Today Google is formally launching functionality that enables a “clickable local phone number” to appear in mobile ads. In other words a phone number appears as part of the ad copy and consumer-users can simply tap the number to initiate a call (see image below). It’s a call for the price of a click on mobile handsets.
Not available on PC AdWords campaigns, it’s only available on “high-end” mobile handsets with full HTML browsers. We wrote about this initially when an email went out to AdWords advertisers notifying them that Google was introducing click to call in mobile ads.
Earlier today I was able to speak at some length with Paul Feng, Google’s Group Product Manager for Mobile Ads. He explained that the functionality is easily activated; it’s really part of AdWords local extensions. Here’s what you need to do to turn it on (per Google):
- Set up location extensions and add your business phone number. Customers will be able to click to call your business location nearest to them (as determined by the phone’s location awareness technologies, GPS, triangulation).
- Check that you’ve chosen to show your ads on iPhones and other mobile devices with full Internet browsers in your campaign settings.
Here’s how the numbers will appear in search ads:
Image courtesy of Google
Feng told me that just the presence of a local phone number improved the performance of ads in some of the early trials they observed. He said that some advertisers in Google’s tests had seen improved CTRs of up to 30% vs. comparable ads on the PC. My thesis, which I discussed with Feng, is that the local number provides additional “credibility” or “confidence” and the user is more inclined to click or call. The phone number also visually stands out in the way that the location line does on traditional PC ads:
Calls are tracked and will show up in Google reporting. Advertisers using local extensions but who don’t want to receive calls from mobile phone users can opt-out. A restaurant might rather drive people, for example, to a mobile landing page with OpenTable reservations than receive a phone call. Other types of advertisers would probably much rather have a call (a “warm lead”) than a CTR to a landing page that might or might not close.


The earliest HVAC system prototypes that emerged at the start of the 20th century relied almost exclusively on mechanical components. Throughout the 1900s, these miraculous mechanisms evolved along with most other major technologies to incorporate more electrical components, producing more effective, efficient and advanced HVAC systems with each new year. Around the turn of the new millennium, a similar evolution prompted the incorporation of computers, software engineering, Internet technology and eventually WiFi connectivity – all of which helped to usher in the most sophisticated era of climate-control technology to date with the smart HVAC system.
Smart HVAC Systems use advanced home automation and wireless internet technology (Wi-Fi) to connect to, communicate with and establish control between your system’s sensors and other smart devices in your home like phones, PCs and tablets. There are different types of smart HVAC systems and various components of your system wherein smart tech can be incorporated, all of which we’ll get into in this article, but the main thing that distinguishes smart systems from traditional systems is the Wi-Fi connectivity.
Smart HVAC systems provide increased control, comfort, convenience and energy efficiency. Additionally, they can help you save a ton of money on short term and long term costs, and increase the overall lifespan of your HVAC system.
The core mechanical and electrical components of a smart HVAC system – ie. the air conditioner, furnace, vents, fans, filters, etc. – all function basically the exact same as they would otherwise in a traditional system. With the addition of smart technology, however, these basic functions are analyzed, supplemented and ultimately optimized by the addition of internet connectivity, remote control capabilities, advanced automation features and increased energy monitoring.
As stated earlier, the feature that distinguishes and drives smart HVAC tech more than anything else is it’s ability to connect and communicate via wireless Internet (Wi-Fi). This Wi-Fi connection gives you the power to access and control your system like never before, and it allows your system’s components to work in sync with one another to produce quicker, more effective and more precise results.
By connecting your HVAC system to your home or building’s Wi-Fi network, smart systems allow you to access, monitor and control your system and its settings remotely via your smartphone, tablet or computer. This saves you from having to get up and walk over to the thermostat, which is nice, but more importantly it allows you to easily adjust your settings from virtually anywhere outside of your home.
When they say these HVAC systems are smart, they mean it. In addition to allowing you to customize, schedule and remotely control your system’s settings, smart systems also have the ability to learn, adapt and automatically adjust to your comfort needs based on sensor input from changing conditions and prior customized settings or parameters.
The advanced connectivity and sensor technology present in smart HVAC systems allow for more precise energy monitoring. This in turn allows for increased precision over energy use and dispensation, and a significant overall increase in your home or building’s energy efficiency.
There’s a ton of upsides to investing in a smart HVAC system for your home or building, but for the sake of space (and our readers’ time), we’ve boiled our list down to the five biggest. These benefits include energy efficiency, cost savings, comfort control, system lifespan and smart home integration capability.
As mentioned, the advanced energy monitoring of smart HVAC systems will inevitably increase energy efficiency, but it’s not the only factor that contributes in this regard. The climate zoning capabilities of smart systems, for example, help to reduce wasted energy by allowing you to deprioritize energy use in unoccupied rooms.
Another huge benefit to smart HVAC systems is the enormous cost saving potential. In addition to increasing energy efficiency and thus decreasing monthly utility costs, smart systems can also save you money on long term costs like maintenance, repairs and system replacement by monitoring maintenance needs, detecting problems in your system and increasing the overall lifespan of your system, the latter of which is a benefit in and of itself.
If you think of an HVAC system like a human body, a smart system is like somebody with a built-in FitBit that constantly monitors their health, performance and energy levels, then automatically adjusts their diet, exercise and lifestyle habits in order to optimize those metrics as much as possible at all times. In addition to all the immediate benefits this provides by way of increased system performance, it can also pay off in the long term by increasing your system’s overall lifespan by several years.
By combining precision monitoring, remote Wi-Fi connectivity, customizable comfort scheduling and smart home automation, smart HVAC systems allow you to take control of your comfort like never before. Plus with the zoning capabilities of a smart system, you can adjust the temperature, humidity and air flow to attain peak thermal comfort for yourself in one room without sacrificing somebody else’s in another or wasting energy in unoccupied rooms.
Smart HVAC systems can also be connected with and integrated into larger smart home systems and building automation systems. These integrated systems allow you to monitor and control multiple separate systems like lighting, security, HVAC and more all from one centralized hub. In addition to added convenience and control, this type of integration significantly boosts the energy efficiency of your entire home or building by allowing these various systems to connect with one another and allowing you to monitor your energy use between systems.
The type of smart HVAC system you get basically depends on which components of your existing system you’ve chosen to upgrade and/or replace with smart tech. You can significantly improve your existing setup just by installing a new smart thermostat, go all in with a fully decked out smart system that with a smart AC unit, smart furnace and smart vents to match, or whatever other combination of components best suit your needs.
Smart thermostats are an important first step into the world of smart HVAC. Like traditional thermostats, smart thermostats function as the main data hub and dedicated control center for your HVAC system. Unlike traditional thermostats, smart thermostats use Wi-Fi to constantly receive, interpret and respond to data from highly sophisticated sensors throughout your home and system. The Wi-Fi connectivity also enables you to view, monitor and control smart thermostats remotely via other smart devices. Ironically, this eliminates the need for a dedicated control panel setup altogether, but most folks still prefer to have at least one wall-mounted panel.
Smart air conditioners perform all the same basic functions as traditional air conditioners – ie. pumping air in and out, getting it to temperature and so on. The big difference, thanks to the added power of smart tech, is that smart A/C units are able to take these basic functions to another level in terms of their performance. With the same precision monitoring, intuitive sensors and Wi-Fi connectivity used by smart thermostats to communicate with the rest of your system, having a smart air conditioner on the other end of your system produces an even higher degree of synchronicity, compatibility and efficiency between all the various parts and appliances that make up your system.
Similar to smart air conditioners but for heating, smart furnaces do the same job as normal furnaces – they just do that job a whole lot better, faster, cheaper and with a much higher degree of precision. Equipped with the same smart tech features as their cooling counterparts, smart furnaces work in sync with your smart thermostat and other system components to provide the ideal level of heat wherever it’s needed most, while simultaneously conserving and saving as much energy as possible. Since it typically takes more energy and money to heat a home than it does to cool it, smart furnaces are a great way to reduce your carbon footprint and your heating bills during the colder months.
Smart vents are an extremely handy technology capable of increasing your energy efficiency and producing an effect comparable to HVAC zoning (dividing one centralized system into multiple separate sub-systems with individualized climate control). Smart vents are essentially a series of dampers in your air vents that open and close precisely as needed in order to maximize control of your home’s air flow by diverting more or less air to one or more channels. In addition to working in tandem with your system to achieve your desired settings, smart vents also work intuitively to increase your system’s efficiency and decrease wasted air.
While there aren’t many downsides to smart HVAC systems in theory or in practice, there are a few things you should consider before investing. These include your existing system’s compatibility with smart system upgrades, the internet connectivity needed in order for those upgrades to function properly, and, of course, the initial cost of those upgrades.
In order for one or more smart HVAC components to function within a system, they must be compatible with the systems into which they’re being installed. While most modern HVAC systems will support the integration of smart components rather seamlessly in most instances, older and less advanced systems may not. In the latter case, you may need to make additional upgrades or even replace your system entirely in order to integrate any kind of smart tech.
Since smart HVAC systems rely on wireless internet connections in order to function, it’s also important to account for your home or building’s internet connectivity. To many homes and businesses nowadays, Wi-Fi access has become just as essential as running water, so chances are you already have the necessary internet setup. In some instances, however, like with structures in remote areas, or even in certain rooms of your house, weak or inexistent Wi-Fi connectivity could potentially pose an issue if you want to install a smart system.
Regardless of whether you’re just dipping your toes into the water with a new smart thermostat or diving into the deep end with a complete overhaul of your system, there will obviously be costs to consider. In addition to the cost of the equipment itself – which can be anywhere from a couple hundred to several thousand depending on what you get – you’ll also have to factor in the cost of installation. Keep in mind that lack of system compatibility and internet access can drive these initial costs even higher, but don’t forget that you’ll be saving money month-to-month and year-to-year with your new system.
To recap everything we covered in this article, smart HVAC systems are a great way to boost energy efficiency, reduce costs and increase your system’s comfort, control and convenience. While there’s a lot to consider before investing, including system compatibility, internet connection and initial costs, the rewards of smart HVAC systems far outweigh the risks.
Whether you’re looking to boost your home’s energy efficiency and decrease your monthly utility bills, optimize your system’s performance and extend its overall lifespan, or just make your life a little easier and get with the times, investing in a smart HVAC system may be the smartest thing you do all year. As the inevitable next step in the evolution of HVAC technology, it’s only a matter of time before smart HVAC systems become the new norm.
If you’re interested in learning more about smart HVAC systems, visit the links listed below to get additional info and browse smart home products from the brands we trust most.
If you’re ready to talk to an HVAC pro about questions or scheduling an installation and you happen to live in DE, PA or MD, Maichle’s is here to help. Click the Text Us button at the bottom of the page to message one of our experts or give us a call at (302) 328-4822 to get started now!


One of our amazing sponsors is the Satellite Phone Store. They became aware of SoftStack Factory (SSF) via a mutual friend of SSF that had introduced them to our mission and goals. When they discovered SSF was in pursuit of a space in the downtown area, they had just vacated a space to accommodate their growth and offered the newly vacated space to SSF instead of subleasing it for the last 9 months. SSF now has an amazing space to bootstrap its vision, train our students and we gained an amazing partner.
Satellite Phone Store helps the community in many other ways, did you know that satellite phones can help in natural disasters? We are all used to our phones working all the time, but during a natural disaster your phone may not work. Phones rely on infrastructure, and that can get damaged or destroyed during a disaster, causing lines to be down. Since natural disasters can strike anywhere and anytime, how can you be prepared?
All rescue services use Satellite communications to stay touch with base camps and local hospitals, so in this case Satellite Phones can be life savers.
Satellite Phone Store works with clients of all sectors: Air, Marine and Land, they can communicate with a satellite phone to anywhere in the world. The Satellite Phone Store started in 2004 motivated by a major hurricane in Florida to serve the community, now they provide satellite communication support coast to coast in the USA.
Satellite communication can go where normal cell phones can’t, they let you make calls from anywhere, in any situation you need. They don’t rely in terrestrial network, but directly to and from satellites orbiting the Earth.
SoftStack Factory is appreciative of the support of amazing companies like Satellite Phone Store. If you or your company is interested in supporting our mission please contact us, we need more amazing supporters.
Find out more about SPS


The RTL-SDR is a software defined radio (sdr) dongle that allows anyone to tune in and listen to any digital or analog signal on the 2.4 GHz frequency band, which includes WiFi signals, cellular traffic and radar. with this tool you can even hack into your ISP’s router using packet injection techniques!
“Can you transmit with RTL SDR?” is a question that has been asked many times. The answer to the question is yes, but there are some limitations.
After the hack, the RTL-SDR can emit a signal at frequencies ranging from 500 MHz to 1500 MHz (1.8 GHz to 3 GHz) (see why). Tuning the TX RTL-SDR to 1 GHz using SDR#, and receiving the transmitted 1 GHz signal with another instance of SDR# and another RTL-SDR.
With this in mind, what does RTL in RTL SDR stand for?
I understand that SDR stands for Software Defined Radio, but the RTL portion confuses me!
What can I do with RTL SDR, too?
- As a police radio scanner, for example.
- EMS/Ambulance/Fire communications are being monitored.
- I’m listening in on communications between pilots and air traffic controllers.
- With ADSB decoding, you can track aircraft locations like a radar.
- Decoding ACARS brief signals sent by aircraft.
- Trunking radio talks are being scanned.
As a result, the issue becomes, what is the best SDR?
2019’s Top 10 Software Defined Radios (SDRs)
- NESDR Mini 2+ 0.5PPM TCXO RTL-SDR & ADS-B USB Receiver Set w/ Antenna.
- RTL-SDR USB Set NESDR Nano 2+ Tiny Black NESDR Nano 2+ Tiny Black NESDR Nano 2+ Tiny Black NESDR Nano 2+ Tin
- R820T2 RTL2832U 1PPM TCXO SMA Software Defined Radio RTL-SDR Blog
- v1 of Ham It Up
- Nano 3 OTG NESDR Nano 3 OTG NESDR Nano 3 OTG NESDR Nano 3 OTG NESDR Nano 3 OTG NESDR Nano 3 OTG NESDR Nano 3 OTG NESDR
- 100kHz-1.7GHz Software Defined Radio Bundle from NESDR.
What exactly is an SDR device?
Software-defined radio (SDR) is a radio communication system in which hardware components (such as mixers, filters, amplifiers, modulators/demodulators, detectors, and so on) are replaced by software on a personal computer or embedded device.
Answers to Related Questions
What is the meaning of RTL?
degree of transfer registration
In amateur radio, what is SDR?
Software Defined Radio (SDR) aims to digitize most, if not all, of the complicated signal processing that occurs in communications receivers and broadcasters. An SDR receiver might be as simple as an analog-to-digital converter chip coupled to an antenna in its most basic form.
What is an SDR receiver, and how does it work?
Software-defined radio (SDR) is a radio communication system in which hardware components (such as mixers, filters, amplifiers, modulators/demodulators, detectors, and so on) are replaced with software on a personal computer or embedded device.
What is RTL (right-to-left) design?
In simple terms RTL design or degree of transfer registration design is a method in which we can transfer data from one register to another. OR. Constructing a digital design using Combinational and Sequential circuits in HDL like Verilog or VHDL which can model logical and hardware operation.
What exactly is Airspy?
Airspy is a popular series of Software-Defined Radio (SDR) receivers that use novel DSP and RF methods to deliver high performance at an affordable price.
What does rtl2832u stand for?
The RTL2832U is a USB 2.0 demodulator with a high-performance DVB-T COFDM demodulator. NorDig Unified 1.0. 3, D-Book 5.0, and EN300 744 are all compatible with the RTL2832U. (ETSI Specification). With a bandwidth of 6, 7, and 8MHz, it can operate in 2K or 8K mode.
What exactly is RTL radio?
RTL Radio is a Berlin-based commercial radio station that is part of the RTL Group. It started as the German language station of Radio Luxembourg, which began transmitting from Luxembourg following World War II.
In the field of telecommunications, what is SDR?
A Software Defined Radio (SDR) is a radio that allows software to manage radio system features including frequency, modulation type, and transmit power. Another benefit of SDR is the ability to upload new or amended radio standards to a terminal over the air.
What is software defined radio and how does it work?
Software-defined radio (SDR) is a concept in which RF communication is accomplished by utilizing software (or firmware) to handle signal-processing operations that would normally be done by hardware.
What does the acronym SDR stand for?
SDR# (pronounced SDR Sharp) is a PC-based DSP tool for Software Defined Radio that is simple, intuitive, compact, and quick. It’s developed in C# and is optimized for both object design and performance. The primary goal is to provide a basic proof-of-concept application that allows users to experiment with DSP methods.
What is the purpose of amateur radio?
Amateur radio, often known as ham radio, is a popular activity and service that combines people, technologies, and communication. Without the Internet or mobile phones, people use ham radio to communicate across town, over the globe, and even into space. It’s entertaining, sociable, and informative, as well as a lifeline in times of need.
What does the acronym SDR stand for?
Special powers to draw
Is it possible for me to purchase SDR?
Allocations and transactions in SDRs
The voluntary market allows members to purchase and sell SDRs. The IMF may also designate members to purchase SDRs if necessary. Export criterion: The issuer of the currency is an IMF member or a monetary union with IMF members that is one of the world’s top five exporters.
Is it possible to invest in SDR?
Individuals, investment firms, and businesses cannot own SDRs; only IMF member nations may do so. Despite the IMF’s advice, four nations pegged their currencies to the value of an SDR as of the year 2000.
What is the purpose of software-defined radio?
– The ability to quickly and cost-effectively alter radio equipment has become vital to the industry. SDR technology provides the flexibility, cost effectiveness, and power needed to propel communications ahead, with far-reaching advantages for service providers, product developers, and end users.
What exactly is an SDR waveform?
The waveform is a significant application software in software defined radio (SDR) that satisfies the communication function. The waveform program should be designed according to a certain flow in order to increase its portability and reusability.
What is SDR for direct sampling?
The RTL-SDR software defined radio may be set to operate in “direct sampling mode,” which enables the dongle to tune to the HF frequencies, where ham radio and other interesting signals can be discovered, with a modest hardware modification. This eliminates the need for an upconverter circuit.
The “rtl-sdr dongle frequency range” is a question that has been asked before. The answer is yes, but the RTL-SDR dongles are not able to transmit at longer distances.
Frequently Asked Questions
What can you do with RTL-SDR?
A: RTL-SDR is a software defined radio receiver which can be used to receive and decode digital signals in the 1800MHz ~ 2500MHz range.
Is RTL-SDR illegal?
A: No, RTL-SDR is not illegal. However, it might be against the law to import and use this device in your particular region. Its up to you if you want to risk that or not.
Can HackRF transmit?
A: Yes, HackRF can transmit. You will need to have a transmitter programmed in order for it to do so though.
- hackrf one
- sdr transmit
- rtl-sdr digital tv software
- rtl-sdr amazon
- rtl-sdr v3 frequency range


2011년 6월 7일 화요일
Samsung Smart TV Media Launch
Samsung Launches Slew of Smart TV Products
Samsung Electronics, the Korean consumer electronics giant launched their latest range of Smart 3D LED TVs, Plasma TVs and smart Blu-ray player home entertainment systems a few days ago. The new range of Smart 3D LED TVs addresses the consumer's growing need for greater choice and control over the way they access and view content. Samsung is spearheading the growth of 3D TV and content to consumers by flooding the channel with affordable 3D products. Consumers now have a wide range of TVs to suite their home and lifestyle need including the D8000 series TV which received a CES 2011 Innovations Design and Engineering Award.
Samsung makes the best TV :)


Water-cooled frequency conversion speed regulating device (hereinafter referred to as frequency converter) adopts unique soft charging technology to precharge the power unit capacitor in the frequency converter by controlling the power supply and effectively eliminate the excitation inrush current. Does not affect the upper high voltage switchgear, does not affect the power unit in the DC capacitance, prolong the service life and reliability of the capacitor.
|Allowable voltage fluctuation range
|Operating at full load, voltage fluctuation ±10%
|Input current harmonics
|≤3%, in line with IEEE519-1992 and GB/T14549-93 standards
|Output voltage range
|Maximum output capacity
|Machine efficiency power factor
|Forced air cooling ≥0.965, water cooling frequency conversion ≥0.98
|Output frequency range
Double waterway parallel design
Reasonable waterway direction
High voltage power devices are used
Water connector on line plug
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Reed Solomon is the emerging algorithm that is going to be widely used in the future for the detection and correction of multibit errors in various applications like semiconductor memory, high speed and high-density disk drives, mobile communication, digital communication, and reliable data transmission. This is the focus work for my dissertation to implement RS encoder and decoder that is a complex algorithm and it is used for reliable memory operation in a system. Literature surveys were carried out to understand this complex algorithm because we could not get all the materials in one place so it needs a compilation of work. More than 2000 lines of RTL codes were developed in Verilog HDL under this dissertation work to realize this hardware module, nowhere such codes are available in the public domain on open-source codes on the internet. SRAMs are the one application area for RS decoder for reliable data storage and retrieval. The RS Encoder and decoder are designed in structural modeling and develop the hardware.
Prateek Asthana has completed his Ph.D. from the National Institute of Technology (NIT) Hamirpur in 2020. He completed his post-graduation from JSS Academy of Technical Education, Noida in 2014, and his graduation from Amity University, Noida in 2011. His area of research includes front-end and back-end VLSI, MEMS, and energy harvesting.
Number of Pages:
LAP LAMBERT Academic Publishing
Reed solomon, error coding, VHDL, Front End
TECHNOLOGY / Electronics / General


Periskal Mobile Transponder PM-1
The Periskal Mobile Transponder PM-1 is a black box transponder. It can be installed out of view of the skipper, the complete operation is done by the Periskal Inland ECDIS VIewer. The product is certified by BSH and German Federal Waterway Administration. It is the first transponder/software combination certified to be used in such a way. CERTIFICATE R-4-320
The connection between PC and transponder is done via UTP LAN. This type of connection is far more reliable than the Serial connection used by all other transponders.


Caltta Technologies Co., Ltd. (originally from ZTE Corporation), established in 2012, is a leading provider of integrated professional trunking communication solutions. With more than 700 experienced professionals and over 300 trunking technology patents, Caltta is capable of providing broadband trunking and narrowband trunking, PTT over Cellular, emergency communications, integrated communication command and other products and solutions. Caltta’s professional trunking system and network have been successfully deployed in more than 60 countries and regions around the world, widely applicable in local government, public safety, emergency, rail transit, utilities, energy and other verticals, providing professional communication services to more than 3 million users.
Caltta is committed to leading the Convergence of Global PMR Communications. In 2014, it launched the industry-leading "2+4" broadband and narrowband convergence solution, using DMR and LTE convergence networking, while supporting key voice and broadband data services; In 2017, the company proposed a "Converging All to Talk" private network development strategy, advocating "converged services, converged networks, converged terminals and converged industries"; in 2021, Caltta became a subsidiary of Beijing E-own International Investment & Development Co.,Ltd., launching an in-depth and long-term strategic cooperation with ZTE. Looking forward to the future, for the digital transformation in the 5G era, Caltta will provide end-to-end 5G industry application solutions, combining artificial intelligence and big data to help multi-industry and multi-field digital construction.
With the mission of "Make Communications Safer and Richer", Caltta takes continuous innovation as the technology-driven cornerstone, professional technology as the root of the industry, provides efficient and high-quality services, and works with industry partners to create a win-win cooperation of ecology, creating value for global customers.


The Federal Communications Commission (FCC) regulates interstate and international communications by radio, television, wire, satellite, and cable in all 50 states, the District of Columbia and US territories. An independent U.S. government agency overseen by Congress, the Commission is the federal agency responsible for implementing and enforcing America’s communications law and regulations.
The FCC's rules and regulations are in Title 47 of the Code of Federal Regulations (CFR), which are published and maintained by the Government Printing Office.
ATIC provides one-stop North American certification in Automotive Sector such as FMVSS/SAE testing, AMECA certification, nowadays, more and more telecommunication technologies and devices are introduced into automotive industry, ATIC experts can also support whole vehicle and system manufactures regarding to the compliance of FCC regulations and FCC certification.
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March 10, 2003
The Inverse Network Effect
The always insightful Clay Shirky has just released Social Software and the Politics of Groups. The underlying core: we have no antecedents for how nonlocal groups, and the technology that supports them should function. In other words there is almost no precedent for the way a group of people across the world can interact in a mailing list or chat room. And its equally difficult to design software for those interactions, as there is no precedent for thinking about the problems.
What sprang to mind immediately was Metcalfe's Law which basically states that the usefulness of a network increase exponentially with the number of users. Perhaps there is a reverse law as well. That the larger the network the difficulty in designing new software increase exponentially. How do you test software designed to let 1000 people communicate at once? Its hard enough deal with the tech issues, working with the interface and social use models is a whole other story.
Posted by William Blaze at March 10, 2003 01:11 AM
The classic example being that 1 person with a telephone is useless as they have no one to call. 2 people with telephones is useful assuming they want to talk to each other. The more people


Inside Maxwell's air traffic control tower
By Senior Airman Tammie Ramsouer, Air University Public Affairs
/ Published March 02, 2018
MAXWELL AIR FORCE BASE, Ala. --
The air traffic control tower on Maxwell Air Force Base, Alabama, is made up of seven flights of stairs leading to the observation room where air traffic controllers have a 360 degree view to monitor the flight line. Maxwell’s air traffic control tower is the second oldest tower still in use today within the Air Force. Air traffic controllers monitor Maxwell’s flight line to ensure the safety of ground maintenance crews and aircraft crews by directing aircraft on and off the flight line safely.


Various Kinds of GPS Tracking Devices Available
Vehicle GPS tracking software is completely reliant on the Global Positioning System.The government satellites circle the earth to transfer the locations along with other relevant information on people, vehicles and other imperative objects. It will gather intelligence from the satellites. This pertinent information will be then transferred to a computer making use of technology implanted in the GPS unit, where it can be analyzed along with being accessed according the need of the user. Several reports can be detailed with data on precise positioning, departure along with arrival timings and length of the journey.It will also tell you the travelling speed of the vehicle. The unit consists of a large memory that will allow it to hold all the essential information before transferring through either GPRS or SMS from the GPS server.
What are the different kinds of devices available?
When selecting a GPS tracker for kids, it is imperative to understand the four basic systems on the market and their usage. Hardwired devices are mostly found in vehicles, such as cars and vans. It will depend on the power of the vehicle for making it operational. The bulk of the unit is generally stored under the bonnet, along with the engine. Nonetheless, some models may need the additional use of an antenna. Loggers are a type of tracker that will record and store the essential information. Therefore, it may be downloaded at a later time or date. It isalso known as passive tracking systems. Hence, no information can be gathered from the device while it is on its journey. However, once it has reached it final destination, you will be able to know the location. A personal tracker is a device found in a mobile phone or something that appears like at beeper.
Parents looking forward to know the whereabouts of their children without invading their privacy can make use of GPS tracker for kids.


The AirPods (3rd generation) are the latest addition to Apple’s line of wireless earbuds. These earbuds are designed to provide an exceptional audio experience, with a range of features that make them stand out from the competition.
Firstly, the AirPods (3rd generation) feature a new design that is both sleek and functional. The earbuds are smaller and more lightweight than previous models, making them comfortable to wear for extended periods of time.
Additionally, the earbuds come with a new charging case that is both compact and stylish, making it easy to carry the AirPods with you wherever you go. In terms of audio quality, the AirPods (3rd generation) are second to none. The earbuds feature Apple’s H1 chip, which provides a faster and more stable wireless connection. This chip also enables the AirPods to deliver high-quality sound with deep bass and crisp treble.
Furthermore, the earbuds come with active noise cancellation, which blocks out external noise and allows you to focus on your music or phone call. The AirPods (3rd generation) also come with a range of features that make them easy to use.
For example, the earbuds automatically turn on and connect to your device when you take them out of the charging case. They also pause your music or phone call when you take them out of your ears, and resume when you put them back in.
Additionally, the earbuds are compatible with Siri, allowing you to control your music or make phone calls with voice commands.
Overall, the AirPods (3rd generation) are a must-have for anyone who values high-quality audio and ease of use. With their sleek design, exceptional sound quality, and range of features, these earbuds are sure to impress even the most discerning audiophile. Whether you’re listening to music, taking phone calls, or just enjoying some peace and quiet, the AirPods (3rd generation) are the perfect choice.


Gobus/GridFTP Data Transfers
Globus OverviewURL: http://www.globus.org
Globus Connect enables a computer to use the Globus file transfer and sharing service. It makes it simple to create a Globus endpoint on practically any system, from a personal laptop to a national supercomputer. Endpoints are computers between which files need to be transferred. Globus Connect is free to install and use for users at non-profit research and education institutions.
The main advantages of Globus Connect are speed and the user interface. Globes uses a multi-threaded transfer technology to increase the transfer speeds considerably over other electronic transfer options (e.g., ssh, rsync, ftp). The user interfaces include a file explorer-type web client and a command line interface (CLI).
Globus Connect comes in two flavors: Globus Connect Personal is designed for use by a single user on a personal machine; Globus Connect Server is designed to be installed by a system administrator on multi-user computing and storage resources.
The IWDW has Globus Connect Servers configured for downloading modeling platforms and data archives from the warehouse. To connect to the IWDW endpoints, users must:
- Have the Globus Connect Server or Personal endpoint setup to receive data from the IWDW endpoints
- Have a login to the IWDW Server endpoint (request login)
Configuration NotesViking Configuration
There are two ways to connect/initiate transfers between servers using Globus. For connecting a desktop to a
The Globus web client is available through v. You need to have the
$ ssh -l zacadelman cli.globusonline.org $ transfer


Ntention receives follow-up funding from Norwegian Space Agency
Ntention has been awarded follow-up funding from the Norwegian Space Agency, enabling them to make significant strides in the space industry.
Ntention receives funds for the project “Interaction software for XR supported control mechanism for robotics and robotic systems for spacesuits”.
The project aims to develop interaction software that utilizes XR (Extended Reality) to control robotic systems for spacesuits, which will ultimately improve the efficiency and safety of operations in space.
“Using augmented reality, this software application will allow the user to interact with an unmanned ground vehicle (rover) that has an attached robotic arm”, says CEO of Ntention Magnus Arveng to the Norwegian Space Agency.
The funds for 2023 will be used to develop software for augmented reality that supports control mechanisms for robotics and robot systems in spacesuits.
Investing fully in the space industry
Ntention has previously received support to develop spacesuit interaction using an augmented reality sensor glove that allows astronauts to fly drones. The funding made a research collaboration between Ntention and a spacesuit manufacturer that supplies services to NASA possible.
“The follow-up funding has been absolutely priceless to us as a company, especially when we found ourselves in a difficult situation in 2022. The support we then received meant that we chose to invest fully in the space industry, and we are very grateful for that“, says Arveng.
The new project will enable the Norwegian company to demonstrate to its partners its ability to deliver powerful solutions and turn these into finished products.
Ntention builds user-centered interaction systems. For space, it is developing its “Astronaut Smart Glove” that could be used to control a drone during space exploration. Its technology has further applications in virtual reality, music, Digital twin interaction, robotic asset management, Operation rooms for the future, and military applications.
Ntention is connected to Energy Valley’s innovation platform Energy Invented.


At its March 23, 2017 Open Meeting, the Federal Communications Commission (FCC or Commission) voted unanimously to adopt a notice of proposed rulemaking (NPRM) seeking comment on a proposal to reduce certain reporting requirements for international telecommunications service providers (International Service Providers). In particular, the FCC proposes to eliminate, in its entirety, the annual International Traffic and Revenue Report, in which International Service Providers report details regarding their international telecommunications services. The NPRM also seeks comments on ways to streamline the annual Circuit Capacity Report in which International Service Providers report on satellite, terrestrial, and submarine cable system usage and capacity.
On an issue that takes on new-found importance after FTC v. AT&T Mobility, a federal court in Montana granted summary judgment in favor of the Federal Trade Commission (FTC) in a case alleging that the defendants violated the FTC Act by placing charges on consumer telephone bills for purportedly unwanted service add-ons, such as voicemail, electronic fax, and call forwarding (a practice referred to as “cramming”). In its decision, the court rejected the defendants’ claim that the corporate entities involved in the case are “common carriers,” and therefore exempt from prosecution under the FTC Act.
On March 16, 2017, the Federal Communications Commission’s Media Bureau (Bureau) released a Memorandum Opinion and Order (Order) addressing Honda Motor Co., Ltd’s (Honda) January 2017 petition for limited waiver of video accessibility rules for its in-vehicle rear entertainment systems. The Bureau granted Honda’s 20-month waiver request with the condition that Honda provide status update reports.
During a plenary meeting held March 6-9 in Dubrovnik, Croatia, the 3rd Generation Partnership Project (3GPP) a standards-developing collaboration between groups of telecommunications associations approved an accelerated time frame for the completion of specifications which will facilitate standards-based 5G deployment to begin in 2019 instead of 2020. Continue Reading
In February, Chairman Ajit Pai presided over his first major open meeting since becoming chairman, at which the Commission adopted items furthering the FCC’s reverse auctions for Universal Service funding and narrowing the applicability of the Open Internet Order’s transparency requirements. In this episode of Kelley Drye’s Full Spectrum podcast, Steve Augustino, Avonne Bell, and Brad Currier break down the key details in the FCC’s Mobility Fund Phase II order, Connect America Fund Phase II auction order, and Open Internet small business exemption order. They also discuss some of Chairman Pai’s recent process reforms in the context of the February and March open meetings. This is the first in a semi-regular series examining noteworthy actions taken at FCC open meetings.
To listen to this episode, please click here.
With the D.C. Circuit still considering the appeal of the FCC’s 2015 TCPA Declaratory Ruling and Order, Chairman Pai is limited (for now at least) in what he can do to pursue his vision of the TCPA. Nevertheless, with a partial remand of the 2015 Order at least a possibility, it is worthwhile to take a look back at then-Commissioner Pai’s dissent in that proceeding as an indicator of where a Pai-led FCC might take the TCPA.
Wireless carriers are a major step closer to using unlicensed spectrum to ease network congestion and boost speeds following the FCC’s authorization of the first LTE-Unlicensed (“LTE-U”) devices on February 22, 2017. LTE-U technology allows carriers to deliver mobile traffic over unlicensed spectrum in the 5 GHz band already occupied by Wi-Fi, Bluetooth, and other technologies. The recipients of the equipment authorizations are Ericsson and Nokia. The certifications by the FCC’s Office of Engineering and Technology (“OET”) mean that the devices in question satisfy the technical criteria of the FCC designed to prevent harmful interference to radio communications services. Those rules stipulate that unlicensed devices must accept any harmful interference they receive from any source. Unlicensed devices have been certified for decades. The announcement of the certifications of the LTE-U devices represents an important milestone in the FCC’s recent focus on spectrum sharing and broadband deployment because these devices are specifically designed to support broadband and work in an integrated fashion with commercial mobile broadband providers’ networks. In short, this is not just a pumped up version of Wi-Fi offload, which carriers have used for years to relieve congestion on mobile networks. These devices mean that the hundreds of megahertz of 5 GHz spectrum that the cable and unlicensed communities fought for years to gain access to – the so-called Unlicensed National Information Infrastructure (“U-NII”) bands – will now be available for LTE technologies.
On February 23, 2017, during the second open meeting under Chairman Ajit Pai, the Federal Communications Commission (FCC or the Commission) unanimously approved an order launching the long-awaited second phase of the Mobility Fund. The Mobility Fund offers financial support to service providers to preserve and extend mobile broadband and voice services in unserved and underserved areas. The FCC’s order will provide up to $4.53 billion over the next decade to expand 4G LTE coverage to areas currently lacking that level of service, with $340 million reserved for Tribal areas. This order is one component of Chairman Pai’s focus on bridging the digital divide. The full text of the FCC’s order and further notice of proposed rulemaking has not been released. Continue Reading
At the February 2017 Open Meeting, the Federal Communications Commission (Commission) approved an Order finalizing bidding rules for the upcoming Connect America Fund (CAF) Phase II auction where service providers will compete for up to $1.98 billion in financial support in areas where the incumbent provider declined cost-model funding. This Order is the next stage in an ongoing effort by the Commission to revise aspects of the high cost program of the universal service fund (USF) to encourage the extension of voice and broadband communications services to rural and high cost areas of the country. As of this writing, the Commission has yet to release the text of the order.
On Thursday February 23, 2017, by a 2-1 vote, the Federal Communications Commission (FCC) voted to restore the Small Provider Exemption from the Commission’s Open Internet rules, and to expand the exemption to cover more BIAS providers.
In the 2015 Open Internet Order, the FCC adopted enhanced transparency disclosure requirements for Internet service providers by requiring providers to disclose promotional rates, all fees and/or surcharges, all data caps and allowances, and additional network performance metrics (e.g., packet loss).


Structured cabling has become an integral part of almost every organisation's IT infrastructure, without which, they simply wouldn't be able to operate. That's why it's important to make sure that your network is up to date and managed properly.
From our initial roots in voice cabling, the company is now well established in the provision of data networks, offering Cat5e, Cat6 and Cat6a structured cabling systems. We provide a complete network cabling service, from design, installation, and project management through to commissioning.
A network consultancy service is available for the planning of structured cabling systems.
Where Data Centre environments require the implementation of fast mission critical networks and where access time is limited, R.S.S Installations can design and install pre-terminated cabling systems, providing reduced time on site and minimise disruption to the existing live network.
In addition to the installation of large cabling systems, a service for moves, additions and changes on existing voice and data networks is available.
We can install data cabling solutions ranging in size from one data outlet to thousands, and have experience in a wide variety of different environments and around the EU including:
We are able to work in both refurbishments and new builds, and can even adapt your existing equipment to improve performance should it be suitable.
- Computer Centres
- Financial Institutions
- External Network Solutions


- WIRELESS and HASSLE FREE – Listening music becomes a hassle free experience with this incredible Bluetooth speakers – no more tangled cables, earplugs slipping out of ears, or ear pain due to uncomfortable ear pads – a perfect design that can be simply paired with any of your bluetooth enabled devices to enjoy seamless high-quality music.
- SUPERIOR PERFORMANCE – The speakers use CVC 6.0 broadband noise reduction technology to provide high clarity sound, and can play music for up to 6 hours (standby time 30 hours) with its 300MA explosion-proof polymer rechargeable battery. The noise reduction technology ensures that high quality clear music reaches your soul without any interference. The rechargeable battery can be easily charged through the micro USB port and gets fully charged in just 1.5 hours.
- ENHANCED BASS, HIGH IMPACT- Right bass can make a huge difference to the impact that any music can have. These incredible speakers support with TF card mode and use 3D HD stereo sound technology powered by professional brass amplifier chip to ensure powerful yet pleasant bass. In addition, use of 40MM NdFeB strong magnet speakers enhance the bass horn shock effect and widen the sound field – thus it lets you play HIFI sound levels.
- COMFORTABLE AND EASY TO USE – The speakers have an ergonomic design with stretchable headband (fits any head) and comfortable ear pads. The ear pads are made of protein soft high elasticity material which make it comfortable to use the speaker even for longer durations and helps in isolating outside sound. When low on battery, the speaker can be used as wired headphone through the 1.5 m long audio cable that comes free with the speaker.
- TRAVEL FRIENDLY and INTELLIGENT DESIGN – The speaker has an anti-scratch surface finish and folds into a compact form that’s easy to carry everywhere you go. The advanced built-in microphone offers a clea


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By default Raspbian is set up for DHCP which is quite fine in many cases, but less fine if you want to use it as a server or other applications where a known static IP address is important. One option is to use a DHCP reservation on a DHCP server, but if you do not have one or want to use one, you could just setup a static address in the configuration files in Raspbian
To view the current IP address use the ifconfig command.
pi@raspberrypi ~ $ ifconfig eth0 Link encap:Ethernet HWaddr b8:27:eb:9c:62:17 inet addr:192.168.10.157 Bcast:192.168.10.255 Mask:255.255.255.0 UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1 RX packets:1543 errors:0 dropped:0 overruns:0 frame:0 TX packets:1079 errors:0 dropped:0 overruns:0 carrier:0 collisions:0 txqueuelen:1000 RX bytes:116617 (113.8 KiB) TX bytes:125062 (122.1 KiB) lo Link encap:Local Loopback inet addr:127.0.0.1 Mask:255.0.0.0 UP LOOPBACK RUNNING MTU:65536 Metric:1 RX packets:0 errors:0 dropped:0 overruns:0 frame:0 TX packets:0 errors:0 dropped:0 overruns:0 carrier:0 collisions:0 txqueuelen:0 RX bytes:0 (0.0 B) TX bytes:0 (0.0 B) pi@raspberrypi ~ $
The configuration is stored in /etc/network/interfaces which can be opened with a text editor
sudo nano /etc/network/interfaces
My Raspberry Pi only have one interface, so it is the eth0 interface. By default, it is setup for DHCP.
iface eth0 inet dhcp
To configure a static IPv4 address up changed the above line to the following. Replace the addresses with those that needed in your network
iface eth0 inet static address 192.168.10.11 netmask 255.255.255.0 gateway 192.168.10.1
DNS servers are configured in the file /etc/resolv.conf. If the PI has received a DHCP assigned address, the DNS servers that the DHCP server provides, remains in the file even when the configuration is changed to static.
These are TDC DNS servers.
nameserver 22.214.171.124 nameserver 126.96.36.199


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- Implement and administering network devices including routers, switches, firewalls, IPS (Intrusion Prevention Systems), VPNs, Load Balancers, Wireless access points and other network appliances
- Configure, tests, and maintains LAN (Local Areas Network) / WAN (Wide Area Network) equipment and related services
- Identifies, diagnoses and resolves network problems which including WAN links. This shall include liaising with contractors on technical support and faulty equipment rectification
- Perform network health monitoring and capacity planning
- Provide Tier 2 and 3 supports for internal and external stakeholders
- Updating the latest Firmware’s & security patches to the Network equipment’s
- Update documentations on IT inventory and standard operating procedures on the network infrastructure
- Monitor network devices maintenance contract expiry and perform renewal promptly
- Implement security policies and procedures on network devices in conjunction with the company’s security policy such as hardening, patching, access control review
- Diploma in Computer Science, Information Technology, Network Engineering or similar relevant field
- Previous working experience as a Network Administrator for minimum 2 years
- Network certifications such as CCNA will be preferred
- Working knowledge of network hardware, protocols and technologies which includes routers, switches (layer 2/3), firewalls, IPS, DNS, SNMP, Routing protocols (BGP, OSPF, EIGRP), NAT (Network Address Translation), SD WAN (Software Defined WAN), Switching and VLAN, TCP/IP and wireless network standards
- Proficient in using network analyser / sniffing tools such as Sniffer, Wireshark and Ethereal for troubleshooting network issues.
- Hands on experience with equipment from Checkpoint, Fortinet and Cisco
- Strong interpersonal, written and oral communication skills
- Experience working in a team-oriented, collaborative environment.
To apply, please visit www.gmprecruit.com and search for Job Reference: 19449
To learn more about this opportunity, please contact Yi Fang at email@example.com
We regret that only shortlisted candidates will be notified.
GMP Technologies (S) Pte Ltd | EA Licence: 11C3793 | EA Personnel: Law Yi Fang | Registration No: R1113115


Before you travel outside the US, please consider these tips for cell phone use!
1. Call your service provider before you leave and confirm that your cell phone works globally at least for emergency calls and a few necessary text messages. If you expect to use it for a few calls and text messages, get a global service plan. If you expect to use it a lot for voice calls, you should investigate getting a global SIM card.
2. Using your cellular signal for data (emails, internet access, map and other apps) is VERY EXPENSIVE via your home carrier, even with a global data plan. Turn off cellular data before you land, and use only locally available wifi in hotels, airports and restaurants for downloading emails and getting on the internet or using your internet-connected apps. If you put your phone in Airplane Mode, it also turns off the cellular signal for voice calls and texts. You may want to do this while traveling to avoid unwanted calls and battery drain. Take it off airplane mode only when you need to make a call.
3. Text messages apps that work well over the internet are What’s App and Viber. Also, iMessage between iPhones works over wifi as does FaceTime and Skype.
4. If you are moving around a lot, and want wifi wherever you are at anytime, you’ll love the Wireless Pocket Wifi with unlimited data from Wireless Traveler. As I have traveled outside the country, I have really struggled to stay in touch using only hotel and restaurant wifi. Next time, I’m definitely taking one of these!
For more information on Global Service SIM cards for your phone and the Wireless Pocket Wifi, please contact our Virtuoso partner, Wireless Traveler. They’ll answer all your questions. Please mention Travel With Martha for Virtuoso benefits!


In the fast-paced world of content creation, the need for portable, high-quality audio recording and streaming solutions is paramount. Recognizing this, CEntrance, a Chicago-based digital audio solutions provider, has launched The English Channel™, an innovative, portable, analog channel strip that promises to revolutionize recording on-the-go.
Since 2009, CEntrance has been at the forefront of enabling artists to deliver projects that rival the quality of professional studios. The release of The English Channel™ is just another testament to their commitment to maintaining that tradition. This portable streaming studio is designed to cater to the needs of podcasters, musicians, journalists, and YouTubers who need professional-level audio recording and streaming capabilities while on the move.
The English Channel™ is no ordinary tool. Encased in a robust, lightweight aluminum shell that is built to withstand the challenges of the road, it houses three premium-quality signal-processing devices. It features a high-gain mic preamp, an analog dynamics processor, an analog parametric EQ, and an audio interface. All of these are packed into a compact desktop cradle that is no larger than a book.
The device connects seamlessly to laptops, phones, and tablets, enabling content creators to record on-the-spot or live stream from anywhere in the world. With its built-in 24-bit 48K SD card recorder, The English Channel™ can function independently without the need for a computer. It can easily fit into a backpack, making it perfect for broadcasting from remote scenic locations.
According to Michael Goodman, founder and CEO of CEntrance, “Our world demands fast content. But you can’t always work in your studio and your phone just doesn’t deliver professional audio results from its built-in mic.” The English Channel™ bridges this gap, allowing professionals to record and broadcast top-quality audio without the need for a bulky gear rack.
CEntrance’s choice of analog technology for The English Channel™ is deliberate, offering superior audio quality, road-worthy reliability, and ease of use. The built-in Noise Gate, Compressor, De-Esser, and 3-band ‘British’ Parametric EQ all feature tactile controls, keeping distraction to a minimum and helping the performer focus on the art.
The audio interface at the heart of The English Channel™ brings additional benefits. The host can add mics and set up a two or three-person podcast with the three included mic preamps, simultaneously recording the program to the SD card and streaming it via the connected phone to YouTube Live, Instagram, Facebook, and more.
Priced at $1,599.99 USD, The English Channel™ is now available for purchase, offering an efficient and robust solution to improving audio quality on the go.
About CEntrance: CEntrance is a highly respected player in the world of digital audio solutions. Known for its work with top Hollywood artists and producers, the company has been perfecting design miniaturization for years. They have developed a reputation for producing virtually indestructible travel gear that is easy to use on the spot. By focusing on simplicity and customer service, CEntrance delivers an intuitive experience that removes the barriers to creativity.
1. CEntrance: https://centrance.com/
2. The English Channel™: https://centrance.com/english-channel/?utm_source=podnews.net&utm_medium=web&utm_campaign=podnews.net:2023-11-07


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Using mobile phones within the European Union is now significantly cheaper, as a new law to cap costly roaming charges have come into force.
The European Commission said the cap will make using a phone within the EU up to 77 percent cheaper ahead of the complete abolition of roaming charges in June 2017.
Under the new rules, calls received while on roaming will cost just over one cent a minute, compared to the five cents being charged before. A text message will also cost the same as while at home.
The rules now set the principle of net neutrality rules for the first time in EU law.
An agreement between the European Commission, the European Parliament and the Council essentially means that roaming charges will cease to exist in the EU as from next June.
When travelling in the EU, mobile phone users will pay the same price as at home, with no extra charges.
For a decade, the Commission has continuously been working to decrease roaming charges within the EU. Prices for roaming calls, SMS and data have fallen by 80 percent since 2007. Data roaming is now up to 91 percent cheaper compared to 2007.
To abolish roaming charges a series of technical conditions will have to be fulfilled, but the EC has said it is fully committed to implementing those conditions and making sure that the end of roaming charges is operational as of day one.


The Pixhawk 2.1 is the latest and greatest platform for the ardupilot project. Designed to be developer friendly, easy to use and incredibly reliable, the Pixhawk 2 is the ideal system to use for your next drone project, be it commercial, research or hobbyist. The Pixhawk 2 is designed to be a fully integrated single board flight controller with sufficient I/O for the most demanding of applications. In addition the sensor performance and reliability has greatly been improved, with triple redundant IMU's, and the capability to use up to 3 GPS modules. Through smart design the bill of materials has been reduced which keeps the overall design simple, and affordable.
Triple redundant vibration damped IMU with support for up to 3 GPS modules
All in one design with integrated FMU
Heating system to fly in very low temperatures
Lots of I/O ports (see below for full list)
Sepaerable carrier board to allow developers to build and use their own
Onboard battery backup for FMU and IO SRAM/RTC
Separate power supplies for FMU and IO
BUILT USING 29 MEMS SENSORS
The pixhawk 2 includes a triple redundant IMU with a total of 29 sensors: Furthermore the main IMU is also mounted on a vibration damped system to ensure the sensor readings are accurate.
3x triple axis accelerometers
3x triple axis gyroscopes
3x triple axis magnetometers
LOTS OF I/O PORTS
14 PWM servo outputs (8 from IO, 6 from FMU).
R/C inputs for CPPM, Spektrum / DSM and S.Bus
Analogue / PWM RSSI input.
S.Bus servo output.
5 general purpose serial ports, 2 with full flow control
Two I2C ports
One SPI port (un-buffered, for short cables only not recommended for use).
Two CAN Bus interface.
3 Analogue inputs
High-powered piezo buzzer driver. (On expansion board)
High-power RGB LED. (I2C driver compatible Connected externally only)
Safety switch / LED.
EMI filtering is provided at key points in the system using high-insertion-loss passthrough filters. These filters are paired with TVS diodes at the peripheral connectors to suppress power transients. Reverse polarity protection is provided at each of the power inputs. USB signals are filtered and terminated with a combined termination/TVS array. Most digital peripheral signals (all PWM outputs, serial ports, I2C port) are driven using ESD-enhanced buffers and feature series blocking resistors to reduce the risk of damage due to transients or accidental misconnections.
Both the FMU and IO microcontrollers feature battery-backed real-time clocks and SRAM. The on-board backup battery has capacity sufficient for the intended use of the clock and SRAM, which is to provide storage to permit orderly recovery from unintended power loss or other causes of in-air restarts. The capacitors can also be recharged from the FMU 3.3V rail, however this will only function in the event of software existing to support this feature.
VOLTAGE, CURRENT AND FAULT SENSING
The battery voltage and current reported by both bricks can be measured by the FMU. In addition, the 5V unregulated supply rail can be measured (to detect brownout conditions). I/O can measure the servo power rail voltage. Over-current conditions on the peripheral power ports can be detected by the FMU. Hardware lock-out prevents damage due to persistent short-circuits on these ports. The lockout can be reset by FMU software.
The under/over voltage supervisor for FMU provides an output that is used to hold FMU in reset during brown-out events.
PIXHAWK FMU MAIN BOARD
STM32F427; flash 2MiB, RAM 256KiB.
On-board 16KiB SPI FRAM
MPU9250 or ICM 20xxx integrated accelerometer / gyro.
All sensors connected via SPI.
Micro SD interfaces via SDIO
VIBRATION DAMPED IMU BOARD
LSM303D integrated accelerometer / magnetometer.
MPU9250 or ICM 20xxx Gyro / Accel
All sensors connected via SPI.


Today, it was widely reported that much of South Asia, the Middle East and North Africa were experiencing serious internet disturbances. These problems not only affect these nations but also those companies in the US and the UK which outsource help from there.
Folks in Dubai believe these internet problems are caused by cuts in international undersea cables. The BBC reports:
The company said: "We are working actively with the submarine cable system operators (FLAG Telecom and SEA-ME-WE 4) to ascertain the reasons for the cables being cut," it said. FLAG Telecoms operate the Fiber-Optic Link Around the Globe (FLAG), a 28,000km (17,400 mile) long submarine communications cable.
EA-ME-WE 4, or the South East Asia-Middle East-West Europe 4 project, is a submarine cable linking South East Asia to Europe via the Indian subcontinent and the Middle East. Neither of the cable operators have confirmed the cause or location of the outage but some reports suggest it was caused by a ship's anchor near the port of Alexandria in Egypt.
There was disruption to 70% of the nationwide internet network in Egypt on Wednesday, while India suffered up to 60% disruption. International telephone calls, which have also been affected, are being rerouted to work around the problem.
It's hard to imagine what a vital part of our economy, communication and personal lives the Internet has become. It is our lifeblood. At my office, for instance, aside from using email and our website for much of our work, we also run a web-based database and use VOIP phones--if the internet was down for a day we might as well all go home. No one could work for more than 35 minutes without hitting an obstacle.
Clearly, my life as a Blogger and as a student would be severely affected without my beloved internet, but there's just no comparison to losing the massive communications networks of major cities. I live in the United States, at this point on the precipice of a possible recession, and I read everyday how the smallest things effect the larger economy, like the price of oil--I can't imagine how large the loss of communication for a day, a week, maybe more could effect the viability of an entire nation.
I know we are addicted to oil, but there seems to be a goal in mind to help us kick the habit. How can we alleviate our dependence on the Internet? Is it impossible?


INSTRUMENTS & CONTROLS
MSI FZC developed a Data Acquisition System, Multi Channels, to gather information coming from the various sensors on the pumping units. This DAQ can accommodate several types of signals, 4-20Ma, 0-5V, frequencies, pulses,… All data are stored in the system.
At the same time of recording the system also displays the data through a 15” touchscreen interface (9”, 11” also available). The display can be customized by the operator as data, chart, curves,…and all data can be downloaded via a USB cable/key in ASCII, Excel format for post-processing and job reports.
MSI FZC offers non radioactive mass flowmeter using Coriolis flow tube systems. These mass flowmeters also provide flow Density and flow temperature. They are used in LAS systems, Hydration units and Cementing Units.
They are available with local display and remote display
MSI FZC keeps in stock 0-15K electronic pressure sensors with 2”Fig.1502M connection and also 2”Fig.1502 pressure deboosters with 6” analogic pressure gauge and adjustable overpressure shutdown proximity switch.
MSI FZC keeps stock of magnetic pick up sensors. These are typically used as bolts counters on pump shafts to provide a rotation speed and calculated flow displacement.
MSI FZC keeps stock of Bimetal types thermometers with P+U API 6A temperature range and 1/2″NPT Male connection. Several stem length are available
These are designed to be used with thermowells. MSI FZC keeps the thermowells in stock as well. These are of integral types made in SS304 or SS316 and with ½” NPT MxF connections.
MSI FZC has its own line of ½”NPT SS316 10K and 15K isolation needle valves. These valves are straight types and can also be used in HP sampling ports.
MSI FZC keeps these valves in stock.
On all electric driven systems there is separated circuit for the power circuit and the control circuit. Usually the control circuits use 12V or 24V DC while the power circuits use 230V, 380V,400V, 415V, 440V, 460V,….AC.
As a result, to be able to power the controls circuit from the main power supply an AC/DC converter and transformer is needed.
MSI FZC provides these systems as parts or as stand alone units with enclosures containing the converter and all breakers, power supply connections, output connections,….as per clients’needs.
With the excessive prices of large power converters for powerful DC electric motors of several hundreds of KW the use of AC motors driven by VFD systems (Variable Frequency Drive) is becoming more and more popular.
Rich of its extensive experience in this field MSI FZC offers complete packages of AC engines + VFD drive systems to drive any type of pumps, onshore and offshore.
MSI FZC provides complete solutions for power distribution panels and controls panels for oilfield equipment electric driven for onshore and offshore operations.
The enclosures can be explosion proof aluminium cast or usual weatherproof steel sheet metal and powder coated enclosures.
The panels house all the electrical components of the installations in an organized and secured manner while providing easy access for maintenance and total security against elements, vibrations, dust,…


Not Until the Fat Lady Sings
The purpose of this experiment was to discover the resonant frequencies of glass. Other aspects were to break the glass and discover if a uniform frequency exists for all glasses or if the frequency depends upon different characteristics of the glass.
To conduct this experiment the resonant frequencies of two beakers were found by matching the sound that was emitted from a generator with the sound from tapping the glass of the beaker. The frequency was correct because when the volume was turned up, the beaker vibrated in tune with the frequency. To further support this, a stroboscope was used to view these vibrations.
Although the equipment broke during the experiment, the resonant frequencies for both beakers were obtained; however, only a stroboscope reading for the 1000 mL beaker was found. The fact that the wavelength equals the circumference was disproved by testing and calculations. But, it is true that the vibrations of the glass if the stoboscope is set at a multiple of the resonant frequencies can be seen.
Research Done By:


Running a small business or venturing a startup in today’s fiercely competitive landscape of the Internet of Things (IoT)? Then, no doubt you face numerous challenges in your quest for success. Increasing customer demands, intense market rivalry, and the constant need to deliver innovative solutions that captivate the audience…
We understand these pains. Perhaps you’re struggling to identify the right target audience or define a compelling use case for your IoT app. Maybe you’re grappling with the complexity of choosing the right development platform. It could be that you’re unsure how to effectively market and monetize your application to maximize its potential.
That’s precisely why we have created this comprehensive guide: to equip startups and product owners like you with the knowledge, insights, and practical steps needed to create successful Internet of Things applications. Whether you’re a budding team aiming to disrupt the market or a lone warrior seeking to enhance your existing offerings, this article will serve as your trusted companion on your app development journey.
What is IoT
As we mentioned above, IoT means the Internet of Things. It is a network of physical objects or “things” that are connected to the Internet and can communicate with each other. These objects can be anything from everyday devices like smartphones, smartwatches, and home appliances to industrial machinery, vehicles, and even buildings.
The basic idea behind IoT is to enable these objects to collect and exchange data with each other over the Internet, without requiring direct human interaction. For example, a smart thermostat in your home can connect to the Internet and communicate with your smartphone or other devices. It can collect data about the temperature and occupancy of different rooms, analyze this information, and adjust the temperature accordingly. Similarly, a wearable fitness tracker can monitor your physical activities, heart rate, and sleep patterns, and provide you with personalized health insights.
The advantages of developing Internet of Things applications are numerous. It empowers startups to optimize their operations, improve efficiency, and enhance customer experience. For product owners, an IoT app opens doors to new revenue streams, better product insights, and increased customer engagement.
IoT market and trends
In 2023, the Internet of Things continues to evolve by leaps and bounds and shape various industries. According to the statistics, there are more than 13 billion connected IoT devices worldwide. By 2030, 75% of all devices are expected to be IoT.
If we take a look at the biggest market players, there are Intel, Qualcomm, STM, Microsoft, PTC, Cisco, Amazon, and others. You can research their technologies, as they will be your competitors.
The industry has several segments, so you will definitely find the one that suits your business. The most popular are the industrial and automotive sectors. You can also consider the following:
Digital twins and enterprise metaverse: these are realistic digital replicas of systems created using IoT sensor data. These digital twins allow businesses to optimize operations and gain a deeper understanding of their processes.
Connected cars: in the automotive industry, the Internet of Things is transforming vehicles into connected cars. Companies like Airbiquity and Zubie offer features such as over-the-air software updates, crash notifications, real-time GPS tracking, and driver performance monitoring.
Smart home appliances: LG Electronics’ ThinQ line incorporates machine learning and easy connectivity with voice assistants, while Samsung Electronics offers a range of smart appliances with seamless integration across devices. Electrolux focuses on energy-saving appliances that utilize sensor technology to minimize energy consumption.
Industrial sector: the Industrial Internet of Things (IIoT) is being utilized to enhance factory operations, improve safety, and increase efficiency in industrial production, factories, construction, etc.
Data analytics: with the massive amount of data generated by the devices, advancements in AI support for IoT app analytics are crucial. Artificial Intelligence plays a vital role in processing and making sense of the collected information, allowing you to create better applications and get valuable insights.
Agricultural sector: connected sensors and devices can monitor soil moisture, weather conditions, and crop health, helping farmers make data-driven decisions and optimize resource usage.
These examples illustrate the diverse range of IoT applications and products that are boosting the industries in 2023, from digital twins and security to connected cars, smart homes, industrial operations, and beyond.
Preparing for IoT App Development
Before starting the actual production, you need to gather essential information. First, create a business plan for your product. For a small business or newborn startup, it’s better to pick the MVP model: a minimum viable product. In your case, that will be the application that has only essential features. This approach reduces costs and development time, which is crucial in terms of the market.
Second, devote time to research your target audience and competitors. What your clients like and dislike, their pains and desires. While analyzing the rivals, pay attention to their marketing strategy, monetization type, implemented features, brand message, etc. In your IoT app design, you can take into account all the misses made by your competitors and leverage them to your benefit.
Third, we want to point out a crucial detail — monetization. There are several models and the choice will influence your success greatly. It should coincide with your company’s message as well. The most widespread is subscription type, where you offer tiered subscription plans with different features and services for users to choose from. It’s a steady income, but you can also consider pay-per-use, when the charge is based on the actual usage, or advertising, with integrated non-intrusive advertisements or secure sponsorship deals.
Essential IoT app features
The must-have options for a project of this type can vary depending on the specific use case and the type of solution you are developing. However, some common features are:
Device connectivity: of course, your application should be able to connect and communicate with IoT devices securely, either through wired or wireless protocols such as Wi-Fi, Bluetooth, Zigbee, LoRaWAN, or cellular networks.
Data collection: this means gathering data from connected devices in real-time or at regular intervals. It could be sensor readings, device statuses, environmental conditions, or any other relevant information.
Data storage: after collecting, you need to have a secure place for storing the gathered data in a database or cloud infrastructure for further analysis, visualization, and historical reference.
Data analytics: processing the collected information to derive meaningful insights, identify patterns, trends, anomalies, or predictive models is a great benefit of IoT app analytics.
Remote monitoring and control: people should be able to monitor and control their devices remotely through the application, regardless of their physical location.
Alerts and notifications: consider implementing real-time alerts and notifications to inform your clients of critical events or when specific thresholds are met, ensuring timely actions.
User authentication and security in IoT: since the app is connected with sensitive data, you have to incorporate secure authentication and authorization mechanisms to safeguard the information.
Developing an IoT app
First things first, you need an experienced development team. However, the more qualified specialists are, the more money you will have to spend. In general, an in-house team will cost you up to $150/hour, while an outsourcing agency can cut the prices in half and ask for around $40-45 per hour for development and around $75-80 per hour for the UI/UX design. Outsourcing development is a flexible approach that without a significant loss of quality and time might reduce the cost by up to 50%.
As we mentioned above, the cost depends on the team’s experience level and location, as well as the amount of implemented features.
- Approximately 200+ hours ($9 000) for development
- Around 100+ hours ($8 000) for design
- Around 670+ hours ($30 150) for a custom approach
- Total: ~ $17 000 or $38 150 for custom development
Complex app with 10-15 pages:
- Approximately 310+ hours ($13 950) for development
- Around 230 hours ($18 400) for design
- Around 1 250+ hours ($56 250) for a custom approach
- Total: ~ $31 550 or $74 650 for custom development
To calculate possible expenses, you can use our Project Calculator. It allows you to check costs not just for the development, but also for UI/UX design, branding, or even the entire project.
For creating an Internet of Things application, your team should include:
- Project manager
- IoT architect
- Hardware engineer
- Embedded systems developer
- Back-end developer
- Front-end developer
- Data scientist
- UI/UX designer
- Security specialist
- Quality assurance (QA) engineer
Also, if your IoT app includes a mobile component, you’ll need a mobile app developer who specializes in developing apps for iOS, Android, or other platforms.
Connectivity protocols: devices need to communicate within the IoT network and with the central system. Common connectivity protocols include Wi-Fi, Bluetooth, Zigbee, LoRaWAN, Cellular (2G/3G/4G/5G), and MQTT (Message Queuing Telemetry Transport). The choice of protocol depends on factors such as range, power consumption, and data transfer requirements.
Embedded systems programming: usually, programming is done using low-level languages such as C/C++ or embedded platforms like Arduino, Raspberry Pi, or ESP8266/ESP32.
Cloud platform: the cloud serves as the back-end infrastructure for storing, processing, and analyzing the massive amounts of data generated by IoT. Platforms like AWS IoT Core, Google Cloud IoT Core, Microsoft Azure IoT Hub, or IBM Watson IoT are commonly used.
Back-end services: this layer handles data processing, storage, and business logic. It involves using programming languages (like Python, Node.js, Java, etc.) and frameworks like Django, Flask, or Express.js.
Databases: information from IoT devices is typically kept in storage for analysis and retrieval. Depending on the data structure and IoT app scalability requirements, you can use SQL databases (MySQL, PostgreSQL) or NoSQL databases (MongoDB, Cassandra).
APIs: it facilitates communication between the application and other services, allowing data exchange and integration with external systems.
To make your life easier, our team released a pack of ready-made UI components that you can integrate into IoT apps. For example, a glanceable temperature control:
Steps for creating an Internet of Things application
Choose the right IoT app platform
There are various platforms, such as AWS, Google Cloud, and Microsoft Azure, that offer different features and capabilities. You should evaluate these platforms based on their scalability, security, device compatibility, and integration options to make an informed decision.
Consider UX design
Intuitive and user-friendly design is critical for IoT app success. You must focus on creating a seamless and enjoyable user experience by understanding user behavior, designing intuitive interfaces, and providing relevant real-time data.
Developing IoT app architecture and back-end
Building a scalable and secure architecture is essential to handle the data influx. In order to avoid clutter, you should design a robust back-end infrastructure capable of processing, storing, and analyzing vast amounts of information while ensuring data integrity and privacy.
Integrating sensors and devices
As you remember, the main advantage of IoT app development is the ability to collect valuable user data and enable real-time interactions. However, it’s easier said than done. Consider carefully providing device compatibility, communication protocols, and data synchronization for seamless device integration.
Programming and prototyping the application
To validate your ideas, create prototypes. It will help you test functionalities, and gather feedback before diving into full-scale development. For that, you need to choose the right programming languages, frameworks, and tech stacks.
Testing and deploying the IoT app
Comprehensive testing ensures the reliability, security, and performance of the application. Your team should employ various testing methodologies such as functional testing, compatibility testing, and security testing to identify and resolve issues early in the development lifecycle.
Deploying to production involves configuring cloud infrastructure, setting up servers, and ensuring seamless integration with IoT devices. Follow best practices for a smooth deployment process to minimize downtime and maximize your client’s satisfaction.
Continuous monitoring and maintenance
The release is not the final destination. You need to maintain an IoT app after bringing it to life. It involves continuous monitoring, performance optimization, and regular updates. If you monitor the performance and promptly address issues, you can ensure a seamless user experience and stay ahead of evolving industry standards.
Creating the Internet of Things applications opens up a world of opportunities for startups and product owners. By understanding the fundamentals of app development, you can embark on a successful journey. All you need to do is prepare meticulously, design with user experience in mind, and ensure robust testing, deployment, and maintenance. Embrace the IoT landscape, tap into its potential, and unleash innovation to thrive in the digital era.
Do you want to build an IoT application that combines the latest trends and technologies? Contact us and let’s create a versatile project that wins the users’ hearts.


Multifunctional Wireless Power Bank
A Must-Have Versatile Power Bank
Want more charging options? The Multifunctional Wireless Power Bank is capable of both wireless and connected charging that you won't even need extra accessories!
Built-In Cables For Multiple Charging
Charge 1 phone wirelessly and 3 more devices using the built-in cables for Android, iOS, and USB-C devices.
Digital LED Display
Displays the battery status on the top matte surface of the power bank.
Charge Via USB Input Cable
It loads up power using a fourth cable that you can connect to a laptop and desktop computer or with other power banks as well.
Why Get This Power Bank
Space-Saving. compact, lightweight, and eliminates the need for separate cables.
Fast Charging. experience quick-charging for various iOS and Android phone brands.
Multi-OS. best for when you own various devices using different kinds of OS-appropriate plugs.
Multiple Charging. you can charge up to 4 devices simultaneously.
Versatile. not only for smartphones but it's also for tablets, cameras, and drones.
- Shell Material: Plastic
- Battery Type: Li-polymer Battery
- Battery Capacity: 10000mAh/20000mAh
- Input Interface: Micro Usb
- Input Interface: USB
- Weight: 500g
- Input: 5V 2.1A
- Output: 5V 2.0A or 5V 2.1A-2.4A
Your Order Includes
- 1 x Multifunctional Wireless Power Bank
Get Yours Today
The Multifunctional Wireless Power Bank has it all - wireless charging, multiple cables for input and output, digital display, and large capacity charging. You can charge multiple devices and bring it along on yout travels.
100% Satisfaction Guaranteed, Or Your Money Back
If you are unsatisfied with your order, we will gladly issue a full refund or replacement within 30 days of delivery.
Our support staff will have you taken care of 24 hours a day, 7 days a week. Simply contact us at: email@example.com for assistance!


When you access an email account through a desktop email application such as “Microsoft Outlook 2000® for Windows®”, the email application will require specific information about your email account. The information below is used to setup a email client for your desktop or mobile phone.
Secure SSL/TLS Settings
Your email address.
Your email password.
| Incoming Server|
- IMAP Port: 993
- POP3 Port: 995
| Outgoing Server|
Authentication is required for IMAP, POP3, and SMTP.
- IMAP email access coordinates between the server and your mail application. Messages that have been read/deleted/replied to will show up as such, both on the server and in the mail application.
- POP3 does not coordinate with the server. Messages marked as read/deleted/replied to in the mail application will not show up as such on the server. This means that future mail downloads with POP3 will show all messages as unread.
- Outgoing mail is sent using SMTP.
- We recommend using POP3 over SSL/TLS or IMAP over SSL/TLS since they provide increased security for your interactions with the remote mail server.
Posting has been disabled.


Today SHAPE Services starts beta-testing for IM+ for Skype v. 4.0
We invite you to take part in BETA round of new IM+ for Skype version.
We are adding the exciting feature:free voice communication within Wi-Fi zones.
In order to place the VoIP call please make sure to select proper call type at "Settings" - "General".
Then select the contact from your contact list or "Call" - "Call phone" from the menu.
VoIP functions of IM+ for Skype currently work in half-duplex mode.
Please press left convenient key to talk and release it to hear you interlocutor.
Note that Wi-Fi connection is required to place and receive VoIP calls.
Download the installation for your BlackBerry (works till 8th of December 2009) at
IM+ for Skype :: BlackBerry :: Products
or directly to your Blackberry on our WAP-site
You may post your comment here or send them from IM+ for Skype selecting "Help" / "Feedback" from the menu.
When posting your comments in this thread, please specify your Blackberry model, Blackberry OS and wireless carrier.
As usual, active beta-testers will be awarded with license codes.
Waiting for your feedback!


Hubtel POS works on any cellular device. The mobile apps will run smoothly on the following versions:
- Android: Gingerbread 2.3.3 upwards
- iPhone OS: 9.3 upwards
The web app will run smoothly on the the following systems:
- IE 6, IE 7, IE 8, Firefox 2.0 +, Opera 9.6 +, Safari 3.2 +, Chrome 2 +
For users without smartphones, you may still take advantage of our USSD application to make and receive payments. For steps to use these applications, please see this help document.


THE PORT MANAGER OF CALABAR PORT, MRS OLUFUNMILAYO OLOTU EXPLAINING SOME POINTS OF INTEREST TO THE REPRESENTATIVE OF THE MANAGING DIRECTOR, EXECUTIVE DIRECTOR, ENGINEERING AND TECHNICAL SERVICES, PROF IDRIS ABUBAKAR AND OTHER TOP MANAGEMENT STAFF.
NPA commissons Signal Station at Calabar Port to aid efficient port service delivery- Photos
|TRADE NEWSWIRE|: A Socio-Economic Reformer and Managing Director, Nigerian Ports Authority, Hadiza Bala Usman, has commissioned a Signal Station at the Calabar Port, in order to facilitate efficient Port service delivery especially in the area of Ship traffic, TRADE NEWSWIRE reports.
Signal Station: A signal station is a place on shore from which signals are made to ships at sea. It include coastal radio stations and fog signal stations, the term is most often used for shore installation that use visual signals to communicate with ships at sea.
REPRESENTATIVE OF THE MD, ED ENGINEERING AND TECHNICAL SERVICES, PROF IDRIS ABUBAKAR CUT THE TAPE SIGNALLING THE COMMISSIONING OF THE SIGNAL STATION. HE IS FLANKED BY THE PORT MANAGER OF CALABAR PORT MRS OLUFUNMILAYO OLOTU AND OTHER TOP MANAGEMENT STAFF.