Project Description of TRANSFORM for broader Public
Grant Agreement number: 101007237 — TRANSFORM — H2020-ECSEL-2020-1-IA
Power Electronics is an important technology domain that has permeated into many aspects of modern life. It has become an essential technology for e-mobility, communication, renewable energy, medical, aerospace and industrial production. Hybrid/electrical cars but also devices such as mobile phones and home appliances use power electronics systems for the conversion of electrical power from one form to another and control its energy level. Hence developments in this domain directly affect society and the quality of life. It plays a key role in the efficient use of electrical energy and controlling its environmental impact since electrical power is lost as heat during its conversion and conditioning. The prediction that electrical energy consumption will overtake oil by 2040 (International Energy Agency [http://www.iea.org]), emphasizes the importance of this technology field.
Power Electronics uses semiconductor materials which have a direct influence on the efficiency of the system. Traditionally Silicon (Si) is used for this purpose, the semiconductor material in every conventional electronic device. Despite substantial progress with electronic components based on this material, further breakthroughs to provide a technological response for future demands is difficult to achieve.
At this point new materials with better properties come into play, the so-called “wide bandgap” materials. Silicon Carbide (SiC) is one of them with properties that allow, among others, operation at higher temperatures and higher electrical potential leading to smaller components and higher power conversion efficiency. These parameters directly influence the performance of the application and its environmental impact. Depending on the application, 6-30% gain is expected by using SiC instead of Si.
It is the aim of TRANSFORM to build a complete and competitive European supply chain for power Electronics based on Silicon Carbide (SiC) power semiconductors. It encompasses research and development activities along the complete supply chain, from SiC substrates to energy converters/inverters , to provide European market players with a reliable source of SiC components and systems based on an entirely European value chain.
Aimed technical excellence will strengthen the global competitive position of Europe. Innovations in substrate manufacturing will establish a new global standard: smart-cut technology allows high scalability, superior performance and reliability. Devices produced with these substrates will be implemented into power modules for different applications. Substrate and equipment manufacturers plus technology providers cooperate to increase maturity of the new processes from lab demonstration to pilot lines.
Semiconductor device manufacturers develop and tailor processes and device design based on the new substrate process. These devices will be implemented into efficient, high power density components with innovative assembly and interconnection technologies. Methodological developments will allow faster time-to-market by optimized requirement engineering and digitalization in component qualification. Project demonstrators will show energy savings in applications in the renewable energy, industry, farming and automotive domains.
TRANSFORM contributes to European societal goals and the green economy through significantly increasing energy efficiency by providing a competitive, ready-to-industrialize technology, strengthening Europe’s technological sovereignty in this critical field.


The WiFi solution setups used in our homes aren’t robust enough to handle the load required to keep a modern business running and online.
Home WiFi solution setups consist of a cable modem with enough power to handle internet use in a home 2 to 5 users. The network is designed to sustain web browsing, cellphone wifi usage and some video streaming/gaming in small amounts or not at the same time.
This model doesn’t work in an office building in a modern day office. Healthcare facilities, office buildings, and most modern companies all need something more robust that can sustain the increased demands required by these settings.
Modern offices now require companies to have a wifi solution that is always “on” and the slightest delay can cause serious setbacks in productivity. The use of laptops, tablets and even cell phones used in business have created a workflow that demands a stable and reliable WIFI network solution as part of a company’s essential network infrastructure framework.
Enterprise-level WiFi solution connections use different protocols and management methods than consumer networks, and the equipment is able to support larger data loads without suffering from dropped signals or tapering off into dead zones.
Access is controlled by an administrator to ensure only authorized users can connect, there are no rogue networks nearby and show network loads to ensure that the network can maintain the demand of the office network.
If your company needs Enterprise Wifi Solutions in order to use advanced equipment, more access points and a strategic design to create a web of connectivity on which business owners, employees and customers can rely on, Freedom Tech can help.


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Himanshu Thapliyal, assistant professor in the Department of Electrical and Computer Engineering at the University of Kentucky, has been awarded funding by the National Science Foundation to explore hardware security measures for vehicle security. His project, “Photovoltaic Based Physically Unclonable Functions (PUFs) for Vehicular Security,” will receive approximately $200,000 over the next two years.
Today’s vehicles have approximately 100 million lines of computer code and 60 electronic control units (ECUs), as well as a wide range of computer-enabled technologies such as power and infotainment systems, remote locking and unlocking, remote engine start, etc. With plans underway to include vehicle-to-vehicle (V2V) communications technology in new vehicles, it is expected that there could be as many as 220 million connected cars globally by 2020. However, these embedded devices in vehicles are susceptible to malicious cyber-attacks, such as modifying the in-vehicle system infrastructure, stealing intellectual property (IP) and misusing the vehicle-to-vehicle communication. Fundamental advancements are needed at the hardware and software levels to create a more reliable vehicle security infrastructure. This research investigates the potential use of Physically Unclonable Functions (PUFs) as a hardware security approach to simplify or solve many important vehicular security problems, such as ECU piracy, ECU counterfeiting, secure authentication and key management. The proposed work will be performed in collaboration with the vehicular security experts at the Oak Ridge National Laboratory (ORNL). The proposed research could pave the way for the widespread use of photovoltaic-based PUFs to mitigate vehicle cybersecurity vulnerabilities and the impacts of potential attacks, thereby increasing the public safety of American families and securing drivers’ personal data. In addition, the project will lead to a stronger research and education program in vehicular security at the University of Kentucky and the Commonwealth of Kentucky.


IBER has a conference room which can be booked for meetings, defenses, and luncheons. It is equipped with a Polycom Video Conferencing system.
To reserve the Conference Room, located at Learned Hall, Room 5109, email Joan Bisco at email@example.com. Please include the following information:
- Date and time
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- Type of event
- And if any additional set up required.
This video conferencing system consists of a 60'' Monitor, Eagle eye camera, Sony DVD/VCR Combo, 8 Channel AEC MIC Mixer, Lectern and Crestron WIFI Control. The Polycom Active Touch application allows you to show and annotate content in real-time from Polycom HDX systems by using a touch screen monitor.


- Audio Precision COUPLING MODULE -
- Non-polar capacitive module
- "WIRE LIKE" technology
- Internal shielding
- High capacitance values / small size
- Suitabe in high magnetic flux environment
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The LEFSON C-MOD is a very high performance audio coupling module. It’s named «coupling module» instead of «capacitor» because it was designed with care in the point of view of an audio coupling system. Extremely low loss operation is one of its best features, this is our «WIRE LIKE» technology.
Specially designed to process small AC signals (instrument, microphone, line), the LEFSON C-MOD is the perfect solution when a DC blocking capacitor is needed, low voltage circuitries. The LEFSON C-MOD is fitted with an internal shielding and can be placed in high magnetic flux environment. A dedicated clamp (patent pending) can be optionally used to achieve a perfect mechanical ground.
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SKY Pacific has 2 types of set-top boxes available to subscribers. The older model, normally referred to as DMT, is capable of operating on an MPEG-2 platform.
The newer version, normally referred to as Coship, is capable of operating on MPEG-4 platform. Both versions are currently able to receive and enable access to the SKY Pacific signal. The difference is the bandwidth capacity in each model. When SKY Pacific upgrades to the MPEG-4 broadcast system, the new model (Coship) will be able to access and enjoy the additional features that will be available. These won't be available on the MPEG-2 model. Another important difference is that production of the old MPEG-2 model has ceased by the supplier, including parts and accessories. It has become obselete. To this end, we are recommending to all subscribers with the older model to switch to the new one.


26 Nov In our project we focus on optimization of traffic light controller in a city using IR sensor and developed system using microcontroller AT89s 2 May Circuit Diagram Of Traffic Light Using Microcontroller. Here you can see how to control traffic lights using microcontroller. Serial communication achieved using The Traffic light controller section consists of 12 Nos. point LEDS are arranged by 4Lanes in Traffic light interface.
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During this period traffic lights were controlled either by timing or by switching manually. This control unit contains a microcontroller which receives the output data from the IR Sensors and controls the glowing of LEDs based on traffic light controller using 8051 microcontroller programming.
This information is the input to microcontroller to determine the various timing signals where the ON and OFF time of the four junctions will be calculated by microcontroller, in order to keep the waiting time minimum and these signals will be applied to two relay drivers which consist of ULN Seven-segment display is connected to the port2 pins of the microcontroller with a common anode configuration.
Leave a Reply Cancel reply Your email address will not be published. Later the traffic lights were developed in the year by an American Traffic Conttoller Company, which fixed green and red lights at corners of the controlper street and Traffic light controller using 8051 microcontroller Avenue in Cleveland, Ohio. The main objective of this traffic light controller is to provide traffic light controller using 8051 microcontroller control and coordination to confirm that traffic moves as smoothly and safely as possible.
The road which has level more than other road then this road assign green signal and for others have red is assign. In the above circuit diagram of traffic light controller,a seven-segment display is used as a counter microcontropler, and three LEDs are used for the purpose of traffic light control. C1 and C2 is meant for stablilized crystal operation. If rally come then go to step 8.
Four way Traffic light system using Microcontroller and 7 Segment – Gadgetronicx
Here we are using 6 MHz crystal for the Microcontroller operation and you can use traffkc 12MHz crystal with this controller. The following two tabs change content below. It determines traffic on each road by using sensors. Hi, Please visit our domestic website http: Frank Donald January 3, 60 Comments.
Expected Outcome The Expected Outcome of our system is to solve congestion problem on junction without human in automatic mode and with traffic light controller using 8051 microcontroller interaction in manual mode.
So that,we can suggest you to please follow these links as per your requirement, Kicrocontroller no This process continues as a cycle and the timing for changing the LEDs can be displayed with the use of a seven-segment LED display in this project.
You can download project trafcic and seminar presentation also from the website.
Traffic light system using Microcontroller – Gadgetronicx
Suing LEDs get automatically switched on and off by making the corresponding port pins of the microcontroller high, based on the microcontroller and its programming done by using KEIL software. After some time flash memory can be erased which provide fast process.
The traffic flow can be classified in to microcoontroller phases in the above diagram and i have considered the North as traffic light controller using 8051 microcontroller point of this traffic flow. Can you pls send the components specifications of miscellaneous items such as resistor capacitor transistor because in my college there is a procedure to get verified traffic light controller using 8051 microcontroller buying. Get quote online easily: In our project we focus on optimization of traffic light controller in a city using IR sensor and developed system using microcontroller AT89s If emergency vehicle is over then go to step 4.
Alamin, You can download them from the option given at the bottom traffid this article. Totally there was ten number of elements in a array to display the numbers from 0 to 9. The Infrared Sensor detects jsing type of radiation which is not visible to human eye.
Intelligent Traffic Light Control System Using 8051 Microcontroller
For having any more further queries regarding your project,then you can please contact Mr. If Automatic control activated. The code of the above system was given below.
Here in this design i have programmed in such a way a red light will be on for 50 seconds and 10 seconds for Yellow light. I want to see working video kindly traffic light controller using 8051 microcontroller me how i can get its video? Notify of all new follow-up comments Notify of new replies to all my comments.
I have chose this one for easier explanation of the traffic flow.


Connect Predictail Device to communication bus in your industrial equipment. All data will be send in real time to the cloud. We support CAN, Profibus, Modbus and Ethercat. You can also connect your sensors directly to Predictail Device.
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The MicroCam Mobile—our compact MicroCam coupled with an FME-compliant mobile extender arm—offers the perfect mix of color imaging, lighting, radiation tolerance, portable monitoring, and long reach. This solution is ideal for monitoring critical equipment and work activities in difficult to reach areas and/ or where dose rates are of concern. This utility tool is a perfect complement to your general operations and ALARA program.
A 7” LCD color monitor is integrated into the handle of the mobile extender arm, allowing operators to view the camera’s output without being tethered to remote monitors. The extender arm uses a reflex system in a quill shaft with an adjustable length of 14’, and with 420 TV-lines of resolution, the MicroCam meets VT-1 standards for inspection. To accommodate looking around corners and other difficult-to-reach spots, the camera is attached via an adjustable bracket to facilitate viewing at multiple angles. A looping video output allows you to view video both locally and remotely, with an option to integrate the signal into your current remote monitoring software. With the standard battery pack, you can use the MicroCam for upwards of 6.5 hours before recharging.
The MicroCam incorporates a state-of-the-art APS sensor with impressive picture quality, low-light capabilities, and tolerance to radiation. Equipped with an integrated LED ring, the MicroCam provides an excellent picture in virtually all lighting conditions.


October 25-26, 2022
Hotel Scandic Helsfyr
Extended final paper submission deadline
The final papers can be submitted once we will have the PDF checking and electronic copyright set up. We will inform the authors of the accepted papers on that once ready. Expect the deadline on October 18, 2022.
Also the hotel reservation deadline was extended to October 10, 2022.
There will be a tutorial on Monday October 24 on “Low-Power IPs and Complex SoC Design for Industrial Use”
Registration is open
You can register to IEEE NorCAS 2022 through this link.
About the conference
The IEEE NorCAS conference is the main circuits and systems event of the Nordic countries repre-senting both academia as well as electronics industry. The IEEE NorCAS conference is a merge of the well-established conferences NORCHIP and SoC. The annual IEEE CAS society co-sponsored conference covers all fields of electronics design, spanning from complex digital systems to advanced analog and mixed-mode circuits. The wide scope of the conference promotes cross-field collaboration not only between academics but also with industry. Papers of high scientific and technical quality are presented together with selected invited speakers and pre-conference tutorial sessions.
The papers from all past issues are found in IEEE Xplore database, and are indexed by major indexing databases such as WOS, Ei COMPENDEX, Scopus, …
IEEE NorCAS is committed to follow the IEEE policies, see the Policies tab.


I just finished reading The Victorian Internet: The Remarkable Story of the Telegraph and the Nineteenth Century's Online Pioneers by Tom Standage. (I read most of it on my iPhone using the Kindle app.) The book was first published in 1998, and it's a great read about the development and impact of the telegraph. Of course, there are a lot of uncanny similarities between the development of the telegraph and that of the Internet. It's really interesting to imagine what living in a world before the telegraph must have been like: information could only travel as fast as a messenger on a horse, train, or steamship.
The book is not targeted at a technical audience and I was disappointed that there was not enough said about how messages got relayed through the telegraph network -- what was the routing protocol? There is some discussion of different signaling methods and Morse code, of course, as well as the many variations on Morse's telegraph design (including some really far-out designs that included multiplexing multiple operators over a single wire, essentially using TDMA to avoid conflicts).
There is some interesting discussion on the precursor to the electric telegraph, namely optical telegraphs, which amounted to networks of towers placed on hilltops using visual signals to convey information. These were fairly widespread in Europe in the 18th century and in some places it took a while for the electric telegraph to supplant them.
Some interesting tidbits are strewn throughout the book:
- A wide range of crazy schemes were devised to compress and encrypt information sent via telegraph, especially for business purposes. This caused problems for telegraph operators who were more prone to introducing errors when keying in unfamiliar strings of letters, and decreased the sending rate as well. At one point the ITU imposed a 15-letter limit on code words and required that they be composed of pronounceable syllables. This led to bogus code words like "APOGUMNOSOMETHA" (I am proud to report that Google offers zero results for this word -- I guess I just Googlewhacked it).
- There was a 19th century equivalent of the DNS: in Britain, individuals and companies could reserve a special "telegraphic address" that allowed others to send them a message without knowing their real, physical address. These were assigned on a first-come, first-served basis and each telegraph office had a giant book listing all of the addresses that had been registered.
- It took years for the telegraph to be recognized as anything other than a novelty. Morse and others struggled to convince the governments of US and Britain that they should invest in the development and deployment of the telegraph; early demonstrations did not convince U.S. Senators who (obviously) couldn't read strips of paper printed in Morse code.
- The original Transatlantic telegraph cable took years to complete, and broke four times while the ships were laying it out. It failed after only a few months of use.
- A period of fifty years elapsed between the development of the telegraph and the telephone.


The high capacity 20000mAh power bank offers more charges on the go and does it way faster, all thanks to single-port 18W Fast Charge support. The power bank comes with dual USB ports that allows you to charge two devices simultaneously. It is equipped with high-density Li-Poly battery that offers up to 18W Fast Charge. Now charge more devices at faster speed.
The all new 20000mah Mi Power Bank 2i is compatable with the wide range of device and intelligently adjust power output to match devices requirement. Crafted with wuality of mind, the power bank uses PC + ABS Material and provide a superial and comfortable hand feel. The new sandstone finish adds a classic yet stylish look to the power bank.
The all new design now features Dual USB output allowing you to charge 2 device at the same time. It comees with 2 way fast charging support of 18W(max) allowing you to charge your device quickly and effectively. The 180 degree erogonomic arc design provides a secure hand grip.
Xiaomi extends its commitment to manufacture the worlds best power bank. 10000 mAh Mi Power Bank 3i delivers on inovative design, excellent quality and high output capacity. It supports the recharging via the type-C port or micro usb.You need no search the particular cable to charge any more.
20000mAh capacity charger is more than enough for all day trip which can fully charge your iPhone 8 for 3 times. No worry about out of battery anymore. 2 USB ports allow you to charge your two devices simultaneously. Share it with your companion anywhere and be relieved from heavy luggage when going out. Intelligent power manage IC protect your devices against any charging accidents. Built-in multiple intelligent security protections, overvoltage, overload and short circuit protection. High-density polymer battery carbon fiber grain on the surface of the shell, wear-resistant and scratch-resistance
Rapoo power bank p20- 5000 mah (blue) has a excellent circuit design & high quality. Stylish, fashionable and portable design convenient to carry at anytime and anywhere. Li-polymer cells inside. Its smart technology automatically identify the type of device and output the suitable electric current for your device. High battery capacity allows its own operation and able to charge two devices simultaneously. Intelligent power saving mode conservers battery life. Good insulation safety and can prevent overcharge, over discharge, over current and short circuit protection.
Compatible to all smart phones (Fitcharge tecnology). Powerbank with quard-core processor and fast charging time. LCD display shows available power capacity and charging status. It is simple compact, portable and fashionable design and convenient to carry and durable.10 times IC protection for charging / overcharge / short circuit / discharge and shows LED indication for battery status.
Slim Compact Powerful 10000mAh and Light Weight ● Super Smart Charging ● Multiple In and Output ● LED ScreenIntelligently Identifies Device Charging Needs, Simply Plug And Charge. It has Massive Powerful 10000 mAh power and rounded corners and a streamlined general appearance make carrying easy. Artfully combine the science of ergonomics, comfort grip and Intelligently Identifies Device Charging Needs, Simply Plug And Charge.
Connect the Micro USB port of the charging cable to the power inpot port and connect the USB interface to a computer or a 5V output USB power adapter, input is Micro DC/2A, and output is DC/2A. 3 During the charging process, the battery indicator flashes until the battery is fully charged, the battery indicator will light forlong time. Connect the other port of the connected charging cable to your phone.


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Lakeland’s Community Broadband Meeting
The city of Lakeland is interested in your opinion on building our very own high-speed internet project. They are holding a public forum Tuesday October 1st at the RP Funding Center.
Join us as we learn, engage and ask questions about Lakeland’s chance to build an infrastructure project that can connect us with a faster, cheaper and better internet.
For Those Unaware….
Lakeland already has over 300 miles of existing fiber-optics already in place. It’s already being used to bring high-speed internet to local schools, the Lakeland Library, and other municipally-owned buildings.
The plan may cost an estimated $97.5 million to connect customers to the existing fiber-optic network. This is clearly a big deal, so make sure to come listen, learn and voice your questions during the event


The Government of Nigeria on Monday placed a pause on the planned introduction of excise duty on telecommunication services in the country.
The Minister of Communications and Digital Economy, Isa Pantami, confirmed the development at the inaugural meeting of the Presidential Committee on Excise Duty for the Digital Economy Sector in Abuja.
The federal government had on August 8 announced its intention to introduce taxes on telecommunication services and beverages effective from 2023 in a bid to boost the revenue accruing from the non-oil sector.
However, at Monday’s meeting, the minister said the move was suspended because the telecommunications sector was already overburdened by multiple taxations.
He said the implementation of the tax regime would increase the cost of telecommunication services in the country.


LOUISIANA (KTAL/KMSS) – The Louisiana Public Service Commission has given the green light for Swepco to deploy smart meters across the state.
This approval comes after Swepco held a pilot program for the meters in Bossier Parish and central Louisiana in 2021.
“The Smart meter is a wireless technology which means that everything is done remotely, much like a remote control,” said Swepco spokesperson, Michelle Marcotte.
The standard practice for Swepco is to drive by houses and the meters will connect to their technology in the vehicle. Now, readings can be taken from the Swepco office.
“They [smart meters] enable us to be able to have faster response times to outages because the communication system connects to our internal systems and alerts us when there’s an outage at a residence or a business,” said Marcotte.
According to Swepco, the smart meters will also give customers more control over their energy bill through a new tool called, “home energy management.” It can be opened on the Swepco website or through the mobile app.
“So, rather then, you’re seeing a total for a month, you’ll be able to see it day-to-day, hour-to-hour, you know where you could make different decisions based on if you’re using a lot of energy and you want to lower your bill, you have the ability now to do that,” said Marcotte.
These benefits do come at a fee. On the next bill, customers will see a $3.24 surcharge. This will be a recurring monthly fee for the next four years, then the following four years it will drop to $2.75 monthly.
“Yes, there is this surcharge that we have to cover the cost of bringing this new technology to our customers, but this new technology is enabling our customers to make decisions on their energy usage and, and possibly lower their bill to save that money,” said Marcotte.
Customers have the option to opt-out of the smart meters, but there is a fee associated to cover the manual process. The opt-out fee is $22.45 every month, which will not end after eight years like with the smart meter install. Additionally, there is a one-time $111-220 fee that is dependent on whether or not the meter has been installed.
Next month, in October, deployment will begin in the Bossier Parish area. Swepco will then move to the other areas of the Louisiana service territory through 2025.
“We’re going to communicate with customers through email, phone, and you’ll get a postcard in the mail letting you know, hey we’re about to go into your area. But then once you have your meter installed, we’ll also communicate with you about the benefits,” said Marcotte.


EasyMesh is a time period that has appeared in a number of product launches this yr at CES, Netgear and D-Link each have new merchandise with this customary, however what’s it? ?
What’s EasyMesh Wi-Fi?
The brief and straightforward reply is Wi-Fi EasyMesh is an ordinary that allows Wi-Fi routers and mesh system gadgets to speak with one another, no matter product line or model.
It’s just like how Powerline merchandise evaluated with HomePlug AV are interoperable between manufacturers and merchandise
With EasyMesh Wi-Fi, routers and hotspots can information gadgets to the AP offering one of the best service for that gadget. EasyMesh Wi-Fi networks also can modify the community construction in line with altering situations to supply a constant expertise.
Wi-Fi EasyMesh brings these capabilities to house and enterprise Wi-Fi networks:
Versatile design: permits one of the best placement of a number of entry factors providing intensive protection Simple configuration: provides automated integration and configuration of gadgets Community intelligence: the self-organized and self-optimized community collects data and meets the situations the community to maximise efficiency Environment friendly load balancing: guides roaming gadgets one of the best connection and avoids interference Scalability: permits the addition of EasyMesh Wi-Fi entry factors from a number of suppliers
That is the evolutionary half which is essentially the most exceptional characteristic, you might be now not caught in a spread of merchandise or a provider, so in principle, you may combine and match your Netgear Orbi together with your TP ornament. Link (if suitable with EasyMesh)
Agile Multiband Wi-Fi
Whereas multi-vendor computability is essentially the most exceptional characteristic, it isn’t good that touts can speak to one another however will not be doing their job correctly
For Wi-Fi EasyMesh to work, it exploits many options of Agile Multiband Wi-Fi. It’s a set of requirements that convey a sensible strategy and interoperability between gadgets.
Dynamic community monitoring: Entry factors and shopper gadgets consistently change details about the present Wi-Fi community atmosphereClever steering: Hotspots recommend one other entry level, frequency band, or channel to shopper gadgets when the Wi-Fi atmosphere turns into congestedQuick community transitions: As soon as a shopper gadget decides to maneuver to a different entry level, band or channel, pairing and connection happens rapidly and seamlessly
One of many elective settings for a lot of mesh Wi-Fi methods and entry factors is IEEE 802.11r, often known as quick roaming. That is the bit that enables a tool to rapidly change between entry factors when you find yourself on the transfer
Routers, entry factors and mesh methods with EasyMesh Wi-Fi
So, with EasyMesh Wi-Fi, you now not should decide to a system equivalent to Netgear Orbi, you may, in principle, use a Nighthawk router, Netgear Orbi, then even pair it with a router D- Link.
Though every particular product should help EasyMesh Wi-Fi, so please examine earlier than mixing many various merchandise.
The next merchandise have been labeled as EasyMesh Wi-Fi Suitable. Most have all been revealed thus far, ZTE was the primary firm to launch a product with EasyMesh Wi-Fi certification and it was the ZXHN F680 and isn’t obtainable within the UK.
I’ll replace the listing under as new merchandise are launched.
D-Link will do all of it with Wi-Fi EasyMesh at CES this yr. They introduced the next product (not but priced or obtainable within the UK):
AC1900 Scalable Mesh Wi-Fi Router (COVR-1900-US), Q1 2020, $ 119.99 AC1750 Mesh Wi-Fi Router (DIR-1750-US), Q1 2020, $ 99.99 AC1900 Mesh Wi-Fi Router ( DIR-1950-US), Q1 2020, $ 119.99 AC1750 mesh Wi-Fi vary extender (DAP-1755-US), Q1 2020, $ 99.99 AC1950 mesh Wi-Fi vary extender (DAP-1955- US), Q1 2020, $ 109.99 Sensible mesh Wi-Fi AX1500 6 Router (DIR-X1560-US), T1 2020, $ 119.99 Sensible Wi-Fi Mesh AX1800 router (DIR-X1870-US), T2 2020 , $ 139.99 AX2400 Mesh Wi-Fi 6 Sensible Router (DIR-X2460-US), Q3 2020, $ 159.99 AX5400 Mesh Wi-Fi 6 Sensible Router (DIR-X5460-US), Q1 2020, 279.99 $ AX1800 Mesh Wi-Fi Vary Extender (DAP-X1870-US), Q2 2020, $ 129.99 AX1800 Complete House Mesh System (COVR) -X1872-US), Q2 2020, $ 269.99
Netgear is the one different firm to promote EasyMesh Wi-Fi merchandise, their product line is just a little easier with solely three merchandise
This consists of:
Nighthawk Mesh WiFi 6 system (MK62) Nighthawk AX6 AX5400 WiFi 6 6 stream router (RAX50) Netgear AX1800 four stream WiFi 6 Mesh router (EAX20)
Asus doesn't but have a product with EasyMesh Wi-Fi, however they do use their very own proprietary AiMesh that does the identical factor, however solely within the Asus ecosystem.
This can be the primary implementation that provides you an thought of the efficiency of EasyMesh.
So on this case, you might have the ASUS GT-AX11000 flagship costing £ 374.66 on Amazon as the primary router.
You’ll be able to then pair it with the marginally extra inexpensive ASUS RT-AX92U (pack of two) for £ 349.99 supplying you with three Wi-Fi hotspots 6 all through your house
Alternatively, you should utilize the extra inexpensive ASUS AC1900 routers which solely price £ 174.91 for a pack of two. It really works properly if in case you have the primary router within the heart of the home, providing one of the best efficiency, then the least costly routers highly effective overlaying the periphery of your home.
No different firm presently helps EasyMesh for customers within the UK
Final up to date on January eight, 2020
Final up to date on 2020-01-13 / Affiliate Hyperlinks / Amazon Product Promoting API Photos


The DX-500 is a long range detection kit designed to protect the perimeter of properties, ranging from residential areas to large commercial or industrial environments. The battery-powered, wireless nature of the kit means it is also suitable for use in rural environments with no access to electricity. The DX-500 has an operating range of 150m and each system can be added to with multiple sensors and receivers.
The wireless pager receiver has an operating range of 150m from the sensors and can connect with up to 50 transmitters. The receiver has 50 different tunes with the additional option for a covert vibration or flashing mode, it also comes with a practical belt clip.
The outdoor PIR sensor has a detection range of 5-7m, transmitting an alert back to the receiver. The PIR sensor is IP55 weatherproof to ensure durability.


What are push notifications
Push notifications are short messages used by various apps to alert users about events on electronic devices, such as new emails, appointments, or orders. Besides being useful, they constitute an interesting addition to one's marketing mix and, as we shall see later, to work management inside teams as well.
These messages have a particular appeal: they capture attention as they aren't actively demanded from users but are "pushed" either on display, notification bar, or lock screen.
Push notifications are divided in several categories:
- Push apps: sending messages to mobile operating systems (Android and iOS).
- In-app push: sending messages within an app.
- Web push: sending messages to web browsers (such as Chrome, Firefox). They can be integrated into a website.
A bit of history...
During the first years of 2000, Blackberry was overflowing among businessmen. One of the main reasons was due to its unique feature - at that time - to notify users of incoming emails in real time. This was an uncommon advantage on all the devices before smartphones.
While other users were obliged to regularly control their emails, proud Blackberry owners could relax, relying on the push notification function, an innovation that was just starting to evolve.
In 2009, Apple introduced in its iOS 3 push notifications through the Apple Push Notification Service (APNS), significantly contributing to the popularity of this principle. In 2012, Google already made it possible to send push notifications through common web browsers with the Google Cloud Messaging service.
After 2012, push notifications expanded, reaching smartwatch and IoT devices, while customisation enabled targeted mailings based on behavioural data. Emphasis was placed on balance in sending notifications to avoid saturation, interactive formats were introduced and security and privacy measures were strengthened to comply with regulations.
Why you should use push notifications
Push notifications aim to enhance the user experience by offering relevant information or reminding of important data. Usually they are sent according to specific occasions or the user's position. From the developer's point of view, push notifications represent a direct communication channel with users. Informative notifications, sent at the right moment, encourage interest or return to the app, aiming to increase usage, which is often the main goal of these campaigns.
Push notifications are particularly effective when they are used with attention and precision. For example, in the working context, they can act as a management tool improving communication, productivity and team involvement. Providing timely information on critical updates or upcoming deadlines, as well as sending reminders for specific tasks, can foster a more efficient and collaborative environment.
How push notifications work
To send and receive a push notification, essentially three parts are required:
- The sender, usually a server that generates the messages.
- The push notification service that acts as an intermediary. It is the central component and distributes the messages.
- The user's mobile device. It receives the messages and displays them to the user.
How does the push notification process work? First of all, the server and the application must be configured correctly in order to communicate with the notification service. To do so, the app must be registered with the respective service. Once the app is started by the user, registration with the notification service is initiated. All relevant information on the device and app is transferred for this purpose. The service then generates a unique registration ID and sends it to the device. The registration ID received can be transmitted to the app server, which can link it to customised information such as the app user's registration data. If this extra information is available, more targeted and customised notifications can be sent. Thus, the more information is known about the user, the more customised push notifications can be created and sent.
If a notification has to be sent, the server transfers the message and all registration IDs (to which the message is to be sent) to the notification service. The service then sends the messages to all end devices. The server of the app that handles the generation and sending of notifications can be managed by the company itself or an existing system of a third-party provider can be used. One advantage of these existing systems is that they require little configuration effort and can be used immediately. Moreover, they usually support different mobile platforms and often offer additional functions such as analysis, user segmentation and message scheduling.
Users see notifications as a short overlay on the mobile device. These are always displayed. Regardless of which application the user is in when the notification is sent or whether the device is locked. Depending on the respective operating system, users can customise push notifications. For example, they can enable or disable notifications for individual apps and also determine the type of notification. Users can then withdraw this information and this marketing tool from the app developer at any time.
EveryLog: smart push notifications
Notifications at work are important because they allow users to keep track of important information and events, for example, new emails, colleagues' messages, meetings, or task reminders.
With the help of notifications, users can keep updated about what is happening in their working space and react more timely to evolving situations. It's an excellent solution for correct information distribution within the organisation. A single notification immediately transmits specific information. When it comes to project work, correctly configured notifications can make a difference.
Reaching out to a colleague isn't necessary anymore to transmit this kind of information, and this is a huge relief in the middle of a heavy workload. Still, it's important to find the right balance in all these aspects and ensure that notification apps do not become useless spam, hindering daily tasks. For this reason we have developed EveryLog.
Thanks to its precision and timeliness, EveryLog's notification system provides a real-time, detailed record of challenges and opportunities. Besides offering an immediate vision of crucial metrics, EveryLog allows users to promptly interact on the basis of collected data. The service finds application in numerous sectors, like IoT, development, SaaS, the industrial sector, or the marketing and e-commerce world, enabling you to make informed and strategic decisions.
With a focus on precision and efficiency in facing the complexities of continuous monitoring, EveryLog's push notifications present themselves as a powerful tool to optimise operations and maximise efficiency. Discover how PDE is already using EveryLog in the editorial distribution sector and learn about its potential for your reference sector.
We've seen that push notifications are a powerful tool in the digital communication world, as they offer an immediate and effective means to engage users. From their creation to modern smart solutions like EveryLog, we have explored how push notifications have transformed the way we interact with our apps and devices.
Integrating these solutions into business dynamics can guarantee major efficiency, improve collaboration among teams, and keep all members promptly informed about crucial updates. The strategic use of push notifications can therefore become an essential step for a dynamic business organisation oriented towards productivity.


Your one destination
for high quality
Everything Atlas create is based on ongoing research & development, rigorous testing and extensive listening.
The final ingredient?
A deep love of music.
We design & manufacture. Not everyone does.
We design and manufacture primarily in Scotland, which has a long tradition of engineering excellence. A number of cable brands are really more ‘assemblers’ than manufacturers, with products typically assembled from a combination of ‘off the shelf’ parts, so the core conductor itself, the insulating materials, terminations and the final performance parameters are all limited by what’s already available.
Our control over the design and manufacturing process ensures complete consistency in assembly and excellent quality control, allowing us to offer a five year guarantee.
It also gives us the ability to build custom versions of our products as our customer’s requirements change.
Our unique ‘DNA.’
When we create a cable, plug or accessory, we don’t reach for someone else’s component catalogue.
We define the performance specifications we’re aiming for,
then design and manufacture whatever we need to meet (or exceed) them.
All Atlas products are our intellectual property, you'll not find the same cables or plugs elsewhere; in short all Atlas products are unique to Atlas.
Original Thinking. Total Control.
We frequently go right back to first principles. For example, what if there’s a better way to build a phono plug? Then we’ll design, prototype, test and manufacture accordingly.
This thinking lead to the development of the low-mass/high bandwidth Achromatic & Ultra RCA plugs and more recently our Metik connectors used on products for the personal audio market.
This degree of control over the entire process from CAD concept drawings to listening room tests ensures consistent performance levels and synergy across our entire range, and allows us to introduce some very advanced technology remarkably cost-effectively.


The SIM7000E-N is Quad-Band LTE-FDD NB-IoT module solution in a SMT type which supports LTE CAT NB-IoT up to 66 kbps data transfer.
It has strong extension capability with rich interfaces including UART, USB2.0, GPIO etc. The module provides much flexibility and ease of integration for customer's application.
The package of SIM7000E-N is compatible with SIM900 and SIM800F. AT commands of SIM7000E-N are mostly compatible with SIM800F. This also minimize the investments of customers, and enables a short time-tomarket.
It is designed for applications that need low latency, medium throughput data communication in a variety of radio propagation conditions. Due to the unique combination of performance, security and flexibility, this module is ideally suited for M2M applications, such as metering, telematics, asset tracking, remote monitoring , E-health , mobile pos terminals and sharing bike.
●?With Power Save Mode(PSM) and Extended Discontinuous Reception(eDRX), SIM7000E-N can extend battery life to 10 years
● SIM7000E-N provides deeper coverage enhancement compared to GSM
● The package and AT commands of SIM7000E -N mostly are compatible with SIM900 and SIM
Quad-Band LTE-FDD B3/B8/B20/B28
Control Via AT Commands
Supply voltage range: 3.0V~ 4.3V,
Operation temperature: -40℃ to +85℃
Dimensions: 24 X 24 X 2.6mm
- Uplink up to 66kbps, Downlink up to 34kbps
Specifications for SMS
Point to point MO and MT
Text and PDU mode
USB Driver for Microsoft Windows XP/Vista/7/8
USB Driver for Windows CE/Mobile USB Driver for Linux Firmware update via USB


BlackBerry sta collaborando con il governo canadese per modernizzare i propri centri operativi durante le riunioni ministeriali del G7 e il Vertice G8 2018.
Utilizzando BlackBerry AtHoc, una piattaforma di comunicazione di crisi che include AtHoc Alert per la notifica di massa e AtHoc Collect per i report sul campo, i centri operativi sono in grado di mobilitare e proteggere in modo efficiente il flusso di informazioni critiche consegnando aggiornamenti a liste mirate di destinatari in tempo reale.
BlackBerry aiuta a modernizzare i centri operativi del G7
Lo annuncia un comunicato stampa da fonte ufficiale;
WATERLOO, Ontario, June 07, 2018 (GLOBE NEWSWIRE) — BlackBerry Limited (NYSE:BB) (TSX:BB) announced today that it is collaborating with the Government of Canada to modernize their operations centers during G7 ministerial meetings and the 2018 G7 Summit.
Using BlackBerry AtHoc, a crisis communication platform that includes AtHoc Alert for mass notification and AtHoc Collect for field reports, the operations centers are able to efficiently mobilize and secure the flow of critical information by delivering updates to targeted lists of recipients in real-time.
“We are honored that the Government of Canada has chosen BlackBerry to support their operations,” said Sanjay Saini, SVP and GM, BlackBerry AtHoc. “Whether in times of crisis or during a high-profile event like the G7 Summit, reliable and secure communications are crucial. BlackBerry AtHoc technology enables real-time information exchange across organizations, their people and devices, providing them with the necessary details to make informed and safety-critical decisions.”
Additionally, BlackBerry is one of the companies that has been selected to demonstrate its innovative solutions at the 2018 G7 Innovation Showcase.
Many G7 government departments and agencies, including the Parliament of Canada, U.S. Department of Homeland Security, U.S. Department of Defense and New Zealand Parliamentary Service, trust BlackBerry software to keep them safe and secure.
About BlackBerry AtHoc
A leading networked crisis communications platform, BlackBerry AtHoc applications run on a cloud platform to deliver a unified and secure end-to-end solution capable of real-time collaboration with anyone, anywhere and across virtually any device. BlackBerry AtHoc is a suite of integrated applications used to safeguard millions of people and thousands of organizations around the world:
- AtHoc Alert automates alert notification
- AtHoc Collect enables in-bound reporting
- AtHoc Account automates personnel accountability process
- AtHoc Connect enables secure communication with other organizations
BlackBerry is an enterprise software and services company focused on securing and managing IoT endpoints. The company does this with BlackBerry Secure, an end-to-end Enterprise of Things platform, comprised of its enterprise communication and collaboration software and safety-certified embedded solutions.
Based in Waterloo, Ontario, BlackBerry was founded in 1984 and operates in North America, Europe, Asia, Australia, Middle East, Latin America and Africa. The Company trades under the ticker symbol “BB” on the Toronto Stock Exchange and the New York Stock Exchange. For more information visit BlackBerry.com, and follow the company on LinkedIn, Twitter and Facebook.


Intense Broadband is a proud supplier of broadband internet to the consumer market. Broadband has been our playing ground since April 2004 and we are loving it!
A lot has changed since 2004. ADSL has been around for many years and only in 2004/2005 did Sentech bring a shake up in the market with Wireless Broadband internet. This was closely followed by iBurst which has made a tremendous impact on the market. Vodacom and MTN brought 3G and then eventually HSDPA and HSUPA into the market with speeds upto 21mbps. We believe in fast reliable wireless internet for our clients and we supply the best solution for your specific needs. We come to your premises, test and make sure there is sufficient signal quality before we even talk pricing and contracts.
We have numerous agents throughout South Africa to channel our products through. All of them highly trained to deliver excellent service and the best solution for your needs.
Intense Broadband vision is to supply South Africa with affordable and fast wireless internet. We want to do that by partnering with the best service orientated and best technology advanced companies out there.
Herewith a brief description of all our products we supply:
Online Backup solutions


These Ethernet patch cables can be used for voice, data, 10 BASE-T.This range of RJ45 Cat5e Patch Lead is manufactured to exceed all current enhanced Cat5e specifications.
CAT5, CAT5e, CAT6, CAT7 and CAT7a Information - Xmultiple
From wikipedia UTP cables are found in many Ethernet networks.
Belkin CAT5e RJ45 Blue Patch Cable - 3ft
CAT 5 Patch Cable - What is a Patch Cable?
Or buy for the future and upgrade to Cat5e or Cat6 patch cables.
What Kind of Ethernet (Cat5, Cat5e, Cat6, Cat6a) CableA patch cable is a length of cable sold with connectors already installed on either end.
What is the difference between TIA - Cat 5 Cable Company
Bulk Ethernet Cable - Tektel Cables
Buy Network Patch Cables, and Ethernet Network Cables - NCIXShop on-line for special prices on computer hardware, software and many more products in South Africa.
Innovative, reliable hardware and software products to enable computer connectivity and control.
(UTP Cat 5 Wiring): What's the difference between 568A andFind great deals on eBay for Cat5e Patch Cable in Business and Industrial Office Equipment.Patch Cordage: UTP: CMR: Bonded-Pair Non-bonded: Backbone: UTP: CMP.Stonewall manufactures Cat5 patch cables in any length and usually ships within 3 days.
Cat5e Patch Cables Utp :: Data Comms Direct Ltd - First in
Part Number: 1592A CAT5e Patch, 4pr, UTP, PVC Jkt, CM
Straight-through, Crossover Rollover Cable PinoutsOffering connectivity products, Ethernet cables, comparison between CAT5, CAT5e, CAT6, CAT7 Cables, 100-ohm UTP (Unshielded Twisted Pair) Ethernet wiring.If you are holding a CAT 5 patch cable in your hand, as if inserting into.
FAQs: CAT-5, CAT-5e, CAT-6, CAT-7 Patch Cables, difference
Cat 5e cable is an enhanced version of Cat 5 that improves cross-talk performance,.Browse the best patch cords to optimize speed and performance.
Cat6 Patch Cables | Computer Cable Store
Unshielded Twisted Pair cable is low-cost network cable built with a pair of insulated.
20' GY CAT5e 100MHz Ethernet Patch Cable UTP PVC | Black Box
A quick and easy guide showing the difference in Straight-through, Crossover, and Rollover wiring of cables and the intended use for each type of cable.Learn about and buy the Belkin CAT5e RJ45 Blue Patch Cable. CAT5e Ethernet patch cable for connecting to LANs or the.
category 5e UTP - The Siemon CompanyAlthough CAT5 cable usually contains four pairs of copper wire, Fast Ethernet communications only use two pairs. movable cabling such as on-the-fly patch cables.


- Thu, 19:50: http://t.co/VZbqARYDhC
- Thu, 19:53: Ghost Tape #10 http://t.co/fIKmmRz65l
- Thu, 20:02: Found the last flaw in the home phone system - the cell phones were going to voice mail before google voice did.
- Fri, 11:48: At Dennys for the first time in ages. the counter I used to sit at was removed over four years ago.


In the ever-evolving landscape of technology, the humble switchboard has undergone remarkable advancements that are reshaping how we manage and distribute electrical power. Switchboards are pivotal in ensuring electricity’s safe and efficient distribution in residential, commercial, and industrial settings.
This blog will delve into the fascinating world of switchboards, exploring the latest technological advancements and their implications for the future.
The Heart of Electrical Distribution
Switchboards are the central hub of electrical distribution systems. They are responsible for receiving power from the grid or generators and then distributing it to various circuits, ensuring that electricity reaches its intended destination safely. Traditionally, switchboards consisted of mechanical switches, fuses, and wires, providing primary control and protection. However, as technology has advanced, so too have switchboards.
Smart Switchboards: The Future is Now
One of the most significant advancements in switchboard technology is the emergence of smart switchboards. These innovative devices are equipped with intelligent sensors, communication systems, and automation capabilities, transforming them from passive distribution points into active, data-driven hubs.
- Intelligent Monitoring: Smart switchboards can continuously monitor electrical parameters such as voltage, current, and power quality. This real-time data helps detect anomalies and potential issues, allowing for proactive maintenance and reducing the risk of electrical faults.
- Remote Control: Remote access and control capabilities enable operators to manage switchboards from a distance. This is particularly valuable when physical access is limited or dangerous, such as in substations or industrial facilities.
- Load Management: Smart switchboards can optimize power distribution by dynamically adjusting load priorities. They can automatically shed non-essential loads during peak demand periods, improving energy efficiency and reducing costs.
Enhanced Safety and Reliability
Safety is paramount in electrical systems, and modern switchboards are designed to enhance safety and reliability. Here are some notable features that contribute to this:
- Arc Fault Detection: Smart switchboards incorporate arc fault detection technology, identifying potentially hazardous electrical arcs and disconnecting the affected circuit, mitigating the risk of fires.
- Ground Fault Protection: Ground fault protection mechanisms are essential in preventing electric shock hazards. Advanced switchboards can quickly detect ground faults and isolate the faulted circuit, minimizing downtime and safety risks.
- Self-Diagnostics: Built-in self-diagnostic tools enable switchboards to monitor their health. They can identify issues within the switchboard and provide early warnings, reducing the likelihood of unexpected failures.
Integration with Renewable Energy
As the world transitions towards greener energy sources, switchboards adapt to accommodate renewable energy inputs, such as solar panels and wind turbines. These energy sources are often intermittent and require sophisticated integration to ensure seamless power distribution.
- Microgrid Management: Smart switchboards can manage microgrids efficiently by seamlessly switching between grid power, renewable sources, and energy storage. This capability is crucial for ensuring a stable and sustainable power supply.
- Battery Integration: With the rise of energy storage solutions, switchboards can integrate batteries into the electrical system. This supports renewable energy utilization and provides backup power during grid outages.
Advancements in switchboard technology also extend to environmental considerations. As the world becomes more conscious of sustainability, switchboards are being designed with energy efficiency and reduced environmental impact in mind.
- Energy-Efficient Components: Modern switchboards incorporate energy-efficient components, such as high-efficiency transformers and power factor correction systems. These elements help reduce energy losses and lower carbon footprints.
- Recyclable Materials: Switchboard manufacturers increasingly use recyclable and eco-friendly materials in their designs. This not only reduces waste but also aligns with global sustainability goals.
Challenges and Future Prospects
While the advancements in switchboard technology are exciting, they come with their own set of challenges. Ensuring cybersecurity and protecting smart switchboards from potential cyber threats is paramount. Additionally, as switchboards become more complex, maintenance and training for operators become crucial to ensure their proper functioning.
Looking ahead, the future of switchboard technology holds promise. We can anticipate even smarter switchboards with improved artificial intelligence capabilities for predictive maintenance, greater integration with renewable energy sources, and enhanced connectivity within the broader smart grid ecosystem.
Also Read: Know the Future of Computer Science
Collaborate with Leading Suppliers
Switchboards have come far from their humble origins as essential distribution points. Today, they are at the forefront of technological innovation, pivotal in ensuring electrical power’s efficient and sustainable distribution.
It’s worth noting that buying from reliable brands becomes crucial when considering switchboards for your electrical infrastructure. These trusted manufacturers invest in rigorous quality control, engineering expertise, and adherence to industry standards, ensuring that their products not only meet but often exceed performance expectations. Thus, selecting switchboards from reliable brands adds an extra layer of assurance regarding durability and consistent functionality. As we continue to wire the future, it is clear that the evolution of switchboards will remain a critical component of our modern electrical infrastructure.


Customers Also Bought
Enphase Envoy Communications Gateway, 120VAC, with Ethernet
Bridge pair The Envoy is an integral component of the Enphase Energy
Microinverter system. It operates between the Enphase Microinverters
and the Enphase Enlighten web-based monitoring and analysis system.
The Envoy functions as a gateway and monitors the microinverters that
are connected to the photovoltaic modules. The Envoy collects energy
and performance data from the microinverters over in-home AC power
lines. It then forwards that data to Enlighten, via the Internet, for
This product is shipped directly from the manufacturer or distributor and will arrive separately from any other products ordered. Availability estimates are based on average lead times and can vary due to stock status and location.
Returns & Replacements
If you are not satisfied with your purchase, you may return the product within 30 days for a replacement or a refund of the product value. Products must be unused in re-sellable condition with all original packaging, paperwork and accessories.


If you are developing an app on Windows 8.1 and you want to use Bluetooth (you can send and receive files via Bluetooth on Windows 8 as well, but if you are a developer and you want to create your own Bluetooth service, you can use the Bluetooth classes only in Windows 8.1) you may have experienced some troubles. Windows 8.1 has some security features included in a way that you have to set multiple paramteres before your Windows 8.1 apps can communicate. Here is a step-by-step instruction!
1. Pair your devices
Before you can send and receive data or see Bluetootg services offered by a device next to you, you must pair your device with the other device. Open the Windows 8.1 charms bar and click on “PC settings”. Click on “PC & devices” and then on “Bluetooth”. Click on the device you want to chat with and add the device. In this example, the name of our partner device is ASTORIA. Execute this step on your other device too.
If you don’t see your device in this list, be sure that both devices support Bluetooth and all drivers are installed correctly. Open the “Device Manager” and check the Bluetooth-entry. Is there a yellow warning sign icon on the entry? If so, your Bluetooth driver isn’t installed correctly. If there is no sign, try to deactivate and activate your driver or try to find a new version of the driver.
If you still can’t find your device, open the Bluetooth settings by clicking on the Bluetootg sign in the taskbar and check, if the device is visible for other devices by clicking on “Allow Bluetooth devices to find this computer”
By now you should be able to send and receive files over Bluetooth. If you are a developer and you are offerning your own Bluetooth service (like a Rfcomm chat) continue with the next step.
2. Add the service
If you have succesfully paired your devices (don’t worry if the “Not connected” mark appears next to the device after a short period, that’s ok) change to the control panel and search for “Devices and Printers”. Right click on the device you have just paired and click on settings.
Change to the “Services” tab and click on the name of the service, the other Bluetooth device is offering.
WARNING: The other device must broadcast the service while walking through step 2 on the own device, otherwise you won’t be able to see it in the Bluetooth-Services list. Simply call the RfcommServiceProvider.StartAdvertising method in your Windows 8.1 app on the other device. For more details how to do this, check out this post.
If you have followed these steps you should now be able to communicate via Bluetooth. You can now download a Bluetooth chat app like this one to test your connection or you can write your own. See this code sample and this documentation to learn more.
… is an author, software developer and consultant.
His areas of interest ranging from cloud computing and distributed systems over data analysis and machine learning.


If you are looking for that VPN router, you need to know what to anticipate. There are a few things to consider before making a conclusion. First of all, keep in mind that speed isn’t always exactly like “capable of. ” The speed of a router largely depends on it is processor and how fast that can easily encrypt and decrypt online traffic. You can pick a router that has a fast processor by choosing an auto dvd unit with a 1 ) 6GHz or possibly a higher-end CENTRAL PROCESSING UNIT.
Another thing to consider when choosing a VPN router is the protocol. Make perfectly sure that the VPN router you are thinking about supports your operating system. Some of the more popular protocols are Internet Key Exchange version two (IKEv2), Level Two Tunneling Protocol (L2TP), and Point-to-Point Tunneling Protocol (PPTP).
A good VPN router is easy to use and pre-flashed. With a VPN customer installed, functions with virtually any device. Once it’s working, you can publish your internet reference to others. Because the router encrypts network traffic, www.tellyupdatesonline.com/featured/best-vpn-routers-review/ it can also influence your existing network. If your router is not compatible with VPN protocols, you may have issues with a faulty connection. Finally, consider whether you want to purchase a pre-flashed model.


Fiber Optic Cabling
Secure your networks, have blazing fast internet, and never have downtime at your business with our professional fiber optic installers. Our team of fiber optic experts in Las Vegas install fiber optic, data, CAT5, CAT5E, & CAT6 cabling for commercial clients. It doesn’t matter who your internet service provider is including Cox, Earthlink, or Centurylink, Pegasus LV can maximize your bandwidth.
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We specialize in the complete installation of data cabling design and infrastructure, including mulimode fiber and singlemode fiber. We are committed to supplying the equipment and systems which build a scalable network that will meet your company’s needs not only today, but for many years in the future. As a fiber optic contractor, in addition to fiber cabling, we also work with Cat5e and Cat6 in office buildings, warehouses, high-rises, data centers, and industrial plants. We are your turnkey cabling vendor.
Why Choose Pegasus LV?
We are dedicated to installing and maintaining quality fiber optic cabling solutions that perform and respond specifically to individual client needs. Our goal is to simplify everyday functions and create ambiance and functionality within your home or business.
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The provincial government has chosen Xplornet Communications to expand high-speed internet and cellular access to rural and northern communities.
Under the deal, approximately 125,000 more people will now have access to high-speed internet, Premier Brian Pallister said on Thursday morning.
As school, work and so many aspects of daily life moved online during the COVID-19 pandemic, Pallister said the last year underscored the need for improved internet access in rural Manitoba.
"Being connected and living virtually are no longer choices, they’re necessities. They’re a way of life in 2021," Pallister said.
"This virtual transformation has reinforced how important it is to be able to connect with one another and stay safe when doing so."
The agreement with Xplornet will bring broadband internet to approximately 30 First Nations and 270 rural and northern communities, according to a provincial press release. A total of 350 communities will also get better cellphone access, including Alonsa, Waywayseecappo First Nation, Glenella and Onanole in Westman.
"This pandemic has reinforced that the virtual reality many of us now take for granted remains a virtual dream for far too many of our fellow Manitobans," Pallister said.
The announcement follows the province releasing a tender in May 2020 for a company to use the existing "dark fibre" network to bring connectivity to underserved communities.
The thousands of kilometres of the network was first built to connect remote Manitoba Hydro generating stations and work camps but is now unused.
Central Services Minister and Brandon West Progressive Conservative MLA Reg Helwer said allowing Xplornet to use the existing dark fibre network significantly reduces the cost of bringing high-speed internet access to communities and speeds up the process. Doing so doesn’t cost the province any money, he said.
"This addresses approximately 97 per cent of the unserved and underserved areas of Manitoba," he said.
The plan will also improve cell service on transportation corridors, which previously posed a safety risk to Manitobans while travelling, he said.
The network itself will remain publicly owned, Helwer said Thursday, and there is no plan to sell the fibre-optic network to any private company.
Bill Macdonald, Xplornet’s executive vice-president for business development, said the deal gives the company a significant foundation to expand through.
"This allows us to focus our investments on last-mile and not duplicating backbone network. We’re truly excited about this opportunity and look forward to finalizing our agreement with the government," he said.
Poor cell service has long been an issue in Manitoba and one the Keystone Agricultural Producers has raised in the past. While no one from the organization was available to comment on the announcement, the group surveyed producers on the issue in 2020.
A majority of the 1,557 responses KAP received reported dissatisfaction with internet and cellular service and an unstable internet connection. Two-thirds of those who responded to the KAP survey said their cell service was interrupted at least once a day.
Dauphin-Swan River-Neepawa Conservative member of Parliament Dan Mazier also made the issue part of his election campaign in 2019.
Provincial NDP Leader Wab Kinew said he was concerned the move could bring expensive and poor service to the newly connected communities.
"We need more competition, so as we’re looking to connect rural Manitoba to better cell service and more high-speed internet, why aren’t we having competition?" he said.
Xplornet will charge "urban-like" prices in rural areas, Macdonald said.
Kinew said his party would have liked to see a Crown corporation set up to manage the fibre-optic network and use local internet service providers to connect people.
"I much rather would have seen the local Manitoba-owned companies have a prominent role here," he said.
The final details of the province’s contract will be finalized in the coming weeks and Macdonald said he expects the service to come online within approximately the next two years.
» Twitter: @DrewMay_


To deliver high-quality broadband access at affordable rates to businesses and residences in Northern Uganda.
Zoom Wireless is a commercial wireless Internet service provider (ISP) founded in 2014 offering high-speed Internet in and around Gulu, Lira, Mbale and Soroti. Locally owned, managed and based in Gulu, we understand the community, challenges and needs of northern Uganda. We plan to expand to additional towns in the coming months.
Zoom Wireless understands that organizations and businesses need fast, consistent Internet they can afford to operate effectively. Existing options are slow, expensive and unreliable. Mobile connections just don’t cut it. Businesses need dedicated bandwidth and more capacity for a seamless experience that drives productivity.
Fast Internet access increases access to resources, customers and business management tools – which makes for happy employees and satisfied customers. Zoom Wireless makes that possible at a price that is within reach. With Zoom Wireless your business can grow and thrive with fast access to customers online and to cloud-based services like Microsoft Office 365, Facebook, Quickbooks Online, Skype and YouTube.
Zoom Wireless has technical expertise, an understanding of local needs, and a commitment to excellence that will change the way people think about Internet access. Our networks are backed by fiber and managed by a technical team with years of experience installing and supporting wireless networks.
Everyone should have access to the bandwidth and tools they want, for work and for play. That includes you. That speed exists now and will be fast on the day you sign up and every day after. More on what we offer is available here.
With decades of experience in northern Uganda, the Zoom Wireless team has the expertise and understanding to ensure our networks are fast and reliable. We deliver a high-speed connection at an affordable price that will be fast today, tomorrow and in the future. That network is backed by our skilled technical support team – delivering dependable service you can trust.
Zoom Wireless is a product of SINFA Uganda Ltd, established in 2013 by the Oxfam-led Internet Now! project with funding received from the Dutch National Postcode Lottery’s Dream Fund. SINFA Uganda Ltd provides commercial services that address the needs of the local communities in northern Uganda.
Zoom Wireless is designed and delivered with Volo, a business enabling ISPs deliver radically high-speed, low-cost broadband to emerging markets around the world.


NFC QR code stand is a great helper for physical stores such as stores, restaurants, coffee shops, milk tea shops and food trucks!
What is An NFC QR Code Stand Holder?
The NFC QR code stand holder is a desktop stand or desktop display board that can be used to display QR code, information, advertisements, coupons, etc. It is made of acrylic or PVC material and has a built-in NFC chip (commonly used NTAG213 or 216). The data in the chip can be read through the NFC function of the smart phone to achieve quick connection, payment, sharing and other functions. The NFC stands can be customized with logo and QR code printing to increase brand recognition and user interactivity.
How do NFC Stand store data?
NFC stand consist of a inlay(antenna+NFC chip) for storage. The antenna allows the tag to wirelessly receive power from an NFC reader through electromagnetic induction. That means when you bring a powered NFC smartphone near the tag, the latter gets energised and transmits any stored data within its microchip.
Advantages of NFC QR Code Stand Holder
1. Power saving
The NFC chip does not require a power supply and can be activated by simply bringing your phone close to NFC QR code stand, saving power.
The data transmission distance of NFC chips is very short, generally within 10 centimeters, and is difficult to be intercepted or stolen, protecting user privacy and financial security.
The data transmission speed of the NFC chip is very fast, usually completed within a few seconds, without the need to open an application or scan a QR code, improving user experience.
4. Information diversity
The NFC chip has a large data capacity and can store a variety of information, such as website addresses, phone calls, texts, pictures, etc., to meet different needs and scenarios.
Application of NFC QR Code Stand Holder
The NFC QR code holder can be placed on the dining table, allowing users to view menus, place orders, pay, evaluate, etc. through the NFC function of their mobile phones, improving efficiency and satisfaction.
NFC QR code holder can be placed in the room, allowing users to control air conditioning, lighting, TV, etc. through the NFC function of the mobile phone, increasing comfort and convenience.
- Shopping malls
NFC QR code holders can be placed near products, allowing users to obtain product information, coupons, membership points, etc. through the NFC function of their mobile phones, increasing purchase intention and loyalty.
The NFC QR code holder can be placed next to the exhibits, allowing users to understand the introduction, history, stories, etc. of the exhibits through the NFC function of the mobile phone, increasing participation and interest.
NFC QR code stand has a wide range of application scenarios and penetrates into the surrounding areas of our lives and work. And NFC stand is a great assistant, for example: NFC stand helps manage your Google customer reviews, provides useful information and helps your business stand out.
Why Talk About the Use of NFC QR Code Stand?
We are MTOB RFID, an ISO certified factory with 10+ experience years in NFC tags/cards/wristbands. We have produced more than 500,000pcs acrylic NFC tags in 2023, and the number of orders is constantly growing! Welcome to send us your design to customize your brand NFC QR code holder, ensuring high quality and fast delivery. MTOB RFID will be your important supplier & partner in the future.
MyTopBand company manufacture custom rfid wristbands in hospitality industry, If you are looking for rfid Wristband supplier, we are confident to provide you with high-quality services.Please find us: www.mytopband.com, or send message to firstname.lastname@example.org, we will reply you within 24 hours.


BU3-150 150MHz Collinear Antenna
The BU3-150 is a ground independent collinear antenna suitable for ELPRO’s 150MHz products. These antennas are vertically polarized with an omnidirectional radiation pattern and have a fiberglass radome with a powder coated aluminum mounting pole.
These antennas require mounting brackets to secure the antenna in place. ELPRO recommends the BR-COL-KIT for best results.
Requires CC3/10/20 Coaxial Cable Kits.
Catalog Number: BU3-150
Compatible Products: 105U-1,2,3,4; 105U-G, 455U-B,C,D (at 148-174MHz ranges)
Please specify the below details when ordering:
BU3-150-C-xxx (xxx = frequency in MHz)


WIN Automation offers an app based solution for fleet management. This application can track the inbound and outbound logistics via a telematics device attached to the vehicle that can transmit GPS data. WIN Automation also offers a solution to guide the operator to the appropriate location where the particular vehicle is parked and also guide the parking location (empty slot) for operator to park the manufactured vehicle in the yard.
WIN Automation will first retrofit the vehicles that need to be tracked with the telematics device. This device can be billed on a returnable basis along with the shipment cost. This telematics device will publish the GPS location to the cloud via GSM network and hence both the inbound & outbound logistics can be tracked in real time. There is also an app based solution for yard management where the cellular device’s GPS system can be used to guide the operator for parking and unparking.


Table i phase correction for a 3-qubit code - toward a scalable, silicon-based quantum computing architecture. Quantum computing: quantum engineering cdt (quantum device engineering essay) remained clear that it was not a feasible architecture for algorithms that will. A proposal for a magnetic quantum processor that consists of individual molecular spins coupled to superconducting coplanar resonators and transmission lines is. A scalable architecture for quantum computation a scalable architecture for quantum computation with a scalable architecture for quantum. Architectures for scalable quantum computing control of quantum systems quantum correlations foong shaohui http://epdsutdedusg/faculty/foong-shaohui.
Theoretical physicists have proposed a scalable quantum computer architecture the new model overcomes fundamental limitations of programmability in current. Advances in quantum devices have brought scalable quantum computation silicon-based quantum computing architecture to form a scalable architecture. A distributed architecture for scalable quantum computation with realistically noisy devices item preview. X nano, quantum and molecular computing part iv validation of nano-scale architectures preface 321 11 veriﬁcation of large scale nano systems with unreliable nano.
Achieving scalable, fault-tolerant quantum computation quantum computing for computer architects and scalable quantum architectures. Arxiv:quant-ph/0211152v1 23 nov 2002 scalable architecture for adiabatic quantum computing of np-hard problems william m kaminsky and seth lloyd. Abstract submitted for the damop07 meeting of the american physical society ion heating rates in scalable trap architectures for quantum computation1 rj epstein, d. Quantum computing studies computation may point the way to scalable quantum computing proved quantum computers can be made with a von neumann architecture. The quantum architectures and computation and designing a comprehensive software architecture for programming such algorithms on a scalable, fault-tolerant.
Research paper high performance quantum computing proposals for scalable quantum devices for a variety of quantum architectures–[9. Scalable quantum computation architectureusing always-on ising interactions via quantum feedforward of the hardest parts in such architectures for example. Architectures for scalable quantum computation essay 2064 words | 9 pages developed hence, initial proposals for quantum architectures such as the quantum logic. A quantum logic array microarchitecture: scalable quantum data a quantum logic array microarchitecture: scalable quantum data movement and computation. Arxiv:submit/0427114 [quant-ph] 29 feb 2012 novel architecture for practically scalable quantum computation several architectures for scalable quantum computa.
1552 ieee journal of selected topics in quantum electronics, vol 9, no 6, november/december 2003 toward a scalable, silicon-based quantum computing architecture. Quantum computing devices based on superconducting quantum circuits have rapidly developed in the last few years the building blocks-superconducting qubit. Computing, architecture, challenges, cloud platforms, research issues i introduction scalable scalable scalable dynamic, scalable clouds form iaas. Researchers show off scalable architecture for quantum computing, expand our minds. A functional architecture for scalable quantum computing eyob a sete, william j zeng, chad t rigetti rigetti computing berkeley, california email: feyob,will,chadg.
Abstract submitted for the damop05 meeting of the american physical society scalable architecture for solid state quantum computation ja-cob taylor, h. Microchip architectures for scalable ion trap quantum computing scalable entanglement generation and cluster state quantum computing  on top of this. Non-equilibrium quantum matter and scalable quantum computing july 29 exciting developments on quantum information processing algorithms and architectures.
Microsoft’s quantum computing software stack and such algorithms on a scalable, fault-tolerant, quantum quantum architectures and computation. An introduction to the mind-bending world of quantum computing bit that will serve as the basis for a scalable, general purpose quantum. A distributed architecture for scalable quantum computation with realistically noisy.


If you have sent any plaintext confidential emails to someone (most likely you did), have you ever questioned yourself about the mail being tampered with or read by anyone during transit? If not, you should!
Any unencrypted email is like a postcard. It can be seen by anyone (crackers/security hackers, corporations, governments, or anyone with the required skills), during its transit.
In 1991 Phil Zimmermann, a free speech activist, and anti-nuclear pacifist developed Pretty Good Privacy (PGP), the first software available to the general public that utilized RSA (a public key cryptosystem, will discuss it later) for email encryption and signing. Zimmermann, after having had a friend post the program on the worldwide Usenet, got prosecuted by the U.S. government; later he was charged by the FBI for illegal weapon export because encryption tools were considered as such (all charges were eventually dropped). Zimmermann later founded PGP Inc., which is now part of Symantec Corporation.
In 1997 PGP Inc. submitted a standardization proposal to the Internet Engineering Task Force. The standard was called OpenPGP and was defined in 1998 in the IETF document RFC 2440. The latest version of the OpenPGP standard is described in RFC 4880, published in 2007.
Nowadays there are many OpenPGP-compliant products: the most widespread is probably GnuPG (GNU Privacy Guard, or GPG for short) which has been developed since 1999 by Werner Koch. GnuPG is free, open-source, and available for several platforms. It is a command-line only tool.
PGP is used for digital signature, encryption (and decrypting obviously, nobody will use software which only encrypts!), compression, Radix-64 conversion.
In this article, we will explain encryption and digital signatures.
So what encryption is, how does it work, and how does it benefit us?
Encryption is the process of conversion of any information to a ciphertext or an unreadable form. A very simple example of encrypting text is:
Hello this is Knownymous and this is a ciphertext.
Uryyb guvf vf Xabjalzbhf naq guvf vf n pvcuregrkg.
If you read it carefully, you will notice that every letter of the English alphabet is converted to its next 13th letter in the English alphabet, so 13 is the key here, needed to decrypt it. It was known as Caesar cipher (Yes, the method is named after Julius Caesar).
Since then there are many encryption techniques (Cryptography) developed like- Diffie–Hellman key exchange (DH), RSA.
The techniques can be used in two ways:
1. Symmetric-key algorithm
In the symmetric-key algorithm, the plaintext is encrypted using a key which is then used to decrypt it. It is a lock and key mechanism. A single key (or the exact copy) is used to lock (encrypt) and open (decrypt) the locker (ciphertext). But it has a drawback, as to be able to use this method both the sender (let it be denoted S) and receiver (let it be R) will be needing the key. So if S has to send any ciphertext it needs to send the key also so that R will be able to decrypt it. S can send it physically (No, not feasible for long distances), or can send the key with the message (Not a good idea. will you keep a key and lock together?).
Another problem with the symmetric-key besides transferring the key is that the user will have to send copies of different keys to all the different users and keep the track of each key to make future connections with each of them.
So what are the use cases of this algorithm?
While symmetric encryption is an older method of encryption, it is faster and more efficient than the other encryption(will be coming to it in a while), which takes a toll on networks due to performance issues with data size and heavy CPU use. Due to the better performance and faster speed of symmetric encryption, symmetric cryptography is typically used for bulk encryption/encrypting large amounts of data, e.g. for database encryption. In the case of a database, the secret key might only be available to the database itself to encrypt or decrypt, so this is a good option. Also, Symmetric ciphers are commonly used to achieve other cryptographic primitives than just encryption. Encrypting a message does not guarantee that the message is not changed while encrypted. Hence often a message authentication code is added to a ciphertext to ensure that changes to the ciphertext will be noted by the receiver. Message authentication codes can be constructed from symmetric ciphers.
The same algorithm was employed extensively by Nazi Germany during World War II, in all branches of the German military using a special encryption device- Enigma Machine.
To overcome the drawbacks of symmetric-key, we have another encryption:
2. Asymmetric cryptography or Public-key encryption
Public key cryptography was first discovered by James Ellis, Clifford Cocks, and Malcolm Williamson of the British GCHQ (Government Communications Headquarters) in 1975, but the discovery was filed as classified information and never divulged. In 1976 researchers Whitfield Diffie, Martin Hellman, and Ralph Merkle independently made the same discovery and published it in a paper. Then in 1977 Ronald Rivest, Adi Shamir, and Leonard Adleman provided the first practical implementation of a public key cryptography algorithm by developing the RSA cipher.
It uses two keys: One for encryption (public key) and the other for decryption (private key).
Here is a picture to explain this:
Here A is the sender and B, C, D are Receivers. As you can see A will communicate using key 1 with B, using key 2 with C, and using key 3 with D and will also need to keep a record of which key was used for which lock, and as the number of receivers increases, more will be the keys and more difficult it will be to keep track.
Now in the Asymmetric key, there are only two keys. Let’s understand this with the figure below:
Asymmetric key algorithm (here B, C, D are senders and A is a receiver)
Here A generates two keys (1 and 2 here). A keeps one of the keys secret (here 1 which is inside the locker) and distributes the other key publicly (no need to hide this, or better say, spread this) on the web, using social media or any online platform (there are public key servers for this purpose) with B, C, D.
Now B, C, D have the key 2 of A. So now they will put their message inside the locker and lock (encrypt) it using the key 2 and will send it to A and A will use the key 1, which is inside the locker (it can be opened using a passphrase or password set by A) to open it.
The key 1 is called the Private key which is used to decrypt the message and the key 2 is the Public key, used for encryption.
So if you want to send an encrypted email, you will need the receiver’s public key. Here, there is no chance of the data being watched by any other person as long as the Private key is not compromised.
Digital Signature (Authentication)
Public key cryptography is not only used for confidentiality (i.e. to protect the message so that it can be read-only by the intended recipient), but also for authentication (i.e. to verify that the message comes from the intended sender) and integrity (i.e. to ensure that the message has not been altered in transit). Authentication and integrity are enforced by appending a digital signature to the message.
A digital signature is a string of bits generated by an algorithm that uses a hash function in conjunction with a key. A hash function is a function that takes in input a message of any length and outputs a string of fixed small length called digest which is a distillate of the message fed in the input. Notable features of hash functions include that it should practically be impossible to derive the input from the output, and that changing just one bit of the input results in a completely different output.
The digital signature uses a hash code or message digest algorithm, and a public-key signature algorithm in the sequence as follows:
- The sender creates a message.
- The sending software generates a hash code of the message.
- The sending software generates a signature from the hash code using the sender’s private key.
- The binary signature is attached to the message.
- The receiving software keeps a copy of the message’s signature.
- The receiving software generates a new hash code for the received message and verifies it using the message’s signature. If the verification is successful, the message is accepted as authentic.
How digital signature works
The sender creates the hash of the plaintext message to be sent. A hashing function is an algorithm used to convert the string of characters into usually shorter (SHA-1 creates 40 characters) fixed-length value called a hash or message digest. This digest is then encrypted using the sender’s private key (remember the public key of the receiver was used for encryption) and sent along with the original plaintext message. This together along with other information like the hashing algorithm used, make up the digital signature.
Hashing is usually faster than encryption that’s why we first hash the message and then encrypt the hash.
The receiver then decrypts the hash using the sender’s public key, which gives them a decrypted hash. Then the receiver creates the hash of the original message received. If this hash is the same as the decrypted hash received then the digital signature is said to be verified.
Now if the message is altered during its transit (even a single character) then the hash value will be completely different and the digital signature can’t be verified.
The digital signature works by using the private key for encryption and public key to decrypt (opposite of encryption) because the private key is only with the original sender (who created the public key) and no one can get that (obviously that’s why it’s private). This verifies that the original message was received from the same source.
Now there’s a question: if we are sending the plaintext with the digest, then anyone can read the message so how is the confidentiality maintained?
As we discussed earlier, the digital signature only maintains the integrity (not tampered) and the authenticity (from the same source) of the message. We use encryption for confidentiality. When used together, the message is first decrypted by the receiver (using the private key) which gives the plaintext message. This plaintext is then used by the digital signature for authentication purposes as discussed above.
RFC 4800 – OpenPGP Message Format
Enigmail – Introduction to cryptography


Airtel has added a new recharge in its various prepaid pack suites in the country despite the selected telecom circles. New Airtel Recharge, which costs Rs. 181, comes with 3GB 2G / 3G / 4G data per day, 100 SMS messages per day with unlimited voice calls (local, STD, and roaming) and validity of 14 days. This brings the total data profit up to 42 GB, and the cost per GB is approximately Rs. 4.3. It becomes one of the cheapest prepaid packs in the market to present 3 GB of data per day.
While reporting the telecommunications talks, a telecom operator based in Gururgram is not offering unlimited voice calls in this recharge, which does not have a daily or weekly limit. It seems that some circles are available to customers. We were able to verify the availability of new Airtel recharge in Delhi-NCR circle.
At this price point, there seems to be no other recharge pack in the Indian market that comes with 3GB of daily data. However, the pack which comes the closest is the Rs. 198 Jio recharge pack that offers 2GB of 4G data per day, unlimited voice calls, 100 SMS messages per day, and complimentary subscription to Jio’s suite of apps. Validity of this pack is 28 days, thus giving it data benefits of up to 56GB, which is greater than that of the Rs. 181 Airtel pack.
There is also a Rs. 199 Vodafone recharge pack that comes with a validity of 28 days, unlimited calls, 100 SMS messages per day, and a much lower data daily limit of 1.4GB.
Late last month, Airtel unveiled its Rs. 195 recharge pack that comes with 1.25GB daily 2G/ 3G/ 4G data, unlimited voice calls, and no SMS benefits. Validity of this new Airtel pack is 28 days, and it seems to be limited to a few telecom circles including Andhra Pradesh & Telangana circle.


Belkin, market leader in mobile accessories, today unveiled its new wireless charging pad for iPhone 8, iPhone 8 Plus and iPhone X. Called the Boost↑Up Wireless Charging Pad, the unit provides an effortless wireless charging experience for iPhone 8, iPhone 8 Plus and iPhone X.
It is fine-tuned with Qi technology under the hood, and is also able to charge at levels up to 7.5W for compatible devices.
Boost↑Up Wireless Charging Pad Features
- Cable-free convenience
- Charges iPhone 8, iPhone 8 Plus and iPhone X on contact while maintaining full functionality of device including ability to receive calls
- Charging levels optimized up to 7.5W for compatible devices
- Ability to charge through cases up to 3mm thick
- The latest Qi wireless charging standard
- Connected equipment warranty up to $2500 + bonus warranty
Belkin’s Boost↑Up Wireless Charging Pad is available for purchase from September 15, 2017 onwards for an MSRP of $59.99 at apple.com. Coming soon to Apple stores worldwide. For more information, please visit Belkin.com/BoostUpWireless.