Life Quality has highly been upgraded due to the latest technologies, Home automation has made it easier to remotely control our home appliances with our smartphones via WiFi Connectivity. Wifi Controlled Home Automation allows us to easily control our home devices and security systems via Wifi or Internet connectivity. Here we will be discussing WiFi-controlled […]
Cool homemade utility Gadgets circuits as well as projects to make day to day life easier, including some automation projects, security-related, and handy innovative gadget circuits and ideas. That comes useful in everyday life and make automate your boring stuff.
Hello Engineers. Hope all are great. We have already done the Automatic Night Light circuit on this website. Those were very easy and useful circuits using just a few components and worked just fine. But, here in this article we’re gonna discuss an Arduino automatic night light circuit using Arduino Uno and also an Automatic […]
Hello Engineers. In this article, we’re going to talk about making a Piano using IC 555. This will be a simple and very well working mini piano using IC 555 and some other passive components like resistors, capacitors, etc. Sound travels by the to & fro displacement of the particles of the medium. Sound waves […]
Hi guys. In this article, we are going to discuss a very simple metal detector circuit using IC 555. The circuit also uses some other active and passive components with IC 555, like coil and Buzzer for the indication and alert. So, let’s get started with our metal detector circuit using 555 IC. There are […]


The new E10000X amplifier is the latest of a series of Elenos devices that proudly boasts a world record: being the first design to be primarily focused on energy conservation in the context of radio broadcasting transmission.
The Intent of this technology is aimed at improving the environmental impact and energy conservation of transmitting stations, which also yielding huge cost savings for the broadcaster.
Antonello Giovannelli, Director of Research and Development at Elenos, starting in 2003, introduced the “IceFet” concept of power amplifiers and transmitters delivering the highest possible performance while achieving the highest energy efficiency available with existing RF and electronic devices. The concept initially started with 3000 watts in a 4 RU rack and then increased to 5000 watts and beyond.
The market need for producing lower power consumption, small size and low costs had begun; which is why Elenos prioritized this concept and opportunity. In 2007 the economic crisis arrived, but at that time Elenos had already had invested 4 years in its new “IceFet” concept resulting in a complete product line which offered very high energy efficiency and performance. The result of this program sparked an industry wide customer need for higher efficiency products to keep operational costs down.
The possibility of programming power, already present in the original projects, was then further improved by Elenos over time, allowing for even more significant savings on power efficiency and simultaneously allowing yet even higher power levels of up to 10000 Watts in 4 RU. Introducing the new Elenos E10000X amplifier.
This new product will be presented at Caper 2017 and at Broadcast Indonesia
Contact us to book a meeting with us or for more informations


Pricer Partners with Aisle411 to Provide Insightful Analytics on Customer's In-store Purchases
FREMONT, CA: Pricer, a provider of electronic shelf label systems and shelf-edge digital solutions, partners with Aisle411 to help retailers and brands in better understanding how shoppers interact with products inside stores and the products at the shelf. As part of the partnership, Pricer's electronic shelf labeling (ESL) technology will be integrated with Aisle411's product location technology.
Aisle411 integrate features that drive customer’s purchase into retailers’ mobile apps including digital in-store maps, product search and location, in-store navigation, and geo-targeted offers. It creates searchable digital store and product maps. With Aisle411’s software development kit (SDKs), developers can easily integrate maps, search, navigation, and rewards into retailer’s mobile app. The company’s patent pending indoor location platform works with existing Wi-Fi, mobile sensors, Bluetooth technology and others to allow retailers capture insights that drive sales, increase loyalty and create operational efficiencies.
Using the Pricer’s mobile shopping application, customers can optimize their shopping route and be guided in the store to easily find specific wanted products. Shoppers are indicated by flash on the ESL of the targeted promotions that are available for them. By using an Indoor GPS system to organize store geofencing, the retailer retains the control of promotion boundaries at all times. The Pricer Indoor GPS system provides monitoring and updating capacities.
By combining Pricer's innovative ESL digital solutions with Aisle411 technology, both the companies will deliver robust mobile experiences: the new solution offers new ways to acquire product location data, create navigation solutions for shoppers and engage with consumers. By locating the customer’s in-store location, the new offering will guide the shopper and optimize its shopping route. Through flash alerts, it will make customers aware of products on promotion or to employees about products which are out of stock.
Pricer’s communication platform is a combined hardware-software system built with components such as infrared wireless communication, ultra-low power displays, merchandising supports and tools and server infrastructure. It uses diffuse infrared light for wireless communication with the labels.The Pricer solution keeps track of additional inventory and product information so that retailers can intelligently manage all aspects of promotional pricing and shelf layout.
With the new mobile solution integrated into mobile apps, shoppers can now receive promotions or messages on their smartphone in the virtual areas of the store. The new combined offering will be guiding employees on the store's digital map and show them the exact location where they have tasks to carry out. The ESL flashes to indicate employees towards the products that they need to pickand its exact location. To improve in-store customer experience, interaction with customers is must. Using Near Field Communication (NFC), shoppers will be able to receive on their smartphone product information by tapping the NFC integrated ESLs with their smartphone.
Aisle411’s patent pending indoor location platform works with existing Wi-Fi, mobile sensors, Bluetooth technology and others to allow retailers capture insights that drive sales, increase loyalty and create operational efficiencies.
"At Pricer, we're excited to be working with Aisle411. Aisle411 is an industry leader in helping people find products inside of stores. By combining Pricer's innovative ESL digital solutions with Aisle411 technology we can deliver robust mobile experiences," says Charles Jackson, EVP, Global Sales, Pricer.


A SpaceX rocket brought 52 Starlink Internet satellites into orbit from California early Saturday morning.
The two-stage Falcon 9 rocket lifted off from the Vandenberg Space Force coastal base at 4:41 a.m. (6:11 PM IST) and arced over the Pacific.
The first stage of the Falcon returned and landed on a SpaceX drone in the ocean. It was the eleventh launch and resumption of the stage.
The second stage continued in orbit and the satellite’s deployment was confirmed, said launch commentator Youmei Zhou at SpaceX headquarters in Hawthorne, California.
Starlink is a global satellite Internet system that SpaceX has been building for years to provide Internet access to underserved areas of the world.
Saturday’s mission was the 34th launch of Starlink, a constellation of nearly 2,000 satellites in low Earth orbit.
SpaceX was also scheduled to launch a Turkish communications satellite from Florida at 10:58 p.m. EST on Saturday (9:28 a.m. IST, Sunday).


Maio 2014 vol. 1 num. 1 - 10th World Congress on Computational Mechanics
Full Article - Open Access.
STUDY OF THE ELECTROMAGENTIC CROSSTALK INTERFERENCE IN A PRINTED CIRCUIT BOARD BY COMPUTATIONAL METHODS
With increasing speeds of compression and digital signal ("clock") of electronic products, there is a growing concern with the service standards of EMI / EMC so that such products will be successful in certification testing of regulators such as the FCC (Federal Communications Commission) and Anatel (National Telecommunications Agency). To this must have emission characteristics of electromagnetic interference and susceptibility to the appropriate type of equipment to which products belong, as in a printed circuit board (PCB). In equipment design, one important issue is compliance with relevant EMC standards. Effects such as crosstalk, reflections on transmission lines, impulse noise as the simultaneous transition of levels, electrostatic discharge, current spike and radiation or electromagnetic radiation should be considered when using high-speed integrated circuits. These effects combined with the nonlinear characteristics of passive components can cause an erroneous operation at the component level, subsystem and system. Crosstalk is one of the four families of signal-integrity problems. In the simplest terms, crosstalk is unwanted coupling of voltages and currents between neighboring conductors. On a PCB, the conductors are usually traces, although crosstalk can also occur in connectors, cables, and component packages. In the classic scenario, when a signal is intentionally driven on one conductor, an unwanted signal also appears on a neighboring conductor –even though there is no conductive connection between the driven conductor and its neighbor. The noise margin is typically about 15% of the total single-voltage swing, but varies among device families. Of this, about 1/3 or 5% of the signal swing, is typically allocated to crosstalk. Unfortunately, the magnitude of the noise generated in typical traces on board can often be larger than 5%. This is why it is important to be able to predict the magnitude of crosstalk, indentify the origin of excessive noise, and actively work to minimize the crosstalk in the design of packages, connectors, and board-level interconnects. Understanding the origin of the problem and how to design interconnects with reduced crosstalk is increasingly important as rise time decreases. It is important during the development phase of a project to have tools or techniques that can assist with possible problems that may appear only when the equipment is in the field. The costs of re-design and new manufacturing processes can be very high. Therefore, the use of computerized simulation tools is extremely important.
Palavras-chave: Electromagnetic, Crosstalk, PCB,
-  Bogatin, E., Signal and Power Integrity, 2nd Edition, Prentice Hall, 2010.
-  Kaer, H., Wenyi, L. and Hongcheng, Y., The Signal Integrity of The High-speed IC Design, Frontier in Education Conference, 2009. FIE´09.39th IEEE.
-  Mentor Graphics, Boardsim User Guide, 2006.
-  Ott, H.W, Electromagnetic Compatibility Engineering, 1st Edition, John Wiley, 2009.
-  Paul, C. R., Introduction to Electromagnetic Compatibility, 2nd Edition, John Wiley Andamp; Sons, 2006.
-  Rao, N. et al, EMC analysis in PCB design using an expert system, International Conference on Electromagnetic Interference and Compatibility, pp. 59-62, 1995.
Santos, Elaine; Shinoda, Ailton Akira; "STUDY OF THE ELECTROMAGENTIC CROSSTALK INTERFERENCE IN A PRINTED CIRCUIT BOARD BY COMPUTATIONAL METHODS", p. 3806-3813 . In: In Proceedings of the 10th World Congress on Computational Mechanics [= Blucher Mechanical Engineering Proceedings, v. 1, n. 1].
São Paulo: Blucher,
ISSN 2358-0828, DOI 10.5151/meceng-wccm2012-19595
últimos 30 dias | último ano | desde a publicação


|Home||» Products||» Proximity Sensors|
Owing to our expertise and industrial knowledge, we are engaged in offering our clients excellent quality range of Proximity Sensors. Available in various designs, these devices are used to detect the presence of nearby objects without any physical contact. Designed by utilizing electromagnetic sensors, aforementioned sensors are manufactured in line with international quality standards at our vendors' end. Also, these sensors are stringently tested on defined quality parameters to ensure their flawlessness. Further, proposed Proximity Sensors can be bought from us at negotiable rates.


CSI-Secure Solutions have partnered with many of the top CCTV manufacturers in the industry. Here are just a few that CSI has worked with in the last 15 years: Axis Communications the manufacturer of the first IP cameras, FLIR known for making the top Thermal cameras in the world Closed-circuit television (CCTV),Panasonic and Sony to name a few.
The primary purpose and use of video cameras is to transmit signals to a specific place such as a Command and Control Center, to a limited set of monitors. Most CCTV systems are used for surveillance purposes in areas that may need monitoring such as banks, casinos, airports, seaports, manufacturing facilities , office buildings, city’s and municipalities, military installations, residential communities and oil/gas facilities.
CCTV systems may operate continuously or only as required to monitor a particular event. A more advanced form of CCTV, utilizes digital video recorders (DVRs) which may provide recordings and be kept for months and even years at a time providing that storage is available. More recently, decentralized IP cameras, some equipped with megapixel sensors, support recording directly to network-attached storage devices(NVR’s).


VMS5100 Fan Vibration Monitor is an independent and complete monitor installed in a sealed and sturdy chassis, which can work only by connecting the DC power supply and the required output. The VMS5100 wind turbine vibration monitor is specially designed for low-frequency vibration monitoring. It mainly monitors the overall low-frequency vibration of the wind turbine tower and the nacelle. The built-in three acceleration sensors in the X, Y and Z directions can monitor the vibration of the three channels in real time. The situation, and through the built-in high-performance digital processor to carry out digital band-pass filtering to extract the signal in the effective vibration frequency band, if the signal exceeds the limit, an alarm signal will be sent according to the user configuration. In addition, the device has 4 independent 4-20mA standard analog current outputs; and it can also communicate with the computer host computer system in real time through various communication methods to realize data storage, real-time viewing, user configuration and other functions.
• Simultaneous measurement in the XYZ three-axis direction
• The host computer software has the functions of real-time curve display, historical trend data storage, viewing, etc.
VMS5100 wind turbine vibration monitor is specially designed for low-frequency vibration monitoring, mainly monitoring the overall low-frequency vibration of the wind turbine tower and the nacelle.
Supporting sensor type
VMS5100 Fan Vibration Monitor Chart Dimensions


Founded in 1975, SANDAR Industries served the pulp & paper industry representing suppliers for sales in the Southeastern United States and South America. Witnessing first hand the problems and safety hazards associated with reel turn-ups, Pete Rodriguez developed and patented the first paperband reel turn-up system in 1984. It did not take long before this patented technology became a worldwide standard. Today there are over 1000 applications incorporating SANDAR's technology.
SANDAR continues to be the pioneer in reel turn-up technology, wireless baling, and paperband worldwide. Through ongoing R & D, reliable service, and practical application of our pioneering technology, SANDAR continues to help maximize profits for our partners in the pulp & paper industry.
Link to Sandar’s website


If you’ve ever needed to transfer files from one iOS device to another, then we’ve got good news for you. Whether you want to transfer some files to a friend or whether you’re switching from one iOS device to another, Mover+ is a free app that will let you do so without the use of a computer or syncing with iTunes.
Mover+ is a free application that allows iOS device users to transfer data wirelessly among devices. Users can use Mover+ to send and receive photos, videos, contacts, bookmarks, text clippings and more from other iPhones or iPods, on-the-fly.
The process is simple and straightforward, and although it will require a shared WIFI connection that both devices can connect to, it will not require connecting to a computer or syncing with iTunes, etc.
Mover+ utilizes the powers of both WiFi and Bluetooth to make the transfers. If both of the iPhones and iPods are connected to the same WiFi, Mover+ will use the WiFi network to transfer the items between the two iOS devices. However, if both devices are not present on the same WiFi network, you need not worry. In such a case, Mover+ uses Bluetooth feature to transfer items from one iPhone to another. However, transfers using Bluetooth might be a slow compared to wifi.
As the whole process is so simple and easy, this is one such application that should be present on your iPhones if you have more than one in your house. Using the application is easy. Just navigate to the iTunes App Store and install the Mover+ application on your iPhone, iPod or iOS devices. You need to download the application on both the iPhone, iPod or iOS devices being used.
Once you have installed the application, just add the items you wish to send via Mover+ and send them by sliding objects upwards and sending them to the other iOS device.
Mover+ is a really handy application that allows users to transfer files without any trouble whatsoever. We installed the application on an iPhone and iPad and transferred the some images and contacts via WIFI. The files are stored in their specific folders i-e images in camera roll etc. If you ask me, this application is definitely worth a try especially if you need a quick and easy way to transfer photos. And although iCloud or any other cloud storage can be a good way to do it, transferring via cloud services requires users to first login to the service, upload the file on one device and then download it on the other. But with Mover+, all you have to do is launch the application on both devices and just transfer the file right then and there, for instant gratification.
Feel free to share your views if you tried the application.


RF cable assemblies are an integral part of modern communication systems, connecting essential components that enable the seamless transmission of high-frequency signals. As technology continues to advance, understanding the fundamentals of RF cables becomes crucial for engineers and technical enthusiasts seeking to optimize signal performance in their projects. This article aims to demystify RF cable assemblies by providing a detailed and accessible overview of their construction, materials, impedance considerations, and various connector types. By the end of this guide, readers will gain the knowledge needed to select the most appropriate RF cable assembly for their specific project requirements.
Fundamentals of RF Cables
At its core, an RF cable is a transmission line designed to carry radio frequency signals from one point to another with minimal loss and distortion. These cables are engineered to handle high-frequency electromagnetic waves efficiently, making them suitable for a wide range of applications, including telecommunications, aerospace, military, and consumer electronics.
Construction and Materials
RF cables consist of several essential components that determine their performance and durability:
Center Conductor: The center conductor is the innermost part of the cable responsible for carrying the RF signal. It is typically made of copper or silver-plated copper to ensure low resistance and excellent signal conductivity.
Dielectric Material: Surrounding the center conductor is the dielectric material, which acts as an insulator and keeps the signal isolated from the cable’s outer layers. Common dielectric materials include polyethylene (PE), polytetrafluoroethylene (PTFE), and foam materials, each offering different characteristics suitable for specific applications.
Shielding: To minimize electromagnetic interference, RF cables have a shielding layer around the dielectric. The shielding can be in the form of braided copper, aluminum foil, or a combination of both. The effectiveness of the shielding directly impacts the cable’s ability to maintain signal integrity in noisy environments.
Outer Jacket: The outer jacket protects the cable from physical damage, moisture, and environmental factors. It is typically made of materials like PVC, polyethylene, or fluoropolymers, depending on the cable’s application requirements.
RF cables are designed to maintain a consistent characteristic impedance throughout their length. Characteristic impedance is a crucial parameter that ensures optimal signal transmission and prevents signal reflections. The most common characteristic impedance values for RF cables are 50 ohms and 75 ohms. Engineers must match the impedance of the cable to the connected components and the system to avoid signal loss and signal integrity issues.
RF cable assemblies come with various connector types, each offering unique features and suitable for different applications. Some common RF connector types include:
SMA (SubMiniature version A): SMA connectors are popular in high-frequency applications and are known for their excellent performance and durability. They are commonly used in wireless communication systems, test equipment, and antennas.
BNC (Bayonet Neill-Concelman): BNC connectors are widely used for lower-frequency applications and are known for their quick-connect and disconnect capabilities. They are commonly found in audio and video equipment, oscilloscopes, and CCTV systems.
N-Type: N-Type connectors are rugged and well-suited for high-power and high-frequency applications. They are commonly used in aerospace, military, and cellular infrastructure systems.
TNC (Threaded Neill-Concelman): TNC connectors are a threaded version of the BNC connectors and offer better stability in high-vibration environments. They are commonly used in RF and microwave systems.
Strengths, Weaknesses, and Compatibility
Each connector type comes with its strengths and weaknesses, making them more suitable for specific applications. Engineers must consider factors such as frequency range, power handling capabilities, mechanical stability, and size when selecting the appropriate connector for their RF cable assembly. Additionally, compatibility with other system components and devices is crucial to ensuring seamless integration.
RF cable assemblies play a vital role in modern communication systems, and understanding their construction, materials, impedance considerations, and connector types is essential for engineers and technical enthusiasts. By grasping the fundamentals of RF cables and their components, readers can make informed decisions while designing and selecting the most appropriate RF cable assembly for their specific project requirements. Whether in telecommunications, aerospace, or consumer electronics, the right RF cable assembly can make all the difference in achieving optimal signal performance and transmission.
As technology continues to advance and communication systems evolve, RF cable assemblies remain a fundamental element in ensuring efficient signal transmission. Engineers and technical enthusiasts must keep themselves well-versed in the intricacies of RF cables to optimize the performance of their projects.
By understanding the construction and materials used in RF cables, engineers can make informed decisions about selecting cables that meet their specific needs. The choice of center conductor material, dielectric material, and shielding can significantly impact the cable’s performance, making it essential to match the cable’s characteristics to the intended application.
The concept of characteristic impedance is another critical aspect engineers must grasp to minimize signal loss and reflections. By carefully matching the impedance of the cable to other system components, engineers can create a stable and reliable signal transmission path.
Moreover, the selection of the appropriate connector type is crucial in ensuring compatibility and functionality in a given application. Considering the strengths and weaknesses of different connector types allows engineers to optimize their RF cable assemblies for specific environments and requirements.
In conclusion, RF cable assemblies may appear complex at first, but by demystifying their components and understanding their fundamental principles, engineers and technical enthusiasts can gain the confidence to design and select the most suitable RF cable assembly for their projects. As technology continues to advance, and the demand for efficient and reliable communication grows, the knowledge of RF cables becomes even more valuable. By harnessing this knowledge, engineers can pave the way for cutting-edge innovations in various industries, ranging from telecommunications and aerospace to consumer electronics and beyond.
In the ever-evolving landscape of RF technology, the quest for optimal signal performance and seamless connectivity continues. As engineers continue to explore new frontiers, the humble RF cable assembly will remain a critical enabler, linking communication systems and bridging the gap between possibility and reality.


Thuraya XT-LITE is the newest product in the satellite portfolio from Thuraya.
Offering a more cost-concious, basic and easy-to-use alternative to other products in the same category.
Basically, a XT-LITE satellite phone.
Showing all 3 results
The world’s most advanced satellite phone
The Thuraya XT-PRO is the first satellite phone with built-in GPS, BeiDou and Glonass capability for highest flexibility in all regions. It has the biggest display on any satellite phone and comes with hardened Gorilla® glass for harsh environments.
The Thuraya XT-PRO DUAL is the world’s first dual-mode, dual-SIM phone, seamlessly blending satellite and terrestrial communication. With both a satellite SIM card and an LTE SIM card, users can effortlessly switch between the two modes for continuous connectivity.
The phone, built for durability with a shockproof, water, and dust-resistant body, features advanced navigation through GPS, BeiDou, Glonass, and Galileo.


Mobile Alert is a broadcasting messaging system utilized by the university in emergency situations. All official UWF email accounts are automatically registered with Mobile Alert. However, students, faculty and staff have the opportunity to add a cell phone number for text message notifications. Additionally, the UWF community can add email addresses and cell phone numbers for outside parties, such as parents, spouses, and other contacts who wish to receive notifications.
In order to add additional information to Mobile Alert, UWF students, faculty and staff should logon to MyUWF and search Mobile Alert or visit www.getrave.com/login/uwf and use the same logon credentials.
Mobile Alert is only utilized for emergency situations and information regarding campus closures. The information you provide will not be shared with any other parties.


Ever wanted or needed a laptop without wireless capability and only cable Ethernet, we at NovaCustom can make it happen! If you want, we can assemble the laptop without a Wi-Fi IEEE 802.11 module leaving the antennas in place but not connected to anything. So if you would later on change your mind, then it’s as simple as plugging in the module and connecting the antennas.
Reasons for wanting a laptop without Wifi and Bluetooth:
- Working in areas where WiFi causes interference.
- Only using Ethernet making the WiFi and Bluetooth unnecessary.
Whatever your reason to buy a laptop without wireless network capability is: search no more and configure now by pressing the button.


Vodafone has launched its project to test 5G technologies in Milan. The operator will be working with 28 partners on the EUR 90 million trial.
The network will cover 80 % of the city and surrounding metropolitan areas by the end of 2018 and 100 % percent by 2019. The plan is to make Milan one of the forerunners in 5G in Europe. The trial will have over forty projects in the areas of health, security, energy, transport, education and entertainment. Partners include players like Milan Technical University, Nokia, Qualcomm, Huawei, IBM, FCA, retail chain Esselunga, State Railways, Pirelli, Siemens, the Italian Red Cross and local transport authorities.


Morse was the man who was publically experimenting, in our midst, on this subject who besieged the doors of congress for an appropriation to enable him to demonstrate the practicability of his . On may 24, 1844, after weeks of testing, morse gathered a small group—reportedly in the supreme court chamber, but more likely in the committee room—to send the first message all the way to baltimore. The first crude telegraphs morse built worked, and he used them for public demonstrations on this day, may 1, in 1844, one of the first experimental telegraph messages, announcing the whig party nominated henry clay for president, were sent over samuel morse’s telegraph line, from baltimore to washington, dc. Morse telegraph – 1844 american joseph henry demonstrated to his classes at the albany academy in new york an electromagnetic means of communication known for . Samuel fb morse established his reputation as a portrait painter, and his travels took him to europe the idea of using electricity to communicate over distance is said to have occurred to him during a conversation aboard ship when he was returning from europe in 1832.
Samuel morse was a polymath who studied mathematics and science at college supporting himself selling the works of art he painted henry had demonstrated two . On 24 may 1844, samuel morse sent america’s first telegram over a telegraph line between washington and baltimore – a distance of around 40 miles, on a line built with the aid of a $40,000 . Learn about the history of the telegraph and samuel morse, who invented the now outdated communication system sturgeon demonstrated the power of the . Samuel morse was born on april 27, 1791, but his influence extends to this day 1844 in washingon dc photographed in 1936 from the time morse secured congressional funding for his first .
In 1844, morse demonstrated the telegraph to the united states congress using a now famous message what hath god wrought samuel morse telegraph receiver smithsonian national museum of american history. Samuel morse invented the telegraph in new york city, then fought to own it from poughkeepsie. Developed in the 1830s and 1840s by samuel morse (1791-1872) and other inventors, the telegraph revolutionized long-distance communication in 1844, morse sent his first telegraph message .
On 24 may 1844, samuel morse successfully demonstrated the telegraph system for the first time to members of congress and other dignitaries he sent a telegram from the old supreme court chamber in the us capitol to what is now the b&o railroad museum in baltimore. On this day in 1838, samuel morse's telegraph system is demonstrated for the first time at the speedwell iron works in morristown, new jersey. Alfred vail made this key, believed to be from the first baltimore-washington telegraph line, as an improvement on samuel morse's original transmitter vail helped morse develop a practical system for sending and receiving coded electrical signals over a wire, which was successfully demonstrated in 1844. The man most commonly associated with the telegraph, samuel morse, did not invent the communications tool but he developed it, commercialized it and invented the famous code for it that bears his name. Samuel morse developed telegraph wires and invented morse code, an electronic alphabet patented in 1840 (1,647) the first telegraph was what hath god wrought view the original patent drawing for this device.
Samuel morse demonstrated his telegraph system to a somewhat skeptical congress he sent telegraph messages between the senate and house and finally in 1843 he managed to convince congress to fund $10,000 for the construction of the first telegraph line in the united states. On this day in 1838, samuel morse’s telegraph system is demonstrated for the first time at the speedwell iron works in morristown, new jersey the telegraph, a device which used electric . Samuel fb morse sent the first telegraphic message may 24, 1844 what was the first telegraph message sent by inventor samuel fb morse on may 24, 1844, over an experimental line from washington, dc, to baltimore, the message said: what hath god wrought. On may 24, 1844 samuel morse transmitted the first message via telegraph in the united states sent from washington to baltimore, what hath god wrought”, a bible verse found in numbers 23:23.
Samuel fb morse demonstrated the telegraph for the first time on may 24, 1844, allowing annie ellsworth, the young daughter of a friend, to chose the message she selected a verse from the bible, numbers 23:23, what hath god wrought. On 24 may 1844, samuel morse sent america's first telegram over a telegraph line between washington and baltimore – a distance of around 40 miles, on a line built with the aid of a $40,000 grant from congress. Morse code was designed by samuel morse and alfred vail it uses short and long pulses - tones or lights - to represent letters and numbers probably the most well known morse code message is the one made up of three short pulses, then three long pulses, then three short pulses again.
Although samuel morse respected and sent messages back and forth to demonstrate his 1844, the line was officially opened as morse sent . (quote) samuel fb morse it was on this day, january 6, in the year 1838 that samuel morse first demonstrated the electric telegraph the telegraph was perhaps the single largest step forward in telecommunication history, in that it allowed messages to be sent electronically for the first time. Samuel f b morse (1791 - 1872) in 1844, morse demonstrated to congress the practicality of the telegraph by transmitting the famous message what hath god wrought over a wire from washington to baltimore. Samuel morse, april 27, samuel morse was widely known as a remarkable painter and at the same time an inventor, he is precisely known for inventing a single-wired telegraph system.
Samuel fb morse demonstrated the telegraph for the first time on may 24, 1844, allowing annie ellsworth, the young daughter of a friend, to chose the message she selected a verse from the bible, numbers 23:23,. In 1838, samuel morse and alfred vail demonstrated the electric telegraph to the public at the speedwell ironworks in new jersey in 1844, morse set up a telegraph wire between washington dc and baltimore.


The success of your Internet site is dependent not only on its actual content, but on the entire consumer experience and the latter can be vastly affected by the network connection to the server in which the website is hosted. An excellent website will do no good if, for example, a few individuals can browse it very quickly, but the channel capacity is low, so other site visitors should wait and are unable to access anything, or if everyone can reach the Internet site, but the overall network speed is very low, so it takes a minute to open a page, let alone to load a huge image or a video. The network capacity is a factor which could have a major influence on your Internet site, so it's something you have to take into consideration when you decide where to host your websites. Large throughput and access speeds will ensure speedy loading Internet sites and more happy site visitors.
2.5 Gbit Network Connectivity in Shared Website Hosting
If you order a shared website hosting plan
from our company, you will be able to take advantage of the multi-gigabit routes we use, whatever the location of your account. We provide excellent connectivity in all data centers - in Chicago (USA), in Coventry (UK) and in Sydney (Australia), so any website hosted inside them will load extremely fast all the time. Each one of the three facilities has direct fiber connections to other major metropolitan areas on the respective continents, in addition to overseas cities, so how swiftly your sites will open depends only on your visitors’ connection to the Internet. By using redundant providers, we make sure there shall not be any service interruptions due to a slow or bad connection. In addition, we use completely new highly effective hardware to make sure that the network within the data centers can handle high traffic volumes without affecting the speed or the functionality of the Internet sites.
2.5 Gbit Network Connectivity in Semi-dedicated Servers
The US data center facility where we offer semi-dedicated server
plans has fantastic connectivity to both the East Coast and the West Coast. The accounts are created on our innovative website hosting platform, which uses a multi-gigabit traffic channel, so in case you host your Internet sites with us, the speed with which the visitors will open them will depend exclusively on their Internet connection. The data center uses a variety of Internet providers to ensure that the servers can be reached 24/7, regardless of whether there’re infrastructural difficulties, while the backed up network within the facility ensures constant transmission between the separate clusters of servers that are part of our system. We use top-notch hardware, such as switches, network cards and firewalls, to tackle heavy volumes of website traffic.


About Moxee Signal
Moxee Signal is a mobile personal safety system in a pocket-sized, easy-to-use device.
Check-In to share your GPS location and let those who care know that all is well.
Send an alert to let your personal network know you need assistance, share your GPS location, and provide real-time audio.
The Moxee app supports Android 6 / iOS 8.0 or newer and lets you set up and manage your Moxee Signal personal safety device
You must use the Moxee app to pair your Signal with an Android or iOS device before you can use it.
Not available for purchase in Arizona.
Moxee Signal is locked to the Clarity Wireless network and cannot be unlocked to use on other networks.
Device information is provided by the manufacturer.
1 You will need at least moderate Clarity Wireless coverage throughout your location to properly use the Clarity Signal service. The Moxee Signal device is designed to provide coverage at your location that is consistent with other Clarity Wireless devices, $10 SIM card, and, in stores & on customer service calls, $19.99 Act fee or upgrade fee may be required. Participating locations only.


We offer make-to-print cable, wire/harnessing and interconnect solutions for OEM manufacturing in the medical, military, industrial, aerospace, broadcast, energy and consumer electronics industries. With an expansive range of capabilities, we can support everything from simple single-wire assemblies to complex encapsulated PCB's and everything in between. We support turn-key manufacturing or kitted/consigned materials. Harnessing and wire assembly services are also available as a stand-alone service or as part of turnkey contract manufacturing.
HOPEWELL Companies is partnered with trusted and responsive suppliers for interconnect solutions, including ITAR Registered WOSB and SDB's. We would love to speak with you to better understand your objectives and requirements. Please submit an RFQ, send an email, or call 617 970-5957 for a free consultation to discuss the best manufacturing technology for your next project.


4K/HEVC receiver, for the highest video quality available
The LU4000 bonded video receiver is used to receive, reconstruct and playout any HEVC/ H.264 video stream of up to 4Kp50/60; supporting sportscasters and innovative news teams wishing to deliver content from the field in the highest video quality available today.
The LU4000 uses LiveU Reliable Transport (LRT), which includes patented Dynamic Adaptive Bitrate control and Forward Error Correction, allowing it to optimize live video delivery to different classes of receiver, dynamically adjusting bitrate and quality for the best viewer experience at any time.
The LU4000 can receive unlimited number of preview feeds, allowing the remote operator to select the feed that is actually sent out over the 12G-SDI for local consumption. The LU4000 integrates seamlessly with LiveU’s multi-layered live video ecosystem, enabling operators to monitor and control live streams via LiveU Central, the unified management platform for LiveU’s field and studio units.


The Ottumwa Community School District has exciting news. We will be installing a new phone system over the next few months. The first phase will occur over the holiday break.
On December 26, the district will install a new system at our preschool (Agassiz), Ottumwa High School, and the district office. From the 26th through the remainder of the holiday break, the phone messaging system will be under construction and will not be available. On January 2, our new phone system will be operational at these locations. Buildings will utilize the same main number. OHS will now have several numbers that will link parents to specific offices, such as attendance, activities, nursing, and guidance, as well as the main number. Other features will include being able to transfer callers between buildings and pressing "9" at any building for updated weather information.
Thank you for your patience during this transition and happy holidays.


ICT & IT Security department will perform systems and network maintenance this weekend. During this time, the AUS community will not have access to the AUS Wireless & hosted services as per the schedule below.
|AUS Ambulance Drivers Mobile||050-6776844|
|AUS Medical Emergency Mobile||050-6357651|
|AUS Security Mobile||050-6267818|
|AUS Transportation Services Mobile||050-6318400|
|AUS Facility Emergency Mobile||050-4992807|
|AUS IT Emergency Mobile||06-5152121|
If you have any questions about this or any other message - contact the AUS Service Desk ([email protected] or x2121) or call your local technical support for verification and guidance.
We appreciate your patience,


5G network is the talk of electric globe.
According to Ericsson, “By 2024, 5G is expected to cover more than 40% of the world’s population. ”
5G promise a lot of things:
“Basically, …to provide a real wireless world…the year 2020 will bring a revolutionary change in the field of Communication system where everybody is connected from anywhere, at any time.”
You hear about Internet of Things (IoT).
“It is a hyper-connected computing environment that builds on the following: (1) Broadband wireless internet connectivity; (2) Miniaturised sensors built into everyday objects; and (3) Collaborative robots (Cobots), supported by AI and machine learning, interpreting the Big Data collected by the sensors.”
IoT will be run by artificial intelligence (AI).
Ericsson reports that “More than half of service providers – a total of 53 percent – expect to have adopted AI within their networks by the end of 2020. Some are working to an even shorter timescale, and expect to have adopted AI by the end of this year. A further 19 percent are looking at an adoption timescale of within 3 to 5 years.”
According to IOT ANALYTICS, this AI will take over control in transportation, industry , health care and security.
However, before your smart car drives you trough smart city rolling your smart spliffs, hear about what comes up ugly in all of this:
Surveillance state using smart weapons autonomous killing systems to replace you with robot work force bringing on Terminator’s Judgment Day Skynet.


As CTO (Chief Technical Officer) Matt provides technical direction and client support as new computer technology markets emerge. Matt maintains a high level of technical expertise and provides consulting services to new and growing client operations. Matt has an engineering background and understands Cisco and other routing techniques. He fully understands software coding and has proved to provide solutions in the most difficult situations. He has hardware, software and telecommunications experience. His objective is to provide our clients with complete turn-key solutions at the lowest possible IT costs. He helps our clients generate more business through mainstreaming support and automation using technology.


Free shipping on all EU orders.
Taxes & Duties are included in the product's price.
We accept PayPal, as well as all major credit and debit cards: Visa, MasterCard, etc.
At this stage, BlazePod only supports English.
You can send us a message here: firstname.lastname@example.org
In your kit you will find:
- Your Pods
- BlazePod case
- BlazePod Charging base
- Charger micro USB cable
- BlazePod manual
Yes. The Pods connect via a Bluetooth connection to the BlazePod app on your phone. BlazePod uses BLE technology to connect to the phone.
The BlazePod adapter is the housing unit that holds the Pod in place when using one of the accessories.
In order to use it, first make sure that the Pod is lined up properly, and then firmly click it into place. The Pods hold extremely well. Next, simply pick the accessory you require. Both the suction cup, the cone adapters and the straps attach themselves to the BlazePod adapter.
Connect the USB cable to the power outlet and the charging base.
Place one Pod on top of the charging base and firmly press on top of them to make sure there is proper contact. If the indication light starts blinking red, move onto the next step. If the indication light changes between blue, green and red, leave the Pod on the charging base for at least 10 minutes. Next remove the Pod for a moment, and then return it to the top of the charging base and make sure the indication light then blinks red.
Add an additional Pod on top of the Pod currently charging and repeat the first 2 steps.
You can charge up to 6 Pods stacked one on top of the other.
Your Pods can be placed at a distance of up to 40 meters from your mobile device.
The maximum number of Pods that you’ll be able to simultaneously connect to will depend on the mobile device itself.
Most of the phones we tested could connect to 12 Pods, assuming the software version was up to date, but we know that some phones could connect to fewer Pods at a time.
In the past 2 years, we have seen the max number of simultaneous connections increases by phone manufacturers, so it’s a matter of time until all phones will have this support.
Please see further information regarding phone connectivity and your device's capabilities using the following link:
If you can’t find what you are looking for among the predefined activities, then the custom activities function allows you to control the Pods' capabilities to suit your own activity need, and build an activity according to your specific requirements.
It is possible to create activities using the different light logics for immediate use and save up to 10 customs activities.


Sigma Designs Inc.
Sigma Designs Incorporated is a global integrated semiconductor solutions provider offering media platforms for use in the home entertainment and home control markets. Semiconductors are manufactured and developed by Sigma Designs for end-product manufacturers, original equipment manufacturers, and original design manufacturers. Revenue for the semiconductor company is also derived from technology licenses, software development kits, engineering support services, and engineering development. Target markets for Sigma Designs include Smart TV, Media Connectivity, Set-Top Box, and Internet of Things Devices. Products are offered worldwide through multiple channels, including direct sales force, manufacturer representative, and independent distributors.


So what is 5G exactly?
With the announcement of the first 5G European trial and other field tests that are happening worldwide, interest around 5G is growing. Although 5G deployments are not planned to be ready until at least the next Olympics in 2020, companies are starting to look at what opportunities this new technology can open for them. But what exactly is it 5G? For a start, is much more than just a faster 4G, it is a step change in communications technology and infrastructure. It will allow a range of applications that are currently not practical with existing technologies.
Interestingly, AI is not only a key enabler for how 5G will function, but important for new applications that will benefit from the future networks.
What will it mean for existing applications?
Most importantly, with more bandwidth, come a new breed of data hungry applications that need feeding. At the moment it is not clear specifically how much more, as it is still quite early in standardisation, but there are high figures such as 10Gbps being mentioned. This will be a great boost for applications such as 4k (or even 8k) video streaming and for gaming.
In the past technologies such as LTE used in 4G could theoretically reach high numbers, but, in practice, most consumers never see these kind of data rates when walking down the high street. 5G requires mobile operators to do more within their internal network infrastructure to manage the available bandwidth based on the needs of the application. Technologies such as SDN and NFV are transforming how these needs are met and are likely to underpin the implementation of networks to feed the bandwidth hogging applications of the future. AI is playing a role in helping operators to effectively manage their networks intelligently, adapting networks in response to demand patterns.
New application areas enabled by 5G
What is in many ways more interesting is the low-latency applications that will be supported by 5G, such as realtime control of drones and cars, and highly responsive AR and VR applications. These needs cannot be adequately served by existing infrastructure, as the delay in data being sent before it is acted upon is too great for these types of applications and devices.
The other end of the scale are the millions of device that will need very low bandwidth and are not concerned with latency, the Internet Of Things devices. The small, and sometimes not so small, ‘things’ that will use 5G and likely a myriad other technologies such as LoRa, NWave, Sigfox or NB-IoT to communicate. 5G will need to deal with the needs of the data hungry devices while still supporting a massive number of connected things while trying to balance these very different needs.
How is AI relevant to 5G?
One thing is clear, 5G will enable the carrying of more and more data from devices, applications and sensors. This will place even higher demands on systems to handle the flood of data, and to store, analyse and process this data. This will have an impact on applications that need to mine data or to take action in response to data, the implications for the ML and AI world is massive and research interest is gaining momentum.
One particular area of interest is the trend towards moving processing closer to the source and consumer of the data, even to the base station itself. The field of Mobile Edge Computing (MEC) is a growing area of interest and Machine Learning is playing a huge part in this domain. Moving processing closer to the applications and into the network has huge benefits in improving latency and overall application performance. Obvious benefits such as content caching are clear, moving popular content to a small base station to support a commuters on a busy train for example.
Mobile Edge Computing can open new opportunities for AI
A major benefit of using MEC is in reducing data that needs to be sent to a backend server. One way that it achieves this can be to pre-processing data to determine what needs to be sent to a backend server. As a practical example, Nokia have developed a system running on their Liquid MEC product (Intel also has a similar offering) that analysed video streams recorded on a number of surveillance cameras, the data was then processed by a neural network executing on a MEC server, deployed at the base station. The MEC application examined the video streams, classified what were normal and abnormal patterns, and then only needed to send the stream to the backend when a potential security issue was identified.
This type of application approach is different to centralised cloud approaches and has the advantage of only needing to deal with a localisation of data. In some cases this local area could be limited to an individual shop, building, stadium, event venue, factory, motorway section or train. An MEC application using AI can consider rules that are specific to the conditions that exist in a particular area and time frame., while sharing data with other MEC applications and traditional cloud hosted services.
Forrester has identified MEC as an emerging area of innovation, with potential growth and new opportunities for AI companies to process data to meet the demanding needs of a new breed of applications and devices in the future. Big hitters such IBM, Intel, Cisco and Nokia, Ericsson and others are already creating solutions in this space, however MEC is an open standard. Find out more about it you can find more information from ETSI including a list of demonstration applications using MEC.
Triangle 5G project
In order to help companies to determine what 5G may be able to do for their applications and devices, UCL is helping deliver a new European Horizon 2020 funded project named TRIANGLE, the focus of which is helping support the development of new mobile applications and devices designed to operate in the future 5G mobile broadband networks.
The support framework will include testbeds which will comprise test equipment and test software, formal test specifications and test methodology and will exploit existing FIRE facilities. In addition to testing applications and devices, the project aims to extend and improve the testbed by funding extensions for adding new capabilities, such as Mobile Edge Components.
The primary motivation of the TRIANGLE project is to promote the testing and benchmarking of mobile applications and devices in Europe as the industry moves towards 5G and to provide a pathway towards certification in order to support qualified mobile developments.
How can I get funding from Triangle?
UCL will help coordinate an Open Call for companies to apply for funding in the region of £25,000 for projects using elements of 5G that can make a significant impact to their products or services. Qualifying applicants will need to identify appropriate uses for 5G technology that should be aligned with recognised 5G Use Cases. A detailed list of identified key 5G Use Case are available here.
The first TRIANGLE Open call is open until October 31st and potential applicants can apply here. Additional Open Calls will be available in early 2017.
If anyone has further questions on any of the points raised in this article, please feel free to contact me.


Our Company focuses on providing our customers a complete range of services ranging from Consultation, Research, Development, Prototyping, Certification, Testing and Manufacturing of Electronics and Communication Systems and Sub-systems, Distribution and System Integration. Our core engineering team comprises of highly qualified engineers and program Managers with an average of more than 15 years of relevant experiences.
Our strong technical competencies have helped establish great confidence with our customers both locally and worldwide.
We continue to see great growth potential in the area of RF/Microwave Communications Products around the world. As such, we will continue to strengthen our core-competencies in this field as part of an effort to grow our businesses in the near future.
Our Mission is to offer customers value added solutions meeting
specific requirements, ensuring shortened time-to-market and reliable design.


Kurzy a certifikace Fortinet
NSE6 Secure Wireless
Cena (bez DPH)
In this 1-day instructor-led classroom training, you will learn how to deploy, configure, and troubleshoot a secure wireless LAN using Fortinet solution: FortiGate, FortiAP, FortiWiFi, FortiCloud, FortiPlanner and FortiPresence. The course explores RF concepts and key standards for wireless LAN, devices configuration, security settings and troubleshooting. In interactive labs, you will enforce your knowledge deploying a secure wireless LAN centrally managed from the FortiGate wireless controller and/or FortiCloud AP network.
Anyone who is responsible for day-to-day management of a Fortinet wireless solution.
After completing these modules, you will be able to:
- Explain radio frequency behavior in wireless networks
- Identify key WFA, IEEE, and IETF standards
- Improve wireless coverage using FortiPlanner
- Deploy a full mesh or WLAN with multiple SSIDs
- Configure the wireless controller to deploy a WLAN
- Manage FortiAP networks through FortiCloud
- Offer guest Wi-Fi
- Introduce FortiPresence
- Use FortiAuthenticator and device identification for BYOD
- Thwart hotspot hackers with intra-SSID blocking, UTM, and wireless intrusion detection
- Block rogue APs
- Correctly use MAC filtering
- Understand fast roaming and wireless client load balancing
- Troubleshoot signal loss, slow connections, and authentication issues
- Wireless Network Planning
- Wireless Controller
- Advanced Authentication
- Access Point Profiles
Familiarity with all topics presented in FortiGate I & II
The price includes the authorized materials.
This course prepares you for the Secure Wireless LAN Specialist Exam. This course is part of preparation for the NSE6 certification exam.


We know that in preventing the spread of HIV, it is extremely important to get tested for STIs. But in remote villages in Africa, areas most at risk, getting test results from labs was difficult. The information would be sent by couriers and could take weeks…and this delay could be deadly for some people.
But fortunately, now, communications engineers from Britain’s have adapted technology wireless and immediate communication from office printers and cell phones to relay test results. The new printers are being rolled out elsewhere in Africa after initial success in Mozambique, where the project has been running for a year.
The printer works because engineers have removed the workings of a standard printers, and replaced it with cell-phone technology. A computer at the lab can then relay results from multiple tests simultaneously to clinics using GPRS technology. Printers can be left on so results can be streamed and if the power fails, the results are stored until it comes back.
In the first six months that the program was running in Mozambique, 20,000 results were relayed through the printers. In the past, labs processing thousands of tests lack the staff to call clinics or send results by cell-phone message. Results stacked up until they could be sent in batches by courier.
Though Mozambique still struggles with a shortage of health workers and medicine, this new technology allows for fast results…and more results. With more people being able to receive test results,the more people who will get tested, and stop the spread of HIV. It is certainly a step in the direction towards ending AIDS.
Read more from the original Fox News article here.


|PRINT | CLOSE WINDOW|
Frontier Communications Corp. announced a partnership with Zipwhip Inc., a Seattle-based technology firm. The pairing adds text message capabilities to voice-only lines, officials said.
Frontier Texting allows customers to receive or send texts via a firm’s existing landline or toll-free number as well as connected devices such as laptops or tablets. A business can respond by using the Frontier Texting app that is serviced by Zipwhip.
"Adding text messaging to a voice-only line helps businesses handle orders, remind customers of appointments, and answer customer inquiries through a medium that is both familiar to and popular with their customers," said Ann Burr, president of new product trials and integration for Frontier, in a statement. "Best of all, the messages go straight to the customer's texting app on their mobile phone--eliminating the need to download and manage a new app.
Frontier Texting powered by Zipwhip launched Tuesday for every small office, home office and small and midsize business served by Frontier.
"Zipwhip's vision has always been that every phone number should be textable," said John Lauer, CEO of Zipwhip, in a statement. "While 330 million U.S. mobile numbers are text-enabled, 200 million fixed-line numbers are not.
“Frontier's partnership with Zipwhip to add texting to their full base of business phone lines represents the first significant shift in what we believe will become the new norm for consumer-to-business communication--text or call, one number does it all."
(c) 2014 Rochester Business Journal. To obtain permission to reprint this article, call 585-546-8303 or e-mail email@example.com.


August 4, 2021, Kathmandu – Leading global smart device brand OPPO held its “What’s Next for Flash Charging?” OPPO Flash Charge Open Day, during which it unveiled the most recent achievements from its ongoing research into fast charge technology and the development of its Flash Charge technology solution.
“OPPO’s development of its VOOC Flash Charge technology is based on innovation across an entire fast charging system that encompasses the charging adapter, charging cable, PMIC, battery and more,” said Jeff Zhang, Chief Scientist of OPPO VOOC Flash Charge. “Whether people choose wireless or wired charging, VOOC Flash Charge technology is now capable of meeting a wide range of needs when it comes to charging electronic devices, even in the most extreme circumstances.”
OPPO has always placed efficiency and safety at the forefront of its development of Flash Charge technology. Based on this concept, OPPO has introduced a five-fold safety protection system to improve safety in VOOC Flash Charge technology, and has been exploring how new materials, AI algorithms, charging architectures and other factors can be used to deliver further innovations:
Smart charging: optimizing speed and battery life for the perfect balance
OPPO also unveiled its new smart charging technology during the event. Designed to keep the charging speed within the safest possible range, the technology adjusts the charging current based on intelligent detection of different charging scenarios. This can also help to reduce the occurrence of unusual battery aging allowing users to enjoy optimal battery life for a longer period of time.
The smart charging technology is able to deliver noticeable improvements to multiple aspects of the battery’s performance, including:
Extreme charging: even in the coldest environments, Flash Charge doesn’t give up
In addition to making VOOC Flash Charge as safe and smart as possible, OPPO has also been exploring ways to optimize fast charge technology under more extreme situations. For example, it can be difficult to charge a lithium-ion battery in very cold environments, where forcing the battery to charge may even cause it to short circuit. OPPO’s ultra-low temperature charging solution uses smart algorithms to determine the optimal charging temperature of the battery and increase the temperature before charging begins. Test results show that the battery is capable of increasing in temperature from -20℃ to 10℃ in just tens of seconds, allowing the battery to be charged as normal.
From the introduction of VOOC Flash Charge in 2014, safety, efficiency, and ease-of-use have been three of the core areas that contribute to OPPO’s R&D into battery and charging technology. As of June 30, 2021, OPPO has already applied for over 3,000 patents related to fast charge technology; and through over 30 devices that support VOOC Flash Charge technology, OPPO has brought this fast, convenient, and safe charging experience to more than 195 million people worldwide.
In 2021, OPPO launched its new project – The Flash Initiative – bringing its proprietary VOOC technology to automobiles, public spaces, and chips inside a wide variety of devices. In the era of the Internet of Experience, OPPO’s Flash Charge technology is evolving to bring users a new generation charging experience designed to excel in any situation, allowing people to charge any device, anytime, anywhere.
OPPO is a leading global smart device brand. Since the launch of its first mobile phone – “Smiley Face” – in 2008, OPPO has been in relentless pursuit of the perfect synergy of aesthetic satisfaction and innovative technology. Today, OPPO provides a wide range of smart devices spearheaded by the Find and Reno series. Beyond devices, OPPO provides its users with the ColorOS operating system and internet services like OPPO Cloud and OPPO+. OPPO operates in more than 50 countries and regions, with 6 Research Institutes and 5 R&D Centers worldwide, as well as an International Design Center in London. More than 40,000 of OPPO’s employees are dedicated to creating a better life for customers around the world.


VoIP Phone Support in La Ronge, SK
Does your business use or need a dedicated system using Voice-over-IP Phone in La Ronge, SK or surrounding areas? DigitalMODE can help transition your old analog phone system into a new digital system. VoIP PBX Software allows your business to route calls, provide information to callers, forward to cell phones, and move your phone to your home-office when you’re working from home.
Use our contact page to get in touch for all of your VoIP Phone inquires.
Setting up an digital assistant on your VoIP Phone System allows customer to choose who they would like to talk to.
All of our PBX Solutions are Cloud Hosted, so all you need to do is plug your phone into an internet connection and start calling!
If you don’t care for having a physical desk phone to use, you can send and receive calls to your business directly from your mobile phone.
Contact DigitalMODE Today
Contact DigitalMODE today – whether you’re ready for help, or still have a question.
DigitalMODE Tech Solutions is a privately owned La Ronge, Saskatchewan based IT Solutions company that provides IT Support for Northern Saskatchewan and Northern Manitoba. With over 10 years experience in the Technology Industry – DigitalMODE provides exceptional support for businesses and to the general public.


Sender Policy Framework or SPF is a mechanism to prevent email spoofing attacks. The system designed to detect email spoofing by providing a mechanism to allow receiving mail exchangers to check that incoming mail from a domain comes from a host authorized by that domain’s administrators. The domain’s owner publishes
SPF record as a
TXT record in domain’s DNS, and receiving mail exchangers use that record to authenticate all emails coming from that exact domain.
For example the following
SPF record for
v=spf1 mx ip4:18.104.22.168/32 include:amazonses.com include:_spf.yandex.net -all
Informs receiving mail servers to check whether the IP of sending mail server is listed in
MX DNS record or is equal to
22.214.171.124 or is an IP of Amazon SES service or an IP of Yandex Service. If nothing is matched, then the receiving mail server will reject the message.
For more on
SPF you could check the spec.


Connecting with families are easier than ever before thanks to the many call and messaging apps. IMO is a communication app developed by Baby Penguin that allows users to text and call for free. They can also send stickers and make HD video calls as long as they are connected to the Internet. With hundreds of messaging apps out there, can Imo stand up to the industry giants like Messenger or Whatsapp?
As its name suggests, free video calling IMO messenger download for windows with your loved ones. The app also lets you exchange unlimited text messages over your 2G, 3G, 4G, or WiFi connection. And the best part is that the person that you’re communicating with can be using any device as long as it supports these features. To liven up your conversations, there are hundreds of free stickers included in the app. Plus, the application’s encryption capabilities are reassuring that all of your communications are secure.
Imo is a messaging app used for sending SMS, audio and video calls without the network charges. At last, everyone can stay connected between using various phone models and even tablet devices. If your work depends greatly on calls and SMS, imo should be there already on your device.
It’s very useful whether your job is based on the field, at the office or just about anywhere in the world. With this app, you always get the latest information without worrying about mobile data fees. The web messaging software is also now available for your desktop. Get a FREE copy of imo for PC so there’s no need to switch between devices on a busy day at work.
As we all know Imo is one of the most popular free messaging and calling (audio as well as video) application of this world right now. There are so many applications for online communication in play store but only IMO provide us best high quality calling with minimum data usage. This app requires an internet connection and it’s supported by Android, iOS, and PC. The best part of this application is that it’s very light the size of this app is 11MB, it does not require a lot of memory space. IMO is having lots of in-build amazing stickers which are quite attractive. It’s free and every single user can download this application on their Android, iOS and PC devices and can enjoy fast free video, audio, calling and messaging.
A guide for IMO. Helps users on using IMO. Read offline answers regarding IMO. Enhances the experience of using IMO.
Can’t actually do calls. Not an official IMO app. Users can search for help online instead. Nothing special about the app.
Features and Highlights
– Send instant messages with a tap of a button saves you money compared with sending regular SMS messages. – Make high-quality video and voice calls on Android and iPhone – Send unlimited messages and make free video and voice calls over your 2G, 3G, 4G or Wi-Fi connection – Group video calls with friends, family, roommates, and others – Share photos and videos – Express yourself with hundreds of free stickers – Encrypted chats and calls – Optimized for Android tablets – Avoid SMS and phone call charges.


Jul 30, 2018
Nov 27, 2015 · Locating the IP and MAC Address. Before we take a peek at where to look for the address information let’s make a quick but important note about when to look for the information. Because the information about the IP and MAC addresses is located within the system menus of the Apple TV you cannot check it until the initial setup is complete. Each /8 block contains 2 24 = 16,777,216 addresses. As IPv4 address exhaustion has advanced to its final stages, some organizations, such as Stanford University , formerly using 220.127.116.11/8 have returned their allocated blocks (in this case to APNIC ) to assist in the delay of the exhaustion date. The push service uses a load balancing scheme that yields a different IP address for the same hostname. However, the entire 18.104.22.168/8 address block is assigned to Apple, so you can specify that range in your firewall rules. 22.214.171.124/8 is CIDR notation for 126.96.36.199 to 188.8.131.52. Aug 27, 2019 · Mac OS X Server v10.5 or later (JBOSS HTTPS in Mac OS X Server 10.4 or earlier) 8800: TCP: Address Book service — sunwebadmin: Mac OS X Server v10.6 or later: 8843: TCP: Address Book service (SSL) — — Mac OS X Server v10.6 or later: 8821, 8826: TCP: Stored — — Final Cut Server: 8891: TCP: ldsd — — Final Cut Server (data transfers
Find out what your public IPv4 and IPv6 address is revealing about you! My IP address information shows your location; city, region, country, ISP and location on a map. Many proxy servers, VPNs, and Tor exit nodes give themselves away.
Type "arp -a" in the command prompt. This lists a number of MAC addresses with the associated IP addresses. Since you have the MAC address, scroll down the list to find the associated IP address. The MAC address is shown in the "Physical Address" column with the IP address in the "Internet Address" column. An example of a table record is in Step 4. MAC Address IP Address; 1. MAC Address stands for Media Access Control Address. IP Address stands for Internet Protocol Address. 2. MAC Address is a six byte hexadecimal address. IP Address is either four byte (IPv4) or six byte (IPv6) address. 3. A device attached with MAC Address can retrieve by ARP protocol.
Find your IP Address on a Mac - OS X Daily
Jan 21, 2016 · Well, the last one is easy to answer: there’s no concept of free versus paid IP or MAC addresses. As you’ll see in a moment, IP addresses are assigned as part of connecting to a network, and MAC addresses are assigned at the time hardware is manufactured. Mar 26, 2013 · These addresses commonly start with 192.168 and 10.0.1. Since these addresses are dynamically and randomly assigned by the router every time a device connects to a network, you can't expect your iPad to have the same dynamic IP address every time you connect. Related Articles. How to Find Your Mac's IP Address; How to Find Your iPhone's IP Address As you can see, the 'sh arp' or 'sh ip arp' commands also give you the MAC addresses, so essentially the 'sh mac add' is only to get the port in which the device is connected. It helps to Ping the subnet's broadcast address (e.g. "10.1.1.255") to load the ARP table. Every website (Disney, Amazon, Apple, etc.) has a unique IP address, but it goes by its name instead (Disney.com, Amazon.com, Apple.com.) But without IP addresses you couldn't connect with them and they couldn't share information with you. The IPv4 Address. The common type of IP address (is known as IPv4, for "version 4"). Apr 04, 2018 · Below function is to get the MAC and IP address of a local or remote machine.The output will be displayed on the screen (write-host). You will be able to get the IP & MAC details for a remote multiple machine at same time by giving the machine names. Sep 02, 2019 · Given an IP address range, the tool displays all active IP addresses, hostname when applicable, ping response time, MAC address, and port count. These results are made actionable with an export function that supports CSV, TXT, XML, and IP-Port list files. May 23, 2019 · To block an IP address on your Mac computer, you’re going to need access to your wireless router (or LAN router, which connects to the internet using an Ethernet cable). Knowing the password is essential, which can often be found printed or stuck on the outside of the modem.


1) 1-year warranty period as of the delivery date.
2) Our company provides the training and guidance at the field of users.
3) The technical department of our company will provide the preventative equipment maintenance and
after-sale service for all the technical services after installation of equipment.
4) After warranty period, the customers can sign the annual maintenance contract with our company.
Our company can provide the preferential lifetime warranty service of display equipment.
5) Our company will provide the long-term tracing maintenance and technical support for the equipment sold.
6) Our company will provide the upgrading service of hardware and software.
7) In order to ensure the normal work of system, our company will provide 24-hour hotline services.
System Running Guarantee Service
After the system is installed, debugged and accepted, our company will provide the system running guarantee
service during the quality warranty period. With responsible attitude, we will assign the customer service engineer
to be responsible for this job (location, diagnosis and maintenance of faults arisen in the system and maintenance of equipment).
We will provide 24-hour service support.
We will respond the customers’ service request firstly via the telephone in the shortest time and provide the filed
service according to the requirement.
System Running Technical Consulting Service
Whether it is in the warranty period or not, our company will provide the technical consulting service
(including new technical consulting, configuration adjustment and failure settlement) for the customers free of charge.
Our consulting hotline is open throughout the year and we can answer the technical consulting of customers at any time.
Our company has accessory warehouse with the complete spare parts, which can ensure the system can normally
run without the insufficient parts.


Check out the selection of new and used EXFO FOT-930 optical loss testers on eBay. You won’t find lower prices anywhere else!
The FOT-930 Maxtester Multifunction Loss Tester is designed to be used by network service providers, network installers and CATV operators. The FOT-930 MaxTester provides fully automated loss test results in 10 seconds for up to three wavelengths, as well as automatic ORL and fiber-length measurement. It combines a powerful light source, a power meter, a visual fault locator, a full-duplex digital talk set and a video fiber inspection probe. It also features a large, high-resolution color display and nine hours autonomy provided by field-swappable rechargeable batteries.
The FOT-930 features an ergonomic, eye-catching handheld package built for today’s fiber-optic testing requirements. This unit easily and efficiently provides complete, high-quality test documentation. Its data logging and management features help users quickly access and download test results to any PC through the RS-232 port for in-depth analysis and first-class report generation.
- Bidirectional link-loss and ORL characterization
- High-fiber-count network construction
- FTTx construction
- Combines a powerful light source, a power meter, a visual fault locator, a full-duplex digital talk set and a video fiber inspection probe
- High-resolution color display and nine hours autonomy
- Ideal for testing FTTx-based cable TV, POTS and high-speed data services
- Cost of ownership: lowest in the industry, thanks to three-year warranty and recommended calibration interval, error-free testing and minimized training time


piAccess Mail for Windows
piAccess Mail lets you keep forever your SMS messages in your personal computer's email Inbox.
piAccess Mail also lets you send SMS messages through your email program.
piAccess Mail adds to your phone's versatility by letting you access privately your SMS messages from any standards-compliant email program (Outlook, Eudora etc).
It talks to your phone while at the same time acts as a POP3 and SMTP server to which your email client can connect and retrieve messages. Newly arriving text messages are exposed in real time as new email.
* Lets you keep your text messages with the rest of your emails forever.
* Allows you to keep your text messages without keeping that old phone or SIM.
* Every time a new SMS is received, it is routed to your email program's inbox!
* Recognises and preserves international text in messages.
* Automatically re-assembles multi-part SMS messages into a single email message.
* You may use it to retrieve and then delete messages from your phone simply by using your email application.
* Cross-references SMS sender numbers against your phone's phonebook, and inserts the sender's email address in the email message headers for easy replies via email (when used with piAccess Link).
* Works with Bluetooth, Infrared or cable serial links.
Visit our product pages at www.piaccess.com for more information.
piAccess Mail is a free trial software application from the Other subcategory, part of the System Utilities category.
The app is currently available in English and it was last updated on 2006-04-19. The program can be installed on Windows.
piAccess Mail (version 1.1) has a file size of 28.82 MB and is available for download from our website.
Just click the green Download button above to start. Until now the program was downloaded 94 times.
We already checked that the download link to be safe, however for your own protection we recommend that you scan the downloaded software with your antivirus.


Allergy season is in full swing here in Atlanta. This means pollen and other seasonal spring allergens are likely making the allergy sufferers in your family pretty miserable. If you already use smart home technology, why not take it a step further to use your smart home automation to make your home more comfortable and allergy friendly?
Have you ever tried to ask, “Hey Alexa, what’s the pollen count?” Both Amazon and Google’s home assistance devices will be able to accurately report the pollen count for your area, which is a fantastic tool for any allergy sufferers to use. This way, you’ll always know if it’s time for more medicine or maybe to avoid the outdoors altogether.
Amazon and Google also designed their Alexa and Assistant services so that they can communicate with devices that are made by other manufacturers. Alexa can work with many robotic vacuum cleaners. By making it possible to control robotic vacuum cleaners remotely, homeowners can eliminate allergy triggers like dust whenever they choose to do so. Alexa also works with many smart thermostats that have Wi-Fi capabilities. This gives homeowners the ability to override their thermostat – even when they aren’t at home.
The IFTTT (If This, Then That) App allows all of your smart technology to work in harmony. There are many different types of smart technology out there, and different brands and programs have limitations on which devices they are compatible with. Thankfully, IFTTT changes this by acting as the translator between different smart devices. It also allows for action formulas to be set up.
So, for allergy sufferers, the app might allow your smart air purifier to talk with your Google Assistant that wasn’t previously compatible. In the same vein, it could allow that air purifier to automatically turn on anytime the temperature on your smart thermostat goes above a certain degree.
Most importantly, this app is free, making it a no-brainer addition to any smart home environment looking to improve function across devices or automation.
Z-Wave is a similar program that utilizes a hub which is the “central controller” for their system that connects a smart device. They rely on newer networking standards and create mesh networks that make the communication between devices possible Z-Wave is one of the oldest of these wireless standards, and they’re also the standards that are most often used in homes that use smart home technology.
By enhancing connecting smart devices to recognize home conditions that may make allergy sufferers more uncomfortable, you’ll improve the air quality and comfort of your home. Smart Home technology may seem confusing, but it doesn’t have to be. Let the Atlanta area home automation experts from BriteBox show you how to improve the comfort of your home for allergy sufferers this spring.


Comparing Tecpro MS745 Master Station to Granite Sound’s GS-CMS2 Master Station
Both the Tecpro MS745 Master Station and the Granite Sound GS-CMS2 Master Station are 1U and support up to 22 outstations and offer 2 channels however, Granite Sound’s GS-CMS2 boasts x3 XLR3 outputs per channel (A & B) as opposed to the Tecpro MS745 which only has x2 XLR3 outputs per channel.
External audio sources such as programme feeds, show relay or paging announcements can be mixed to either or both intercom circuits on both units.
The amount of auxiliary signal added is set using the ‘Aux Level’ control on both the MS745 and GS-CMS2
Both units are fully compatible and will work with all Tecpro and Granite Sound outstations.
For more information about Granite Sound’s GS-CMS2, get in touch with us via Telephone or email. Or, contact one of our worldwide distributors


Senior Capstone Project 2 / Semester 1/2021
Smart internet technology has brought the revolution to every field by making everything smart intelligent. Smart farming refers to the network of things that makes a self-configuring and convenient network to connect as the system. The development of Intelligent Smart Farming based devices control by Arduino with applications. The objective of this project is to propose Arduino based Smart farming system to assist farmers in real-time data (Temperature, Humidity, Soil Moisture, and Fan). For efficient environment monitoring and increase their overall yield and quality of products. The Arduino-based Smart Farming System being proposed is integrated with the internet and ArduinoTechnology mixed with various sensors and a WiFi module producing live data feed that can be obtained online with the application on the smartphone.
To read entire report .pdf click here.
To check out other interesting capstone projects, please click here.
To search for other projects, please try the search box below:


These transmitters operate on the frequency range 645 KHZ to 1605 KHZ. These transmitters have a specific service area within a particular country depending on the power of the transmitters. Thus many such stations have to be set up to cover a country. These stations are used to cover a particular country and are called National Stations. The transmitters which operate on the frequency range 3 MHZ to 30 MHZ are called short wave transmitters. The transmitted waves from such stations are fed to directional antenna systems which convert into sky waves and are used to cover specific target areas lying into other countries and thus these are called international radio stations. This mode of service has been in use since long and is still in use.
The advent of satellite communication is now being used to Internationalize Radio Programmes with a very high level of quality as it operates on very high frequencies and is free of disturbances.
Prospects and Challenges:
Better prospects are now available in radio through satellites and to adopt this system is posing challenges in the field of radio communication.
The space communications equivalent of an earth-based repeater is called an active communications satellite.
A high-powered signal is transmitted from the sending station on the Earth. This line of sight microwave broadcast travels through the atmosphere and to the receiver of the active satellite. The output of this receiver is fed directly to a transmitter within the satellite and a new signal which contains the same Information as the old one is transmitted back to the Earth. Even when very high amounts of power were used by the Earth transmitter in a passive satellite system,
the signals that were received back on Earth were extremely weak. The same high amounts of power most still be used with an active communications satellite system, but since the signal is retransmitted Out in space within the satellite proper, the received transmissions back on Earth are far stronger.
The active satellite system is the one we are interested in as far as television receive-only Earth stations are concerned. The original broadcasts are transmitted from very high-powered Earth stations whose antennas are aimed directly at the satellite. These stations transmit on a frequency of around six gigahertz. Out in space, the active satellite is equipped with transponders. A transponder is simply a transmitter and receiver which are connected to one another. The detected information from the receiver is fed to the input of the transmitter and beamed back to Earth. One satellite may have a few transponders or possibly even twenty or more. When receiving satellite TV at home, each transponder serves as a separate television channel which can be selected in much the same manner as is done today with your present set.
Satellites are usually physically small devices and space must be conserved wherever possible. For this reason, a satellite with many different cahnnels may have only two antennas, one for transmit and one for receive. Each chiwmel shares these antennas by using them for small fractions of a second. To provide an easily understood example, let’s assume that a satellite has two channels which must share the same antennas. Channel A may use the antennas for J00 milliseconds and then be switched off for an equal amount of time while channel B uses the system for 1O0 milliseconds. When channel B is switched off, channel A uses the antennas again. Channel A and B will be switched on and off many times during the blink of an eye,
but you could never tell this by watching a received picture at your Earth station because of the speed with which the switching occurs. If you were watching channel A. you would never know when channel B was using the same antennas t« transmit on another frequency which you were not receTiving.
In any event, the on/off nature of satellite transponders is totally unnoticeable by human beings.
As was stated earlier, most television stations which use satellites for their broadcasts use very high-powered transmitters on the ground. They transmit at a frequency of approximately six gigahertz, but these signals do not come back to earth at the same frequency. Referring to Fig. the six gigahertz transmission leaves the earth and travels to the satellite. The orbiter’s receiver is designed to detect a six gigahertz signal. It pulls the audio and video informations from the transmissions and then feeds it directly to the satellite transmitter, which has an output at a frequency of about four gigahertz. This is the frequency which the earth-based television receive station is set up to detect.
Since we know that the satellite signal is originally transmitted on the Earth, travels into space, is retransmitted by the satellite at a different frequency and is finally received back on Earth again, it can be said that the signal that is ultimately received by an Earth station is a function of:
2.2 The signal transmitted to the satellite at six gigahertz.
2.3 Signal processing in the satellite.
2.4 Signal transmitted at four gigahertz from the satellite.
2.5 Directivity of the satellite antennas gain.
2.6 Path loss.
2.7 Gain of the receiving antenna.
2.8 Noise temperature of the antenna.
2.9 Low noise amplifier noise temperature and gain.
2.10 Cable loss to the receiver.
2.11 Receiver noise figure.
All of these terms may not be familiar to you however. This list is presented to show the difficult factors which determine how well a signal is received by your personal Earth station. There are many different satellites in orbit around the Earth, it is from these satellites that a whole new world of television enjoyment emanates. Su re, all of the signals are originally transmitted here on Earth, but with a a satellite deep in space, these transmissions can be received bv so many more persons. The, wonderful thing about receiving signals from satellites is found in the fact that we ‘end to pay very little attention to these multi-million dollar orbiters. We know they are up there and we know their positions in order to properly aim our antennas: but other than this, the erath station equipment is the part of this complex system which gets the most attention. The satellite are reliable, always present and simply do not require the attention that our personal Eart stations require. Billions upon billions of dollars of research have gone into making our satellite programme as dependable and useful as it is.