpes University. I am currently working in the LIG Laboratory in Grenoble Alpes University for my PhD on Computer Vision and Information Retrieval.


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In the latest interview of Stephen Hawking, he has said that artificial intelligence could take over human life in future. He has feared this by saying that in future, someone could create such powerful artificial intelligence, which would self improve until it take over human life or to its superiority. In this case human beings need to search another planet to live. Stephen Hawking fear that one day this artificial intelligence could kill human life.
For those who don’t know what is artificial intelligence, it is an intelligence which displays machines. Artificial Intelligence (AI) is also called machine intelligence (MI). It’s clear visible and factual that today we are surrounded by machines everywhere. Even in underdeveloped countries machines are taking over human life day by day. Whether it is mobile phone or microwave or music system or air purifier or water purifier we are surrounded by machines everywhere. To some extent we could accept artificial intelligence. But when it crosses limits, it’s actually a serious concern and we must altogether think & act over it. I guess in search of its permanent solution, we must look back in our roots. Our roots are the only solution for saving human beings from the danger of artificial intelligence. You could find the more saying of Stephen Hawking on this on the below link.
[…] Many health experts have started to say that in another couple of years, you will see cancer patient one in every four or five people throughout the world. The main cause would be changing habits of life from human efforts to machines. Machines are helpful to an extent but when we don’t know the limits and keep relying on machines and forget our needed actions, which are required for a happy & peaceful life, it becomes a serious concern for the future of human beings. The use of technology in excess creates many problems, which are physical, psychological, biological & others. Even just couple of days back famous physicist Stephen Hawking’s warned that the use of artificial intelligence could kill human beings. I highlighted that in my blogs you could find it on this link. […]
[…] Also Read : Stephen Hawking on Artificial Intelligence […]


In spite of all the innovations in vaping generally and at Innokin specifically, consumers come back to the Innokin iTaste VV4 time and again. They love its pillar-like shape, user friendly operation, and advanced features. Even though it looks high-tech and really is in many ways, the Innokin iTaste VV4 remains approachable even for new or reasonably new vapers.
Another reason people are drawn to the Innokin iTaste VV4 is that it comes in four colors, one of which is chromatic. A chromatic battery appears to change colors in different light. The other three options are still attractive but black, white, and stainless steel don’t hold a candle to their multi-colored battery buddy, the fairest of them all.
An iTaste VV4 is a battery in its own right, so when you purchase it don’t go looking for spare batteries. The cell lasts as long as it will recharge, roughly 300 times. Its life is affected by how you use it.
Prevent the cell from becoming too warm and store the battery in a cool, dry place when it is not in use. Do not operate at the highest setting all the time or over-vape and you get more life out of the cell: the same number of charges, but with longer intervals between them.
Features of the Innokin iTaste VV4
This version of Innokin’s battery can reach up to 15W, controlled by the vaper using a single button and watching the tiny screen. Change wattage from 6 watts to 15 watts incrementally, 0.5 watts at a time, using the 750mAh or 1000mAh version of the 510-threaded Innokin iTaste VV4. It is also capable of variable voltage, 3 volts to 6 volts by increments of 0.1V.
Although this battery is rated for many hours of usage, perhaps a full day, pass-through technology is built in for your convenience. This feature enables the consumer to vape with the iTaste VV4 even when it charges.
Connect the cable to a source of USB power like your gaming device, iTaste MVP 3.0, or the computer and puff until bed time. When you are done, switch to a faster charger such as a USB wall adapter and let it keep charging through the night.
Although you should not leave batteries charging when the process is finished and should remove the cell when you get up for a glass of water, modern systems protect consumers from over-charging.
The iTaste VV4 by Innokin will not overcharge. As the battery is used, it will also indicate that recharging is needed so that voltage doesn’t drop too low and harm the battery for the future. An ohms meter ensures no atomizer coil with sub ohm resistance will operate with the device while the meter also tells you the resistance rating of an appropriate clearomizer such as the iClear 16.
A tiny screen depicts your puffs, voltage, and wattage. Enjoy protection from a short circuit and protect curious children with the on/off switch which also prevents loss of battery power when the cell is not in use.
Some VV4 kits are literally just the battery and a cord. Others contain an iClear clearomizer, also by Innokin. It looks unusual with its cylindrical shape above the pillar-type battery, but this pairing is familiar in vaping circles.


We are not electricians. We collect clever work around solutions from automotive enthusiasts to help automotive enthusiasts.
A customer told us his recipe for using a 12V fan in his 6V system.
A ballast resistor allows an ignition system to operate at a lower voltage until the engine starts. The ballast resistor then functions to regulate the voltage (4-6V) going to the ignition system to avoid additional wear on the system e.g. burning up points.
That's it. That's the recipe. All of it.


Don’t ever worry if you want to perform a PowerPoint demonstration or something comparable on your laptop or desktop. Alternatively, you can use your smartphone, which you almost certainly possess because everyone had one in 2020, whether that’s an Android or Apple iOS device.
These Wi-Fi-enabled smartphones with powerful applications are nothing like your father’s or grandfather’s old smartphones. They’re handheld supercomputers with phone capabilities that seem like something out of a science fiction film. To attach an iPhone to a projector, all you need is a projector with a Lightning port that is interoperable with the iPhone.
When attaching an Android smartphone to a projector, you’ll need a USB-C port so you can use a USB-C cable to connect to the USB-A port on the projector. A Lightning to USB-C or Lightning to HDMI converter can be used instead of a Lightning cable and port.
Throughout this article, we will discuss How To Connect Projector To iPhone with various methods.
- How To Connect Projector To iPhone with a Cable
- Apple and Its Two Projector Adapter
- Older Apple iPhone Models
- Vintage versus Modern Projectors
- To Buy Multiple or Single Adapters
- How to Connect an iPhone to a Projector Wirelessly
- Check Wireless Connection Instructions on Your Projector
- Daisy-Chaining Your Projector Connection with AirPlay
- Troubleshooting Your iPhone to Projector Connection
- Can See Video But Can’t Hear Audio
- Can Hear Audio or See Video
- Final Verdict
- Frequently Asked Questions
How To Connect Projector To iPhone with a Cable
Every projector in the twenty-first century includes a video cable that allows it to connect to phones, tablets, or computers with information that is meant to be projected, whether it’s movies, TV shows, videogames, school notes, or corporate PowerPoint presentations. That’ll be the case with your iPhone. The simplest way of How to connect the iPhone to a projector is with a simple Lightning or adaptor cable.
Apple and Its Two Projector Adapter
Your iPhone lacks a standard video connector for HDMI, VGA, or A/V connections that utilize component video or composite cables. Unless your projector has a Lightning port designed mainly for iPhone users, you’ll need an adaptor to connect your iPhone to your projector in the same manner that your laptop would. You’ll need Lightning to USB-C or Lightning to HDMI converter adapters in particular.
Older Apple iPhone Models
When employing adapters or simple connection cables, the iPhone serves as the source media, and the receiving devices serve as displays. With the 30-pin dock connector, you can connect older iPhone models dating back to 2007 to a projector. However, specific video cable adapters are required for certain devices to connect to a similarly vintage LCD projector or even more recent DLP projector.
Vintage versus Modern Projectors
If you use the same projectors with your Apple smartphone frequently, it’s worth investing in one or two of these cables that are specific to that set of projectors. If you wish to utilize a suitable cable or port for your iPhone, simply verify the line or port on the projector. A 30-pin cable attaches to a 30-pinhole port with screws on either side, similar to the connector on most computer displays. On the other hand, HDMI makes use of HDTV-standard thin, wide plugs.
To Buy Multiple or Single Adapters
It’s more usual to buy an adapter for your iPhone than it is to find a Lightning-compatible projector. Regardless, if you’re often on the go with your phone and need to connect it to many projectors, it’s more cost-effective to get both connection kinds. This is why, much to Apple’s dismay, the European Union wants to standardize USB-C as the primary media port for all phones running iOS and Android.
How to Connect an iPhone to a Projector Wirelessly
Cables aren’t required by all projectors. In fact, most iPhones now connect wirelessly to modern projectors, allowing you to eliminate the wires and simply connect your smartphone to your projector via Bluetooth and other technologies. The projector’s model determines the method for wireless connection. To enable wireless linkage, you may need to connect a transceiver on the iPhone and a receiver on the projector.
Check Wireless Connection Instructions on Your Projector
The instructions for wirelessly connecting your iPhone to your projector should be found in the instruction handbook or on the control panel display of your projector. Simply follow the on-screen or printed instructions. Otherwise, check the Internet to see if your projector can make wireless connections on its own or with the help of a wireless transceiver set that can link even old LCD projectors to your phone wirelessly.
Daisy-Chaining Your Projector Connection with AirPlay
You can connect a projector to your Apple TV in a daisy-chain configuration to use it as an iPhone connection. Thanks to Apple’s proprietary wireless media-streaming AirPlay technology, an Apple TV plus a projector can be a winning combo. Using Apple’s AirPlay, you can broadcast a movie, presentation, or streaming video from your iPhone to your Apple TV, which can then connect to your projector.
Troubleshooting Your iPhone to Projector Connection
Try the following if you’re having trouble connecting your iPhone to your projector through cords or wirelessly, try the following.
Can See Video But Can’t Hear Audio
Ensure you’re utilizing a Digital A/V adapter with an HDMI connector that allows video and audio data to pass through one wire. Because such projectors lack built-in speakers, you’ll need to utilize a separate audio connection or signal receiver if you’re using a VGA adapter instead. You’ll need a different Bluetooth speaker or a headset connected to a TV, stereo, or PC speaker to hear audio from your VGA adapter.
Can Hear Audio or See Video
When you have connection troubles, the first thing you should do is verify if your cable connections are secure or power cycle the link till it works. If the problem persists and your app isn’t displaying video or playing audio, it’s possible that the app isn’t compatible with your adapter. To confirm compatibility, go to the app’s details page, Google the information, or contact the developer.
Because you can’t huddle over a phone to stare at every slide and such, it works much better when your iPhone is connected to a projector. There are several presentation apps available, such as PowerPoint and Keynote, but no one wants to be huddled around their phone, squinting at their slides. This article will teach you how to connect projector to iPhone wirelessly or with cords.
Frequently Asked Questions
To connect my iPhone to a projector, what wire do I need?
Connect a Lightning Digital AV Adapter or a Lightning to VGA Adapter to the iPhone’s bottom charging port. To your adapter, connect an HDMI or VGA cable. Connect your monitor, TV, or projector to the other end of your HDMI or VGA cable
How do I use my projector to mirror my iPhone to Netflix?
Check to see if your Roku, iPhone, and projector are all connected to the same Wi-Fi network (if your projector is Wi-Fi enabled). Open Netflix on your iPhone and select the movie or show you want to watch. A cast icon should appear in the upper-right area of the playing screen. The cast symbol should be tapped.


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So what does it mean by dual-core? Do quadcore mean my computer has 4 cores? And if so then why does the top/htop command show 8 cores for a quadcore machine? 🤔
If you are confused between CPUs and Cores then you are at the right place. This article addresses all the above questions and helps you to understand the CPU better.
First thing first, what is a CPU?
A CPU a.k.a Central Processing Unit is the hardware that is responsible for executing instructions. So it is the CPU that runs all your word processing applications and music player on the computer.
CPU executes the applications a.k.a Program. The program consists of a set of instructions to perform a specific task. You can run one or more programs on the CPU.
How does the CPU look like under the hood?
A CPU, on a very high level, comprises mainly of the following parts:
- Arithmetic Logic Unit (ALU): ALU performs arithmetic and logical operations like addition, subtraction, bitwise operation, OR, AND, etc. It calculates the result of the operation and passes it to Control Unit.
- Control Unit (CU): CU controls the execution of the instructions. It coordinates between the IO devices, memory, and ALU to complete the execution of any instruction.
- CPU Registers: The registers are memory with fast access in the CPU. They store various information like intermediate calculation results, CPU state, address of the instruction that will be executed next, etc. All in all, the CPU registers store data for the execution of the instructions.
- CPU Cache: CPU cache is a hardware cache that is used for fast access of main memory’s data.
The ALU, CU, Registers, and Cache forms the basic execution unit of any CPU. It is called Core. Cores are responsible for executing the instructions provided to the CPU.
Apart from this, a CPU also contains some communication channel that connects the cores to the outside world, a memory controller (to connect to main memory), I/O controllers (to connect to I/O devices), etc.
Single Vs Multi-Processor System
On a Single-processor system, there is one main CPU that executes processes. Figure 3 above is essentially a single processor system.
Let's say you need a place to stay. So you rent a BHK house. Since you are the only person staying there, you can fully use it to your convenience.
In the same way, a single application can easily run on a single processor system.
Now your friend comes to join you. And you both need to share the house. But there is only one bed and you both need to sleep🙁 ! So you come up with an arrangement where each one of you takes your turn in using the bed 🤓.
This arrangement is Multi-tasking where the multiple applications take their turn in using the CPU for running. For multitasking, the applications are divided into smaller chunks called tasks. By multitasking quickly between different tasks, computers create an illusion that all that tasks are executing in parallel.
So far the living arrangement was working great for you. But now your 6 other friends joins you. The current arrangement is no more optimized to support 8 people.
So you come up with a new approach. You rent a similar house. Now 4 of you stay in House A and the remaining 4 takes House B. This arrangement is called Multi-processor.
A Multi-Processor is a single computer having two or more CPUs in close communication, sharing the system bus and sometimes the clock, memory, and peripheral devices. Below is a multiprocessor system with 2 CPUs:
Even though this solves our purpose but this arrangement is complex and also a bit expensive to maintain 2 houses. Can we find any simpler solution? Umm...We can create more rooms in the same house!! 💡
For CPU, that’s Cores!!
A core is the basic execution unit in a CPU that is capable of executing instructions. A CPU can have one or more cores. More the number of core, more instructions can be executed in parallel.
Introducing Multi-Core System
A multi-core system has 2 or more cores in one CPU. These cores can run independent instructions concurrently without impacting each other. A multi-core system looks like below:
A dual-core machine comes with 2 physical cores and a quad-core machine with 4.
Finally, now you get rid of House B and build 2 rooms in House A. Four of your friends share Room A and the remaining four share room B (Fig 9).
But it is still crowded and you get limited time to use the bed. Can we have some different arrangement to have better living condition? 😅 Of course, we can. After all, the sky is the limit to human innovation!!
You get 2 beds for each room😎. You convert your previous 2 room setup to 4 rooms, each having 2 beds. So now you have a total of 8 beds and all your 8 friends can use it at the same time. Life’s never had been so much easier !!
Say hello to Hyperthreading (HT/HTT) 👋🏻
In HT, 1 Physical Core = 2 Logical Cores / Virtual Cores.
In a Hyper-threaded processor, one CPU core is made in such a way that it can execute two instructions in parallel. This is achieved by having two logical processing units on a single core. The logical processors in a hyper-threaded core share some resources of the core like the caches, ALU, etc. Each logical cores have their execution unit (like some registers to maintain the state of execution) so that they can execute instructions parallelly. From a user point of view, 1 hyperthreaded core is equivalent to having 2 cores.
This answers the question of why a quad-core machine shows 8 cores in the top/htop command.
Is Hyperthreading the same as MultiThreading?
Multi-threading is the ability of the computer to execute multiple instructions in parallel i.e. Parallel Processing. This gives an advantage in improving the throughput and response time of the system.
Multi-threading can be implemented in a non-hyper-threaded system by running different threads on different CPU cores. Hyperthreading is more like hardware multithreading which further supplements a multithreaded application. In short, concurrency does not depend on the hyperthreading feature.
The number of Parallel Threads that can be run in any system = 2 * Number of Physical Cores in a hyperthreaded processor OR it is simply equal to the number of physical cores in a non-hyperthreaded processor.
Commands for Checking CPU Configurations on Linux
- Number of Physical CPU: cat /proc/cpuinfo |grep “physical id”|sort |uniq|wc -l
- To check the number of cores: top then press 1
- Number of Physical Cores: cat /proc/cpuinfo | grep “cpu cores”|uniq
- Number of Logical Cores: cat /proc/cpuinfo |grep “processor”|wc -l
- To check if hyperthreading is enabled or not :
When hyperthreading is enabled, count of Sibling = 2 * Count of Cores
Count of Sibling = cat /proc/cpuinfo |grep “sibling”|uniq
Count of Cores = cat /proc/cpuinfo | grep “cpu cores”|uniq
- To check the pairs of Physical and Logical Cores: cat /proc/cpuinfo | grep -e “core id” -e “processor”
In the above output, you can see that for each unique processor id the core id is repeating indicating that it is a hyperthreading enabled system.
Just like you need to rent a house as per your requirements, you need to find the processor that suits your use case. The architecture of your processor impacts a lot on your system’s performance. To give an example, a hyperthreaded processor can be beneficial in a video processing application where there is a lot of scope for multithreading. But to use the same hyperthreaded processor for running trivial day-to-day applications like notepad or music player can be an overhead. It would be cost-effective as well to go for dual-core machines for smaller use cases.
Hope this article helps you understand the nitty-gritty of CPU. Thank you for reading. And keep exploring. 😃


Why can't I connect to Wi-Fi?
1. Check the Wi-Fi-connection on your router
If the router has two networks – choose 2,4 GHz.
How do I do this?
The network that should be used is on 2,4 GHz. This frequency is normally just named with the name of the router.
2. Check signal and distance to the router
This is what you can do if the Wi-Fi-signal is weak:
Bring the heater into a room where the signal is strong and try and connect it to your phone there. Once connected, bring the heater to the room where you want it installed. Check that you have contact via the app to control the temperature.
PS! You can easily buy a Wi-Fi repeater that you can use to boost the signal into rooms with weak signal. Just make sure you connect to the repeater under the available networks at set up.
3. Check password
4. Check that the Wi-Fi-symbol on the heater is flashing
The heater must be set to link-up-mode when connecting to a router. Link-up-mode is when the Wi-Fi-symbol is flashing on to the floor.


Welcome to the interesting globe of investigation labs, in which boundaries are pushed and breakthroughs are created. These modern and dynamic environments provide as the epicenter of scientific discovery, nurturing the dreams and aspirations of excellent minds. Within the confines of a study lab, the air hums with excitement and the pursuit of information.
Stage inside of, and you will be greeted by the sight of towering machinery, intricate instruments, and rows of meticulously arranged lab benches. But it really is not just the bodily apparatus that tends to make these labs so fascinating it is the folks doing work tirelessly to unravel the mysteries of the universe. From passionate researchers to focused researchers, every single personal performs a unique function in the quest for new insights.
A analysis lab is like a nexus for curiosity, exactly where questions are questioned, hypotheses are formed, and experiments are meticulously crafted. Below, the scientific approach reigns supreme, guiding every determination and guiding each action. It is a area where failures are celebrated as possibilities for progress, and the place perseverance and resilience are integral to progress.
Inside of the partitions of a analysis lab, innovation merges with perseverance, creating the perfect storm for groundbreaking discoveries. From uncovering the strategies of our DNA to creating reducing-edge technologies, each and every endeavor aims to drive the boundaries of human knowledge and remodel our world. So come along as we delve further into the fascinating world of analysis labs, where the marvels of science unfold prior to our eyes.
Point out-of-the-Artwork Equipment
In a study lab, reducing-edge engineering and equipment perform a important position in pushing the boundaries of understanding and exploring new breakthroughs. The lab is equipped with the latest instruments and instruments that permit experts to carry out experiments and assess data with unprecedented precision and precision.
A single these kinds of instrument is the large-resolution electron microscope, which makes it possible for scientists to visualize materials and objects at the atomic level. This powerful tool makes use of a beam of electrons to develop magnified pictures, revealing the intricate particulars and structures of different samples. With its exceptional resolution capabilities, scientists can unravel the tricks of the nanoscale world and delve further into the essential developing blocks of make a difference.
Yet another crucial piece of products is the DNA sequencer, a revolutionary engineering that has reworked the area of genetics and genomics. This gadget permits scientists to decode the sequence of nucleotides in a DNA molecule, providing valuable insights into genetic variations and mutations. By studying the genetic blueprint of organisms, researchers can better comprehend the underlying leads to of conditions, build focused therapies, and progress customized medication.
Moreover, the research lab is geared up with advanced spectroscopy instruments, these kinds of as the mass spectrometer and the NMR spectrometer. These devices enable scientists to study the composition, structure, and qualities of various molecules. By analyzing the interaction of molecules with electromagnetic radiation or magnetic fields, researchers can decipher the sophisticated molecular constructions and unravel the mechanisms powering chemical reactions.
In conclusion, the research lab offers state-of-the-art equipment that empowers scientists to explore the mysterious and press the boundaries of human comprehending. With chopping-edge tools these kinds of as the electron microscope, DNA sequencer, and spectroscopy devices, researchers can unlock the mysteries of the microscopic world, unravel the intricacies of our genetic code, and advance our knowledge in different scientific fields.
Innovative Research Tasks
In a bustling analysis lab, groundbreaking projects are becoming carried out on a every day basis. These cutting-edge endeavors thrust the boundaries of scientific knowledge and pave the way for new discoveries. Let’s delve into some of the most revolutionary research tasks that are at present underway in the lab.
- Comprehension the Mysteries of the Brain
A single of the most charming investigation tasks being pursued in the lab revolves all around unraveling the complexities of the human brain. By employing innovative neuroimaging tactics and leveraging the electricity of artificial intelligence, researchers goal to lose mild on the mysteries of cognition, memory, and neural pathways. This research retains the promise of unlocking breakthroughs in managing neurological issues and advancing our comprehension of the brain.
- Harnessing the Potential of Nanotechnology
Researchers in the lab are harnessing the transformative possible of nanotechnology to build innovative programs in a variety of fields. By manipulating and engineering supplies at the nanoscale, they aim to create advanced drug supply techniques, nanosensors for disease detection, and nanomaterials for effective strength storage. These initiatives have significantly-achieving implications, with the potential to revolutionize healthcare, electronics, and sustainable energy options.
- Discovering the Depths of Genetic Engineering
With the arrival of revolutionary gene-editing tools this kind of as CRISPR-Cas9, experts in the lab are delving into the realm of genetic engineering. https://safrole.com/ Their goal is to unlock the likely of gene therapy for managing inherited ailments, establishing genetically modified organisms for sustainable agriculture, and understanding the intricate mechanisms that management gene expression. These study endeavors have the promise to condition the long term of personalized drugs and contribute to a better comprehending of the basic developing blocks of lifestyle.
As we dive deeper into the entire world of research, these modern projects serve as a testomony to the huge prospective that lies within study labs. By harnessing human creativeness and reducing-edge technologies, researchers are pushing the boundaries of knowledge, opening up avenues for transformative breakthroughs that will form the future. Stay tuned for the final part of our journey where we will explore the impact of the research lab on scientific improvement and modern society as a total.
In a analysis lab, collaboration is the important to unlocking groundbreaking discoveries. Researchers from different disciplines come together in a dynamic and synergistic surroundings that fosters innovation.
The lab offers a platform for researchers to share their expertise and expertise. This exchange of concepts fuels creativity and expands the horizons of analysis choices. By working collaboratively, scientists have the possibility to leverage every other’s strengths and defeat problems collectively.
Moreover, the collaborative atmosphere in a research lab encourages open up communication and encourages the sharing of insights. Whether by way of official discussions or impromptu brainstorms, researchers engage in fruitful conversations that increase their comprehension of complex phenomena. The diversity of perspectives enriches the scientific discourse, major to novel methods and breakthrough discoveries.
In addition, interdisciplinary collaborations are a hallmark of a analysis lab. By bringing jointly authorities from different fields, these labs permit scientists to deal with multifaceted issues holistically. This integrative method not only facilitates thorough analyses but also paves the way for revolutionary solutions that may not have been possible inside of a one subject of study.
As a outcome of the collaborative surroundings fostered in study labs, experts can harness the electrical power of teamwork to press the boundaries of expertise and make groundbreaking developments that shape the potential.


Mar, 15 2020, 3-5min read
Thomas, A. W., Heekeren, H. R., Müller, K. R., & Samek, W. (2019). Analyzing neuroimaging data through recurrent deep learning models. Frontiers in Neuroscience, 13, 1321. doi.org/10.3389/fnins.2019.01321
Deep learning (DL) models have been shown to outperform conventional machine learning techniques in a variety of research fields and prediction tasks. Yet, their application to the decoding of functional Magnetic Resonance Imaging (fMRI) data has so far been limited. Mainly, because DL models are often viewed as "black boxes", disguising the relationship between input data and prediction due to their highly non-linear nature. It is, however, a central goal of cognitive neuroscience to identify (and learn about) the association between brain activity and the underlying cognitive state of an individual (e.g., while viewing images of different categories or performing a specific cognitive task).
The lack of understanding and interpretation of the decision process of deep learning models is a clear drawback and has recently also attracted attention in the field of machine learning (see for example, this overview). In this context, the so called Layer-wise Relevance Propagation (LRP) technique has been proposed as a general technique for explaining the predictions of predictive functions. Specifically, the LRP technique decomposes the predictions of a decision model into the contributions (or relevances) of the features of the input data to the predictions.
In the DeepLight framework, we utilize the LRP technique to interpret the decoding decisions of a deep learning model that is trained to identify (ie., decode) a set of cognitive states from whole-brain fMRI data, thereby, relating the brain activity to the decoded cognitive state:
The DL model that we used in this study consists of three distinct computational modules: a convolutional feature extractor, an LSTM, and an output unit. First, the DL model separates each fMRI volume into a sequence of axial brain slices. These slices are then processed by a two-dimensional convolutional feature extractor, resulting in a sequence of higher-level, and lower-dimensional, slice representations. These higher-level slice representations are then fed to an LSTM, integrating the spatial dependencies of the observed brain activity within and across axial brain slices. Lastly, the output unit makes a decoding decision, by projecting the output of the LSTM into a lower-dimensional space, spanning the cognitive states in the data. Here, a probability for each cognitive state is estimated, indicating whether the input fMRI volume belongs to each of these states. Subsequently, DeepLight relates the brain activity and cognitive state, by applying the LRP technique to its decoding decision. Thereby, decomposing the decision into the contributions of the single input voxels to each decision. Importantly, the DeepLight approach is not dependent on any specific architecture of the DL model. The DL model architecture described here is exemplary and derived from previous work.
Importantly, the LRP decomposition is performed on the level of a single fMRI volumes (and decoding decisions), which allows for an analysis on several levels of data granularity, from the level of the group down to the level of single subjects, trials and time points. DeepLight is thereby able to study the temporal and spatial distribution of brain activity across sequences of single fMRI volumes.
The following two videos exemplify this feature, by showing the distribution of relevance for each fMRI sample of a trial (25 s) in which participants either see the image of a face (video 1) or the video of a place (video 2) (for more details on this analysis, see Figure 6 of our paper):
In addition to the relevance distribution on the right, the videos show DeepLight's softmax prediction for each of the four target classes of the underlying experiment (top left panel; in the experiment, participants saw images of body parts, faces, places, and tools), DeepLight's average decoding accuracy (middle left panel), as well as a similarity measure (the F1-score; lower left panel), quantifying the similarity between the shown distribution of relevance and the distribution of brain activity that one would expect, given a meta-analysis with NeuroSynth for the terms "face" and "place" (higher F1-score values generally indicate more similarly).
Video 1 (face):
Video 2 (place):
Overall, we find that DeepLight accurately identifies the two target classes from the fMRI data, as indicated by an increasing decoding accuracy over the course of the trials. In addition, DeepLight utilises the brain activity from a set of biologically plausible brain regions to identify each of the two target stimuli (as shown by generally increasing F1-scores which describe the overlap between the relevance distributions shown on the right and the results of our meta analysis), thus indicating that DeepLight's brain maps capture a biologically plausible association between brain activity and cognitive states (here, the viewing of face and place stimuli).


About Red Edge™ Pulse Protection
Red Edge™ Pulse Protection by ETS-Lindgren Inc. offers technologically advanced Electromagnetic Pulse (EMP) protection by combining engineering expertise along with certified products/components and turnkey construction. Red Edge™ enclosures, doors, filters, vents and penetrations are designed by professional engineers and independently certified by Little Mountain Test Facility to ensure maximum protection for data systems and business equipment. Red Edge™ delivers the foremost quality standard in EMP solutions, and ETS-Lindgren Inc. is the leading authority in the survival and continuous operation of critical infrastructure equipment and business systems in the event of an EMP attack.
ETS-Lindgren is the innovator of systems and components for the detection, measurement, and management of electromagnetic, magnetic, and acoustic energy. With more than 30 years of experience in design engineering, project management, and building implementation worldwide, the company is known for adapting new technologies and applying proven engineering principles to create unique, value-added solutions for customers worldwide. ETS-Lindgren is a subsidiary of ESCO Technologies, a leading supplier of engineered products for industrial and commercial markets. ESCO is headquartered in St. Louis, Missouri, and listed on the New York Stock Exchange with the symbol ESE. In 2013, ETS-Lindgren launched Red Edge™ Pulse Protection products, including certified EMP shielding and components, designed to keep data systems operable during and after an electromagnetic pulse event. Logo and link: ets-lindgren.com
About ESCO Technologies
ESCO Technologies is a leading provider of highly engineered filtration and fluid control products for mission-critical systems to the aviation, space, and process markets worldwide. The company is also the industry leader in RF Shielding and EMC test product and solutions, providing innovative products and systems which detect, measure, and manage magnetic, electromagnetic, and acoustic energy for test facilities, MRI rooms, data centers, and other applications. In addition, the company develops, manufactures, and delivers diagnostic testing solutions for the electric power grid and utility solutions that empower customers to make critical financial and operational decisions.


INHE’s Auto Recloser adopts three-phase pillar structure, which has the features of stable and reliable breaking performance, combustion and explosion-free, maintenance-free, small volume, light weight and long service life.
INHE’s Auto Recloser uses vacuum arc extinguishing and solid dielectric insulation technology. It is equipped with functions of measurement, protection, communication, remote control. It can realize fault area isolation and power supply restoration in non-fault area with fuse or load breaker switch. It can be used on overhead distribution lines as well as in distribution substation for all voltage classes rated up to 38 kV at 50/60Hz power system.
INHE’s Auto Recloser complies with IEEE C37.60 and IEC 62271-111.
Recloser standard: IEEE C37.60, IEC 62271-111
EMC standard: IEC 61000-4


TP-LINK Ethernet Powerline Adapter provides another wire-free solution for the SOHO life. By offering a Plug-N-Play method, you can easily connect to internet, watch IPTV, play online game, and transfer files over power line. The device transforms your house's existing electrical wiring into a ubiquitous networking infrastructure, it will easily extend your Cable/xDSL broadband connection or existing LAN to any other electrical outlet in any room of your house without new cabling.
The 200Mbps Ethernet Powerline Adapter TL-PA201 provides an easy way to set it up, just simply connect one adapter to your router, plug it into your existing power outlet, and then it could help you to build up the whole house network connection. With two adapters plugged in, you could simply press the 'pair' button to building a connection without other configuration. The maximum transmission range of our adapter could be up to 200m over your household power supply grid.
Besides, with 200Mbps high speed and build-in QoS feature, TL-PA201 enables lag-free entertainment such as online/LAN gaming, audio/video streaming simultaneously, and the application with real-time requirements. IGMP managed multicast IP transmission also help to optimizes IPTV streaming. What's more, the 128-bit AES encryption also protects your network from external attack
High speed data transfer rate up to 200Mbps
Easy Plug-N-Play operation, Use existing electrical wiring
HomePlug AV standard compliant, work with AC input of 100V~240V
Low power consumption
Intelligent channel adaptation maximizes throughput under harsh channel conditions
Supports IGMP managed multicast IP transmission, optimizes IPTV streaming
Built-in QoS, prioritize the data, enabling smooth video streaming and lag-free gaming
128-bit AES encryption to secure power-line communications
Transmission range up to 200m over household power supply grid
Support Push Buttons 'Pair' and 'Reset' on the case, no need for software
Supports Windows® Vista™
At least 2 powerline adapters are required to form a powerline network (aka Ethernet over Power)
Powerline adapters of the same standard can only be used with another unit of the same standard, i.e. Homeplug Turbo with Homeplug Turbo (85Mbps, TL-PA101), Homeplug AV with Homeplug AV (200Mbps, TL-PA201). You cannot mix a 85Mbps homeplug with a 200Mbps
The powerline adapters have to be installed in the same electrical circuit to form a proper powerline network.


Senior Manager at Emerging technologies & Innovations and Distinguished Member of Technical Staff at EXFO Inc.
Anwer Al-Dulaimi is currently a Senior Manager of Emerging technologies & Innovations and Distinguished Member of Technical Staff at EXFO Inc., Montreal, Canada. He received the Ph.D. degree in electrical and computer engineering from Brunel University, London, U.K., in 2012 after receiving M.Sc. and B.Sc. honors degrees in communication engineering. He has previously worked with Electrical and Computer Engineering, University of Toronto, sponsored by Blackberry’s advanced research team. In his current role, Anwer is responsible for identifying new trends of mobile technology evolutions and the adaptation phases that EXFO need to take for compliancy. He is the chair of the newly established IEEE 5G & Beyond Testbed Project working to develop a virtual testing platform for E2E network innovation. He is the chair of the IEEE 1932.1 ‘Standard for Licensed/Unlicensed Spectrum Interoperability in Wireless Mobile Network’. He is also representing EXFO in many industrial forums such as One6G and other collaborative projects. He is the Editor of IEEE Future Networks Series on 5G & 6G published by IEEE Vehicular Technology Magazine, editor of Vehicular Networking Series in IEEE Communication Standards Magazine and guest editor of many other IEEE series issues. His research interests include 5G and 6G networks, cloud computing, Blockchains and cybersecurity. He is a Fellow of the Institution of Engineering and Technology (FIET), registered as a Chartered Engineer (CEng) by the British Engineering Council since 2010. He is a member of the NSERC discovery grants committee and a senior member of IEEE.
President at Global Association for Academic Supervision (a not-for-profit) UK.
He is leading the Global knowledge exchange initiatives as president @ Global Association for Academic Supervision (a not-for-profit) British Organisation (www.gaasnetwork.org), that works to create skill-based global partnerships to enable transdisciplinary industry-academic supervision for industry 4.0/5.0 disruptive innovations. Muddesar’s is working with like-minded academics around the world to address UN SGDs including 4-Quality Education, 8-Decent work and Economic Growth, 9-Industry Innovation and Infrastructure, 10-Reduced Inequalities, and 17-Partnerships for Goals. He received his PhD degree in wireless communication networks from Kingston University, Kingston, U.K., in 2010.,He has more than 20 years expereince of working with both academia and industry in UK, EU, South East Asia and Gulf. He has been a Principal Investigator, Co-Investigator, Project Manager, Coordinator, and Focal Person of more than 20 internationally teamed research and development, capacity-building and training projects, resulting in several patented inventions and commercial products. He has published more than 100 peer reviewed artciles in reptued Journals and conferences. His research interests include Internet of sense for Industry 5.0, intelligent autonomous machines/robotics, conversational AI and Chabot’s, personalization/recommendation, 6G context-aware systems, and collaborative cognitive–communication systems.