Flying-Drones.Expert has been manufacturing drones for both commercial and non-commercial purposes. The increase in the demand of drones has been observed and there are several reasons for this, the easy use, the technology and the benefits that one can avail from a drone make it a very popular device.
Quadcopter reviews have indicated a lot of interest of people in the device and thus it is expected that the device will be more commonly used or purchase in the near future. If you are also planning to purchase a drone for your commercial purposes than there are few basic things that you must understand.
Some basic drone laws that you must know:
It’s because of the popularity of the device that everyone wants to use them, one reason for this increase in the demand is the availability of cheap drones for sale even then there are few things that you must understand for using the drones such as:
Who can use drones for commercial purpose:
One is not allowed to use a drone for commercial purposes such as for making videos, taking pictures or selling them without the Section 333 Exemption from the FAA. That is if anyone wants to use drones for commercial purpose than he or she has to get the section 333 exemption.
You can easily start flying your drone after getting the section 333 exemption; this will get you an advantage over your competitors. Imagine all the attention you will get from your customers.
Drones do have a bright future:
It’s true that the future is of the drones, it is expected that the use of drones would increase in not only the military but in other aspects of life. The use of drones for traffic management or for rescue purpose will be seen in the future. Thus the drone industry is expected to grow further and finding best drones for sale would get easier maybe.
In the future you may see companies dealing with their customers through drones, one possible example can be of real estate, where an agent will show you pictures or video of your house without you traveling to it.
There are rules even for recreational purposes drone flying:
People are free to fly drones if not for any commercial purpose but there surely are some rules for that too, these basic rules must be followed for your own good, they are:
Safety of people, you cannot fly a drone in over crowed places.
Must consider the weather conditions of the place before flying.
You must not fly near power lines and airports as it can be quite risky.
Daniel Monroe has been an editor of Flying-Drones.Expert since 2012. Blogging about quadcopters, drones since 2010


The growing complexities of the modern world are driving changes in how we approach software development. The people who write code have become essential to building viable company models and personal digital routes in an ever-changing technology context.
From artificial intelligence to cloud computing, the possibilities for what developers can create have expanded greatly. One of the most promising new technologies that is currently gaining traction in the software development world is app flutter development.
It is becoming ever clearer that software engineers are on the frontline in impacting how society uses technology and functions overall. Developers must play a key role in improving cybersecurity in the face of increasingly diverse online environments.
In this article, we delve into the key trends which are prognostic of how software applications can be built and deployed in the future.
Key Software Development Trends
Disruptive innovations such as cloud computing, open-source database solutions, and Agile methods have no doubt played a crucial role in modernizing software engineering practices.
Artificial Intelligence and Machine Learning
AI and ML strides in the last few years have been remarkable. There is an increasing need for machine learning and AI in order for businesses to stay competitive and innovate quickly. These technologies are becoming a crucial part of software development solutions in various industries.
Developers can now use AI and ML to create software with natural language processing, computer vision, data analysis, and automation. These tools make applications more intuitive by learning from user behavior and adapting accordingly, resulting in more interactive software that benefits users.
Internet of Things (IoT)
The Internet of Things has completely changed how we relate to the objects and devices in our lives. By integrating sensors, software, and connections all into one unified network, IoT-enabled items can collect and share data. In the future, software developers will play a crucial role in creating apps that fully utilize the potential of IoT technology. These apps will be used in various sectors such as smart homes and industrial automation, and will aim to increase efficiency and creativity.
The rise of low-code and no-code platforms has opened up software development to everyone, regardless of their coding skills. These platforms have easy-to-use visual interfaces and pre-made components that allow even non-technical users to create complex software applications.
This democratization of software development empowers people to unleash their creativity and contribute to the industry. It also speeds up innovation and workflow by allowing for quick prototyping.
Cloud computing has revolutionized the way software applications are developed and maintained. Hardware resources have been taken off developers’ to-do lists, allowing them to be more easily engaged with the coding process. Cloud platforms offer a variety of services that simplify the creation of strong and long-lasting systems. These services include different kinds of storage, databases, and artificial intelligence capabilities, all accessible in one convenient location.
This vast potential no doubt warrants more sophisticated technologists working in software development.To remain competitive and improve their applications, creators need to have a strong grasp of cloud architecture and its capabilities. The growing demand for strong cloud-based solutions presents new challenges for those in the industry.
DevOps and Agile Methodologies
Agile methodologies and DevOps have rapidly become the new gold standard of software development, placing collaboration between development and operations teams at the forefront for faster and more frequent releases. Agile’s key focus on iterative development keeps teams structured in shorter cycles to continually respond to new requirements with high quality products. These methods of collaboration, automation and continual improvement are transitioning software development to an elevated standard, defining the technological future.
Cybersecurity and Privacy
As technology advances, so does the potential vulnerability to cyber threats. Cybersecurity and privacy are rapidly emerging as key concerns for software developers around the globe. To stay ahead of the curve, it’s important for developers to firmly embed robust security measures into every application they create upfront – focusing on secure coding practices, reliable encryption, vulnerability testing in actual user environments, and industry compliance with data protection regulations. Looking ahead to the future and continuous reliance of our digitised lives on software solutions, much emphasis will likely be put on courses that cover secure coding specifically. Nothing can emphasize its importance or make it more real than this potential rising urgency faced by developers now and continuing indefinitely into our digitally advancing world.
Progressive Web Applications (PWAs)
PWAs (Progressive online Applications) provide an alluring proposition: fusing the finest elements of online and mobile applications to provide a better user experience.
They provide similar functionality and engagement to native mobile apps, including offline support, push notifications, and access to hardware features.
PWAs are becoming more prevalent, offering cross-platform development nearly flawlessly in terms of delivering powerful experiences with minimal resources for scattered markets on both iOS and Android, as mobile usage continues to rise globally.
Blockchain technology has far outgrown cryptocurrencies, growing into applications across multiple industries. It provides a secure, decentralised ledger with almost unparalleled protection against tampering. It introduces new possibilities for businesses in industries like healthcare or finance.
Software development is an ever-transforming field due to the fluctuating demands of technology. Keeping up with this transformation requires embracing new and upcoming trends. Taking advantage of these trends can help software developers develop innovative applications with greater efficiency and robust security measures.
Why should you select QSS Technosoft Inc for your software development needs?
QSS Technosoft Inc is a renowned name in the mobile app development industry that offers top-notch app flutter development services. Our team of experienced and knowledgeable engineers is proficient in creating mobile apps with Flutter technology. We provide customized solutions designed to meet your exact needs.
At our software development company, we place customer satisfaction above and beyond all else. We strive to deliver the best services and make sure each job surpasses expectations. If you are interested in product development, rest assured that our team will help you by meeting your unique requirements. Our flutter development services guarantee unmatched performance and user satisfaction. Contact us today for more information about how we can assist you!


Place specific Computing
Jörn Messeter, Michel Johansson DIS Cape town SA (Refereed)
An increased interest in the notion of place has evolved in interaction design. The proliferation of wireless infrastructure, developments in digital media, and a ‘spatial turn’ in computing provide the base for place-specific computing as a suggested new genre of interaction design. In the REcult project, place-specific computing is explored through design-oriented research. This article reports six pilot studies where design students have designed concepts for place-specific computing in Berlin (Germany), Cape Town (South Africa), Rome (Italy), and Malmö (Sweden). Background and arguments for place-specific computing as a genre of interaction design are described. A total number of 36 design concepts designed for 16 designated zones in the four cities are presented. An analysis of the design concepts is presented indicating potentials, possibilities, and problems as directions for future research.


I have Telus’ Optik TV (which is similar to Verizon’s, I gather from my research). It comes with an Actiontec V1000H router. In previous setups I had used an Apple router and was happy with it. I thought about replacing the Actiontec wireless with the Apple Airport wireless, but it took a number of visits from Telus technicians to get Optik TV working properly so I do not want to mess with their basic configuration.
The problem with the Actiontec is that it does not play nice with Bonjour. I used Actiontec powerline ethernet to wire the Apple TV and my Mac (and also my PS3) because of some deadspots in the house. My iPhone, iPad and Macbook (and wife’s cheap Android phone) are are wireless. My wired Apple devices could see each other, and my Apple wireless devices could see each other, but a wireless Apple device could not see an Apple wired device, and the reverse. After a lot of time spent on the internet, the problem appears to be the Actiontec router. It does not play nice with multicast services such as Bonjour. My research indicated that IGMP Proxy on the Actiontec router was probably the source of the trouble.
The Telus branded Actiontec router does not allow you disable the IGMP proxy when you login under Admin. Fortunately I found this login information to access hidden commands:
(old firmware 31.30L.48)
(new firmware 31.30L.55)
My firmware is 31.30L.57, and the above password for root worked. (There are other secret logins, such as tech, but that did not give me access to the IGMP Proxy settings). I dug through the Advanced settings until I found IGMP Proxy. I disabled it, then hit apply.
Voila, all my Apple devices were able to see each other, whether wired or wireless. Life is great – right?
Disabling IGMP Proxy, unfortunately, interfered with our Telus Optik TV (IPTV) service. So I had to re-enable IGMP Proxy. Mysteriously, though, even though I had turned IGMP Proxy back on, all my Apple devices can see each other, whether they are wired or wireless. Odd, but there you go.
As for DLNA, my wired PS3 only sees my DLNA server installed on my Mac if my Mac is using wifi rather than ethernet connection. This is regarless whether I use Playback or Medialink as the DLNA server. I am not sure whether this is an Actiontec problem or something inherent in the Playback or Medialink code. My problem with Bonjour had been that the wired Apple devices to see each other, and the Apple wireless devices could see each other, but a wired Apple device could not see an Apple wireless device and the reverse. With DLNA, the problem is different – the wired PS3 only sees it when the DLNA server is wireless.


I am currently writing from a coffeeshop in San Francisco. I have quite a few days off/vacation days, so I drove up here to visit a college friend. I am also writing from my new iPad!! I really like it so far. There are a few things about it that are not ideal, but I still have my old laptop too. Using the iPad all the time makes me think about the physics of touchscreens, so I will give a very brief explanation here. Circuits and E&M were not my strongest parts of physics, so it really will be brief.
From what I have read, the iPhone and iPad use something called capacitive sensing. In the screen there is a layer of conductive material covered by a layer of insulating material. A voltage is applied to the conductive material, creating a static electric field inside the insulating material. When you touch the screen with your finger, your body's ability to conduct electricity will change this electric field. This is why touching the screen with your fingernail or a stylus doesn't work. They are not conductive and therefore cannot alter the field that has been created in the screen. The iPhone and iPad screens are broken up into a grid that can sense touches at multiple points. The changes in the electric fields can be processed to figure out exactly where you are touching and what motions you are making with your fingers.
Thank you Apple for making such good use of this technology!


An electric car that runs more than 1,000 kilometers on a single charge is no longer a dream performance. As the next generation of batteries that exceed the capacity limits of commercial lithium-ion batteries, silicon batteries are the closest technology to practical use. The silicon battery has an energy density of a maximum of 10 times that of a conventional lithium-ion battery and is capable of charging and discharging faster. However, solving the large volume expansion issues of 4-5 times the size of the battery during the charging/discharging process is a major challenge in this R&D field. Our only patented technology provides a solution to these critical problems and provides a critical foundation for the realization of next-generation silicon batteries.
The most important technical challenges in electric vehicle batteries are high energy density, fast charging time, low-temperature performance and safety to improve driving mileage. We develop technologies that can improve battery performance most effectively without compromising existing standard manufacturing processes. Through the development of new highly functional additive materials, we successfully inhibit the generation of the dendrite, which was a chronic problem of lithium metal batteries, and thus improve the lifetime and stability of the battery performance.
The design of an electrolyte system, such as a highly functional electrolyte additive or electrolyte salt, is one of the low-cost, high-effectiveness solutions that can improve battery performance most effectively while minimizing current process changes. Based on proprietary patent and material technologies, we design and develop stable next-generation electrolyte systems that can be applied to a wide range of secondary batteries from lithium-ion to lithium-metal batteries.


Patenting task on photovoltaic technological innovation grew phenomenally in the past decade, reflecting the increasing incredible importance of renewable energy solutions.
With constantly rising fossil fuel prices, concern about security of energy supply, and growing evidence of climate change induced by society’s carbon dioxide emissions, interest in renewable energy sources has never been more intense.
Besides wind power and advanced biomass technologies, solar power is an increasingly attractive alternative to hydrocarbons power sources.
Now’s the time: get ready for solar cells
Life on Earth depends on the Sun for its energy. This steady and reliable source of light and heat supplies up to 1.0 kW of power to every square metre of the planet’s surface. Tapping into that universal energy supply in a clean and economic way has been a goal for energy technologists for many years. Today, it seems that this dream is close to reality.
Photovoltaic (literally light-electricity) technology, also known as Solar Cells, was first developed for space applications in the 1950s. As an energy source, photovoltaic (PV) technology has many advantages – it is modular, clean, easy to maintain, and can be installed almost anywhere, provided a sun-facing surface is available. The electricity produced can be used directly, stored locally or fed into an existing electricity grid.
At the European Patent Office, Alberto Visentin has been monitoring trends in solar energy technology for over twenty years. Based at the organisation’s Berlin office, he is the EPO Technology Counsellor for photovoltaic technology. He sees modularity and reliability of PV technology as key features. “A single solar cell module may generate only 50W, but any number of modules can be integrated in a system to create facilities from a few kW up to 10 or 100 MW capacity,” he said. “Connection is easy. Add to the modules an inverter ( a device that converts the Direct Current produced by the cells into Alternated Current), and you have a power plant.”
An extended family of photovoltaic technologies
Currently, most commercially produced solar cells are based on silicon technologies(1) .
Two of these silicon technologies are based on processes similar to those used for microprocessor fabrication, using high-purity silicon wafers. “On one hand, the most efficient solar cells are produced with monocrystalline silicon, but this material is quite expensive,” says Alberto Visentin. “On the other hand, polycrystalline silicon is less expensive, and less energy is required for its production.”
Alberto Visentin nominated a key patent in crystalline Silicon PV technology for the EPO/European Commission Inventor of the Year Awardsin May 2006. The key feature of this patent (3) is a series of contacts buried deep in the Silicon that traps more light-generated carriers and increases the energy conversion efficiency of the cell. The evolution of this cell design, although still too expensive for widespread application, made it possible to produce cells reaching about 25% efficiency. These cells are used for example as the power source for vehicles competing in the World Solar Challenge.
Besides, thin-film silicon technologies have also been developed to place a thin film of amorphous or microcrystalline silicon onto flat large-area substrates such as glass. This has the advantage of allowing the mass production of very large-area PV devices. “These devices are less expensive than conventional PV technology but deliver a lower conversion efficiency of between 5-8%,” Visentin explains. A specific thin-film technology is based on the use of Copper Indium Diselenide (CIS) material. “CIS has the advantages of the silicon thin-film technology but has good efficiency and is not too expensive,” says Visentin. “This technology is quite new on the market but very promising.”
In the background, a major trend in recent years is organic solar cell technology. The efficiency of this technology is still very low, but the organic materials have good potential for very cheap large surface coating and can be used in thin film applications. This would allow for easy integration in buildings – window coatings, for example. In particular, there are two main categories of organic solar cells. The first is dye-sensitised solar cells (DSC)(4) .
“These devices work via a ‘sandwich’ of materials and attempt to mimic the process of photosynthesis in plants,” explains Visentin. The second uses layers of light-sensitive electron donor polymers and an electron acceptor substance that transfers the photo-induced electrons to the cell electrodes. The filler material can include fullerene molecules (C60 – C100) as the electron acceptor.
A different way to enhance efficiency involves the developments of light-concentrating systems. This involves the use of small surface, highly efficient solar cells based on semiconductor materials such as Gallium Arsenide, coupled to large light gathering devices, such as mirrors or lenses.
The contribution of solar cells amounts only to some 0,1% of the world energy supply, but production and installation of PV technology is growing strongly, at double digit rates. In fact, demand for solar cells is now outstripping the available supply of silicon. “Although silicon is one of the most abundant elements on Earth, pure crystalline silicon, the industry’s feedstock, is in short supply,” says Visentin.
Between 2003 and 2004 the total installed capacity for PV power around the world grew by 42%, reaching a total of 2.6 GW. In 2004, 770 MW of capacity was installed, of which 94% was in three countries – Japan, Germany and the US. These three nations also lead the production of solar cells with Japan producing 604 MW, Germany 198 MW and the US 138 MW.
Production and installation is also taking off rapidly in the emerging economies such as China. “In 2004, Chinese solar cell modules production was estimated to be 65 MW with an installed capacity of about 75 MW,” says Visentin.
The importance of the PV energy sector can be gauged by the presence of oil majors such as Shell and BP, whose solar cell production have reached 6% and 7% of the global market respectively in 2004. However, Japanese electronic companies are the market leaders, with Sharp at 29% and Kyocera at 11%.
Start, sustain, take off
The Japanese market was initially boosted by a generous financial incentive for installing solar cells, and although this subsidy is no longer available, the market is still growing very strongly. “In Europe, and particularly in Germany, the use of feed-in tariffs has helped to grow domestic and commercial use,” says Visentin.
The production of silicon solar cells involves the use of large amounts of energy, and this has led to some questioning of whether it is truly a renewable energy source. But recent work by the University of Utrecht and ECN (5) has calculated the energy payback time for various silicon technologies in European locations. “The calculation estimates the time the solar cell must be in operation before it has generated the amount of energy that was used in producing it,” concludes Visentin. “The results show payback in two to four years.”
Take it for granted: with oil prices staying high, Solar Cells will keep their place in the sun.
From the perspective of patenting
A native of Rome, Alberto Visentin studied for a degree at Rome University, specialising in nuclear physics. He was first introduced to solar energy during two subsequent years at the University of Cosenza, where he was involved with the use of solar technology to produce thermal power. “My experimental work was performed in Rome using parabolic trough reflectors to concentrate the sun’s energy on liquid-filled pipes,” he says. “In mid-summer the liquid in the pipes could reach very high temperatures – up to 300 °C.”
Visentin joined the EPO in January 1980, soon after it had been set up. In 1985, he was appointed into semiconductor technology, working on optoelectronic technology such as photodiodes, light-emitting diodes and solar cells. “The proportion of my work on solar cell applications was relatively low at first,” he observes. “The global number of applications in the field grew steadily over the 1990s to reach just over 1000 first filings in 1997, but by 2002 the number had jumped to over 2000.”, says Alberto Visentin.
In 2003 he was part of the Trilateral Examiner Exchange Programme with the Japanese Patent Office (JPO) and stayed in Tokyo collaborating with Japanese examiners also involved with photovoltaics. “Japan is still the main centre of patenting activity for PV applications with over 70% of first filings for patents between 1990 and 2004,” says Visentin. “I was also able to visit a number of Japanese photovoltaic production facilities.”
Inside 2003, Visentin utilized in the EPO’s Berlin business office, and – coping almost exclusively together with patent applications inside the photovoltaic field being a senior expert – is currently acts also since Technology Counsellor for your EPO. He can be a regular participant with photovoltaic conferences, and contains presented papers together with latest developments on this filed at the particular European Photovoltaic seminars in Paris inside 2004 and Barcelona inside 2005.


Integration of Weather Forecasts with Agricultural Technology
Technology integrated with weather forecasting brings about a fundamental change in the agricultural sector. This integration enables the development of automation, data analytics and farmer-friendly applications. By utilising weather forecast information combined with these technological innovations, farmers can make their land more productive, smart and profitable. These solutions brought to the industry by advanced technology offer farmers the opportunity to develop more effective and sustainable practices.
Thanks to data analytics, farmers can better understand the conditions in their fields and use this information in decision-making processes. Farmer-friendly applications, on the other hand, bring the power of technology to a wider audience of farmers and provide easier access to information. This integrated system accelerates the development of agriculture and offers sustainable and innovative solutions to stakeholders in the sector.
Understanding the Role of Weather Forecasts: What to Expect in the Future?
Weather forecasts today not only provide daily weather information, but also have a strategic importance in various sectors. In this context, understanding the role of weather forecasts is of great importance to assess their future impact. With the advancement of technology, weather forecasting systems are becoming increasingly sophisticated, enabling more precise and reliable forecasts.
In the future, the role of weather forecasts is likely to expand even further. The use of weather forecasts will increase in areas such as combating climate change, optimising agriculture and planning energy production. In addition, weather forecasts will be used more effectively in minimizing the effects of natural disasters and emergency management. In this context, the future evolution of weather forecasts will enable the emergence of more sustainable and better planned applications in many sectors.


Corporations and startups alike struggle sometimes to create the applied algorithmic solutions required to tap the trillions of dollars in revenue in cyber security, fintech, healthcare, defence, automotive, industry and other major markets.
While everybody looks to data science to extract this revenue, most data science teams and data driven organizations still use commodity methodologies, tools and personnel to tackle challenges that are more often than not unique, never tried before or exist in uncharted, Terra Incognita.
Mathematic.ai bridges the gap between the hard reality of having to achieve business objectives with available resources, and the sometimes unknown complexity of advanced data science, machine learning and AI projects.
We employ world class talent to assist leading tech and industry corporations translate their business goals to achievable data science endeavours, and budget and build data science teams that are optimized to achieve maximum results. We also consult, train and sometimes off load on heavy lifting tasks and projects.
Founder and Chief Scientist
Mathematic.ai was founded by Shlomo Yona, a renowned interdisciplinary applied algorithmic research and development expert. Shlomo holds academic degrees in applied computer science and computational linguistics, and has hands on and managerial experience in algorithmic research and applied production of over 20 years. In his last role before founding Mathematic.ai, Shlomo headed F5's algorithmic research division, located in Tel Aviv.


Pdf Connecting A Netcommwireless Ntc-140w Sequence Lit Powerwarecom Connecting-netcomm-ntc140w-p164000722pdf Check With The Fast Start Guide Supplied With The Netcomm Wi-fi
Most SBC motherboards only offer a 15 watt (5V 3A) power design, which can cause device and system instability when there are multiple related units. Other SBCs have energy designs that lower the performance of their I/O ports. Tinker Edge R has a special energy design that, along with DC and pin header dual energy supply, delivers as much as 65 watts of energy, enabling steady system operation and full I/O efficiency, even with a number of connected units.
- Honeywell’s SolarisTM 7820 vertical mini-slot scanner increases productivity with an unmatched feature set that aggressively scans high-density codes and fits simply into any current enclosure present in small-item, high-volume retail environments.
- NTC-140W Series Router Installation GuidelinesRefer to the Quick Start Guide provided with the NetComm Wireless NTC-140W Series Router for directions on mounting the router and connecting energy.
- ASUS Tinker Edge R also comes outfitted with an onboard sixteen GB eMMC and SD 3.zero interface that offers significantly faster learn and write speeds for the operating system, functions and file storage.
- Single-board pc for AI purposes, with Arm® massive.LITTLE™ know-how and Rockchip NPU, straightforward for Machine-Learning deployment.
Additionally, an exclusive power-protection design prompts routinely if the supplied current and voltage change considerably, effectively defending the board and all connected gadgets. The UC-8410A pc uses the Freescale Cortex-A7 dual-core 1 GHz RISC CPU. This highly effective computing engine supports a number of useful communications features, without generating an excessive amount of warmth. The built-in eight GB eMMC card and 1 GB DDR3 SDRAM give you sufficient memory to run your software software program, and the mSATA slot offers the flexibility of adding further knowledge storage. The wi-fi router can be rebooted from the router’s System web page (Figure 15).
The connection might be interrupted momentarily while the SIM knowledge is loaded. Removing and reapplying power or a reboot will af-fect loading the default configuration. Tinker Edge R additionally benefits from a developer-friendly design that gives many fastidiously thought-about features to provide a superior experience for first-time builders and seasoned hobbyists alike.
The solely steps necessary are to add the SMTP relay info (mail.eaton.com) and to confirm that the e-mail recipient ([email protected]) is properly configured as described under. ASUS Tinker Edge R is an Single Board Computer (SBC) specifically designed for AI applications. It uses Rockchip NPU, a Machine Learning (ML) accelerator that accelerates processing effectivity, lowers energy demands and makes it easier to build connected devices and clever purposes. With this integrated Machine Learning (ML) accelerator, the Tinker Edge R is able to performing 3 tera-operations per second (TOPS), utilizing low energy consumption. And it’s optimized for Neural Network (NN) architecture, which implies Tinker Edge R can assist a number of Machine Learning (ML) frameworks and let heaps common Machine Learning (ML) models could be simply compiled and run on the Tinker Edge R.
Enter the password (default is admin) to display the Network-MS card major menu (Figure 7). • Connect an Ethernet cable from the ETHERNET port on the Net-work-MS card (Figure 5) to the LAN port on the NTC-140W Series router. Connecting the Router to a PXGX-UPS or PXGMS CardConnect the NTC-140W Series router and Eaton community card. Once connected, the LEDs on the lively Ethernet port, in addition to the green Power LED, ought to light. The whole delivery time is calculated from the time your order is placed until the time it is delivered to you.
Apc Straightforward Ups On-line Srv 10000va 230v Extended Runtime Model, No Battery
As nicely, Tinker Edge R boats a full-size HDMI port, USB Type-A, USB Type-C, gigabit LAN and Wi-Fi and Bluetooth for internet and network connectivity – and also a mini PCI Express® Mini slot for 4G/LTE extension card. Tinker Edge R options four GB of dual-channel LPDDR4 memory for system, the 4th technology of low-power DDR DRAM expertise, providing sooner speeds and even lower power consumption for improved system performance and efficiency. It additionally boats 2 GB of standalone reminiscence for the NPU, providing faster speeds, improved stability and high efficiency for ML inference.
Superior Energy Design
The UC-8410A Series comes with Linux Debian 8 preinstalled to offer an open software program working system for software program improvement. This makes the UC-8410A laptop an optimal resolution for use with industrial functions, but at minimal value and effort. In addition to the standard mannequin of the UC-8410A, a -40 to 75°C wide-temperature model is available for harsh industrial environments.
To configure the Network-MS card, hook up with the Settings/Sensor port with the serial-to-RJ-45 cable and launch a terminal emulation ses-sion. Use the serial settings 9600 baud, eight data bits, 1 stop bit, no parity, and no move management (Figure 6). Configuring a PXGX-UPS or PXGMS CardTo troubleshoot or arrange the PXGX-UPS or PXGMS card, discuss with Sec-tions 3–5 of the card’s Quick Start Guide for instructions on connecting a Windows-based pc to the card’s Setup port using a USB cable. The external antenna replaces the 3G antennas provided with the router. Once con-nected, position the external antenna to maximize the signal energy.
ASUS Tinker Edge R additionally comes outfitted with an onboard sixteen GB eMMC and SD 3.0 interface that provides significantly faster read and write speeds for the working system, functions and file storage. For extra information on restoring the manufacturing facility default settings, check with the User’s Guide supplied with the card. NTC-140W Series Router Installation GuidelinesRefer to the Quick Start Guide supplied with the NetComm Wireless NTC-140W Series Router for instructions on mounting the router and connecting energy. On the router’s Networking web page (Figure 14), confirm that Profile1 is chosen and that the APN is eatonpredictpulse01.com.attz, as proven. Ensure that [email protected] is listed in the Recipient list, that the handle is Enabled, and that the entire checkboxes within the Noti-fied events listing are checked.
Hp Ups Community Module Mini-slot Package ( Af465a )
The Network-MS default configuration features a DHCP network con-figuration. For a model new set up, no modifications are necessary on the Network-MS card. The only steps necessary are to add the SMTP relay info (mail.eaton.com) and verify that the e-mail recipient ([email protected]) is properly configured. For a brand new set up, the PXGX-UPS or PXGMS card will use default configuration settings.
Record the IP handle to access the Network-MS card’s graphical consumer interface (GUI). Launch an internet browser and navigate to the Network-MS card’s IP tackle (Figure 10). Once connected, the LEDs on the Network-MS card’s ETHERNET port ought to gentle and the green LED at the high left of the Settings/Sensor port ought to blink.
Mini Slot Drill Hss-pm Tialn
Total delivery time is damaged down into processing time and transport time. When you order from multipro.id, you will receive a confirmation email. Once your order is shipped, you will be emailed the tracking data on your order’s shipment. You can select your most well-liked delivery method on the Order Information web page through the checkout process. Honeywell’s SolarisTM 7820 vertical mini-slot scanner will increase productiveness with an unmatched function set that aggressively scans high-density codes and fits easily into any current enclosure present in small-item, high-volume retail environments. From the Configuration menu (Figure 3), choose E-mail to show the E-mail tab (Figure 4).
Single-board laptop for AI functions, with Arm® huge.LITTLE™ expertise and Rockchip NPU, straightforward for Machine-Learning deployment. When troubleshooting, if an issue stays following a reboot, down-load and save the log file to submit to technical help. From The Network settings menu, press 1 (Read Network settings).
TroubleshootingThe largest threat for the router is low signal high quality. As an initial take a look at, observe cellphone signal power within the space of set up. If the cellphone sign is weak, an exterior antenna could additionally be required. Ensure that the SMTP server/IP hostname is mail.eaton.com and that an e-mail recipient is about up for [email protected].


Wonder Garden Zirconia ceramic center-post cartridges and a leading competitor’s metal center-post cartridges were provided by Wonder Garden for investigation. To study the durability and thermal degradation of the samples, Aliovalents Material Research utilized pycnometry, x-ray diffraction, scanning electron microscopy and energy dispersive spectroscopy on samples varying from pristine to degraded (300 °C and 600 °C).Samples were sectioned through the length using a low-speed wafering diamond saw (Allied HighTech, US) at 200 rpm to ensure the highest quality cross section is achieved. Then the samples were washed in deionized water in ultrasonic cleaner, then rinsed with isopropanol and DIW for the last time. Samples were then placed in 2 muffle furnaces and kept at 300℃ and 600℃ in air (~Nitrogen 78%, Oxygen 21%, others 1%).
The typical operating temperature of these devices is generally at 250 °C to 350 °C, with a maximum operating temperature ranging from 450 °C to 500 °C. Therefore, considering a safety factor of 1.2, this resulted in evaluation of the material at 600 °C. Characterization methods were carried out on pristine, 300 °C and 600 °C for the ceramic and metal center-posts.
The density was measured employing the gravimetric buoyancy method. X-ray diffraction (XRD) patterns were obtained. Crystal domain size was estimated using the Scherrer equation from XRD diffraction peaks using the full width at half maximum (FWHM) of the (111) peaks. Cross-sectional scanning electron microscopy (SEM) was performed at high vacuum to obtain the highest resolution microstructure images. Energy-Dispersive Spectroscopy (SEM/EDS) were performed for elemental analysis of the samples to investigate if further compositional changes occurred at above the mentioned temperatures.
INDUSTRY STANDARD METAL
TESTING AT DIFFERENT TEMPERATURES
WONDER GARDEN ZIRCONIA CERAMIC


CARRACK MEASUREMENT TECHNOLOGY
Consultancy and Design
As well as its core activities in Centrifuge Logging and Marine Seismics,
CARRACK has experience in many areas of instrumentation and measurement, and
can offer complete anything from advice to complete solutions in the following
- Embedded systems design based on Motorola 68332 processors and 'C' and
- Logger and control systems using ONSET Tattletale TT7 and Tattletale TT8
- Windows interface software using BORLAND Builder 3.
- Marine and Deep ocean logging and control, pressure housings etc.
- Marine acoustic release systems.
- Precision measurements of temperature, pressure, conductivity, turbidity
- High speed multichannel data logging -- up to 150,000 readings per second
at 16 bit resolution.
CARRACK Home Page |
About CARRACK |
Centrifuge Data Acquisition Systems |
Ocean Bottom Seismology |
Ocean Bottom Systems


- NZD100000.00 - NZD140000.00 per annum
- Job Type
- Full Time
- Shweta Chopra
- 19 days ago
Our client are an industry disrupter in their field using AI and Machine Learning to deliver a cloud based SAAS product.
With firm roots in Aotearoa and in growth mode due to a recent acquisition they are growing.
This company is led by a very capable and award-winning leader who has received global recognition and the team have been handpicked with some of the best and brightest.
The inside word...
We are looking for a Senior AI Engineer to join their existing team with proven experience in NLP, you will be working end to end developing intelligent solutions from inception to production and launch. The team are growing, and this is the great time to join them on their journey.
Why you're a legend...
· Advanced experience in commercial Machine Learning (ML) and/or Natural Language Processing (NLP) projects.
· Proficient with a wide range of AI techniques such as, neural networks (including DNNs, RNNs, CNNs), ensembling, genetic algorithms, bayesian techniques,
· 3-6 years of software development experience
Let's get started!
Please press apply now to be considered or call Shweta on 092814150 for a confidential discussion!


Reports late last year revealed that researchers at the University of Hertfordshire have developed a new tool that can detect airborne asbestos on any worksite in real time without the need to send off samples to a laboratory for analysis. This is good news for the construction industry and contractors all over the UK as the dangers of asbestos are still very real, despite the all out ban on asbestos use in the UK in 1999.
Buildings constructed since the year 2000 are asbestos free. However, this means that most of the buildings in the UK (including homes and public buildings) contain what is sometimes described as ‘legacy asbestos’. Legacy asbestos is asbestos used in the construction or refurbishment of buildings before the year 2000. Whenever work is done on these buildings, there could be asbestos present which would present a hazard to the people doing the work and the people using the building. This means that the detection of asbestos or asbestos containing materials (ACMs) is vital to ensure safety.
The new sensor developed by researchers at the University of Hertfordshire uses lasers and magnets to identify asbestos particles and will be commercially available in the UK this year under the trade name Asbestos Alert. The researchers began work on this concept back in the late 1990s and the field of research included using laser light-scattering in order to identify airborne biological particles (such as spores and fungi). It was then decided to try using the technology in order to identify asbestos fibres.
All types of airborne particles are drawn into the Asbestos Alert device in single file. The laser light-scattering technology ensures that the particles are visible so that identification of any particles that are fibres by their shape and angle or orientation in the laser beam is possible. The fibres are then passed between two magnets and because asbestos fibres will align with the magnetic field, this enables a second laser to detect the change in angle and differentiate asbestos fibres from non-asbestos fibres (like glass or gypsum). The research on this remained dormant for some time because the detection unit was large and the equipment too expensive to reproduce on a commercial basis.
However, in 2009 work on this began again in earnest. Developments in technology and computing have resulted in the potential for smaller and economically viable devices to be developed. With a European consortium of companies raising the funding necessary to develop the technology, the Hertfordshire research team produced some working prototypes to test on construction sites.
As well as testing the device’s ability to detect asbestos fibres, there were also ergonomic considerations to be taken into account, such as how large the device could be and how sturdy it would have to be to survive conditions on construction sites. The final design is small enough to be carried by a tradesperson or construction worker and can be left at the worksite, scanning the air for asbestos fibres. The alert is delivered both audibly and with visual signals and is coming soon to a construction site near you.


H10 Bluetooth Smart HR Sensor
This product contains natural rubber latex which may cause allergic reactions.
For health reasons we are unable to accept returns or exchanges of hygiene products.
This item is considered dimensionally oversized parcel or requires truck delivery. Additional shipping charges will be calculated at time of order.
This item is classified as hazardous materials. Can ship ground only - restricted from air. Additional shipping surcharge will be added at time of order.
This product has a Bariatric rating.
If you have any questions please contact customer support at: 800.556.3326 or Email at:
playlist_add_check Approved Supply List Item
done Supply List Item
- Compatible with all Polar fitness trackers and smartwatches, including the Polar A370 Wrist Watch, the Polar M600 Heart Rate Monitor, and more, this heart rate sensor strap monitors your activity level to help you reach your fitness goals
- Soft and comfortable Polar Pro strap stays in place during activity and uses improved electrodes to achieve the most accurate measurements
- High-tech heart rate monitoring system is compatible with many popular fitness apps, gym equipment, iOS mobile devices, Android devices, and other devices using Blutooth 4.0
- Features battery life of 400 hours with BLE and 5 kHz transmission active
- Sensor measures 34x65x10 mm
WARNING: Cancer and Reproductive Harm. www.p65warnings.ca.gov/
Polar's Most Advanced Heart Rate Sensor
The strap's advanced electrodes stay in place during activity to measure your heart rate without interference. This means the Polar H10 is the most accurate heart rate sensor of all Polar products, making it essential to your fitness goal monitoring. If you prefer to exercise without your phone or connected device nearby, the sensor's built-in memory stores your heart rate data for one training session, which can then be transferred to Polar Beat (the Polar fitness app).
Connectivity and Compatibility
Compatible with iOS and Android devices, the Polar H10 provides care-free connectivity regardless of your device preferences. The sensor is also compatible with many popular fitness apps and gym equipment that connect using Bluetooth 4.0. No matter your exercising preferences, trust the heart rate sensor to help you monitor your progress and your goals. By connecting to the Polar Flow or Polar Beat app, the sensor updates to provide you with the most advanced monitoring system possible.
Fully Waterproof Monitoring System
The Polar H10 is fully waterproof, with water resistance capability of 30 m. A 5 kHz transmission transfers heart rate data to your connected device while you swim. The Polar Pro strap stays in place using silicone dots that secure the sensor, even during the most vigorous underwater activities.


Moving data between a Windows 10 computer and an Android smartphone connected via USB may result in data loss, the German tech magazine “c’t” reports.
Particularly at risk are MTP protocol-based connections between a computer and a phone. If you move files around in the phone memory or on an inserted memory card using the Explorer on your computer, you may end up losing your data.
However, this doesn’t affect the file exchange between computers and smartphones. Everything should work as it’s supposed to, says “c’t.”
As a solution, the experts recommend that you first copy files to your computer and then transfer them to the final location in the phone memory.
The experts didn’t experience similar issues when working with Windows 8 and Windows 7.
According to “c’t,” newer Samsung smartphones and BlackBerry models Priv and KEYone are also not affected. — dpa


iPi Soft has released iPi Motion Capture 4.0, a new update to its markerless motion-capture software suite, adding support for previewing capture data in real time, and for tracking individual body parts.
The update also adds support for action cameras like those made by GoPro and SJCAM – and bucks an industry trend by reintroducing perpetual licensing on top of the previous rental-only model.
A two-part markerless mocap system for indie studios
iPi Motion Capture systems provide indie studios with a full-body mocap set-up based around commercial depth sensors and cameras.
That used to mean Microsoft’s now-defunct Kinect sensors or Sony’s PS3 Eye cameras, but you can also use Intel’s RealSense range, Asus’s Xtion 2 or Orbbec’s Astra Pro sensors; and Logitech’s C922 Pro webcam.
Each system consists of iPi Recorder, a free software package for capturing and playing back footage; and iPi Mocap Studio, the commercial software used to process the recordings into animation data.
Data processing is done offline, with data exportable in FBX and BVH formats.
New in iPi Mocap Studio 4.0: real-time capture preview, option to retrack individual body parts
New features this time round include the option to preview the capture in real time, with iPi Recorder streaming data to a 3D character inside iPi Mocap Studio in real time.
Final-quality data processing is still done offline.
The update also introduces the option to fix problem tracks by retracking individual body parts – the head, the torso, or any individual limb – while retaining the original track for others.
Support for action cameras makes it possible to track wide-angle footage up to 120fps
In addition, the update adds support for action cameras with wide-angle lenses, making it possible to track actors closer to the camera, and to enable tracking at frame rates of up to 120fps.
iPi Recorder can also now load unsynchronised videos from multiple cameras and sync it automatically.
Pricing and availability
iPi Mocap Studio 4.0 is available for Windows 7+ only. The update reintroduces perpetual licences for the software, previously dropped in version 3.0.
The Express edition now costs $195, and supports a single depth sensor sensor; the Basic edition costs $695 or $345/year, and supports up to two depth sensors or six cameras.
The Pro edition costs $1,995 or $995/year – down $200/year – and supports up to four depth sensors or 16 cameras, and also adds support for tracking up to three actors simultaneously and for dual-GPU processing.
Further add-ons provide automation and biomechanical analysis tools.
Read more about the new features in iPi Macap Studio 3.5 and 3.6 in the online changelog


Browsing Food Programme by Subject "ICP-AES analysis"
Now showing items 1-1 of 1
Investigation of Raman Spectroscopy (with Fiber Optic Probe) and Chemometric Data Analysis for the Determination of Mineral Content in Aqueous Infant FormulaThis study investigated the use of Raman spectroscopy (RS) and chemometrics for the determination of eight mineral elements (i.e., Ca, Mg, K, Na, Cu, Mn, Fe, and Zn) in aqueous infant formula (INF). The samples were prepared using infant formula powder reconstituted to concentrations of 3%–13% w/w (powder: water) (n = 83). Raman spectral data acquisition was carried out using a non-contact fiber optic probe on the surface of aqueous samples in 50–3398 cm−1. ICP-AES was used as a reference method for the determination of the mineral contents in aqueous INF samples. Results showed that the best performing partial least squares regression (PLSR) models developed for the prediction of minerals using all samples for calibration achieved R2CV values of 0.51–0.95 with RMSECVs of 0.13–2.96 ppm. The PLSR models developed and validated using separate calibration (n = 42) and validation (n = 41) samples achieved R2CVs of 0.93, 0.94, 0.91, 0.90, 0.97, and 0.94, R2Ps of 0.75, 0.77, 0.31, 0.60, 0.84, and 0.80 with RMSEPs of 3.17, 0.29, 3.45, 1.51, 0.30, and 0.25 ppm for the prediction of Ca, Mg, K, Na, Fe, and Zn respectively. This study demonstrated that RS equipped with a non-contact fiber optic probe and combined with chemometrics has the potential for timely quantification of the mineral content of aqueous INF during manufacturing.


How to use
Double click anywhere to create a charge.
The slider underneath the charge can be used to adjust the magnitude and sign of that charge.
Charges can also be dragged around the screen by clicking and dragging on them.
You can right click on a charge to delete it. You can also click on the charge and hit the Delete key on your keyboard.
The checkboxes on the right side of the screen can be used to toggle the different features of the simulation that display different information about the electric field.
You can place test charges on the screen when the "Test Charge Mode" checkbox is toggled by clicking anywhere on the screen. Test charges will them move with accordance to the electric field that the onscreen charges create.
Using Simulation in a Classroom
- Insert images into class slides
- Create discussions around why intuition differs from reality
- Worksheet/guided questions
- Create charge configurations
- Model problems in simulation
Report a bug
email@example.com by: Ted Mburu
Dr. Colleen Countryman
Dr. John Barr
Dr. Doug Turnbull
Ithaca College Physics Department
Ithaca College IT
Daniel Shiffman (The Coding Train)


Salesforce has unveiled the latest addition to its certification lineup, the Salesforce AI Associate Certification. One must hold this credential to utilize Salesforce’s AI capabilities for sales professionals fully.
The principles, potential and applications of AI and data in CRM are the main topics of the Salesforce AI Associate Exam. People with varying levels of experience, including professionals and business executives, who are familiar with artificial intelligence (AI), can take the exam.
This blog covers everything you need to know about the Salesforce AI Associate Certification Guide, including certification details, why it’s important, who can pursue it and the key topics to pass the certification.
Who can appear for this Exam?
The Salesforce AI Associate exam is designed for individuals who want to demonstrate their proficiency in using artificial intelligence (AI) within the Salesforce ecosystem.
For those who work as Salesforce developers, administrators, business analysts or consultants, this certification opens up interesting career prospects.
Why Salesforce AI Associate Credential is Important?
- New Job Opportunities: Getting a Salesforce AI Associate certificate opens up new job possibilities, especially in growing areas like artificial intelligence.
- Skills Beyond Basics: The certification proves you can do more than just use the basic features of Salesforce, showcasing your capability in advanced technologies like AI.
- Businesses Value AI: Many companies are using AI to stay competitive, making it a big trend in the tech industry. Having a Salesforce AI certification makes you credible in adopting and understanding these technologies.
- Qualification for Specific Jobs: The certification may make you eligible for roles specifically asking for experience in both Salesforce and AI.
- Enhanced Career Growth: As businesses aim to improve operations with cutting-edge tech, having this certification can boost your career growth by aligning you with current industry trends.
About the AI Associate Certification
- This exam consists of 40 questions.
- You have 70 minutes to complete the assessment.
- The required score to pass this test is 65%.
- This exam costs $75, and retakes are free of charge.
- Exams can be taken in person at the testing facility or online. Click here for more information on how to schedule an exam.
- There are no prerequisites for this exam.
AI Fundamentals: 17%
- Describe the fundamental ideas and uses of AI in Salesforce.
- Differentiate between the types of AI and their capabilities.
AI Capabilities in CRM: 8%
- Identify CRM AI capabilities.
- Describe the benefits of AI as they apply to CRM.
Ethical Considerations of AI: 39%
- Describe the ethical challenges of AI (e.g., human bias in machine learning, lack of transparency, etc.).
- Apply Salesforce’s Trusted AI Principles to given scenarios.
Data for AI: 36%
- Describe the importance of data quality.
- Describe the elements/components of data quality
- Free Salesforce AI Associate Certification Question and Answer Practice Set
- Prepare for your Salesforce Certified AI Associate Credential
- Cert Prep: Salesforce AI Associate
- Exam Guide of Salesforce AI Associate
What is Data Analysis?
In order to get relevant insights, patterns and knowledge from raw data, data analysis entails its inspection, interpretation and transformation.
The purpose of this analysis is to identify trends, support the creation of predictive models, and provide information for decision-making.
In many AI applications, data analysis is essential for making sense of the enormous volumes of data that AI systems generate and use.
Generative AI Vs Predictive AI
Algorithms are used by both generative and predictive AI to solve challenging logistical and business problems.
Compared to predictive AI, generative AI typically uses more complex models and algorithms to introduce a creative component. When it comes to pattern recognition, predictive AI makes assumptions and predictions and suggests outcomes; generative AI, on the other hand, takes preexisting patterns and mixes them to create new content.
The lines separating predictive AI from generative AI will probably blur as AI develops. Emerging AI systems combine predictive and generative intelligence together in a seamless manner.
Also Read: Code Builder in Salesforce
Advanced AI systems incorporate both sorts of algorithms to produce both types of results, rather than employing one set for creation and another for prediction.
The value of artificial intelligence will increase even more by merging algorithms that recognize patterns and trends with those that reassemble them into new ones.
Though there are undoubtedly certain differences between predictive and generative AI, these divisions are not inflexible. Everyone has elements that are comparable to each other.
The various results are caused by the way they are applied. Both predictive and generative AI will be important in reshaping the future as AI develops.
Maintaining Salesforce Credentials
For Salesforce Certified AI Associate credentials, there is no mandatory maintenance. Through Trailblazer Community, Trailhead, and Trailhead Academy, you are encouraged to keep learning.
1. What is Generative AI?
Generative AI creates material based on patterns it finds in existing content by combining deep learning neural network techniques and algorithms.
One of the main criticisms of generative AI is that, despite the fact that its output is categorized as a unique material, it actually uses machine learning and other AI approaches based on the earlier creativity of others.
This new AI technology mimics human ingenuity by drawing knowledge from vast content stores.
2. What is Predictive AI?
Predictive artificial intelligence, or predictive AI, is the process of analyzing data and forecasting future results or events using sophisticated algorithms and machine learning techniques.
Utilizing both past and present data, the objective is to find correlations, patterns, and trends that can be utilized to project potential outcomes in the future.
3. Is earning a Salesforce AI Associate certification worthwhile?
If you have experience with AI technologies and know how to apply them, pursuing a Salesforce AI certification can formally validate and enhance your skills within the Salesforce ecosystem, showcasing your proficiency in effectively utilizing AI capabilities.
4. How to clear the Salesforce AI Associate Exam?
Review the official exam guide provided by Salesforce. Understand the key topics and objectives covered in the exam. This will help you focus your preparation on the right areas.
This blog provides a comprehensive guide to the newly introduced Salesforce AI Associate Certification. It outlines the importance of the credential, the target audience and the career prospects it offers, particularly in the rapidly evolving field of artificial intelligence.
The exam details, including cost, duration and topics covered are presented to help potential candidates prepare effectively.
Furthermore, the blog delves into the ethical considerations of AI, emphasizing Salesforce’s Trusted AI Principles.


The mission of the UC Davis K-14 Outreach Center for Computing and STEM Education (CSTEM) is to improve computing, science, technology, engineering, and mathematics (CSTEM) education in both formal and informal programs in K-14. The goal of the CSTEM Center is to broaden participation of students, especially female and underrepresented minorities, in computing and to develop students' computer-aided problem-solving skills to tackle real-world STEM problems. The CSTEM Center also studies how to streamline the curriculum on computing education in the context of STEM subjects in elementary, middle, and high schools, and first two years in colleges to increase student interest in pursuing computing and STEM related careers, and post-secondary study.
World Wide Workshop develops applications for learning with technology that combine game mechanics and social networking to empower youth to be inventors and leaders in the global knowledge economy. Their programs transform education by connecting youth to learning, community engagement and economic development through game production.


Highly Sought-After Bourns ECW1D-B24-BC0024L Digital Contacting Encoder with 200K Revolutions and 0.875in Shaft Length (Pack of 50)
Revolutionary Digital Contacting Encoder – Bourns ECW1D-B24-BC0024L
“Innovation is the key to progress.” – Bourns
The Bourns ECW1D-B24-BC0024L encoder is a groundbreaking digital contacting encoder that is set to revolutionize the industry. With its impressive 200K revolutions and a shaft length of 0.875 inches, this encoder offers unparalleled precision and reliability.
1. High Revolution Count
The ECW1D-B24-BC0024L encoder boasts an impressive 200K revolutions, allowing for precise and accurate measurements. Whether you’re working on a robotics project or a high-precision industrial application, this encoder will exceed your expectations.
2. Digital Contacting Technology
Utilizing advanced digital contacting technology, this encoder ensures reliable and consistent performance. Say goodbye to the limitations of traditional encoders and embrace the future with the ECW1D-B24-BC0024L.
3. Compact Design
With a shaft length of 0.875 inches, this encoder is compact and space-saving. It can easily fit into tight spaces without compromising on performance.
Frequently Asked Questions
Q: What applications is the ECW1D-B24-BC0024L encoder suitable for?
A: The ECW1D-B24-BC0024L encoder is suitable for a wide range of applications, including robotics, industrial automation, CNC machines, and more.
Q: How does the digital contacting technology work?
A: The digital contacting technology in the ECW1D-B24-BC0024L encoder utilizes electronic contacts to ensure accurate and reliable measurements. This technology eliminates the need for physical contact, reducing wear and tear and increasing the lifespan of the encoder.
Q: Can the ECW1D-B24-BC0024L encoder be customized for specific applications?
A: Yes, Bourns offers customization options for the ECW1D-B24-BC0024L encoder. Contact our sales team for more information on how we can tailor this encoder to meet your specific requirements.
The Bourns ECW1D-B24-BC0024L encoder is a game-changer in the industry. With its high revolution count, digital contacting technology, and compact design, it offers unmatched precision and reliability. Whether you’re a robotics enthusiast or an industrial engineer, this encoder is a must-have for your projects. Experience the future of encoders with the ECW1D-B24-BC0024L.


Is Home automation worth the investment?
Updated: Jun 13
Home automation technology allows one to control a host of functions using smart wall mounted controls, tablet, or smartphones. You may consider using it for your home or office if several of the following reasons resonate with you:
Convenience: you are looking to control various elements of your homes including lighting, temperature, and security system - from anywhere using - wall mounted switch boards, tablet, or smartphone.
Energy efficiency: you wish to monitor and control energy usage in your home, potentially reducing your energy bills, especially for air-conditioning and lights.
Security: you wish to monitor and control security systems and cameras from anywhere and potentially connect security cameras with an alarm system.
Automation can be done on both closed and open platform with varying implications for integrating with 3rd party products (lights, fans, curtains, CCTV, Audio / Video). Ultimately, the decision to invest in home automation will depend on your lifestyle, priorities, and budget. We can help you make the right choice for the platform, products and the integration partner...


Ivation Acoustix All-Terrain Bluetooth Speakers w/ FM Radio & LCD Display, IPX7 Water & Dust Proof - Rechargeable 2500mAh Battery for 9 Hour Play Time - Starts: Nov 27 18:00 EST, Ends: Nov 27 22. Sony Zeiss 35mm f/2. With Acoustix powered on, press the mode button once or twice (as needed) until “Radio” is shown on the main part ivation acoustix manual of the display. PigflyTech MX3 MXIII Basic Quad Core Andriod TV BO. Page 8: Call Waiting With Acoustix powered off, plug in one end of a 1/8-in stereo mini-jack into the Auxiliary-in port under the access door on the back of Acoustix.
It has a microphone for incoming calls. Editor&39;s Notes. We even incorporated a acoustix thick, slip-resistant carrying handle. 1 Channel Sound Bar with.
SONOS PLAY:1 2-Room Streaming Music Starter Set vs SINOBAND S400S Waterproof Power Bank Bluetooth Speaker vs Ivation Acoustix IPX7 Waterproof Bluetooth 4. View & download of more than 147 Ivation PDF user manuals, service manuals, operating guides. Setup instructions, pairing guide, and how ivation acoustix manual to reset. Manual FM Tuning: Press and hold either RIGHT ARROW or LEFT ARROW buttons, Acoustix will keep moving through the acoustix channels until the finger is removed.
0 Speaker: Music Sources Include Bluetooth, FM Radio & Auxiliary Line In; Rugged Yet Sleek All-Terrain Housing is IPX7 Waterproof, acoustix Floatable & Dustproof. User manuals, Ivation Speakers Operating guides and Service manuals. Dehumidifier, Kitchen Appliances user ivation acoustix manual manuals, operating guides & specifications. Run time: ivation acoustix manual up to 25 hours. , Technology News covering Gadgets, Websites, Apps, Photography, Medical, Space and Science from around the world brought to ivation acoustix manual you by 15 Minute News.
Ivation Acoustix Bluetooth Speaker and 20MP Waterproof Camera Watersports Kit. NEW: Ivation Acoustix FM & Bluetooth Speaker Review. Amazon Sony Trade-in Deal. Bose QC-25 Noise-Cancelling Headphones Review. 8 EX DG OS HSM The Sigma APO 70-200 F2.
Also included is the full-time manual over-ride allowing instant control in low-light situations. Mobius Action Camera 1080P HD ivation acoustix manual Mini Sports Cam Wide. Samsung Galaxy Tab 3 Lite 7-Inch Review; Samsung HW-J550 2.
Speakers ivation Acoustix User Manual Waterproof bluetooth speaker with fm radio & call answering (8 ivation acoustix manual pages) Speakers Ivation bluetooth acoustix portable stereo speaker User Manual. ca/fr/ip/Furinno-11173-Just-3-Tier-No-Tools-Coffee. From backyard entertaining to vehicle safety to productivity-enhancing office products, Ivation provides extraordinary quality and value.
package:1* Speaker, 1* USB Charging Cable, 1* 3. The lens covers ivation acoustix manual a medium telephoto range of focal lengths from 70mm to 200mm and has a large maximum aperture of F2. Also for: Ivfwcc341b, Ivfwcc331db. 8 IF EX DG HSM is an updated version of this focal length developed in response to the needs of serious photographers asking for hypersonic ivation acoustix manual motor for fast focus response. 0 Speaker with FM Radio & LCD Display Reviews ‖ Cheap Jamo IW1060SW 10" In-Wall Subwoofer (Each) Reviews ‖ Cheap Jawbone BIG JAMBOX Wireless Bluetooth Speaker (Certified Refurbished) (Graphite Sapphire) Price. With creative and practical ivation acoustix manual solutions inspired ivation by the ideas and suggestions of consumers, Ivation puts technology to work in imaginative ways to enhance everyday living. ca/fr/ip/Superb-Choice-Batterie-pour-HP-dv6-7000/PRD6VXTM8UTR91K daily 0.
8 EX DG OS HSM is a large aperture, telephoto zoom lens that incorporates Sigma s original Optical Stabilization (OS) function. 17 September. ivation acoustix manual The Ivation Acoustix is a rechargeable battery-powered, splashproof Bluetooth speaker ivation acoustix manual with a built-in FM radio, as well as a 3. 5mm AUX Cable, 1* User Manual, 1* carrying bag 2. 0 technologies for a clear signal and minimal battery draw. 0 Speaker Specs, Features, Review, Comparison 1. Sony Zeiss FE 24-70mm f/4 OSS Review 16 September.
SKU IVACTXSLKIT1 Mfr IVACTXSL More detail. 0 Speaker ivation acoustix manual with FM Radio & LCD Display - Waterproof & Dustproof All-Terrain Wireless Speakers - Crystal Clear Screen Displays Song, Station & Caller ID - Rechargeable 2500mAh lithium battery For 9 Hours of Play Time. Ivation Acoustix IPX7 Bluetooth 4. ivation acoustix manual Auto Pairing Feature: Pairs your device with the Ivation speaker automatically when it is in range of the speaker. 8 throughout the enti. Download 9 Ivation Speakers PDF manuals. The Ivation Waterproof Wireless ivation Speaker uses the latest Bluetooth ivation acoustix manual 3. FLOUREON Newest 4CH 960H HDMI CCTV DVR + 4 In.
Sony ivation acoustix manual A7R II vs A6000 vs Canon 5DS R Comparison 18 September. It ivation acoustix manual has a vacuum-fluorescent display that&39;s legible day and night, as well as buttons to control music and phone calls back on your phone. A portable speaker with a full-function display The rugged Ivation Acoustix brings the soundstage wherever you go - in any environment. 1 Channel 320 Watt Wireless Audi. Add Bluetooth capabilities and acoustix 8 watts of stereo power to the mix, and you can enjoy your music, radio and phone calls ivation acoustix manual out loud.
Ivation Acoustix FM & Bluetooth Speaker Review 24 September. The rugged Ivation Acoustix brings the soundstage wherever you go – in any environment. 8 FE Review 11 September. Ivation Acoustix Bluetooth & FM Speaker.
Amazon&39;s offering a couple of hundred dollars if you trade-in a nice camera in the process of getting a Sony A7-series camera and FE lenses. FREESTANDING COMPRESSOR WINE COOLERS. Find great deals for consumer electronics, tv, video & home audio, more than 2,200,000+ results Hardware How you can Connect Portable Loudspeakers for an Ipad. Manual ivation acoustix manual FM Tuning: Press and hold either RIGHT ARROW or LEFT ARROW buttons, Acoustix will keep acoustix moving through the channels until the finger is ivation removed. IVFWCC281B kitchen appliances pdf manual download. &Work 01 Audio 1home 20th Century Fox 2Boom 2gig 2K 2Wire 3ACTIVE 3Com 3D Optics 808 A2 A4TECH AAD AAXA Technologies ABB ABC Products ivation acoustix manual ABOX Absolute ACCO Accu-Cable ACDelco ivation acoustix manual ACEMAX ACEPC Acesonic Acme Acoustat Acoustic Image Acoustic Solutions Acoustix ACR AC Ryan ACTi Activeon Acurus Acutex AD Adam Adam Hall ADATA ADB ADDA Addlogix Adesso. Find great deals for consumer electronics, tv, video & home audio, more than 2,200,000+ results. Because with IPX7 waterproofing, it can take a splash as well as it makes one.
0 6-Inch 13MP Android KitKat ivation 4. Buy Ivation Solar Crank NOAA Weather Emergency Radio, LED Flashlight, ivation acoustix manual Smartphone Micro USB, Mini USB, 8 Pin Lighting, USB IN,* Detailed User ManualView & download of more than 103 Ivation PDF user manuals, service acoustix manuals, operating guides. ivation (If the unit has not been used for more than 10 days, please charge it before using). 0 Stereo Speaker with LCD Display – Digital FM Radio with 8 Station Presets - IPX7 Waterproof & Dustproof - Crystal-Clear Screen Displays Song, Station and Caller ID – Rechargeable mAh lithium-polymer battery For 9 Hours Play Time - Built In Microphone and LED Indicators at Amazon. ‖ Cheap Ivation Acoustix IPX7 Bluetooth 4.
LG Electronics LAS551H Sound Bar Review; BLU ivation acoustix manual Studio 6. Speakers Multifunction emergency radio flashlight, Manual. Find helpful customer reviews and review ratings for Ivation Acoustix All-Terrain Wireless ivation acoustix manual Bluetooth 4. View and Download Ivation IVFWCC281B user manual online. Ivation Acoustix IPX7 Waterproof Bluetooth 4. Large front-mounted controls ivation acoustix manual are easily accessible and simple to use, especially with damp or wet hands.
User manual instruction guide for accoustix IVACTX C&A; Marketing Inc. Sony FE 28-70mm OSS Review 12 September. For those who want an FM radio in a ivation acoustix manual waterproof speaker. Waterproof (Rated IPX6) Can withstand powerful water jets - Built in Echo cancellation and Noise suppression. This is the newest model from Sony, with an updated speaker arrangement that includes an additional tweeter and dual passive radiators. Bose SoundLink Revolve Bluetooth ivation Speaker Review vs SINOBAND S400S, Ivation Acoustix IPX7, JBL Charge 2+ Posted by Maz Barock on Saturday, Ap 13reviews review Bose SoundLink Revolve Bluetooth Speaker, compare vs SINOBAND S400S, Ivation Acoustix IPX7, JBL Charge 2+.
bluetooth portable stereo. VIZIO SB4051-C0 40-Inch 5.
-> Apc ap9320 manual


Support us to introduce youth to coding using the Raspberry Pi (Pi-Wize)
Ready4Life has started in co-operation with SNII (https://www.snii.co.za) the Raspberry Pi-Wize-Competition. The learners will be able to develop their knowledge of simple electronics and computing. They set up a Raspberry Pi and write their first program using the Python programming language.
Challenges we are facing
The Raspberry Pi components are quite expensive and are unaffordable for lots of disadvantaged youth interested in coding. With the Raspberry Pi Kits the learners will be exploring, programming and experimenting with a Raspberry Pi within just a few minutes. It is the perfect kit to get them started with any project, classroom lesson, in the lab or at home. Learners will start with 9 fun projects on their road to invention.
Together we can prepare the youth for the digital world
The pilot of the Raspberry Pi-Wize-Competition was quite successful. We are aiming to roll it out over the whole Nelson Mandela Bay to contribute to the wider goal of empowering young people for successful transition to the 4th industrial revolution. We are enabling their easier transition to the labour market by developing their digital literacy and social competences. These abilities are so much demanded by economies both in Africa and Europe as indicated by the World Economic Forum and The Digital Competence Framework.
Help us to make a difference and become a partner of Ready4Life to assist youth interested in coding and programming and lead these learners on the path to a digital future.


EXCLUSIVE TO TRIDENT DIRECT!
Our 6” base light has an elegant silver base finish and a mirror in the centre to improve light output. With 31 bright LED’s it will surely light up your centrepiece. It also has 3 silicone strips on the top to avoid vases from slipping and 3 silicone strips at the bottom to avoid the base light from moving.
•Holds up to 25kg
•31 Bright led bulbs
•On/off switch on side
•Uses 3x AA batteries (not included)
•Dimensions: 15cm diameter x 3.5cm height
•The possibilities are endless with this LED Light Base!
We Also Recommend
Others Also Bought


We are specialized in developing novel transistor designs and semiconductor related solutions. All our designs are either patented or in the process of being patented.
Existing Problems: Current detection mechanisms use chemical processes to determine the existence of a pathogen or a virus. As a result, a lot of material is used, and the testing kit can only be used once leading to a high cost and waste. Also, for each virus new chemicals and testing kits and instructions need to be provided. The consequences are:
– Bad for the environment: The chemicals and kits are wasted and not easily recyclable
– Too costly:
o Equipment: For each test a new kit and equipment is needed
o Tests: New tests need to be developed for each pathogen
– High response time: Obtaining the test result is time consuming
Our solution: Our semiconductor biosensor doesn’t use chemicals, provides the results within seconds and can be programmed to detect any pathogen or virus without any limitations on the number of times they can be used.
Additional applications: The device can be used for identification of any liquid and is not limited to pathogens. Among its other applications the following can be mentioned:
– Medical applications:
o Blood analysis: It can be programmed to determine the level of sugar or cholesterol in blood samples.
o Cancer: It can identify the change in cancer cells after chemotherapy
– Food industry: An easy and fast way of checking any type of liquid food for its freshness and health
– Agricultural sector: Determining ripeness, level of chemicals, soil examination
– Boarder and customs: Examination for illegal substance contamination
Differences between MPS and conventional detectors
Conventional practical detectors are normally chemical based. Ours work based on the physical characteristics of any material. Specifically, it measures the placement of atoms in the molecule of viruses. The placement of atoms in a virus acts as an identifying fingerprint and this makes detection very accurate, and the result is available in seconds.
Advantages compared to current detection methods
Reusable: Our device can be used thousands of times. A ten thousand test cycles would be minimum.
Programmable: Through its accompanying software application, the device can be programmed to detect any virus or pathogen.
Fast and convenient: Detection occurs only in a few seconds and the result is stored in a computer. The device would be ready for another test withing a couple of minutes after wash and rinse.
Low temperature functionality: Our device is also suitable for gas detection at low temperatures. Gas detectors normally operate at elevated temperatures, which makes them especially impractical for space or combustible environments. Our detector can operate at any temperature down to zero kelvin.
Existing Problems: The state-of-the-art technology for manufacturing CMOS has faced a challenge with regards to downscaling this type of transistor below 2-5 nanometre range. Also, the power consumption of these transistors needs to be decreased if further downscaling is to occur. It is also desirable to achieve higher frequencies in microprocessors – something that has remained dormant for several years now.
Our Solution: Our modified JFET addresses all these problems! It can be downscaled below 2nm without suffering the problems that CMOS has at these dimensions. Its power consumption is one tenth of CMOS transistors. Its speed is estimated to be at least 3 times faster than CMOS transistors.
Additional application usage: Our modified JFET transistors are optimal for supercomputer and space-based electronics as they:
· perform better at lower temperatures (supercomputers are normally cooled);
· are more resilient against solar radiation;
· are less noisy requiring less power transmit/receive information; and
· consume much less energy that makes them optimum for these two applications.
Differences between our modified JFET with conventional JFETs
In our novel design, the Source and the Drain terminals do not need to reach (touch) the Gate connection. This approach eliminates several processing steps and allows for much smaller transistors to be fitted in advanced processors. This allows it to be operational at 1nm gate length. Manufacturing of our JFET is less time consuming and less expensive since some steps are not needed in our design.
Table: Comparison of conventional JFET with our Solution
Both Voltage polarity
Current Leakage Stoppage
Digital vs. Analogue
Both voltage polarities: Our modified JFET can tolerate both voltage polarities at its input, unlike a regular JFET that can only accept one voltage polarity. If a different voltage polarity is applied to its input the device allows a very large current to flow from the input into the output either burning the transistor and its associated circuits or interfering with its operation in the best-case scenario.
Lack of current leakage: Our modified JFET eliminated the so-called input or gate current leakage that plagues all JFET transistors including HEMTs. As such it helps with the power consumption of the device; furthermore, in digital applications the power consumption of this transistor is relatively less compared to other types of transistors.
Digital performance: Unlike regular JFTEs, our modified version operates as a digital switch with all the performance characteristic that are needed for a viable microprocessor chip.
Analogue and digital: The fact that our transistor can operate with both voltage polarities, makes it possible to be used in analogue as well as digital applications.
Advantages compared to conventional CMOS transistors
Due to the limitations of JFET models, CMOS transistors are the most used types in chips. However, our modified JFET performs all the functions of CMOS and in addition has the following advantages:
Table Comparison of conventional CMOS and our Solution
Signal to Noise Ratio
Power efficiency: Compared to the state-of-the-art CMOS transistors and circuits, our JFET solutions can operate at lower voltage and current levels, meaning that they consume much less power.
Higher frequency of operation: Our modified JFET is intrinsically faster than CMOS transistors for two basic reasons. First the speed of electrons is higher secondly because parasitic capacitances are negligible compared to CMOS models.
Signal to noise ratio: The signal to noise ratio of our JFET is much better than CMOS. This means less power is necessary to transmit and read information from each transistor and much weaker signals can be amplified by these transistors.
Less fabrication steps: Our modified JFET is easier to fabricate than a CMOS (MOSFET). Our nanometre size modified JFET eliminates 4 unnecessary and expensive fabrication steps of CMOS manufacturing. These steps are currently proprietary and belong exclusively to certain manufacturers.
Easier to downscale: Our modified JFET does not suffer from the nanometre size consequences that hamper the performance of CMOS. As a result, it can be downscaled by less expensive equipment. As is shown in Figure 1, the very fact that the source and drain do not need to touch the gate makes it possible to downsize the gate as much as technology allows without worrying that this brings the source and the drain closer to each other. The closeness of the source and drain causes all the problems for CMOS devices. Here we can keep the source and drain at a safe distance and decrease the size of the gate which determines the speed of the device. The size of a transistor is the critical dimension that determines its speed.
Existing Problems: Current HEMT transistors cannot be used in digital circuits. Furthermore, these transistors suffer from the current leakage that connects their input to their output.
Our solution: Our modified HEMT transistor solves both mentioned problems. In other words, it can be used in digital circuits, and it also eliminates the current leakage.
Additional application usage: The possibility of digital usage opens a whole new set of applications and markets. These include:
– Ultrafast microprocessors for computers and smartphones that could be 100 times faster than the conventional silicon ones. Such fast microprocessors can improve AI technology by the same factor.
– Medical applications in terms of non-invasive diagnostics becomes limitless.
– The space electronic market can be dominated by this technology in a decade, because of its resistance to radiation.
Our design only adds one additional fabrication step to HEMT manufacturing process. The step involves oxidising a metal layer, which is a standard process in semiconductor manufacturing. This additional step allows the HEMT transistor to act as a digital subcircuit.
Comparison of conventional HEMT and our Solution
Both voltage polarity
Current leakage prevention
Digital performance: Perhaps the most distinguishing comparison is that unlike regular HEMTs our modified version can operate as a digital switch with all the performance characteristics that are needed for a viable microprocessor chip. Our modified HEMT is appropriate for both analogue and digital applications.
Both voltage polarities: Our modified HEMT can tolerate both voltage polarities at its input. Regular HEMT that can only accept one voltage polarity at its input and if a different voltage polarity is applied to it, the transistor burns up or its operation is ruined.
Lack of current leakage: Our modified HEMT eliminates the so-called input or gate current leakage. As such it helps with the power consumption of the device; furthermore, the total power that it can deliver is larger for radar and power electronic applications.
Microprocessor application: Current HEMT transistors cannot be used to make a microprocessor, but with our modified HEMT we can manufacturer microprocessors which are much faster than existing CMOS transistors. For example, using InP (Indium Phosphide) semiconductor compounds in our HEMTs results in digital circuits operating at 400 GHz frequency range. A frequency level that is unheard of and impossible to achieve by existing microprocessors based on CMOS transistors.
Our superconductive transistor  eliminates the need to use semiconductors in quantum computing. This increases the speed and reduces the cost and the size of a quantum computing unit dramatically.
Existing Problems: The building blocks of a quantum computer known as quantum bits need to be manipulated, their states need to be read or changed, and this is done via semiconductor transistor outside the quantum unit. The quantum unit is stored in a cryocooler with a temperature of -273° Celsius. The data needs to be transferred outside the cryocooler and then sent back via bulky connections, which leads to latency, higher costs, and bigger sizes of the unit. In general, today’s quantum computers consume too much energy, mostly due to the transfer of data between the cryocooler and semiconductors.
Our solution: Create digital and analogue circuits using innovative superconducting transistors alongside quantum bits. This will eliminate the need to send the signals outside the cryocooler and helps with speed and makes it possible to use millions of quantum bits instead of current tens of quantum bits.
Application usage: A huge market exists for quantum computers. Its economic justification based on our superconducting transistors, would create a vaster market for:
o Space and defence
o Social & economic planning
o Climate predictions
– Private sector:
o Automotive industry and autonomous driving
o Big data and data processing
o Financial markets projections
o Cyber security
So far only a handful of governments (the US, China, Russia…) and companies (Tesla, IBM, Google…) have their own quantum computers. As a more commercially viable product, there is no limit to its existing and emerging users.
Advantages compared to current superconductive transistors
Amplification: Our superconductive transistor can amplify signals, which in electronic terms is known as gain. The current superconductive transistors are based on RSFQ  digital electronics, which does not produce any gain. Our device produces gain similar to a BJT transistor and hence it can be used in digital circuits.
Non-latching: Our transistor is non-latching like regular CMOS transistors, meaning that one can either turn it off or on with application of voltage to the input. The problem with a previous generation of superconductive transistor was that their output latched and stayed at either on or off state. This problem rendered them useless, and IBM abandoned its research on this topic citing the latching problem as the cause.
Digital performance: For a transistor to perform well as a digital device it needs to possess specific characteristics. Our transistor has all these characteristics, which are the ability to amplify input signals, isolation of input and output, and the ability to connect to several transistors at its output. Therefore, the proper digital performance is predicted for our devices.
Analogue and digital: There is no superconductive transistor capable of both analogue and digital operations. Our solution can operate in both modes. This is very important when a practical electronic system is to be designed. There won’t be any need to use semiconductor transistor for any purpose in quantum computers.
III-V Technologies’ ASIC (Application Specific Integrated Circuit) branch has extensive knowledge and experience in the areas of digital, analogue, mixed signal and MEMS design, development, and manufacturing. An ASIC is an IC that is designed for a specific purpose for a single customer.
Whether you would like us to just design, perform validation and/or to manufacture the end-product, our collaboration journey starts as follows.
Whether you would like us to just design, and perform validation of your project and/or to follow through the manufacture of the end-product, our collaboration journey starts as follows.
III-V can assist your company in any of the followings:
Project Assessment – It begins with matching your needs with our expertise to ensure we can implement your requirements successfully.
Project Setup: Project framework, specification, fine tuning and optimizat.
Project Design: Next step is the development of the design whether digital, analogue, mixed signal, or MEMS. This step concludes with design layout and verification. At this stage the customer may want III-V Technologies to follow through manufacturing and testing on their behaves.
Foundry Contacts: Includes GDS production, prototyping, wafer production, assembly, and test
End Product: Mass production, packaged devices, optimization
We seek a long-term relationship with our customers with collaboration, innovation, and commitment. We offer multiple different working and business models at any of the five levels mentioned above.
Our experienced design team can contribute to your ASIC design project with a working model that suits your company the best. Already have an idea you would like to share with III-V Technologies? For optimized solutions please contact us.


R-411 Auto-ID Car Charger 2.4A Micro-Usb
What’s in the box:
- R-411 Auto-ID Car Charger 2.4A
- Charging Cable
- Our worry-free 12-month warranty and friendly customer service.
- R-411 Auto-ID Car Charger 2.4A: The Accelerated 2-Port USB Car Charger Pumping 2.4 Amperes Of Charging.
Twin USB charging ports charge 2 mobile devices at the same time; without sacrificing charging speed.
Sleek and Convenient
Ultra-compact design gives R-411 Auto-ID Car Charger 2.4A a low profile while in use.
Featured with advanced Tech Systems provides surge protection, temperature control and more advanced features to ensure total protection for you and your devices.
This charger takes up only as much space as it needs and not a millimeter more, allowing you to access other dashboard functions with ease.
Be the first to review “R-411 Auto-ID Car Charger 2.4A Micro-Usb”
- 4.66 rating from 161 reviews
There are no reviews yet.


interconnected web development technologies and programming languages. The needs
of the Internet have changed to a considerable extent today. Today’s
applications need to be fast and interactive. Ajax solves the complex needs of
today’s web design applications.
Using Ajax Programming, it is possible
to send data over the Internet without reloading the whole page. This saves a
lot of time and effectively conserves bandwidth. As a cross platform technology,
it is possible to use Ajax on a variety of browsers, operating systems and a
range of computer architectures.
Ajax is a strong programming technique that is now used to develop dynamic Web
2.0 sites. Many modern and dynamic websites utilize Ajax to meet their
interactive needs. There are a number of benefits of using Ajax over other
conventional web development methods:
- Utilization on a wide range of computer architectures and different operating
- Ability to load pages faster thus enabling enhanced web viewing and a richer
- Implementation of different style elements on the webpage
- Enhanced graphics abilities such as drag and drop features
- Ability to reload only a certain elements or section of the page rather than the
Sygnet has considerable expertise in Ajax
application development solutions to a wide variety of industries.
Sygnet has versatile and experienced Ajax
programming team and has developed several applications from simple solutions
to complex enterprise class solutions using Ajax technology.