The integration of internet of things (IoT) technology in solar energy systems refers to the use of smart devices and sensors in the monitoring and control of solar power generation and distribution. IoT technology allows for efficient and effective management of renewable energy sources, resulting in reduced costs, increased reliability, and improved performance. With the growing demand for clean energy solutions, the integration of IoT technology in solar energy systems is becoming increasingly important in the quest towards a sustainable future. In this article, we explore the benefits of IoT in solar energy systems and how it is revolutionizing the renewable energy industry.
The integration of Internet of Things (IoT) technology in solar energy systems refers to the process of merging two technological advancements to optimize their efficiency and productivity. The IoT technology comprises devices and sensors that gather and transmit data to a central computer system, which then processes the data to provide useful insights. On the other hand, solar energy systems include devices and equipment that convert solar energy into electrical power.
By integrating IoT technology into solar energy systems, it becomes easier to monitor and manage the energy production process, identify potential issues, and optimize energy consumption. The integration of these two technologies also leads to better efficiency, reduced maintenance costs, and increased productivity. Overall, the integration of IoT technology in solar energy systems has revolutionized the way we generate and consume energy, making it more sustainable and cost-effective.
Integrating Internet of Things (IoT) technology in solar energy systems offers numerous benefits that contribute to the overall efficiency and reliability of renewable energy generation. One of the most significant advantages of IoT technology in solar systems is the ability to monitor performance metrics such as energy generation, storage capacity, and system efficiency. The use of IoT sensors and devices allows for real-time data collection and analysis, enabling solar energy systems to operate optimally.
Additionally, integrating IoT technology in solar systems reduces maintenance costs and increases the lifespan of solar panels and inverters. IoT sensors help detect potential problems in the system before they escalate into more significant issues, reducing unplanned downtime and repair costs. The technology also enables remote monitoring and control, allowing technicians to diagnose and correct problems without the need for physical presence.
IoT technology in solar systems also enhances the integration of renewable energy into existing power grids, making it more stable and reducing the need for fossil fuels. Through IoT technology, solar systems can share data with energy providers, making it easier to manage supply and demand and coordinate energy trading.
Furthermore, IoT technology in solar systems enhances safety by detecting and preventing dangerous situations such as overloading and overheating. IoT sensors can shut down the system automatically when a problem is detected, reducing the risk of electrical fires and other safety hazards.
Integrating IoT technology in solar energy systems offers numerous benefits that enhance the performance, reliability, and safety of renewable energy generation. The technology enables real-time monitoring, reducing maintenance costs and increasing the lifespan of solar panels and inverters. It also enhances the integration of renewable energy into power grids while enhancing safety by detecting and preventing dangerous situations.
One of the biggest obstacles faced in integrating IoT technology in solar energy systems is the issue of interoperability. With the advent of IoT devices, there are now numerous sensors, devices, and platforms that work in different ways and use different languages. Different devices have different communication protocols, which means that they are unable to communicate with each other, leading to incompatibility issues. This makes it difficult to create a unified platform for controlling and monitoring solar energy systems.
Another challenge is the issue of data privacy and security. With more data being transmitted and stored, there is a higher risk of cyber-attacks, which can lead to the loss of critical data and the compromise of the entire system. Furthermore, managing and analyzing large amounts of data can be challenging and time-consuming. There is also the issue of cost. While IoT technology has the potential to increase efficiency and reduce costs in solar energy systems, implementing such technology can be expensive, especially for small-scale installations.
Lastly, lack of skilled personnel in IoT technology can also pose a challenge. With the high demand for IoT professionals, it can be difficult to find skilled personnel to manage and maintain IoT-enabled solar energy systems.
IoT Technology in Solar Energy Systems
Monitoring and Control
One of the biggest advantages of the integration of IoT technology in solar energy systems is the ability to perform data analytics. Data analytics involves gathering and analyzing data from various sources to gain insights and make informed decisions. With IoT technology, solar energy systems can collect a wide range of data, from environmental factors to energy production and consumption. This data can then be analyzed to identify patterns, trends, and opportunities for improvement. Some examples of the types of data that can be analyzed include weather forecasts, energy consumption patterns, grid demand, and energy prices. By analyzing this data, solar energy systems can optimize their performance and increase their efficiency.
There are several benefits to using IoT technology for data analytics in solar energy systems. One of the most significant is increased efficiency. By analyzing data, solar energy systems can identify areas where they can optimize their performance to reduce waste and increase productivity. For example, they can adjust their energy production based on weather forecasts to ensure maximum efficiency. They can also analyze energy consumption patterns to determine when they should turn off certain devices to reduce waste.
Another benefit of using IoT technology for data analytics in solar energy systems is improved decision-making. By analyzing data, solar energy systems can gain insights into their operations and identify areas where they need to make improvements. For example, they can analyze responses to their marketing and promotional campaigns to determine the most effective strategies. They can also analyze the energy consumption patterns of their customers to identify areas where they can reduce energy use and improve customer satisfaction.
In addition, using IoT technology for data analytics in solar energy systems can also lead to cost savings. By analyzing data, solar energy systems can identify areas where they can reduce costs, such as by adjusting energy production or optimizing their marketing strategies. They can also identify opportunities to increase revenue, such as by identifying customers who are most likely to be interested in their products and services.
All of these benefits make the use of IoT technology for data analytics in solar energy systems an essential part of the industry. As IoT technology continues to evolve, we can expect even more advanced data analytics tools to emerge, further improving the efficiency and effectiveness of solar energy systems.
One of the most significant advantages of integrating IoT technology in solar energy systems is its ability to facilitate predictive maintenance. With the help of sensors and other smart devices, IoT can monitor various components of the system, such as panels, inverters, and batteries in real-time. This not only allows for better monitoring and control but also enables predictive maintenance.
Predictive maintenance is a proactive approach to maintenance that involves identifying potential issues before they occur. By analyzing data collected from IoT sensors, predictive algorithms can forecast probable maintenance needs, such as cleaning panels, replacing worn-out parts, or re-calibrating the system. This can help to avoid unplanned downtime and reduce operational costs. Additionally, predictive maintenance can contribute to prolonging the lifespan of the solar energy system components and ensuring their optimal performance.
Moreover, IoT technology can also enable remote monitoring and troubleshooting. With IoT-enabled devices, solar energy systems can be monitored and controlled remotely, and alerts can be sent to maintenance personnel or system owners when an issue is detected. This can help reduce the response time for maintenance and repairs, minimize downtime, and improve system availability. Additionally, IoT technology can also provide valuable insights into system performance, usage patterns, and energy production. These insights can be used to optimize system efficiency, identify areas for improvement, and inform decision-making.
In summary, integrating IoT technology in solar energy systems can provide significant benefits for predictive maintenance. It can enable real-time monitoring, predictive analytics, and remote troubleshooting. These capabilities can help reduce operational costs, avoid downtime, prolong the lifespan of system components, improve system availability, and provide valuable insights for optimizing system efficiency.
Applications of IoT Technology in Solar Energy Systems
The integration of IoT technology in residential solar energy systems provides homeowners with unique opportunities to optimize the efficiency of their solar energy systems and reduce energy costs. IoT devices can be used to monitor energy consumption and production, adjust solar panel orientation for maximum sunlight exposure, and track weather patterns to optimize energy production. In addition, IoT can be used to control smart thermostats, lighting systems, and home appliances, further reducing energy consumption and costs.
Another benefit of IoT technology is its ability to detect system malfunctions and alert homeowners to potential issues before they result in major problems. This saves homeowners time and money on costly repairs and increases the longevity of their solar energy systems.
As more homeowners adopt IoT technology in their solar energy systems, the potential for overall energy savings increases, leading to a healthier environment and lower dependence on traditional energy sources.
The integration of IoT technology in commercial solar energy systems has shown tremendous potential for energy management and cost reduction. With the implementation of IoT sensors and devices, commercial solar energy systems can track energy consumption, monitor system performance, and optimize energy production. The use of IoT technology in commercial solar energy systems has also allowed for real-time data monitoring and analysis, enabling faster identification and resolution of system issues.
One of the most significant benefits of integrating IoT technology in commercial solar energy systems is the improved energy efficiency of the systems. With IoT sensors installed, building managers can collect data on energy use and identify areas for improvement, leading to better energy management and significant cost savings. Additionally, IoT technology offers predictive maintenance, allowing managers to identify potential system issues before they become major problems, saving time and money in maintenance costs.
Another central aspect of IoT technology in commercial solar energy systems is its ability to provide real-time monitoring and analysis. IoT sensors can monitor system performance, energy production, and energy consumption with real-time data analysis, alerting managers to any issues that may arise. With better system monitoring, building managers can accurately track system performance, troubleshoot potential issues, and make necessary adjustments more efficiently. This real-time monitoring also enables building managers to optimize the system’s energy production, ensuring they get the most out of their solar panels.
Finally, IoT technology in commercial solar energy systems can implement smart energy management systems that allow for a more comprehensive approach to energy savings. With IoT sensors, smart thermostats, and energy-efficient lighting systems, a complete energy management system can be created that reduces energy consumption while maintaining high-performance standards. The ability to control the energy use in the building has a significant impact on energy costs and overall efficiency.
The integration of IoT technology in the industrial solar energy sector has revolutionized the way businesses harness renewable energy by improving efficiency and productivity. IoT sensors and devices installed in power generators and solar panels help to monitor and regulate energy consumption while optimizing energy production. This integration improves operations and reduces energy waste by tracking consumption and production patterns and providing insights on how to minimize inefficiencies.
The use of IoT in industrial solar energy systems also enables predictive maintenance, alerting owners and operators of any impending issues before they occur, leading to reduced downtime and increased energy output. Furthermore, IoT technology allows for remote management, thus making it easier to manage multiple industrial solar energy systems spread over vast areas. It also allows for real-time monitoring and performance tracking, enabling owners and operators to make timely adjustments, and improve energy efficiency.
Residential Case Study
The integration of IoT technology into residential solar energy systems has been a game-changer, offering homeowners greater control over their energy usage and reducing their environmental impact.
One example of such integration is the use of smart thermostats and sensors to monitor usage patterns and adjust temperature settings accordingly. By analyzing energy consumption patterns and using predictive algorithms, homeowners can optimize their energy usage and reduce their reliance on the grid.
Another example is the integration of solar panels with home automation systems, allowing homeowners to monitor energy generation and usage in real-time. This data can be used to identify areas of energy waste and adjust energy usage accordingly, further reducing reliance on traditional energy sources.
The integration of IoT technology into residential solar energy systems has not only made it easier and more cost-effective for homeowners to produce and consume their own energy but has also contributed to a more sustainable and environmentally conscious lifestyle.
Commercial Case Study
One of the most critical aspects of IoT technology integration in solar energy systems is commercial case studies. This subsection highlights the practical applications of IoT technology in commercial solar energy systems. While residential solar energy systems are designed to cater to individual power needs, commercial solar energy systems serve large electricity grids and power demand centers. It is essential to note that IoT technology offers commercial solar energy systems an opportunity to optimize their energy production and distribution.
The implementation of IoT technology in commercial solar energy systems revolutionizes energy production through intelligent systems that reduce energy waste while increasing efficiency. This technology enables data transmission in real-time, allowing for comprehensive performance monitoring. Companies can track the performance of their industrial solar energy systems remotely, allowing for timely maintenance and repairs. Additionally, IoT technology enables high power load balancing, a critical consideration in commercial solar energy systems.
The integration of IoT technology in commercial solar energy systems positively impacts the environment and the economy. Operating commercial solar energy systems produces less pollution than conventional energy sources. IoT technology offers insights that enable energy system managers to optimize production and eliminate energy waste. This optimization reduces operational costs, which translates to more affordability for both energy companies and their industrial clients.
The integration of IoT technology in commercial solar energy systems is an intelligent and timely solution that cannot be overlooked. The implementation of IoT technology in industrial solar energy systems paves the way for long-term sustainability and environmental conservation. The technology revolutionizes the way commercial solar energy systems work, offering high power load balancing, remote performance monitoring, real-time data transmission, and predictive maintenance. IoT technology increases energy production and reduces operational costs, making commercial solar energy accessible and affordable for everyone.
Industrial Case Study
In an industrial setting, the integration of IoT technology in solar energy systems can significantly improve efficiency, reduce costs, and minimize downtime. An excellent example of IoT technology integration in an industrial solar energy system can be found in the California State University, East Bay. The university installed a 2.1 MW solar energy system that generates electricity for over two-thirds of their electricity demand. The system’s effectiveness is complemented by IoT technology, which allows the monitoring and control of the system’s performance. Using IoT technology, the university is notified of any performance anomalies in real-time, and the maintenance team can take prompt action to prevent a system failure or further damage. In the long run, the IoT technology helps to reduce maintenance costs, extend the life of system components, and minimize downtime, which ultimately leads to a significant reduction in the cost of electricity.
Future of IoT Technology in Solar Energy Systems
The integration of internet of things (IoT) technology into solar energy systems is a field of research that is developing at a rapid pace. In this subsection, we will explore some of the emerging trends that are shaping the future of IoT technology integration in solar energy systems.
The first trend that is worth exploring is the increasing use of smart sensors in solar energy systems. These sensors can collect, store, and analyze data on a wide range of variables, including irradiance, temperature, and humidity. This data can then be used to optimize the performance of solar energy systems, improve energy efficiency, and reduce maintenance costs. Additionally, smart sensors can provide real-time data on the performance of individual solar panels, allowing for more effective maintenance and repairs.
Another trend that is shaping the future of IoT technology integration in solar energy systems is the use of machine learning algorithms. As the volume of data collected by smart sensors continues to grow, the use of machine learning algorithms can help identify patterns and trends that might otherwise go unnoticed. This can lead to more accurate predictions of energy output and maintenance requirements, which in turn can help improve the overall performance and efficiency of solar energy systems.
A third trend that we are seeing in IoT technology integration in solar energy systems is the development of more sophisticated software platforms. These platforms can integrate data from smart sensors, machine learning algorithms, and other sources to provide a more comprehensive view of the performance of solar energy systems. They can also provide alerts and notifications when issues arise, which can help reduce downtime and improve overall system performance.
Finally, we are seeing a trend towards increased integration of solar energy systems with other IoT-enabled devices, such as smart homes and electric vehicles. This integration can allow for more efficient use of energy, including the ability to store excess energy generated during the day for use at night or during times of peak demand. Additionally, smart homes and electric vehicles can provide real-time data on energy usage, which can be used to optimize the performance of solar energy systems.
In summary, the integration of IoT technology in solar energy systems is a rapidly evolving field that is being shaped by a number of emerging trends. From smart sensors and machine learning algorithms to more sophisticated software platforms and integration with other IoT-enabled devices, these trends are helping to improve the performance, efficiency, and overall value of solar energy systems.
The wider adoption of IoT technology in solar energy systems faces numerous challenges that must be addressed for optimal integration. One of the major hurdles is the lack of standardization in the development and deployment of IoT devices, leading to compatibility issues with existing systems. Therefore, it requires a significant effort to ensure that these devices can seamlessly coexist with existing solar systems. Another challenge is the issue of data privacy and security. Since IoT devices collect and transmit large amounts of data, the information must be kept secure to prevent hacking, data breaches, and other cyber-attacks. This challenge underscores the need for robust cybersecurity measures that guarantee the data is encrypted and protected throughout the IoT ecosystem.
Another challenge that must be addressed is the high cost of implementing IoT technology in solar energy systems. The cost of IoT devices and hardware components, the cost of installation and maintenance, and the cost of specialized professionals needed to configure and maintain the systems contribute to the high cost of implementation.
Furthermore, the integration of IoT technology in solar energy systems requires efficient communication protocols to enable the devices to communicate with each other and with the cloud. This calls for the development of standardized communication protocols that are cost-effective and secure. Additionally, the intermittent nature of solar power production poses a challenge in the integration of IoT technology in solar energy systems. Due to the nature of solar power generation, IoT devices must be able to adjust to fluctuations in power generation, which can be a significant challenge to the efficient operation of the system.
Finally, the complexity of the integration process itself poses a challenge. The integration process requires specialized technicians with a deep understanding of the intricacies of electrical engineering, solar energy systems, and IoT device architecture. As such, the challenge becomes how to train professionals to install, configure and maintain the IoT devices and ensure optimal integration with existing solar systems.
IoT technology integration in solar energy systems presents a wealth of opportunities for further innovation and development. One of the most exciting opportunities is the potential for increased efficiency in solar energy systems. Through the use of sensors and analytics, IoT technology can provide real-time data on energy production and consumption, allowing for better management of solar panels and energy storage systems. This data can be used to optimize the placement of solar panels, as well as the use of energy storage systems, resulting in greater energy yields and lower costs.
Another promising opportunity lies in the development of smart homes and buildings. By integrating IoT technology with solar energy systems, homes and buildings can become more self-sufficient, with energy use and production tailored to the specific needs of the occupants. This can lead to a significant reduction in energy costs and a more sustainable, energy-efficient future. Additionally, IoT technology has the potential to improve the safety and reliability of solar energy systems by providing real-time monitoring and alerts for issues such as panel damage or system failures.
By addressing these issues quickly, IoT technology can minimize downtime and reduce the risk of costly repairs. Overall, the integration of IoT technology in solar energy systems holds great promise for increased efficiency, sustainability, and cost savings, making it a key area for further innovation and development.
Frequently Asked Questions
1. What is the Internet of Things (IoT)?
The Internet of Things (IoT) refers to a network of interconnected devices, appliances, and applications that communicate with each other via the internet.
2. How can IoT technology be integrated into solar energy systems?
IoT technology can be integrated into solar energy systems to collect and process data on energy production and consumption, improve energy efficiency, and automate and optimize energy management.
3. What are the benefits of integrating IoT technology in solar energy systems?
The benefits of integrating IoT technology in solar energy systems include improved energy efficiency and reliability, reduced energy costs, better monitoring and control of energy consumption, and increased automation and optimization of energy management.
4. How can IoT sensors help in solar energy systems?
IoT sensors can be used to monitor energy production and consumption, track energy usage patterns, detect and diagnose faults, optimize energy management, and improve overall system performance.
5. What are the challenges of integrating IoT technology in solar energy systems?
The challenges of integrating IoT technology in solar energy systems include cybersecurity risks, interoperability issues, lack of standardization, data privacy concerns, and high initial investment costs.
6. What is the future of IoT technology in solar energy systems?
The future of IoT technology in solar energy systems looks promising, with more advanced and integrated systems expected to emerge. This will lead to greater efficiency, reliability, and cost savings, as well as reduced environmental impact and increased sustainability.


Model: SC7. Yes, as long as there is the 3.5mm mic input on your Canon camera. Thank you. A wireless microphone has become the best option for high definition audio. Thank you. Love the fact it touches nobody but, Shure WH20TQG Dynamic Headset Microphone - Includes Miniature 4-pin Female Connector for Shure Bodypack Transmitters, I have serious issues with reviewers who assume because a product is not right for them that it is not right for anyone. Yes as long as your camera has 3.5mm mic in jack. Used product in film class. Haven't used it with camera but with everything else very satisfied. Hope this helps Dennis. Keep reading to learn about our top picks. - It even has an adapter to use it both with your phone or your computer,your camera,your speaker After viewing product detail pages, look here to find an easy way to navigate back to pages you are interested in. Best Features: Has anyone tried using this wireless mic for Zoom? And you want to be sure that the system you select supports longer transmission distances. You'll need to adjust the mic setting on the camera. I also set up and run both outfits PA system. Not sure if you’re having problems with it recording, or something different. SKU: 6255439. It also helps if you have a headphone input for monitoring. It works both mic & headphone for dslr camera canon 200d ? Built-in speakers eliminate the need for additional setup. Audio teams have to make sure they’re properly calibrated, performers have to plan their acts around them, and stage managers have to keep track of them. …Works great as a wireless video camera mic! I play drums in a classic rock band and Cajon and percussion in a small trio. …I was standing twenty feet away from the camera and it captured my whole speech perfectly! It works with most camcorders and DSLR cameras with mic input. See items customers recommended most in reviews and Q&A. It should work with any video camera that has a microphone input. the vixia camera requires a powered mic. Your recently viewed items and featured recommendations, Select the department you want to search in, FIFINE 20-Channel UHF Wireless Lavalier Lapel Microphone System with Bodypack Transmitter, Mini XLR Female Lapel Mic and Portable Receiver, Quarter Inch Output. - A metal mic clip that should last a long time,Works great for videos, chat, and anything else [[VIDEOID:88c9e4c45ea9f4b5d3aa6fd3ea04f304]] This is an excellent quality Wureless mic.3.5mm TRRS jack fits your Apple MacBook, iPad, iPhone, or iPod Plus you’ll enjoy controlling the audio effects and playback controls directly from the microphone. This Mic is a great item, I work in the entertainment sect and use microphones daily and this lil mic is awesome! -sound quality is excellent and crisp in windy days I need it to work for teaching online yoga classes via Zoom, Shure BLX14/CVL Wireless Microphone System with Bodypack and CVL Lavalier Mic, I'm using this with a Samson headset mike for preaching at church. Great investment! …works good for me and my buddies youtube videos. The microphone jack is the smaller size (the size used in earbuds), and the part that connects to the camera or other device is large. I was tired of being anchored to a mic and boom in both situations and decided to go with the. Dear Customer, yes, this wireless headset microphone/lavalier microphone works with Canon EOS series cameras as long as the cameras has 3.5mm mic input. Easy setup, my elementary students needed something on short notice for a video production project Proper mic-ing technique is important to maximize signal to noise ratio. Best Dynamic Microphones RØDE - SC7 0.55' 3.5mm TRS to TRRS Patch Cable - Red. Yes, it works with a Sony 4K camcorder as it has mic input. How does this microphone connect to your camera? After having poor luck with cheap systems I finally bit the bullet and got the Shure. I just checked the adapter in the port on my Samsung 10 Edge and it fits. Wireless microphones should be able to make all those things a little bit easier, and these are some of the best models we’ve found for amateurs and professionals alike. Would these work on a Canon rebel or 5d mark three camera? The Saramonic WM4CA is a professional, portable, wireless VHF handheld mic system that was specifically designed for use with DSLR cameras, camcorders, and video recorders. …I have been using the mic for about two weeks with a DSLR camera and I am happy with the results. i was thinking to get the deity d3 pro but couldn't justify the price as i don't do video nearly as much as i take stills. Regardless of whether you’re a professional or a consumer who wants to buy a wireless microphone for a family party, you want a system that’s easy to install and use time after time. My experience with my camera accessory was excellent. It's a good piece of gear for smaller projects. Use that and your camera mic should work. We have tested the mic with Canon 80D using the included 6.35 mm to 3.5 mm adapter and it works with no problem. you get what you pay for and this is a great bargain!! Please contact us via firstname.lastname@example.org if you want us to offer the extra receiver independently in some economic way. Fifine K037B wireless microphone works great with my Panasonic G7 camera, the range is good for what I use it for and the sound is very clear, a little flat for my taste but clear, I only use the clip on mic but they also include a headset type. It will work on any camera that can record video and has a input for a mic. Since I plug mine into a camera, I bought an adapter that converts the large to small and it was less than $5 I want to say. I've used this with a LUMIX DMC-ZS20 camera, fine. To help you buy one of the top best wireless lavalier microphones for camera, here’s my rundown this year. I'd give it 5 stars for portability and reception distance. Works best with a camcorder, DSL Camera/Video camera or an Amplifier / Mixer. …I got great sound from this mic and it blows away any onboard camera mic I've ever had.…If I had one complaint, its the fact that the receiver doesn't have anything to place it on a camera hot shoe mount.…, Quick easy solution to wirelessly recording on-camera talent.…. But my personal and professional opinion is Yes, I think it will work with any Camera that is updated. =) So yes, it should work fine. If you're starting out with video and want to step up to something better than the camera's built-in mic, this Hotec kit is a good choice.…, …My camera is great when I'm staring directly at it from a few feet away.…The range is very good as well, and in fact I can get much further than I will ever actually get from the camera.…, …I personally hooked it up to my DSLR camera, the distance that I can be away from the camera is amazing!…. That means that the Vixia HF600 does not provide plug-in power. you can use the adapter we give you to plug in the receiver. for the price it works just fine. Instead of this K037 for speaker, we recommend the K037B (Asin: B076F5W8Q5), which has the similar units plus a head-worn mic and adapter for stereo recording on camera. 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Yang Xin, Ph.D., Associate Professor of www.9778.com-威尼斯9778官方网站 (SIMIT). She earned her Ph. D degree in Communications and Information Systems from Southeast University. In 2006 She worked with SIMIT and had been an Associate Professor since Jan. 2010. Her researches focus on radio resource management and networking for future wireless communication systems. She has published more than 20 conference or journal papers and obtained more than 10 authorized China invention patents.


公司概述: ITT Interconnect Solutions, a division of ITT Corporation, is a world leader in the design and manufacture of highly engineered connector solutions for harsh conditions and ruggedized environments. We operate on a global basis serving customers in the aerospace and defense, medical, oil & gas, transportation and industrial end markets. Our three powerful brands - Cannon, VEAM and BIW Connector Systems - deliver interconnect solutions that make it possible to transfer data, signal and power in an increasingly connected world.
ITT is a focused multi-industrial company that designs and manufactures highly engineered critical components and customized technology solutions. Our customers in the energy, transportation and industrial markets depend on us to solve their most critical problems. Founded in 1920, ITT is headquartered in White Plains, N.Y., with employees in more than 35 countries. The company has sales in approximately 125 countries and generated 2014 revenues of $2.7 billion. For information visit www.ittcannon.com


VNIX Network Operators Group Conference (VNIX-NOG Conference), an annual event since 2016 and hosted by Viet Nam Internet Network Information Center (VNNIC), has become an important forum for Viet Nam Internet Community. The conference is organized to enhace the role of management and connection of VNIX system in order to improve the qualiter of services and ensure information security for Internet in Viet Nam.
With the main topic "Routing Security", VNIX-NOG 2018 which is held on August 24, 2018 in Danang city will bring toghether many professionals from various organizations, including Internet exchange experts, IP member experts, data center and content providers, government representatives, regional and international organizations personel like APNIC, ISOC, etc. The coference this year also focuses on content around optical transmission, Internet security, peering, emerging technologies, Internet number policies, and operational best practices.
Previous VNIX-NOG Conferences:


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When designed correctly, WIFI or WLAN can be a solid replacement for wired networks. However, there are many issues that can arise from a WIFI install that is not engineered properly. From project planning to implementation, ASG has experience in deploying a few access points to hundreds across multiple major bands. Based on your current configuration, ASG can service or improve on it with our wireless solutions.


Alphasonik CORE Home Wireless Portable Speaker with HD Sound and Bass, Built-in Mic, Micro USB, Aux 3.5mm and Built in 2000mah Long Lasting Battery
The all new Alphasonik® CORE packs even more bass than the MIGHTY. Weighing in at a little over a pound (1.39 to be exact), this ultra portable Bluetooth speaker delivers 20W of pure audio power with <1% harmonic distortion through the enhanced bass drivers! The four professionally tuned drivers and the AlphaBass technology deliver very well balanced mids and highs with punching low end and powerful volume.
The built in 2000mAh Li-battery provides up to ten hours of uninterrupted entertainment on a full battery charge. When your CORE is fully charged using the Micro USB provided, the LED battery indicator will turn off so you may take your CORE anywhere you choose! Approximate charge time is 3-4 hours depending on battery life.
Enjoy music and also hands free calling with the built in microphone. The engineers at Alphasonik® carefully designed the capabilities of the CORE so you can play music from Bluetooth (V2.2+EDR); Auxiliary cable from any device with a 3.5mm audio cable, and even a micro SD card for music playback Library.
Additionally, you can pair 2 CORE speakers and connect them to a single source and expand the sound range! As if one CORE wasn’t loud enough, 2 of them will get any party started!
This powerful speaker will bring you big sound and the ease of set up and use is an additive to the already enjoyable features. Act fast before reading about this amazing new speaker is the only enjoyment you get! Click the orange BUY NOW button now!


Oppo K10 5G Smartphone: It’s the 21st century and every day we see the changes in technology to be on the same page the smartphone industry gives its best shot by providing the best product for its customers that fulfils their needs and keep them running in the market. That’s what Oppo India did to remain in the market by launching their new smartphone series: Oppo K10 5G Smartphone for their buyers on 08th June 2022.
Although, the Oppo K10 5G is different from Oppo K10 5G in China with significant differences being the Mediaset chipset, the cameras and the front panel. If you are also planning to purchase a new smartphone then don’t delay the decision and read our article as you will be getting all kinds of information about the Oppo K10 5G Smartphone inside this article.
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Oppo K10 5G Smartphone
The OPPO K10 5G is a new variation with support for 5G driven by MediaTek Dimensity 810 SoC, based on the Qualcomm Snapdragon 680 system-on-chip powered 4G model of the same name. The product is available on Flipkart and the OPPO Online Store with the price of Rs.17,500 and the sale will commence on 15th June 2022. The ColorOS 12.1 interface is based on the Android 12 operating system. It has a 5,000mAh battery that can be charged quickly with 33W SUPERVOOC rapid wired charging. Collect more details about the specifications, price, and offer from the leftover segments of the page.
|Product Name||K10 5G Smartphone|
|Series Name||K Series|
|Launch Date||08th June 2022|
|Colours Available||Blue & Black|
|Available On||Flipkart & Oppo Online Store|
|Fingerprint Sensor||Yes, Side|
|Other Sensor||Light sensor, Proximity sensor & Accelerometer|
Experiments on Oppo K10 5G Smartphone
Before launching its masterpiece in the Indian market, the company did multiple experiments on the product so that the customers didn’t have to face any troubles while using it practically. During the experiment, it was dropped 28,000 times to test its strength and shape, the power button was pressed around 2 lakhs times to test the button’s durability, and was kept for 14 days at High temperature and humidity so that one can carry it anywhere and everywhere with full peace of mind.
Oppo K10 5G Details
Go through this section to know in-depth about the Oppo K10 5G smartphone:
- AMOLED Display, Design & Security: The 6.43-inch AMOLED display of the OPPO K10 5G has a Full HD+ resolution of 1080×2400 pixels. The screen has a punch hole on the top-left and a pixel density of 409 PPI. Because of the 20:9 aspect ratio, the screen to body ratio is over 86%. The power button is on the right side of the phone, while the volume rocker is on the left. OPPO has incorporated an on-screen fingerprint sensor and face unlock that works through the selfie camera for enhanced security.
- Performance, Storage & Triple Camera: The MediaTek Dimensity 810 MT6833 octa-core processor that powers the OPPO K10 is paired with 8GB of RAM. It comes with 128GB of internal storage but no dedicated card slot. ColorOS is an Android 12 operating system that runs on the phone. The new OPPO K series phone features a 48MP main sensor and a 2MP depth sensor in its dual-rear camera configuration. The phone has an 8MP selfie wide camera on the front that can be used to take selfies, movies, and video calls.
- Battery, Fast Charging & Connectivity: The K10 5G includes a 4300mAh battery with a USB Type C connector that allows 33W rapid charging. Even when the battery is at 5%, one can use Whatsapp for 1.5 hours. Wi-Fi, 5G, Bluetooth 5.1, 4G VoLTE, USB OTG, and GPS with GLONASS are all available as connectivity options on this phone.
The various offers that will be provided for the buyers while they will be purchasing K10 5G smartphone are:
- They will get flat Rs.1,500 off on SBI or Kotak Bank Debit/Credit Card EMI transactions.
- 5% cashback on Flipkart Axis Bank Card.
- 5% cashback up to Rs.3,000 on IDFC FIRST Bank Credit Card EMI transactions of Rs.5,000 and above.
- Flat Rs.100 on 1st transaction through Flipkart Pay later.
- Get an extra Rs.8,500 off (price inclusive of discount).
- Get Google Nest hub at just Rs.4,999 and Google Nest mini at Rs.1,999.
How slim is Oppo K10 5G?
K10 5G comes with a 7.99mm Ultra-slim straight middle frame body. It is the slimmest 5G phone in the segment with a 5000mAh battery
Which chipset is available inside Oppo K10 5G smartphone?
K10 5G is delivered with MediaTek Dimensity 810 5G chipset with 6nm process and 2.4 GHz clock speed.
Is Oppo K10 5G assures the privacy of personal items?
The smartphone grants total privacy assurance and exclusive access within and beyond applications.
What is the screen type of Oppo K10 5G?
The K10 5G features a colour-rich 6.56 “HD+90Hz display with 100% DCI-P3 high colour gamut, providing smoother images with accurate colour reproduction for powerful visual impact


The widespread of Skype has managed to open up a new type of market. A market that was aimed at applications that were able to track Skype communications.
Skype was an application developed in the more recent years, its original design was aimed towards it replacing the telephone communication systems that made much of our daily lives. Since those days Skype has become more than that. It provided us the means for easy and free communication and it’s because of this the entire world started using it.
The ability to send messages and the ability to have voice conversations for free was not something commonly seen in the time when Skype was published. Today almost all mobile and desktop device have this software installed on it for various reasons. Large companies and businesses interview people, common folk use it for daily communication and families use it to keep in touch.
After we have done some research we managed to find the Best 5 Skype spy apps that we were going to test and later on review in order to find out which one was the best for people to use. The applications that we have tested have significant differences even though they were essentially designed to do the same thing, and that was to track Skype communications. Applications that were designed like mSpy were pretty complicated to use and you need a lot of technical knowledge to operate it, while applications like Highster were pretty simple, easy to operate and were straight forward.
As a direct result MSpy had more options for tracking while Highster had fewer options, but the program was easy to install and to operate, it was clear that Highster was aimed to be used by people with insufficient technical knowledge in this field.
How Does Skype Spy App Work?
In order to track somebody’s Skype account the first thing that you need is access to the phone you wish to track. After you have done this you only need to install the application on the device. After these two conditions have been met, the next thing you need to worry about is an internet connection which the applications from the Skype spy apps list use. Considering that Skype is a strictly online based application, and active internet connection was not the problem but as we soon came to realize that wasn’t the case.
While testing the application name Flexispy we found out that it wasn’t able to save the data for later revision that we requested while the device at hand wasn’t online, while the application Mobilespy accumulated Skype data all the time and when we eventually requested the data to be sent, the application provide sufficient information as soon as it got an active internet connection. As far the connection goes all the applications that we have tested have a strong connection to their paired devices, even when our internet connection was weak, what this proved was that all the applications used minimal amounts of data and this meant that all the applications were suitable for use over 3g and 4g internet connections.
One application that deviated from this rule was Flexispy, the information which Flexispy gathered was detailed and compared to the other applications very elaborate. As a direct manifest Flexispy used a lot of internet for communication and transfer of the information requested. So it wasn’t suitable for use over mobile networks but the interesting thing that s that the application had performed better over a Wireless internet connection.
Can I Really Use Apps to Spy on Someone’s Skype?
The first thing that you need to realize is the fact that if you wish to spy one someone using one of the Skype spy apps you will need to have access to the device, we mentioned this before. There is a list of requirements that need to be met. When you look at the entire picture from a logical standpoint it is safe to assume that you can really spy on someone Skype. The applications we tested all work in the same way as our mobile devices do. They create a strong and private connection to the device, so that connection could be used later on. This simple but genius method applies to every internet capable device of today’s modern world.
Is It Legal to Spy on Skype?
Is it legal to spy on somebody? It depends on the details, and there are no laws that prohibit software communication between two separate mobile devices. However as we mentioned before you need to have access to somebody’s mobile device in order to spy on them. It means that you will intrude on someone privacy, which is not allowed by the law in most of the countries. Obviously it is of strongly unethical too, but if you are looking to install spy software to insure somebody’s safety, that is the real reason that all the applications from spy apps list were created. We all know that the internet is full of suspicious activities. So installing spy software on a device just to ensure the user’s safety is encouraged.
We summarized and graded the applications, we also categorized them by their support of operating systems. In conclusion we would like to add that every application that we have reviewed has a specific field of operations. What we want to say that all the applications excel at their own respective jobs, so it’s needless to say that not every application is suited for all customers. Some applications require a lot of technical knowledge while some are almost child friendly and easy to use by almost anybody. We have made this review in order to make the hard decisions for you, and by doing this, saving you a lot of time while trying to decide which application to use to keep your loved ones safe.


We found that the organization for IP address 184.108.40.206 is T2 Mobile LLC in Rostov-na-donu, Rostov, Russian Federation.
A more detailed IP address report for 220.127.116.11 is below. At the time you pulled this report, the time zone of 18.104.22.168 is Europe/Moscow, and the current local time of 22.214.171.124 is 22.09.2017 03:44:25. More IP details of 126.96.36.199 are shown below along with a location of the address on a map.
|Organization:||T2 Mobile LLC|
|ISP/Hosting:||T2 Mobile LLC|
|User Rating:||Rated / 5|
|Local Time:||09/22/2017 03:44 AM|
See what a domain name looks like, domain format, and popular extensions. Read more...
Subnet mask is a concept that refers to the functioning of Internet Protocol addresses and is used as a network separation tool. Read more...
Prevent design and security issues from happening by keeping your web browser up to date on your computer. Read more...


On behalf of client CommWorks Solutions, LLC, the firm has commenced a patent infringement action against RCN Telecom Services, LLC. The action involves U.S. Patent No. 6,832,249 entitled “Globally Accessible Computer Network-Based Broadband Communications System With User-Controllable Quality Of Information Delivery and Flow Priority”; U.S. Patent No.’s 6,891,807, 7,177,285, and 7,463,596 each entitled “Time Based Wireless Access Provisioning”; U.S. Patent No.’s 7,027,465 and RE44,904 both entitled “Method For Contention Free Traffic Detection”; U.S. Patent No. 7,760,664 entitled “Determining And Provisioning Paths In A Network”; U.S. Patent No. 7,911,979 entitled “Time Based Access Provisioning System And Process”; and U.S. Patent No. 8,116,315 entitled “System And Method For Packet Classification”.


County: Salt Lake
Address: 860 East 4500 South
Web site: unknown
SIC code: 4813 Industry group: Communications, Business category: Telephone Communication, Except Radio, Subcategory: Telephone Communication, Except Radio
Gross Annual Sales (Revenue): 2717280
Description: 3D Communications is a business categorized under telephone communication, except radio, which is part of the larger category telephone communication, except radio. 3D Communications is located at the address 860 East 4500 South in Murray, Utah 84107-3002. You can contact by phone (801)264-8855.
Review: Telephone Communication, Except Radio
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Location & access map for "3D Communications"
Video street view near "3D Communications"
about: 3D Communications (Communication Services)


Dr. Kome Oteri has a Wireless Communications Ph.D. in the communications and cellular industries with experience in research and product development of 5G, 4G, 3G, 802.11, and 802.16 radio access technologies. He also has expertise in both product implementation and research. His duties have included inventing, implementing, simulating, and testing advanced wireless baseband signal processing and wireless algorithms in software, on wireless baseband processors, and in collaboration with ASIC engineers. His expertise also includes serving as a researcher and delegate to wireless standards bodies such as 3GPP for NR/LTE development and IEEE for WiFi development. He has academic experience as an adjunct assistant professor at UT Austin and a research/teaching assistant at Stanford University. Specialties: 3GPP NR (Rel 15/16), 3GPP LTE/LTE-A (Rel 8/9/10 and beyond), 3G (WCDMA/HSPA), WiFi (802.11 a/b/g/n/ac/ah/ax/ay/FD TIG/ EHT/be, WiMax (802.16e) and Digital Subscriber Line (DSL).
An undergraduate engineering degree is invaluable as it provides a launchpad to multiple careers including several technology industries, banking and finance, and even law (as a patent attorney).On receiving an engineering degree, you can expect to improve your numeracy and logical thinking skills and to have developed a solid work ethic that provides a good foundation for a global career. There are a few things that you should think about as you go through your undergraduate career.
Big thanks to all our attendees, competitors, judges, corporate and individual sponsors for making the first S2P Engineering Design Competition a success.
Huge congratulations to our 10 finalists and to team Koye Hydro who emerged ahead of over 40 teams as the Winner of the S2PAfrica EDC 2022, taking home $10,000 IDRC grand prize and $2000 from Cummins West Africa, to fund the development of their project as well as teams KeyTrick and Improved Charcoal Stove came in second and third respectively.
A new bar has been set and we can’t wait for EDC 2023.


Rebuilt engines for less
NPN General Purpose Amplifier This device is designed as a general purpose amplifier and switch. The useful dynamic range extends to 100 mA as a switch and to 100 MHz as an amplifier. Absolute Maximum Ratings* T A = 25°C unless otherwise noted * 2N3904 Datasheet, 2N3904 PDF, 2N3904 Data sheet, 2N3904 manual, 2N3904 pdf, 2N3904, datenblatt, Electronics 2N3904, alldatasheet, free, datasheet, Datasheets, data ... 2n3904 small signal npn transistor preliminary data silicon epitaxial planar npn transistor to-92 package suitable for through-hole pcb assembly the pnp complementary type is 2n3906 applications well suitable for tv and home appliance equipment small load switch transistor with 2N3904 Absolute maximum ratings Ta=25 °C Characteristic Symbol Ratings Unit Collector-Base voltage VCBO 60 V Collector-Emitter voltage VCEO 40 V Emitter-base voltage VEBO 6V Collector current IC 200 mA Collector dissipation PC 625 mW Junction temperature Tj 150 °C Storage temperature range Tstg-55~150 °C – Information on datasheets The Transistor (NPN) • A current amplifier … – Makes small currents BIGGER • The 2N3904 Transistor β = 30-400 C= Collector B = Base E = Emitter Important 2N3904 Specifications from the datasheet Note high maximum ratings BUT 200mA maximum current 2N3904 Datasheet • Posted on the ME456 website Order today, ships today. 2N3904-AP – Bipolar (BJT) Transistor NPN 40V 200mA 250MHz 600mW Through Hole TO-92 from Micro Commercial Co. Pricing and Availability on millions of electronic components from Digi-Key Electronics.


High Dynamic Range Image
- Traditional image formats can only represent a limited range of intensity values for each pixel (most commonly 0 to 255 for each of the red, green and blue channels). This is sufficient for representing an image to be displayed on a computer screen, but does not allow the full range of light intensity which is present in the real world to be represented. High dynamic range image formats allow a much greater range of intensity values by using floating point values. It is then possible to represent images which contain the sort of variation in intensity which is found in the real world, without loss of precision. In order to display such images on current computer screens some form of tone mapping would be used. Apart from the advantage of being able to preserve the full intensity range until the point of display, the ability to store very high intensity values in an image format also allows such images to be used for lighting purposes; this technique is known as image based lighting (IBL) and can produce extremely realistic lighting effects in rendered images.


We are creating a new class system in the US–those who have true high-speed internet and those who do not. You don’t have to think back very long to remember when most schooling in the US was via remote learning. Remote learning works well if you are on a fiber line, but that is not what most of rural America has, and certainly not most of District 88. What happens if you have more than one child trying to do remote Zoom learning and the best internet speed you can get–if at all–is only 1Mbps?
What this country needs is a concerted effort to deliver high speed internet to everyone–much like what happened nearly 100 years ago with the Rural Electrification Act program. Prior to the REA in 1935, less than eleven percent of our farms were receiving central station electricity. On May 11, 1935, by Executive Order, President Roosevelt established the Rural Electrification Administration as an emergency agency ”to initiate, formulate, administer, and supervise a program of approved projects with respect to the generation, transmission, and distribution of electric energy in rural areas.” By 1959, Senator Sam Rayburn reported that 90 percent of farm homes in the U.S. were electrified.
For over a decade, our federal government has been mostly talking about a rural broadband telecommunications network and rural internet. Earlier this year the FCC announced that it had awarded $9.2B for rural broadband in all 50 states. Care to guess who won over $36M for Hampshire and Mineral Counties??? The answer is Frontier.
We have good people in WV who are working to deliver broadband internet. For example, the Hampshire County Broadband Initiative Council, a model of “how to get things done,” is extending broadband coverage throughout the county, but we need more.
President Biden likes to sign Executive Orders… how about signing one that should be non-controversial? He should sign one to actually deliver true broadband internet, meeting the FCC 25 Mbps download speed metric, to rural America…. not just to “make it available.” Spend some of that Infrastructure money on true infrastructure.


Synopsys, Inc. (Nasdaq: SNPS) is the Silicon to Software™ partner for innovative companies developing the electronic products and software applications we rely on every day. As the world’s 15th largest software company, Synopsys has a long history of being a global leader in electronic design automation (EDA) and semiconductor IP, and is also a leader in software quality and security testing with its Coverity® solutions. Whether you’re a system-on-chip (SoC) designer creating advanced semiconductors, or a software developer writing applications that require the highest quality and security, Synopsys has the solutions needed to deliver innovative, high-quality, secure products. Learn more at www.synopsys.com.
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tsi provides IT service, hardware support and sales. Our service manager for the IT Service Department has worked in the IT Industry for over 18 years. We support all levels of computer needs from single user/SMB to industrial Ethernet and enterprise solutions. Our IT department collaborates with our construction engineering section on campus/large scale video, access control, large public venue WiFi and fiber/copper networks. We have built partnerships with leaders in the IT Market to bring high level solutions in IDS/IPS, backup, service and hardware.
Electrical Construction Engineering Support Services
tsi provides electrical construction engineering support services to engineering firms for industrial process projects, which include power distribution, control and instrumentation. We have AutoCAD MEP and Revit MEP capabilities. Design support includes cable tray, cabling, conduit, device location, cable schedules, motor load schedules, loop drawings, electrical schematics, PID’s and lighting. Document preparation includes scope, sequence of operation and specifications. Engineering support is provided for equipment, instrumentation and control systems.
Electrical Construction Support
Our construction staff supports our IT/Engineering areas and performs installation, maintenance and service work in the state of Alabama(AL electrical contractors license 02084) In addition we provide ground, sound and light level testing services.
Technical Services, Inc (tsi) is an electrical services company, with headquarters in in Orange Beach, AL. tsi was incorporated in Tennessee in 1986 and has had Orange Beach, Alabama as the corporate headquarters since 1999. tsi offers services in the following areas:


CCTVHisar.Com Or CCTVHissar.Com
About CCTV Hisar –
CCTV Camera Hisar based it Providers and are available 24*7 to fulfill all your security needs of your home and office. CCTV HISAR is the leading Service provider of wide range of security products with assured quality and best service.CCTV HISAR is a leading Service Provider and Supplier of cctv camera, portable cctv surveillance cameras, cctv security camera, closed circuit television camera, cctv video camera, portable cctv camera, audio recording cctv camera, video recording cctv camera, portable cctv security camera, cctv surveillance video camera, video surveillance camera, cctv dome camera, GPS Devices and Intercom Solutions.
We understand how important it is for your business or home to have the best quality phone, data & fiber cabling, CCTV, and intercom systems at the best price. We also know that it is just as important to have a company you can rely on to be there for you with the utmost professionalism and care for customer service. That is why CCTV HISAR is here – we help you connect


To know the importance of the cell phone signal booster we should know about the product working. The product is used for the boost our network of the phone. The mobile phone has designed for making the connection of the people with each other. It is easy to call to our friends or relatives with the mobile phones. Here we have lots of benefits for the mobile phones nowadays. Our work is become easier by the use of the mobile phones. We can easily chat with any persons and do the video calls.
By the mobile phones, we have a best option namely internet. It is the really good thing to use us. The internet provides various things such as live gaming experience or casino games. Today most of the children spend their time on the internet, and they download different kinds of the games and play online.
When a person faces the problem in his mobile, he uses the network protection. The cell phone signal booster helps to increase the network with some protection from the frequency builder. The frequency converter has the ability to protect the rays. It converts the bad frequency range of the rays into high-quality range.
There are many ways to protect our lost connection with the signal tool. It builds its own network area around the building, office, and home. It is also providing the best network support in the vehicles. The network protection saves the rays from the rain and thunderstorms. These are some reasons for the bad network connection for our mobile phones.
Things to know
The cell phone signal booster is the type of the tower. This is a small tower in which we have the antennas. There are two modes of the antennas such as external or internal. The external or outer antennas are different and work for the different places.


A mobile phone is a small device which can be carried easily from one place to another place. It is used to communicate with others. We can easily communicate with our near and dear ones with a twinkle of an eye by means of a mobile phone. We can talk to our relatives with the help of a mobile phone and be free from tension and anxiety. The businessman, politicians, professionals, journalists, doctors, administrators, planners can communicate with the concerned people, exchange views and massage, ideas through mobile phones. It is used to send and receive massage, play games and sports, know the time and date, solve the work of mathematical calculation, get information about business and trade and learn about news. But like other inventions of science, the mobile phone is not an unmixed blessing. With all the advantages, it has some disadvantages too. Excessive use of mobile may cause cancer or affect our listening ability. Young guys pass most of their time taking over the mobile phone. It may also help the criminals to commit crimes very secretly. sometimes terrorists use mobile phones to conduct their acts of terrorism. But with all disadvantages, a mobile phone is very useful and helpful to the people of the modern world.
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At present, our web site is still under construction. However, many key information are already loaded. You may start using our website. Please give us your feedback for us to serve you better.
In 1997 Luvantix, also known as SSCP USA,
was the first to introduce UV curable fiber coating material for optical fibers in the market. The fiber coating material was readily adopted by the world's leading companies and research institutes.
Since then, the company has developed various types of organic compounds targeted for photonic application markets, such as planar waveguide-fiber bonding adhesives, flame-resistant coating for optical cable, as well as specialty coating for optical fiber devices.
Luvantix SSCP has a unique R&D foundation consisting of close collaboration between industry and academia. As a result, we better understand customer needs and can quickly adapt to changing demands. Compared to our competitors, Luvantix SSCP has close control and visibility into the optical fiber drawing tower as well as photonic device assembly lines, making it possible to speed up the R&D process.
Luvantix SSCP foresees high potential in the fiber optic coating materials industry and will try its best to be the most experienced company in the sector with the highest levels of customer satisfaction. Luvantix SSCP will pursue development of organic-inorganic hybrid materials for functional materials/devices and sending components, particularly in emerging markets. Luvantix SSCP will be on the leading edge of advanced materials R&D and manufacturing in the photonics industry.


Sealos is built using the approach of application separation and application interconnection, where different applications can be deployed independently or combined with other applications to provide services.
All services are authenticated using
kubeconfig as the application identity, ensuring a consistent user experience whether in a browser, using the
sealos command line locally, or even with a third-party client.
Applications on Sealos adopt a front-end and back-end separation architecture, and the front-end can provide
SSR capabilities, allowing applications to provide services independently to the outside world without being bound to the Sealos monolith.
Using the following diagram as an example:
App Launchpad is a application deployment tool provided by Sealos, and Terminal is a terminal application for the Sealos system, providing command-line services consistent like a single-machine operating system terminal.
For various applications on Sealos, they can interact directly with
Kubernetes services, or interact with various CRD controllers such as Terminal Controller and Ingress-Nginx Controller, etc.
Applications can also call each other, for example, a database created by a user in the Database application can directly invoke the Terminal application and automatically connect to the database for debugging.
For more information, please refer to the link documentation.


BY DAYO ADESULU
Elon Musk has warned Ukrainians to use Starlink with caution, adding that the Russian troops might probably target it.
Titled his tweets: “Important warning”, he said, “Starlink is the only non-Russian communications system still working in some parts of Ukraine, so probability of being targeted is high. Please use with caution.
He urged uses of Starlink in Ukraine to turn it on only when needed and to ensure the antenna is place far away from other people.
“Turn on Starlink only when needed and place antenna away as far away from people as possible,” Musk said.
According to him, “Almost all Viasat Ukraine user terminals were rendered permanently unusable by a Russian cyberattack on day of invasion, so … yes.
Starlink is a complete provider of VSAT Internet.The VSAT Internet can be used in a wide range of applications and is suitable for setup in any environment. Our Broadband VSAT solutions deliver broadband capabilities anywhere, even in the remotest places, straight from the satellite to our teleport in the Netherlands.
Since last week Thursday, Ukraine has been under the attacks of Russian government where property worth millions of dollars have been destroyed and scores of people killed.
President Vladimir Putin of Russia is insisting that Ukraine, his neighbour cannot join NATO. He added that the only condition to end the war is that Ukraine must desist from joining NATO.


Our Design Service partners have been hand picked and on-boarded to leverage our Oclea suite of products.
If you need assistance with hardware board design, software development, mechanical design or full product development we have a design partner that will help.
eInfochips, an Arrow Electronics company, is a leading provider of digital transformation and product engineering services to accelerate time to market for its customers with its expertise in IoT, AI/ML, security, sensors, silicon, wireless, cloud, and power.
eInfochips offers end-to-end design services to help companies develop next-gen products with the Oclea computer vision ecosystem based on the Ambarella chipset.
Estigiti is a European consulting and engineering firm specializing in Embedded Systems, Edge AI, and the Internet of Things.
Our key domain expertise is in AI-augmented computer vision, primarily in next-generation biometric access control systems, and object detection and recognition.
Originating from the IoT space, we have refined expertise in the design and implementation of IoT systems encompassing sensing, actuation, and both wireless and wired communication.
Well-embedded in a network of partners, we can orchestrate our client’s projects from hardware development and manufacturing to end-user applications, ensuring seamless coordination and execution. We are partners in transformation, helping businesses navigate the complexities of the digital future with confidence and precision.
Estigi (Esperanto) means to create, and we love it!
Lune Digital provides technical expertise and resources in both hardware and software engineering to companies wanting to innovate and stand out in the market.
With the Oclea computer vision solution, we take product development through its various stages all the way from ideation to a final product.
Talk to us today.
We are specialists in computer vision and image tuning. Leverage our suite of proven and fully customizable system designs by getting connected with our network of partners.


According to the data from the World Intellectual Property Organization (WIPO), a total of 233,000 international patent applications were filed under WIPO's Patent Cooperation Treaty (PCT) in 2016, representing a year-on-year increase of 7.3%.
The 2016 PCT filings continued to be headed, for the consecutive 39th year, by the US-based applicants, who filed 56,595 PCT applications during the year, followed by applicants from Japan (45,239), China (43,168), Germany (18,315), and Republic of Korea (15,560). China's PCT filings saw a phenomenal growth of 44.7% this year (2015: 16.8%).
In terms of top PCT applicants, Chinese telecom companies ZTE Corporation and Huawei Technologies occupied the first two spots with 4,123 (2015: 3,898) and 3,692 (2015: 2,155) published PCT applications respectively. They were followed by Qualcomm Incorporated of the US (2,466), Mitsubishi Electric Corporation of Japan (2,053), and LG Electronics of the Republic of Korea (1,888).
By field of technology, digital communication (8.5%) accounted for the largest share of published PCT applications, followed by computer technology (8.2%), electrical machinery (6.9%), and medical technology (6.8%).
(Source: China Patent Agent (H.K.) Ltd website)


Hello. This is Shiho.
Today’s topic is “How to make free voice calls on LINE?”
“LINE” app is now one of the essential SNS.
I will explain how to make free voice calls on LINE.
LINE is popular because of its cute stickers and ease to communicate with other people compared to SMS.
Needless to say, “free voice call” is also attractive.
Let me explain how to use the function.
Make a free voice call on LINE
Start LINE app, select the person you want to make a call, and simply tap “Free Call”
Call will start.
Tap red “📞” icon when you want to hang up.
Tap “🔊” icon so you do not need to hold your mobile to your ear.
You can make a free voice call under any conditions such as Wi-Fi, LTE, 3G, and 4G.
However, “Wi-Fi” will be the best if you prefer better call quality. (If you are using LTE or 3G network, you may be charged for the data used for the call. I believe many users are using a flat-rate data plan, though)
You can “chat” with someone else while you are calling.
Tap the tiny icon on the right top to go to chat room.
“📞” icon on status bar shows that you are still on a call.
Incoming calls will be notified by push notification
When you receive a call, it will be notified to you by a push notification.
(The setting is changeable from “Settings” > “Sound & notification” > “App notifications” > “LINE”)
Make a free voice call on LINE PC
You can make a free voice call on LINE PC.
In other words, calls between PC and mobile are possible. (LINE PC is very useful because you can also chat)
Download “LINE” app from the following link→LINE: Free Calls & Messages
Unexpectedly useful “Voice calls”
LINE free voice calls are recommended to those who want to save mobile bill.
Give it a try if you have not tried LINE free voice call.


Istio traffic management revolves around handling north-south traffic ( traffic in and out of the mesh ) and east-west traffic ( traffic between services the mesh ). Istio is able to auto detect services endpoints in a cluster and in turn , populates a service registry.
The following API resources enable the configuration and adoption of Istio’s traffic management
- Virtual services which provide routing configuration to services within the mesh.
- Destination rules which allow you to provide routing to a subset of services and are paired with virtualservices.
- Gateways which are used to manage traffic entering or leaving the service mesh.
- Service Entry which is used to add entries into the internal service registry.
Istio also has some advanced traffic management strategies like circuit breaking , mirroring and fault injection. Examples and walkthroughs can be found here.
The following additional resources are helpful in understanding traffic management:


Veloce’s data center configurator is fast and flexible enabling you to visually convey all the complexities of cloud infrastructure.
Veloce’s Data Center Solution is designed to handle any complex equipment configuration, and the Veloce Intelligent Solver transforms minimal customer inputs into optimized solutions automatically, which accelerates quote delivery and deals won.
Simple to Setup, Flexible for Growth
The Data Center solution operates on a simple library of components that your business team sets up with an intuitive visual web interface. While the setup is fast and easy, configuration parameters can easily be expanded upon with tailored rules and constraints, Veloce's Intelligent Solver will generate optimal configurations based on just a few basic requirements.
Standardized and Optimized
Veloce's standard rack constraints are space, power, network bandwidth, and thermal. Veloce optimizes the configuration by applying a small set of optimization goals, rules and constraints, and the model can easily incorporate new goals based on specific requirements. Additional rules and constraints can also be layered on top of the standard product model to deliver an optimized solution in minimal time.
Veloce’s Intelligent Solver only needs a generalized requirement to generate an optimal initial solution based on minimal information provided by the user. Users also have the opportunity to modify the solution through easy drag and drop configuration.
Veloce’s Data Center solution generates complete single rack solutions and validation of configuration in milliseconds. Even larger solutions consisting of multiple networked racks and thousands of quote lines can be processed with incredible performance.


Not too long ago, one might associate the word “bundle” with a bundle of joy. Now, it’s more likely about a bundle of Internet, phone and television services.
Phone and cable companies can provide all three, using different technologies. For example, Comcast’s phone service utilizes Voice over Internet Protocol through its advanced broadband network, while CenturyLink does it through traditional land lines. Comcast’s television service comes over cable lines, while CenturyLink uses DSL technology through any active phone jack.
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I have updated the new IP address on IONOS and I now find that I am not getting emails generated by the system. We've had email problems with the old IP address (that did not affect me), but now I'm not receiving emails. A blog was posted about 9 hours ago and a notice was published earlier this evening by the Chair of my organisation, which hasn't been received. And to yest the system I sent myself a test message through the system that also hasn't been received.
Is this a bug? Can I have an urgent response as I rely on the system's email system to communicate with over 90 members. If I'm not receiving emails means that other are probably not getting them either.
Unless you can correct the system can you email my personal email address as I doubt whether a reply to this post will be received during the normal channels.
The problem is that MSN are blocking the new IP address of Voice. This is possibly because other servers in the same address range have sent spam email in the past, or it may simply be because this is the first time this IP address has been used to send email and so it hasn't been 'approved' yet.
I have submitted a support request to Microsoft and requested that they unblock the IP address.
I don't think there's a problem on Voice itself - emails to most other domains are getting through OK. (though a few others are still having problems, that I'm looking into)
Thanks for the update. Your message came through as an email as it should have done (my original message did not come through as an email). So I assume that outlook, hotmail and msn accounts are now in receipt of Voice email messages.
Our members use a variety of domain email accounts
We had been getting reports recently that emails were not being received. I suspected that it might have something to do with the IP address that was being used and that emails from this source were being blocked by some providers (I had raised an issue locally about it). When you announced that there would be a new IP address we hoped that it would sort the matter out. If you are in communication with other email account providers can you let the Voice community know of any that we should be wary of so we can alert our members accordingly.
There still seems to be an issue with Gmail and Virginmedia accounts. I'm getting reports that emails are still not coming through to these accounts. Have you an update on the status of the domains now accepting the new IP address?


Go back to article: Capturing the song of the nightingale
An ear for an eye
With the advent of radio broadcasting in the early 1920s, a mass changeover from the eye to the ear had begun. Those who had grown up in a fragmented print-based visual sequential culture were plunged into a new auditory world of simultaneous information created by radio.
The microphone promised to do for the ear what the microscope had done for the eye. Whilst the telephone provided a physical extension of the human sense of hearing over a distance, the microphone promised a magnification-like function that would enable people to hear sounds that they had never heard before.
Until about 1920, gramophone recordings were made by direct sound impact, shouting or singing into a horn. Between 1920 and 1922, Peel-Conner carbon granule microphones were the standard in British wireless broadcasting.
© Barratt Photos
Australian operatic soprano Dame Nellie Melba making the world’s first radio broadcast by a professional musician, 15 June 1920, using a Marconi C.100 L microphone of the Peel-Conner type
Composer Edward Elgar conducting the Adagio of his Cello Concerto for an HMV recording using the acoustic process with Beatrice Harrison as soloist, 16 November 1920
In early 1923, an electro-dynamic microphone which worked on the same principle as a telephone earpiece came into use. It was more sensitive than the early carbon microphones, but had limited frequency response. Its designer, the first chief engineer of the Marconi Company Captain Henry Joseph Round, attempted to deal with its limited frequency characteristics by using four of them in parallel, along with ten stages of amplification, to pick up something resembling the full range of human hearing. Four of these massive instruments – they weighed twenty pounds each – were mounted in a wooden box, with four large ports at the front, on a tripod. ‘Like a howitzer battery,’ wrote BBC chief engineer Peter Eckersley in Popular Wireless (West, 1972, p 17). A higher quality, more practicable microphone was needed to help the fledgling medium of broadcast radio appeal to a wider public.
Component DOI: http://dx.doi.org/10.15180/150402/002


The phone comes with a 6.51-inch touchscreen display with a resolution of 720×1600 pixels. Vivo Y15s is powered by an octa-core MediaTek Helio P35 (MT6765) processor. It comes with 3GB of RAM. The Vivo Y15s runs Android 11 and is powered by a 5000mAh battery.
As far as the cameras are concerned, the Vivo Y15s (on the rear packs a dual camera setup featuring a 13-megapixel primary camera with an f/2.2 aperture, and a 2-megapixel camera with an f/2.4 aperture. The rear camera setup has autofocus. It has a single front camera setup for selfies, featuring an 8-megapixel sensor with an f/2.0 aperture.
The Vivo Y15s runs Funtouch OS 11.1 is based on Android 11 and packs 32GB of inbuilt storage that can be expanded via microSD card. The Vivo Y15s is a dual-SIM (GSM and GSM) mobile that accepts Nano-SIM and Nano-SIM cards.
Connectivity options on the Vivo Y15s include Wi-Fi, GPS, Bluetooth v5.0, USB OTG, Micro-USB, 3G, and 4G (with support for Band 40 used by some LTE networks in India). Sensors on the phone include accelerometer, ambient light sensor, compass/ magnetometer, proximity sensor, and fingerprint sensor. With active 4G you are good to go.


One of the important technologies of computer networking, Wi-Fi is a wireless LAN, which allows connecting to the internet without using wires. Wi-Fi is also known as Internet Routers. Network […]» Read more
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Fiber lasers are now an integral part of fiber laser cutting machines. The fiber laser fiber is a very thin, tightly coiled fiber that emits light when excited by electrical current. These types of lasers are popular because they can be used for many different applications; the most common use is in fiber laser cutting machines to cut materials like metal and glass. But what if you want to know more about fiber lasers? What questions should you ask yourself before purchasing one? Read on to find out!
What is a fiber laser?
A fiber laser is a type of lasers that use optical fibers to transmit light. The fiber is very thin and tightly coiled, which allows for the emission of light when excited by electrical current.
How does a fiber laser work?
When an electric current passes through the fiber, it causes the electrons within the atoms to jump up to a higher energy level. When these electrons fall back down to their original energy level, they release photons of light. These photons travel down the fiber and are emitted as a beam of light.
What are some common applications for fiber lasers?
Fiber lasers are used in many different applications, but the most one is in fiber laser cutting machines. They can also be used in fiber laser welding machines, fiber laser marking machines, and fiber laser drilling machines.
What should I consider before purchasing a fiber laser?
There are several things you should consider before purchasing a fiber laser: the wavelength of the light, the power of the laser, the type of fiber optic connector, and the size and weight of the laser. You should also decide what type of application you will be using the fiber las for.
What is the wavelength of light emitted by a fiber laser?
The wavelength of light emitted by a fiber lasers depends on its configuration. Typical wavelengths range from near infrared to ultraviolet light.
How powerful is a typical fiber laser?
A typical fiber lasers emits between 500 and 2000 watts of power.
How many fiber optic connectors are available? What type should I choose?
There are two types of fiber optic connectors: FC and ST connectors. The most common connector is the single fiber cable with an ST connector, but you can also find SC-APC fiber cable or LC fiber cable (for example). You will need to select a fiber optical connector that matches your existing equipment; for example, if your laser uses an SC-APC connection then you will need to purchase a laser with an SC-APC connection on it. However, there are some lasers that use all three different types of connections (FC, ST & LC) so be sure to check before purchasing!
Are you looking for a new laser?
Jiangsu Soho is the best fiber laser supplier in China. We offer good quality and competitive price. Our products are exported to all over the world, especially Europe and America. If you want to buy our product, please contact us without hesitation!
You can use your finger to quickly swipe between apps or zoom into photos, so everything feels fluid and natural on this larger display. With just one hand, you can easily reach content at the top of the screen without adjusting your grip or switching hands. You won’t find another device like it on the market today. It’s not just an amazing product but also an incredible experience you can have every day of your life.
Contact us now if interested in buying a fiber laser from Jiangsu Soho!
- What is a fiber laser?
- How does a fiber laser work?
- What are some common applications for fiber lasers?
- What should I consider before purchasing a fiber laser?
- What is the wavelength of light emitted by a fiber laser?
- How powerful is a typical fiber laser?
- How many fiber optic connectors are available? What type should I choose?
- Are you looking for a new laser?
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TITLE: Circuit Design
CATEGORY: Electronics, Circuit Design, Fabrication.
DATE: October - December, 2015
TOOLKITS: EagleCAD, Arduino, Roland CNC Mill, OtherMill
As part of my Master's at NYU's Interactive Telecommunications Program, I took a class called 'Homemade Hardware' that focused on the design and fabrication of custom circuitboards. Often using existing opensource hardware, such as the Arduino, and various breakout boards from companies like SparkFun and Adafruit, I designed and fabricated my own circuitboards. I utilized two different methods: acid etching, and CNC milling and placed the SMT components using a manual pick-n-place machine. All circuits were designed using the freeware EAGLE PCB design software.
Custom Arduino Uno ( ATmega328 - TQFP ) with RFM69HW radio module:
USB LiPo battery charger:


The cost of network standby
The conundrum of saving energy while the world becomes increasingly infused with advanced technology that in turn requires increased energy, is proving to be more complex than originally suspected because it’s impossible to see all the possible wrinkles at once. One clear example of these ‘blind spots’ in any energy efficiency policy is the increasing prevalence of networked devices that connect to private home networks or the Internet (or both). Where once such devices were limited to computers via modems that did not maintain a persistent, ‘always-on’ connection, today more and more devices, many of which previously had no Internet presence at all, are incorporating networking into their design.
Network Standby and Standby Power
This eruption of newly-connected devices is causing a great deal of concern for two reasons: One, most of these devices are designed to engage in a ‘network standby’ mode wherein the connection to the network is continuously maintained, meaning the devices never enter into a truly ‘powered-down’ mode unless a standby power switch, such as an EcoSwitch, are connected to the device. Second, as many of these devices are not traditionally connected – things such as televisions, thermostats, or even automobiles – the issue of standby networking is not considered in the energy saving initiatives that have been conceived to date. This means that the power drain of standby networking is flying under the radar, threatening to undermine the attempts to reduce energy use worldwide.
The Cost of Network Standby
The Department of Climate Change and Energy Efficiency commissioned the report ‘Staying Connected: Unravelling Energy Waste Issues in Network Standby’ to quantify the problem and propose solutions. The report contains many alarming statistics regarding networked devices.
While networked devices aside from phones and computers (desktops, laptops, and tablets) are currently more of a novelty, their presence is growing. For example, a survey of household devices conducted in 2010 showed that ‘Appliances connected to network are becoming increasingly prevalent within households’ and noting that 6% of LCD and Plasma ‘flat-screen’ televisions are already ‘network capable.’ Many new televisions ship with video streaming services built-in, allowing consumers to order movies and TV shows and even surf the Internet on their televisions. These capabilities require a constant network connection, and even when the television is being used with a standard cable or satellite connection it typically remains connected to the network persistently, in standby mode.
This connectivity is not confined to televisions. In the kitchen, appliances that might otherwise be energy efficient appliances are increasingly network-capable, allowing them to be operated, programmed, or monitored online from any location. Cars are increasingly networked, often using smartphones as bridges to consumer data plans. Recently, it was discovered that you can search for unsecured networked printers on Google and send print jobs to printers around the globe – network standby is here to stay, and it costs a lot of energy.
The report notes that the wasted energy consumed merely to maintain an idle network connection is likely to exceed 550 TWh worldwide by 2020. As a comparative statistic, the city of Berlin uses about 14 TWh of energy annually today, so this wasted energy would keep the lights on in almost 40 cities the size of Berlin for a year. The total energy consumption of networked devices worldwide is expected to reach about 850 TWh, which means more than half of the energy consumed by such devices is wasted on standby mode.
As noted in the report, the main concern is that this waste is not currently incorporated into any of the energy saving initiatives launched worldwide, despite the fact that the numbers clearly indicate that network standby is a growing issue of significant proportion that must be included in efforts to reduce energy worldwide. If standby networking is not considered, efforts that are otherwise successful in saving power could be ultimately offset and negated by the continuing drain of power represented by connected devices that exist in states of standby networking for lengthy periods of time.