We offer a variety of Building solutions to maximize wireless coverage in any building or venue with different applications from large Distributed Antenna System (DAS), to smaller Picocell and many more systems designed to meet the specifications of any network—even in the most challenging of environments.
Solve network coverage and capacity challenges with an inbuilding solution that delivers reliable, high-quality cellular voice and data coverage. With a common network infrastructure, designed and implemented throughout the property. Our construction teams have the experience and resources needed to deploy wireless infrastructure solutions that meet the scale, capacity, and performance requirements of large public venues.
CEC Technologies is dedicated to providing, temporary or permanent back-up power systems for businesses aiming for reliable and efficient electrical solutions. Our services span from temporary generator services for short term power outages to permanent generators for a more precise emergency power backup system. With our comprehensive services, we aim to modernize your electrical infrastructure, ensuring smooth operations, compliance with local regulations, and improved energy efficiency, allowing you to focus on your core business operations.
Roof top installation
CEC Technologies specializes in the meticulous erection and installation of communication equipment, a critical asset for various telecommunications and broadcasting applications. Our adept team focuses on precise equipment placement, secure anchoring, and the proper integration of antennas and equipment to ensure optimal signal transmission and reception. In addition to installation, we are committed to the long-term functionality and integrity of these communication sites through our comprehensive maintenance services. Our routine inspections, repairs, equipment upgrades, and preventive measures are meticulously designed to keep your infrastructure operating efficiently and safely, ensuring a robust communication network that stands the test of time.
CEC Technologies is a turn Key solution, our clients utilize our ability to complete a full tower installation from start to finish inhouse. Some of the tasks are as follows:
- Planning: Determine the purpose of the tower, such as providing cellular coverage or broadcasting signals. Identify suitable locations based on factors like height requirements, proximity to power sources, and accessibility.
- Obtain Permits and Approvals: Research and comply with local regulations and obtain necessary permits and approvals from relevant authorities. This may involve environmental assessments, zoning permits, and structural engineering approvals.
- Design and Engineering: Engage with a professional engineering firm to design the tower structure, considering factors like height, wind load, and equipment requirements. The design should adhere to industry standards and safety regulations.
- Foundation Construction: Prepare the site by clearing vegetation and excavating for the tower foundation. Construct a solid foundation, typically made of reinforced concrete, to support the tower structure.
- Tower Erection: Assemble the tower sections on-site, following the manufacturer's instructions and safety guidelines. Use cranes or other lifting equipment to raise the tower sections and secure them together.
- Installation of Equipment: Install the necessary equipment on the tower, such as antennas, transmitters, receivers, and other communication devices. Ensure proper grounding and electrical connections.
- Testing and Commissioning: Conduct thorough testing of the tower and its equipment to ensure proper functionality and compliance with performance standards. This may involve signal strength testing, network connectivity checks, and safety inspections.
- Ongoing Maintenance:Regularly inspect and maintain the tower to ensure its structural integrity and optimal performance. This includes periodic inspections, equipment upgrades, and repairs as needed.
It is important to note that building a communications tower requires expertise in engineering, construction, and compliance with local regulations. It is recommended to consult with professionals in the field to ensure a successful and safe installation.


Need to keep in touch with loved ones while on your travels in Spain? There are a number of options open to you for making international calls here. Matters are made much easier if you have a cellphone that is compatible with Spain's network (some older American phones won't be compatible).
First things first: find out of you have a compatible phone. Your phone needs to be unlocked and GSM compatible.
More on Telephones in Spain
- Area Codes in Spain
- Spain Country Code
- Make International Calls in Spain if you don't have a compatible telephone.
Get Multiple International Phone Numbers on a Single Phone
By far the best solution now for making international calls in Spain is the new Toggle Mobile service, which gives you nine international phone numbers on a single SIM.
Check out my Toggle Mobile review.
The Most Convenient Phone and Data Solution When You're in Spain
If you don't have time to book order a special SIM for traveling, the Tuenti SIM from Telefonica is easily available and includes the following:
- 1Gb of Data for internet and email on your smartphone
- First 30 minutes of every phone call within Spain is free
- Free to receive calls from any country.
- Calls to the EU cost 36c per minute (with a 60.5c connection charge).
- Calls to other countries cost 1.03€ per minute (with a 96.8c connection charge)
You can get a Tueni SIM at the Telefonica building on Gran Via in Madrid and, I believe, any Movistar store.
Read more about Tuenti international tariffs
Happy Movil SIM card
Happy Móvil charges 5.8c per minute for calls to landlines in Western Europe, the US & Canada and Australia. Cell phone calls cost 20c per minute (5.8c to the US and Canada). Taxes are not included in the above cost and there's also a 30c connection charge . Receiving calls is free, no matter where the call comes from.
Advantages of Happy Móvil
- Very easy to use Buy the card, put it in your phone and voila you have a Spanish SIM card. Just dial the numbers as normal.
- Low initial cost For 10€ you have a card with 5€ of credit that you can start using straight away. According to the Happy Movil website, this 5€ will get you 71.5 minutes of call time to calls charged at 5.8c/min. Note this is for one continuous call - because of the 30c connection charge, if you make more calls you will not get the full 71.5 minutes.
- Not the cheapest calls When you add the 30c connection charge and the taxes, the price becomes less competitive.
Calls within Spain are also cheap: calls cost 15c/minute any time of day (10c/minute to other Happy Móvil users), plus tax.


My name is Richard Dalton and I am the owner of KQHW. I’m certified by the Society of Broadcast Engineers as a Certified Broadcast Technologist. I have over 10 years of experience as a major market public radio broadcast Operations Manager. I’ve also built a low power digital UHF-TV station, and am currently building a low power digital VHF-TV station. I’ve submitted applications with engineering exhibits for Digital Low Power TV Stations that have resulted in construction permits.
I specialize in low-power broadcast applications, public inspection file compilation, LPTV application prep, public radio operations and general broadcast operations.
Please contact me (below) if you’d like to discuss my services.


|Posted on April 3, 2020 at 8:15 PM||comments (124)|
With the state of social distancing today, we're hoping to meet virtually in the near future.
Check out this link....
Stay Healthy !!!!
Wash your hands!
|Posted on March 23, 2020 at 6:25 PM||comments (0)|
Welcome to the Windmill Amateur Radio Group
More to come.... Stay Tuned......


Parking Control System
The Parking System of BT Compass captures the number plate of the vehicle accessing the parking lot with a camera,
and then analyzes the image. Then, the analyzed image data is used to link to the parking control program.
The system maximizes the clarity and the efficiency of the parking lot management.
The system uses a self-developed engine to continuously
upgrade according to the user environment or
the vehicle number plate environment.
The system uses a 1.3 Megapixel IP Camera (32Fps support).
The built-in PC in the LPR is not used and thus the durability is outstanding.
The camera conducts TCP/IP communication with the operating PC
and thus safe communication is available for long-distance at a high speed.
The system uses a Chip LED lighting and not the existing
strobe or the IR LED lighting, for high durability
and semi-permanent use.
BT Compass S/W was designed to enable setting by the manager
without a separate customizing process.
The remote parking lot management system which uses the mobile device of BT Compass uses a mobile device(smartphone)
to capture and read the number plate. Then the mobile communication network is used to transfer necessary information
to the mobile device using the D/B in the parking lot management server.
BT Compass established the world’s first system which can
read the vehicle number by taking a photo with mobile device.
(Patent Registration No. 10-2012-0050178)
Diverse information such as the vehicle number information
read by a smartphone and the parking management server D/B
may be re-acquired and verified with a smartphone using mobile
communication network(3G, 4G, Wifi) to take care of the site.
The mobile device number plate photographing process
is able to monitor illegally parked vehicles and it can
charge parking fees in the curb parking lot, etc.
The client may directly read the image of the number plate,
and use mobile payment to pay the parking fee in advance
and link with the induced control server to trace the vehicle location.
Advance payment program
The system can reducing unnecessary consumable costs and preventing traffic congestion of exit.
Managers can check the discount details and sales information on their mobile phones through the app.
VIDEO PARKING GUIDANCE SYSTEM
Provide parking information and location verification services to customers by installing cameras on parking lanes
parking surfaces and parking areas
Able to manage neglected vehicle
Induce to empty parking spaces
Able to search vehicle parking location
Guide to electronic display according to vehicle movement
Provide advance information on smartphone(option)
Able to manage registered vehicle area
Indicate unparkable parking space
Energy savings, Increasing parking lot rotation rate
Compared to the increasing number of vehicles, limited parking spaces can be efficiently managed,
and even small spaces can be used as parking lots, and it can be applied to all spaces that
want to operate parking lots even on the road.


ChargeTech is the charger your smart device should’ve come with. This thing is tiny (and that’s a good thing) and it’ll actually charge an iPhone twice as fast as Apple’s standard charger. Not only is it just as small as the charge that’s included with your latest iDevice, but it actually contains 2 ports so you can charge both a tablet and a phone at the same time. We live in a world where literally every electronic device needs to be charged and the convenience of having a speedy dual charger really can’t be overstated. The team behind ChargeTech also really came up with an innovative way of saving space on a crowded power strip by including a convenient gently sloping edge on one side, and a slim profile that won’t take up more space than necessary on the other.
ChargeTech isn’t only releasing a wall outlet charger though, it’s actually come up with a new powerful 4.8 amp dual charger which works with your car as well.


No technology that is connected to internet is un-hackable. It's only a matter of time.
What is the OSI Model? The OSI, short for (the Open Systems Interconnection model) is a conceptual framework for understanding how network communication works. It was the first standard model adopted by all major computer and telecommunication companies in the early 1980s.
The OSI Model (aka ISO-OSI, i.e., International Organization of Standardization – Open System Interconnection) divides the communication process between two devices into seven layers. It provides a standard reference model that allows different networking technologies and protocols to interoperate and communicate.
Imagine you have two servers that need to share information. The message doesn't just magically teleport from an application on the first machine to the application on the other. Instead, it transits down the layers and eventually reaches the transmission line. Once it jumps across the gap to the other device, it has to repeat the process in reverse by ascending layers until it reaches the receiving application.
For any starting number N representing a layer that transmits a message, the OSI model can be used to explain the transmission few key concepts:
Protocol Data Units (PDUs) are abstracted messages that include payloads, headers, and footers.
Service Data Units (SDUs) are equivalent to the payloads.
At each subsequent transition from some layer N to some layer N-1, a layer-N PDU becomes a new N-1 SDU. This payload gets wrapped up in a layer N-1 PDU with the relevant headers and footers. On the opposite end, the data passes up the chain, unwrapping at each relevant stage until it's just a payload that the corresponding layer-N device can consume.
The 7 Layers of OSI
We'll describe OSI layers "top-down" from the application layer that directly serves the end user to the physical layer.
7. The Application Layer
The application layer is the highest layer of the OSI Model and is responsible for providing the interface between the network and the end user's application.
Standard network services such as file transfer, email, and web browsing are provided at the application layer. Protocols such as HTTPS (Hypertext Transfer Protocol Secure) and, FTP (File Transfer Protocol), SMTP (Simple Mail Transfer Protocol) operate at this layer, allowing users to access and transfer files and other resources over the network.
The application layer also provides the interface for user authentication and authorization. Protocols such as LDAP (Lightweight Directory Access Protocol) and Kerberos are used to verify the identity of users and grant them access to specific resources or services on the network.
6. The Presentation Layer
The presentation layer is responsible for formatting and encoding data in a standardized way independent of the application or system being used. It includes protocols like SSL (Secure Sockets Layer) that provide secure communication.
It deals with issues such as data compression and encryption.
An example of a presentation service would be converting an extended binary-coded decimal interchange code text computer file to an ASCII-coded file. The presentation layer could translate between multiple data formats using a standard format if necessary.
5. The Session Layer
The session layer establishes, maintains, and terminates connections between devices. Some standard protocols that operate at the session layer include Remote Procedure Call (RPC), NetBIOS (Network Basic Input Output System), and Windows Internet Name Service (WINS).
Some standard functions of the session layer include :
Setting up and tearing down communication sessions between devices.
Synchronizing the flow of data between devices.
Resuming communication after a temporary interruption or fault.
Negotiating the options and parameters for a communication session.
Managing access to shared resources during a communication session.
4. The Transport Layer
The transport layer provides end-to-end communication services and error recovery for the application layer. It includes protocols like TCP (Transmission Control Protocol) and (UDP) User Datagram Protocol that provides error correction, flow control, and data segmentation and reassembly.
Every protocol uses a unique decimal number to ensure that the data is sent and received on the intended application as it passes through the network or Internet.
TCP is a connection-oriented protocol that guarantees the delivery of the message, while UDP is a connectionless protocol that sends the data without error correction. Under the TCP and UDP are port numbers used to distinguish the specific type of application.
3. The Network Layer
The network layer is responsible for routing data between different networks. It includes protocols like (IP) Internet Protocol, (IPX) Internetwork Packet Exchange, and AppleTalk. These protocols provide the necessary functions for routing data across a network and ensuring it reaches its destination.
It is responsible for determining the best path for data as it travels from its source to its destination. The network layer also assigns logical addresses to devices on the network, which are used to identify the devices and route data to them.
The network layer is often considered the "heart" of the OSI model because it plays a central role in the operation of a network. It is a critical component of modern computer networks and is essential for allowing devices to communicate with each other and exchange information.
2. The Data Link Layer
The data link layer links two devices on the same physical network, such as a local area network (LAN). It ensures that data is transmitted correctly and without errors.
It includes protocols like (SDLC) Synchronous Data Link Protocol, (HDLC) High-Level Data Link Protocol, (SLIP)Serial Line Interface Protocol, (PPP)Point - to - Point Protocol, (LCP) Link Control Protocol, and (NCP) Network Control Protocol.
This layer comprises two parts—Logical Link Control (LLC), which identifies network protocols, performs error checking, and synchronizes frames. Media Access Control (MAC) uses MAC addresses to connect devices and define permissions to transmit and receive data.
Overall, the data link layer is crucial in ensuring data's reliable and efficient transmission over a network.
1. The Physical Layer
The physical layer is responsible for transmitting raw data over a communication channel, including the hardware, cables, and other components that make up the network.
It defines the physical characteristics of the communication channel, including the signaling used, the frequency range, and the data rate.
The physical layer ensures that data is transmitted accurately and reliably from one device to another.
Register for instructor-led courses today!


Laser Distance Meters
The sensors of the LD05 series are based on precise time-of-flight laser range measurement. Short infrared laser pulses provide excellent interferences immunity, a narrow measurement beam with low divergence allows for excellent spatial resolution. Regardless of the angle of incidence of the beam and the surface characteristics, measurements to almost any surface are practicable. Using state-of-the-art signal processing technique the sensors provide accurate distance measurement for even complex multi-target situations, e.g. under bad visibility conditions due to rain, fog, dust, etc. Digitizing the echo signal and subsequent analyzing allows detection of up to five traget distances for each laser shot.
A lightweight stable aluminium housing, basic types with pre-configured measurement modes, as well as possible adaptions to customer specific applications make the LD05 distance meters suitable for a variety of applications in harsh industrial environments.
For operation in extremely exposed environments (like high temperature areas), the distance meters of the LD05-GF series are offered. They consist of an optical head and a separate electronics box connected by a duplex glass-fiber cable of variable length from 3m to more than 50m. Electronis unit and optical head can be mounted separately according to the requirements resulting from critical environmental conditions.


Hiroyuki Ito, Noboru Ishihara and Kazuya Masu
Scientific Tracks Abstracts: Biol Syst Open Access
The Impulse Ultra-Wideband (I-UWB) RFID technique has been leading short-range wireless communication technology for Body Area Networks (BAN) and biomedical application due to its abilities of high throughput, low power consumption and so on. However, the issue is that the conventional Ultra-Low Power RF (ULPRF) circuits tend to degrade Energy-Per-Bit (E/B) as the bit rate decreases, although BAN has multimodal application and therefore requires a variety of bit rates from kb/s to Mb/s. The main reason is that analog circuits consume large steady current which is not proportional to bit rate, and thus they mainly degrade E/B of transceivers at low bit rate. Especially, RF carrier-signal generation is the challenge. Although accurate RF frequency can be achieved by a Phase Locked Loop (PLL) technique, its power consumption can be as large as 1 mW. An Impulse Transmitter (I-TX) can generate RF signal without PLLs by exploiting delay-based impulse generation technique. The drawback of it is that the gate delay varies over ten times in 65 nm CMOS due to large PVT variation under low supply voltage such as 0.5 V. This paper presents design strategies of ULPRF transceiver systems. We also introduce the prototype I-TX in 65 nm CMOS technology to realize energy-per-bit of 1.5 pJ/bit, which is better than previous works showed in the semiconductor top conference. Our TX achieves superior energy-per-bit and ultra-low power operation from 1 kb/s to 10 Mb/s. The proposed Received Signal Strength Indicator (RSSI) consumes only 89.5 μW with -85 dBm sensitivity. Our ULPRF technology develops unexplored near zero-power region in lower bit-rate wireless communication, which will contribute to realizing battery-less wireless communication for biomedical application.
Hiroyuki Ito received a PhD degree in the Department of Advanced Applied Electronics, Tokyo Institute of Technology, Yokohama, Japan, in 2006. From 2004 to 2007, he was a Research Fellow of the Japan Society for the Promotion of Science. He was a temporary Visiting Researcher and a Visiting Professor in the Communications Technology Laboratory, Intel Corporation, Hillsboro, OR, USA, in 2006 and 2007, respectively. He was an Assistant Professor at the Precision and Intelligence Laboratory, Tokyo Institute of Technology, Yokohama, Japan, from 2007 to 2013. From 2008 to 2010, he was with Fujitsu Laboratories Ltd., Yokohama, Japan, where he developed a RF CMOS transceiver and digital calibration techniques for mobile-WiMAX application. Since 2013, he has been an Associate Professor at the Precision and Intelligence Laboratory, Tokyo Institute of Technology, Yokohama, Japan. His research interests include analog, RF and mixed-signal circuit design for wireless and wire-line communications.


Upward was going to allow professionals to collaborate better by replacing their email accounts and professional text messages with a free B2C messaging app.
Professionals worldwide send almost 110 million emails every day, despite the availability of vastly more productive alternatives for day-to-day communication like Slack and Google Hangouts. The resulting lost productivity is a problem for individual professionals, businesses, and society at large.
We knew from personal experience that email is still so prevalent professionally partly because switching to a tool like Slack requires building substantial momentum within teams: someone on a team had to become convinced that the new communication system would dramatically improve productivity for everyone; then she would need to sell the rest of the team on it; and then, finally, the team would need to commit to switching all of their internal communication from email to the new system. And even if all of this happened, team members would still have to send emails to communicate with people outside of the team.
We realized that a B2C messaging app for professionals (one where individuals, rather than teams, made the decision to join) which also supported sending emails to people who did not have accounts would solve all of these problems. Individual professionals could switch on their own, without requiring the entire team to buy in. And just as Facebook Messenger makes sending messages to your best friends as easy as messaging someone you just met, individual-centered professional messaging would allow communication with close teammates to happen in the same place as communication with clients, lawyers, and other people external to the team.
So we reached out to hundreds of potential users from investment bankers to Hollywood producers to talk about the ways they communicated professionally. And, over the course of a year, we developed and launched an MVP which featured core messaging technology (sending and receiving text messages, links, and documents in real-time over multiple devices with push notifications), instant search over all messages including attached files and linked webpages, and a compatibility layer for both email and SMS.
While the users we contacted were enthusiastic about our solution, and while we did see some growing use after launch, we ran into an ultimately fatal market limitation stemming from our B2C approach. Almost all potential users were incredibly reluctant to start using a new technology for their core communications because of concerns about privacy and reliability without approval from IT departments or higher management. (In our experience, the only exceptions to this rule were employees of tech-savvy startups who were already using Slack.) Those users who did begin to use Upward only did so after getting buy-in from their team lead or IT department. This meant that instead of the viral, individual-led growth that powers a typical B2C app, we were seeing unit-by-unit growth typical of B2B—but without any of the benefits (i.e., immediate revenue). And so our initial hypothesis, that switching costs from email to messaging could be substantially reduced through a B2C solution, was shown to be incorrect. Faced with the choice of either pivoting into a B2B solution, and thereby competing head-on-head with Slack, or shutting down, we chose the latter.


CareAR Expedites Printer Installation Impacted by Covid-19 International Border Closures
One of Xerox’s most important Canadian clients was ready to install a sophisticated Xerox ink jet printer. However, the Trivor 2400 isn’t easy to get up and running; it requires trained specialists, along with specific tools and techniques. The US-based installation team that usually handles such projects was all set to visit its neighbor up north, except for one wrinkle: restrictions due to the COVID-19 pandemic prevented them from crossing the border.
“We had to find a way to close the gap, of not having our team physically there but yet provide the support that the local team had on site,” said Carlos Lopez, systems engineer at Xerox. It needed a remote solution to assist the untrained team in Canada with the complicated set-up.
CareAR Powers Smart Handz to Save Up to 85% on Support Costs
Service IT Direct’s new Smart Handz solution provides real-time visual augmented reality assistance, guidance, and compliance for onsite customers and field workers. It’s the best of both worlds—virtual support by an expert who can see what customers see. Customers no longer need to rely on only their local support agent—now they have access to a national network of agents best suited to address their needs.
Remote experts can virtually assess the situation and visually guide customers and engineers, intuitively using a suite of augmented reality tools via desktop computer, mobile devices, or smart glasses, as if they were there in person. Smart Handz’s end-to-end integration allows customers to instantly capture images during the service session. This content is automatically saved in the Smart Handz secure cloud, enhancing knowledge transfer and ensuring proof of work completed for compliance.


Building Automation Gateways
Integration solutions for all worldwide!
We provide the most advanced communication gateway solution for different system integration.
In 2016, Intesis was acquired by HMS Networks, market leader in solutions for industrial communication and the Industrial Internet of Things, IIoT. The Intesis brand is HMS central brand for Building Automation products and solutions. The other main markets for HMS are Manufacturing, Power, Energy, Transportation, Infrastructure and Logistics.
Founded in 2000, today Intesis is a leader in design, fabrication and commercialization of innovative solutions for building automation. We provide the most advanced communication gateway solutions for integrations of different systems. Our solutions are developed for integrators, specifically designed to be robust so they are reliable in the field and easy to set up.


Leading mobile manufacturing company Sony launched two Xperia series Android smartphones at the first day of CES 2013 (Consumer Electronics Show). Named as Xperia Z and Xperia ZL. Sony Xperia Z is a water and dust resistant (IP55 & IP57 certified) smartphone. It come with 5-Inch Full HD capacitive touchscreen Reality Display with Mobile BRAVIA Engine 2. The display support 16M colors and 1080 x 1920 pixel screen resolution.
The device runs on latest version of Android v4.1.2 (Jelly Bean) operating system and it has sony TimeScape UI on top of it. The smartphone powered by 1.5 GHz Snapdragon S4 Pro Quad-core processor with Adreno 320 Graphics processor, 2 GB RAM, 2330 mAh Li-Ion Non-removable battery. The Xperia Z also includes Battery Stamina Mode, that is used to improve the stand-by time by four times or more by automatically shutting down battery draining apps whenever the screen is off and starting them up again when the screen is back on.
Sony Xperia Z sports 13.0 Megapixel powerful camera with latest Sony's Exmor RS sensor, camera features Auto-focus, LED flash light, Face detection, Geo-tagging, and 4128 x 3096 pixel resolution. Sony Xperia Z come with 16 GB internal storage space and it expandable up to 128 GB via MicroSD card slot. The Xperia Z also packed with Mirroring One Touch technology, which allows you to simply the screen display on an external monitor, all in a few seconds.
The smartphone features connectivity facility through 2G, 3G and 4G networks. It also offers high speed data via WLAN (Wi-Fi 802.11 b/g/n, Wi-Fi Direct, DLNA, Wi-Fi hotspot), EDGE, GPRS, Micro USB v2.0 and Bluetooth with A2DP. GPS enabled.


Shop Online! get 60% off. Arduino 06RBARD16 Box
The Arduino 06GBoard – Getting Started With the Arduino Uno
The Arduino is one of the best boards to use as you can build a lot of useful projects with it. It was designed for people who like to become inventive and use technology at its best. The Arduino is an open source program, which means that you can find it on many web pages where you will find instructions on how to build the various projects that you can create. The only thing that you need to do is connect your circuit to the computer via USB, and then upload your information onto your computer.
The Arduino has a number of advantages over other alternative options such as the raspberry microcontroller, for example. For example, if your hobby involves building electronic circuits, then the Arduino is definitely the way to go. You can use it to easily and quickly prototype new electronic designs. This means that you can make some really cool projects without having to put out a huge amount of cash.
The Arduino board has four serial ports and can communicate with a wide variety of devices. It uses the ATtiny microcontroller’s bootloadable program bus. It is an open source program that runs on every type of computer and even on some cell phones. The Arduino can be used in combination with the Arduino Uno board, which allows the programmer to use a standard programmers and connectors.
The Arduino is used to communicate with a wide variety of sensors that are on hand in science labs today. These include resistors, transistors, capacitors, LEDs, microprocessors and many other components. One popular component is the wireless adapter. A wireless adapter will allow you to transfer data from another computer into your Arduino with only the wireless adapter and an antenna. The wireless adapter will have a USB connector that will allow you to power your circuit directly from your batteries or the solar panel on your dashboard. You can also connect your Arduino to a laptop and make a Bluetooth connection.
The wireless adapter is a simple solution for people that need to transfer large amounts of information quickly. This is especially helpful if you are using the Arduino with your laptop so that you do not need to carry around a lot of cables. There are some people that would rather have the wireless adapter than the Arduino due to the cost, but they can be used effectively in conjunction with the Arduino.
The Arduino is fairly inexpensive when compared to other microcontrollers. The reason why it is relatively inexpensive is because of the fact that it is made up of very simple parts, and because it is so easy to build. Many people are drawn to it because it looks like a toy, and it may seem easy to build, but the truth is that it takes a lot of programming and knowledge to make one that works.
There are some differences between the Arduino board and the Arduino wireless board. The first difference is the size of the board. The wireless board comes in a very small form factor, while the Arduino has a standard form factor. The second difference is the amount of space the Arduino has on a desk top. The Arduino has much less space than the wireless board, which is good if you need portability.
These two differences make the Arduino a great choice if you need a small, simple, and easy to use computer peripheral that will get the job done quickly. If you are someone that wants a wireless board for their work but also wants something that looks great, then you might want to consider the Arduino. It is a simple and efficient way to make a great computer peripheral.


The Next Era of Secure Access Is Here
The work world has changed forever. Remote hybrid work and cloud computing are now unavoidable requirements to maintain user productivity and connectivity.
Initial Zero Trust Network Access (ZTNA) 1.0 solutions may have helped before, but the current threat landscape and network architectures have changed. Now they lack the ability to maintain least-privileged access and operate with the “allow-and-ignore” model.
ZTNA 2.0 provides secure connections to deliver better security outcomes for businesses with hybrid workforces, overcoming the limitations of ZTNA 1.0 solutions.
Read the “ZTNA For Dummies” e-book to get valuable insights into:
Learn how ZTNA 2.0 can provide superior security while delivering uncompromised performance and exceptional user experience – all from a single, unified approach in the “ZTNA For Dummies” e-book.
Read your complimentary copy today!


With high-speed PCI V2.1 bus controller and built-in codec, CMI8738 is a highly-integrated world-only single audio chip designed for PC add-in sound cards and motherboard audio. CMI8738 series chips have been the most widely adopted cost-effective PCI audio chips in the world.
CMI-8738 supports the legacy audio – SBPRO, FM emulator, MIDI MPU-401 port. 8738-SX supports 4-channel 16-bit DACs to provide surround audio. 8738-LX or MX supports 6-channel DACs for 5.1 home theater environments and meet PC99 audio performance requirements. CMI8738-MX also provides S/PDIF digital audio interface I/O for 44.1KHz and 48KHz LPCM audio.
On the software side, CMI-8738 supports Cmedia Xear Living and Cmedia Xear Voice with Windows Drivers. Linux driver is also available in most Linux OS versions. .
Being outstanding for its full audio functions and comprehensive driver support, CMI-8738 series are the best choices for people seeking for optimum cost-effective entry-level solutions of the PC audio.
- World only single chip solution with embedded codec saving customer total BOM cost
- 32-bit PCI 2.1 compatible bus master.
- 8738-LX/MX supports 6CH DAC 5.1 surround output for movies and 3D games.
- 8738-SX supports 4CH DAC surround output for movies and 3D games.
- 8738-MX provides additional digital interface S/PDIF IN/OUT (44.1K and 48KHz).
- Built-in 32ohm earphone buffer.
- Built-in 2CH 16bit ADC.
- Supports full-duplex 44.1K/48KHz sample rate playback and recording at 16bit.
- Supports analog mixer for Line-in, Mic-in, Aux, CD inputs.
- Built-in Microphone pre-amplifier (+20dB).
- MIDI MPU-401 port/ game port.
- Built-in ZV port.
- Legacy audio SBPRO compatible.
- External E2PROM interface for custom Sub-VID/PID.
- Digital power +3.3V, analog power +5V.
- Industrial 128-pin QFP package


I use Skype a lot these days for keeping in touch with family and friends around the world. Computer to Computer calls are free so it makes a lot of sense to use it
However are you getting the best from your Skype set-up?
Because of the small delays in transmission across the internet it is possible that you might get an ‘echo’ coming back to you, which can be quite distracting.
Whilst Skype works with nearly all computer set ups. I don’t recommend using the built in microphone and speakers on your laptop. You can improve the performance of your set-up by just plugging in some earphones/headphones in to the speaker out socket (normally the green socket) on your laptop or computer. This will isolate the incoming audio from your outgoing audio via the microphone.
I’ve just bought some new headphones for my iPod they are Sennheiser PX100’s, not very expensive ones, but having tested to quite a few pairs of headphones in the Apple store at Bluewater recently, these represented a good price/performance compromise. I can blank out other noise and concentrate on what I’m listening to better with these.
The bass reproduction is excellent with these as well. A ‘rich’ tone across the whole frequency range…
I bought them from Amazon, good price and free postage. Don’t get tempted with similar ones on EBay, they tend to be more expensive…
They came in a natty carry case which is going to take some working out to get them back in to again!! They fold up quite compact.


So, I know quite a few people who still use AIM (AOL Instant Messenger, or rather fully expanded American Online Instant Messenger). I myself have had my name on there
MrCyMan since 1997 and with the service shutting down a lot of people may be looking for an instant messaging service. In light of this and the recent server upgrade, I have added that capability to the web site. While I recommend people use Discord, some don’t want to (no idea why). So if anyone knows anyone who would like to use an IM service to replace AIM, our system now has a fully operational Jabber / XMPP server.
To sign up for service, one has to go to https://account.blazingumbra.com and sign up for a new account. This will give them email and such things, but also allow them access to the Jabber server. The server name will be
blazingumbra.com and their login will be their email username (the part before the @ symbol). That being said they can also login just using their email address on most clients.
I recommend the use of Trillian for IM services, it works on Mac, Windows, Android, and iOS. There are a good number of other clients available. Our server supports both server-to-server messaging (you can message users on other XMPP enabled servers) as well as Multi-User Chat rooms.


More Than 30 Years of Experience
Our founder and CEO Neil Lasher has been involved in training and information since the early 80's.
Phone2Know as a service was developed with the knowledge of how people learn, how they use mobile technology and of course how they interact with others.
Interactive Voice Technology (IVT) and SMS are the logical steps towards delivery of information using any mobile device.
Often interviewed at eLearning Guild events, Neil outlines some of his views of the future in mLearning and the use of mobile devices for gaining information. "When you consider that by the end of 2012 it is predicted there will be more smartphones in circulation than people on the planet and users on average turn to their phone for information once every four minutes, then no wonder there is a large surge towards mobile devices for portability and immediate accessibilty for information" ... "combine this with the social activity taking place on the phone in text and broadcast and you realise that the mobile phone is an accepted device for communication in everyones pocket."
The concept of voice which is native to every telephone device is a logical move for all developers as has been seen in the consumer space with Siri and Cluzee and other voice systems designed for manufacturer's individual devices.
Phone2Know is not device specific and will converse with you on any pre-designed subject not just controlling the device. The futue of learning is conversation.
Hear Neil speaking on this subject at:
7th Annual Learning World 2013 Feb 27-28 Singapore
Learning Solutions March 13th-15th 2013 Disney FL


- Very Attractive and Simple design FM radio and digital clock with dual alarm system. Great to use at office or home.
- The BZ-M107 comes in Black high glossy modern style finish with built in LED for time, FM channel information.
- You can set 20 FM channels and it also features Fresh Morning Call and Sleep mode functions.
- You can enjoy Exceptional FM reception with bundled wired external antenna.
- Free Voltage 100~240V (plug Type C) and can also be charged by USB.
Britz BZ-M107 Digital FM Radio & Clock With Dual Alarm Free Voltage 100~240V Radio in your life, Happiness in your life. / Wake up refreshed after a good night's sleep with this stylish Britz clock radio that looks nice and wakes you on time. / The Sleep Timer lets you fall asleep to your favorite Radio DJ without counting sheep or worrying about wasting power! Specifications - * FM frequency Range: 87.5~108 MHz * Output Power: RMS 1W * Speaker Impedance: 8Ω * Speaker Input Power: 1W * Dimensions: 158(W) X 66(H) X 55(D) mm * Input: AC 100~240V 50-60Hz 150mA * Output: 5C 500mA
Britz BZM107 Digital FM Radio & Clock With Dual Alarm Free Voltage 100~240V Brown Color B01ETQUDEI


The Ford F-150 from 2023: Does It Feature Wireless Apple CarPlay?
Indeed, wireless Apple CarPlay is a standard feature on every model level of the 2023 Ford F-150.
As a result, drivers won't need to plug their iPhone into the infotainment system of the F-150 using a USB cable.
Instead, they can connect their iPhone wirelessly.
Wireless Maps, music, texting, and phone calls are just a few of the apps and features that can b
e accessed directly through.
the touchscreen display of the F-150 thanks to Apple CarPlay. Additionally,
it offers hands-free driving by allowing users to manage their phone using voice commands.
Generally speaking, wireless Apple CarPlay is a useful feature that makes it simpler for drivers to.
stay connected while driving. The 2023 Ford F-150 has a number of cutting-edge technology,
making it a top pick for customers searching for a high-tech truck.


The British government is considering allowing broadband firms to run high-speed cables through the United Kingdom’s pipe network in a bid to improve connectivity across the country.
Taking advantage of existing infrastructure would given technology companies access to more than one million kilometres of underground utility ducts, significantly speeding up the rollout of 1 gigabit internet connections.
Currently, constructing new networks to carry broadband cables accounts for 80% of the installation costs. Using water and gas pipes and the sewer network in conjunction with other major infrastructure could save £8 billion, according to research from the National Infrastructure Commission.
Making the process of installing cables much easier will enable more households and businesses to be served by superfast connections. 1 gigabit broadband offers download speeds of 1000 megabits per second.
Britain’s internet speed lags behind other countries. The annual 2019 world speeds report from research firm M-Lab and Cable.co.uk ranked the United Kingdom 22nd in Europe and 34th in the world.
Taiwan led the way with an average download speed of 85.02 megabits per second. Singapore had the second fastest internet speed in the world (70.86mbps) with Sweden (55.18mbps) and Denmark (49.19mbps) Europe’s best performers. The UK’s speed was 22.37mbps in comparison.
Minister for Digital Infrastructure Matt Warman said, “It makes both economic and common sense for firms rolling out gigabit broadband to make use of the infrastructure that already exists across the country.”
“This will help them avoid the high costs and disruption of having to dig or build their own and ultimately benefit consumers.”
Mr Warman cites the greater cooperation between BT and its competitors as a sign of what can be done when existing infrastructure is shared. In 2019, Ofcom ruled that BT had to give other telecoms providers access to its Openreach broadband network to speed up the roll out of universal full fibre broadband access.
The Access to Infrastructure (ATI) Regulations 2016 were introduced to make the sharing of information regarding infrastructure between utility, transport, communications and water companies easier.
As well as information sharing, the ATI Regulations also allow the right to access infrastructure on fair and reasonable commercial terms. The Ofcom ruling increased the number of agreements between BT and other telecoms companies over the sharing of infrastructure, but the government does not believe that the ATI regulations have been utilised widely enough between other sectors.
They are now set to carry out a review to see what can be done to kickstart the sharing of infrastructure between utility companies and telecoms companies with the aim of increasing the availability of high-speed broadband.
“We want utility companies to do more to open their networks up and help speed up getting next-generation broadband to people across the UK,” added Mr Warman.
A 2016 pilot scheme between rural broadband supplier Gigaclear points to what the government hope will be possible through greater infrastructure sharing.
Gigaclear teamed up with Affinity Water to run fibre cables through two disused water pipes on Affinity’s network, bringing high-speed broadband to the villages of Furneux Pelham and Little Hormead near Stevenage via an existing pipe network.


Internet, Broadband, Home Networking and Wi-Fi
TWC can install and troubleshoot any networking device that you have. We can setup routers and configure your wifi. Help with your e-mail or internet and any associated problems you are experiencing.
Internet security is critical as there are so many cyber threats out there. We can advise and install the best software to protect you when online
Home networking providing access for mobile phones, tablets, laptops & computers, printers all of this we can setup for you.
Boost the reach of your wi-fi at home or in the office.
TP-Link AC750 4G LTE SIM Slot Unlocked Wi-Fi Dual Band Router
Got a poor broadband speed.
Buffering when you try to watch internet streaming.
This router can get the fastest broadband speeds out there I have managed 100MB.
it is not connected via BT phone lines but gets the internet via a sim card.
This has helped many of my clients in poor signal areas.


who we are
BEPC’s Team of dedicated, global networking experts deliver technology leadership customized to meet any business need. By engaging and partnering with world class vendors, our collaborative approach as a leading SIAM provider enables turn-key integration and maximizes return on technology and total cost of ownership.
Our operational experience along with world class business partners all combine to help your organization scale around the globe. BEPC offers a robust global, customer-centric approach to network solutions across voice, data and IP infrastructures.
Because BEPC is not an LEC, nor sells software or hardware, we deliver cost effective, vendor neutral solutions that meet customer requirements by integrating existing business networks and applications. We deliver solutions, expertise, and resources designed to meet your changing business needs.
BEPC’s Team offers a wide range of Telephony Solutions designed to minimize cost while adding enhanced features including presence, video, and instant messaging. As a Microsoft Partner, BEPC is an expert in the integration of Microsoft’s Enterprise Voice, including deployments of Skype for Business. Enterprise Voice offers a rich set of capabilities and features, including Response Groups, Call Park, Enhanced 9-1-1, PSTN, and SIP Connectivity. Enterprise Voice is a full Private Branch Exchange (PBX) system for your organization, including PSTN connectivity through your local operator.
Cloud PBX with on-premises PSTN connectivity
This option uses software on-premise to connect your existing PSTN carrier, circuit and contract with Office 365. Your users are housed in the cloud and are enabled for Cloud PBX, but their calling is processed through software on-premise.
Cloud PBX with PSTN calling service
This option is added to Cloud PBX to enable calling to landlines and mobile phones around the world. Your users are housed in the cloud and are enabled for Cloud PBX with PSTN Calling provided by Microsoft. The PSTN Calling does not require an on-premise server deployment.
finding the perfect talent
The BEPC Inc. Recruiting Team exceeds in finding the tailored experience and talent for our stakeholders' and clients' needs. Our Recruiting Center of Excellence allows our team to execute a robust recruiting process, while providing the opportunity to find the perfect opportunity for career growth in a challenging and ever changing environment. Finding the perfect talent comes from a deep understanding of requirements and skill sets. Our Recruiting Team works diligently and in compliance with these requirements


Baud certainly signals a four letter word is pending.
Last weekend, my work took me to a machine room to visit some of the machines I help maintain. This is a pretty rare activity for me - usually the hardware I work with is locked away in a server closet or the equivalent, but occasionally I need to visit the equipment to perform some maintenance where it is best to have a person on-site in case of problems. Usually the problems, if they appear, are easy to take care of, but some of the servers were getting a little past their prime, and we were concerned what would happen if there were serious problems.
Most of the work went fine. Some surprises that did require a person on-site, but nothing terribly bad. We were down to our last two machines - some very old boxes from Sun Microsystems that we couldn't attach to a keyboard or monitor, because they used non-standard connections. After rebooting the machines... they didn't seem to start back up. Now we had a little bit of a problem, since there was no good way to connect to them to find out what happened. Their Internet connections weren't responding, we had no keyboard or monitor on them, so the only hope we had to connect to them were through non-standard serial cables.
Serial cables have been used for decades when it comes to connecting two computer systems together. Terminals used to be connected to their mainframe systems via serial cables, and it was entirely common as recently as ten years ago to connect a modem to a computer using a serial cable. The USB cables we use today are just the most recent version of this innovation.
Unfortunately, for us, these machines far predated USB. A trip to Radio Shack didn't get us all the parts we needed, so we scrambled around the machine room and far-flung closets to see if we could put together all the parts we needed. The biggest problem with serial cables was that they were notorious for being finicky - not only did you need to find the right size cable connections, but you needed to make sure you got cables that could plug into each other, and then possibly toss in a "null modem" cable. And if it didn't work... you never knew if it was because you did something wrong with the cable or with the settings on the computer or if it was the wrong phase of the moon.
But we had done this before. We knew what we were doing, and we knew where the possible problems could be. Heck, we even knew the difference between bits per second and baud - concepts that most people get confused about. Baud refers to the number of signaling state changes that are made on the hardware, dates back to the early 1900's to refer to telegraph equipment, and is named after J.M.E. Baudot, inventor of the teleprinter. With serial lines and modems, this was equivalent to the number of bits per second that could be transmitted over the line. In later generations of modems, however, compression was employed to get more bits into the same number of signaling state changes, so while the baud of modems did not increase, the number of bits per second did.
Amazingly enough, the first cable worked correctly on the first try, and we quickly discovered the problem. A typo in the reboot command left it waiting for additional information. There was some confusion with the port configuration for the second machine (there were three serial ports - all unlabeled), but in short order we got that machine running the same way.
We left the cables in place... just in case.


To reduce traffic congestion and to lower air pollution, four students of class 11 from Shiv Nadar School, Gurgaon have developed an ‘intelligent traffic light’ system. To make existing traffic light system reactive to real-time traffic intensity, the students- Shreya Raju, Om Shelat, Ira Sidhu and Soumya Juneja have produced this system.
There is a camera in the system to sense the change in traffic patterns by capturing an image. To calculate the amount of traffic present on road, the image captured is sent to a microprocessor and effectively there is a change in red/green distribution of time at each junction. It is the first kind of system which will work on Indian roads and will function according to the traffic situation in the country which is written by the team in project paper.
Read Also - Skoda Vision E-based Car Set To Get Two Variants
The students claims that the system can even reduce the air pollution. As vehicles produces major air pollution, so the time spent on the road will be reduced due to this system which will result in decreasing the number of pollutants released by the cars, thus reducing air pollution, they told PTI.
The students told that, the system is adaptable with present traffic lights, so the cost and time required are cut down for implementation. In comparison to other traffic lights which costs Rs 8 lakh, the system costs only Rs 20,000. Students even told that, a model has been developed just to test it in live traffic conditions and it has been approved for a longer period by authorities.


Some Windows PCs are not directly compatible with some of the network services our SBCs use to advertise themselves on the network. As a result, attempting to ping ts4720-serialnumber on your local network may result in a packet taking several seconds to return. Worse, wireshark will produce some even more bizarre messages when trying to diagnose what the issue is.
As it turns out, the easy solution is to edit the Hosts file on the Windows machine. This file is located at c:\windows\system32\drivers\etc\hosts . Adding the IP address and local hostname of your SBC will generally fix this problem.


Enterprise Network is the core of the organization’s productivity enhancement. Whether it’s a matter of accessing the system quickly and securely. Internet connection optimization for cloud data usage Scalability to handle growing workloads Including Wireless LAN technology that requires fast and secure connection of devices anywhere, anytime.
To meet your business needs and improve your network capabilities, we have a team of experts to help you assess, analyze, design and implement integrated network solutions.
With increasing user demands for mobile access to applications, data, and services, We can be part of your mobility strategy planning and help designing Wireless networks that provide ease of support and more speed, bandwidth, and security
SD WAN increases application performance and delivers a high quality user experience, resulting in increased business productivity, agility and reduced costs for IT.
Secure and protect your networks from the ever-growing landscape of cyber threats in the wild today


Coax Remote Identifiers, 19cps.
Identify up to 19 coax cable drops at one time with these numbered (1 thru 19) F-connector remotes.
Set of 19 Coax Remote Identifiers allow you to locate up to 19 different coax jacks without having to walk back and forth to each location.
Item #: 37472
© Copyright Tecra Tools Inc. 2019-2023
All graphics, copy, coding and layout are © copyrighted by Tecra Tools, Inc. All Rights Reserved.
Any Trademarks or Logos are the property of the respective owners.


13. A cascade connection of two voltage amplifiers A1 and A2 is shown in the figure. The openloop gain Av0, input resistance Rin, and output resistance RO for A1 and A2 are as follows:
A1:Av0 =10Ω,Rin=10kΩ ,R0=1kΩ
A2: Av0 =5Ω,R=5kΩ , R=200Ω
The approximate overall voltage gain Vout /Vin is __________.


2020年海外专家系列学术讲座（四）Hai Jiang: Cooperative Non-Orthogonal Multiple Access in Wireless Networks: A Joint Design of User and Relay Cooperation
讲座题目(Title of Lecture)：Cooperative Non-Orthogonal Multiple Access in Wireless Networks: A Joint Design of User and Relay Cooperation
讲座时间(Time of Lecture)：2020年12月16日（星期三） 下午2：00-3：00
讲座地点(Site of Lecture)：腾讯会议 会议 ID：345 451 107
主讲人(Lecturer)：Professor Hai Jiang，University of Alberta, Canada
报告人简介(Introduction of Lecturer)：
Hai Jiang received the B.Sc. and M.Sc. degrees in electronics engineering from Peking University, Beijing, China, in 1995 and 1998, respectively, and the Ph.D. degree in electrical engineering from the University of Waterloo, Waterloo, Ontario, Canada, in 2006. Since July 2007, he has been a faculty member with the University of Alberta, Edmonton, Alberta, Canada, where he is currently a Professor at the Department of Electrical and Computer Engineering. He received an Alberta Ingenuity New Faculty Award in 2008, Best Paper Award from the IEEE Global Communications Conference (GLOBECOM) in 2008, Faculty of Engineering Research Award from the Faculty of Engineering, University of Alberta, in 2015, and Best Paper Award from the Green Communications & Computing Technical Committee, IEEE Communications Society, in 2018. His research interests include radio resource management, cooperative communications, mobile edge computing, non-orthogonal multiple access (NOMA), and Internet of things (IoT).
讲座内容(Content of Lecture)：
In this talk, we will discuss a two-user cooperative non-orthogonal multiple access (NOMA) wireless network with a joint cooperation scheme, in which a source communicates to a near user and a far user by the help of K relays. The near user may get its message directly from the source or through the help of a relay, while the far user can get its message by the help of the near user or a relay. We design transmission protocols for cases with decode-and-forward (DF) relays and amplify-and-forward (AF) relays. For each transmission protocol, we develop relay selection strategies with adaptive selection criteria as well as power allocation strategies at the relays. Further, we derive tightly approximated expressions of system outage probability (SOP), and then based on asymptotic analysis of the SOP, we demonstrate that our adaptive relay selection and power allocation strategies make the system achieve the full diversity order of K+1.
|2020年海外专家系列学术讲座（三）Xiaoli Ma: Si...||【返回目录】||2020年海外专家系列学术讲座（五）Yan Wan: Scal...|
河北省秦皇岛市燕山大学西校区电气工程学院 综合办公室 (066004) Copyright ? 2003-2007 燕山大学电气工程学院 咨询：0335-8072979
河北省秦皇岛市燕山大学西校区电气工程学院 综合办公室 (066004)
Copyright ? 2003-2007 燕山大学电气工程学院 咨询：0335-8072979


Vaudreuil Visits Mat Roller Manufacturer
Jim Vaudreuil, the president and CEO of Huebsch Services, Eau Claire, WI, recently visited Inwatec in Odense, Denmark, according to a news release.
“I think the technology is accelerating and creating a lot of opportunities,” Vaudreuil said. “I see a lot of the problems that we face today can be solved with the technology that’s available. The UHF RF chips are promising. I’m looking at one of the new mat rollers that we already have, and we’re going to be modifying it with UHF readers so that we can do additional sorting.”
To read more about Vaudreuil’s visit to Denmark, click here.


MORGANTOWN, WV – Monongalia County Homeland Security Emergency Management Agency and MECCA 9-1-1 has launched a free app for your smartphone that will allow residents the opportunity to easily access public information and warnings for Mon County. The app will also have links to view current traffic situations, weather, and links to other emergency service agencies.
“We’re very excited to offer this to the community. Many people rely on the internet and their cellphones to receive information. With this app we are capable of sending push notification and users won’t have to search for information we distribute to the community” said Mike Wolfe, Director of Monongalia County Homeland Security Emergency Management Agency & MECCA 9-1-1.
Currently the app is only available to Apple product users by searching MCHSEMA in the app store. A Google based app will be launched in the near future.
Michael G. Wolfe
Homeland Security Emergency Management Agency
& MECCA 9-1-1
74 Mon General Dr
Morgantown, WV 26505
Office: 304-598-0301 ext 17


You can tell a client's network is not strong enough to connect smoothly because their video feed is very blurry and/or choppy. It can look like you’re staring at a picture that is made up of too few pieces. You’ll often notice that the client's audio is very jittery, or goes silent despite knowing that your customer is speaking.
To switch off WiFi on an iPhone, ask your customer to tap their Home button, then swipe up from the bottom of the screen to access the network icon.
To switch Wifi off on an Android device, your customer can swipe down from the top of their screen. Go to network icon and tap on it to turn it off or on.
Related article: Connectivity issues.


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In today’s fast-paced world, the cell phone has become an inseparable part of our lives. But have you ever paused to wonder what powers this incredible piece of technology? Understanding the mechanics behind cell phones can demystify the “magic” and give us a greater appreciation for this revolutionary device. This blog post aims to break down the intricate workings of cell phones into digestible bits of information.
Before diving into the nuts and bolts, it’s essential to know where it all started. The first mobile phone was invented in 1973 by Martin Cooper, an engineer at Motorola. Fast forward to today, and cell phones have evolved from bulky, expensive devices into sleek, affordable, and highly functional gadgets.
At its core, a cell phone consists of a few key components:
When you switch on your phone, it starts by searching for the nearest cell tower. This process is called “initialization,” and it establishes a connection between your device and your service provider.
When you make a call or send a text, your phone converts your voice or text into electrical signals. These signals are then converted into radio waves by the phone’s antenna.
The radio waves travel through the air and reach the nearest cell tower. The tower then routes these signals through a complex network of switches and relays, eventually reaching the recipient’s cell tower.
The recipient’s cell tower transmits the radio waves to their phone, where they are converted back into electrical signals. The phone’s microprocessor decodes these signals into sound or text, completing the communication process.
Modern smartphones are equipped with sophisticated operating systems like Android or iOS. These platforms manage the hardware and allow users to run various applications, enhancing the phone’s functionalities.
Today’s smartphones are miniature computers capable of browsing the internet. When you request a webpage or stream a video, data packets are transmitted between your phone and the web server via cell towers, satellites, and undersea cables.
In a world where technological advancements occur at lightning speed, choosing the right cell phone can seem like a Herculean task. Whether you’re a digital native or just looking to make simple calls, this guide will walk you through the key considerations to ensure you make an informed purchase.
Buying a cell phone is an investment, not just in the device but in the way you interact with the digital world. Whether you prioritize camera quality for your Instagram feed or need a powerful processor for gaming, understanding what each feature offers empowers you to make the right choice. Use this guide as your navigational tool, and you’ll be well on your way to finding your ideal cell phone.
The cell phone, a staple of modern life, is a marvel of engineering and communication science. While the mechanics may seem intricate, the fundamental principles are rooted in the same basic technologies that have been around for decades, albeit continually refined and miniaturized.
Understanding how a cell phone works not only satiates our curiosity but also instills a sense of awe for human ingenuity. The next time you make a call, send a text, or use an app, perhaps you’ll pause to appreciate the intricate ballet of technologies that make it all possible.


SiriusXM® Satellite Radio broadcasts a variety of music, news, sports, weather, traffic and entertainment satellite radio channels. For more information and a complete list of SiriusXM satellite radio channels, visit www.siriusxm.com in the United States, www.siriusxm.ca in Canada, or call SiriusXM at 1-888-539-7474.
Note: This receiver includes the eCos real-time operating system. eCos is published under the eCos License.
Satellite Radio Reception Factors
|Potential Satellite Radio Reception Issues|
|Antenna obstructions||For optimal reception performance, keep the antenna clear of snow and ice build-up and keep luggage and other material as far away from the antenna as possible. Factory-installed and aftermarket vehicle structures including, but not limited to, roof racks and soft top roofs in a partially open position could reduce reception performance.|
|Terrain||Hills, mountains, tall buildings, bridges, tunnels, freeway overpasses, parking garages, dense tree foliage and thunderstorms can interfere with your reception.|
|Station overload||When you pass a ground-based broadcast-repeating tower, a stronger signal could overtake a weaker one and the audio system may mute.|
|Satellite radio signal interference||Your display may show ACQUIRING . . . to indicate the interference and the audio system could mute.|
SiriusXM Satellite Radio Service
Note: SiriusXM reserves the unrestricted right to change, rearrange, add or delete programming including canceling, moving or adding particular channels, and its prices, at any time, with or without notice to you. Neither SiriusXM and its affiliates, nor Ford Motor Company and its affiliates will be liable to you or any third party for any such modifications, suspension, or termination.
SiriusXM satellite radio is a subscription-based satellite radio service that broadcasts a variety of music, sports, news, weather, traffic and entertainment programming. Your factory-installed SiriusXM satellite radio system includes hardware and a limited subscription term, which begins on the date of sale or lease of your vehicle. See an authorized dealer for availability.
For more information on extended subscription terms, a service fee is required, the online media player and a complete list of SiriusXM satellite radio channels, and other features, please visit www.siriusxm.com in the United States, www.siriusxm.ca in Canada, or call SiriusXM at 1-888-539-7474.
Satellite Radio Electronic Serial Number (ESN)
You need your ESN to activate, modify or track your satellite radio account. When in satellite radio mode, tune to channel 0.
|Radio requires more than two seconds to produce audio for the selected channel.||No action required.This message should disappear shortly.|
Satellite antenna fault
|There is an internal module or system failure present.||If this message does not clear shortly, or with an ignition key cycle, your receiver may have a fault. See an authorized dealer for service.|
SIRIUS system failure
|The channel is no longer available.||Tune to another channel or choose another preset.|
|Your subscription does not include this channel.||Contact SiriusXM at 1-888-539-7474 to subscribe to the channel, or tune to another channel.|
|The signal is lost from the SiriusXM satellite or SiriusXM tower to your vehicle antenna.||The signal is blocked. When you move into an open area, the signal should return.|
|Update of channel programming in progress.||No action required.The process may take up to three minutes.|
|Your satellite service is no longer available.||Contact SiriusXM at 1-888-539-7474 to resolve subscription issues.|
|All the channels in the selected category are either skipped or locked.||Use the channel guide to turn off the Lock or Skip function on that station.|
Check Channel Guide
|SiriusXM has updated the channels available for your vehicle.||No action required.|


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A. High speed : High speed and large capacity, large size, high aspect ratio, high density backplane and system board, various back drilling processes, high speed simulation and testing capabilities, widely used in communication base stations, routers, switches, Network communication equipment such as service/storage
B. RF Microwave : Mixed-pressure and local-mixed voltage, high-precision RF line control, and various step-groove processes, widely used in communication base stations, microwave communication, and self-driving anti-collision radar
C. Thermal Management: metal-based and thick copper PCB, multi-functional integration, embedded power devices, ultra-thick copper processing technology, mainly used in communication base station amplifiers, power modules, power devices, new energy vehicles, etc
D. Miniaturization: One-stop miniaturization solution, high-density HDI and package substrate, SiP system-level packaging technology, multiple rigid-flexible structures, embedded active chips and passive devices, mainly used in industrial control, medical , aerospace and communications industries
SMT is an abbreviation of Surface Mounted Technology and is one of the most popular technologies and processes in the electronics assembly industry, also known as surface mount or surface mount technology.
SMT basic process components: Incoming material inspection -- silk screen solder paste (point patch adhesive) -- patch -- drying (curing ) -- reflow soldering -- cleaning -- inspection -- rework
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ELECTRONICS MECHANIC JOB ROLE – ITI
Electronics Mechanic – Electronic Equipment Mechanic repairs electronic equipment, such as computers, industrial controls, transmitters, and telemetering control systems following blueprints and manufacturer’s specifications and using hand tools and test instruments. Tests faulty equipment and applies knowledge of functional operation of electronic units and systems to diagnose cause of malfunction. Tests electronic components and circuits to locate defects, using instruments, such as oscilloscopes, signal generators, ammeters and voltmeters. Replaces defective components and wiring and adjusts mechanical parts, using hand tools and soldering iron. Aligns, adjusts and calibrates testing instruments. Maintains records of repairs, calibrations and test.


The Area Controlled Center (ACC) at Ratmalana was upgraded in mid 2000 with a fully integrated Air Traffic Management system, “EUROCAT 1000” which inclusive of oceanic and radar Control facilities through the installation of Automatic Dependant Surveillance (ADS) and Controller Pilot Data Link Communication (CPDLC) functions.
One international switching node of Aeronautical Fixed Telecommunication Networks is situated at area control center at Ratmalana. This network is carrying all aeronautical massages connecting east & west via high speed data links. Aeronautical Fixed Telecommunication Network (AFTN) message Switching Center (MCS) operation at Ratmalana airport serves as one of the nodes in the global AFTN. AFTN has been setup to convey aeronautical messages such as flight planes and metrological information mainly to Singapore, Mumbai & Male centers via telegraph and X.25 Circuits.
Apart from that following are some of sophisticated equipment that they installed & maintain regularly
- Point to point multi-Channel Radio links
- Voice Communication Switching System (VCSS)
- Baggage clearance & Security Screening Systems
- Voice archiving & replay Systems Etc.


This could be a mobile, tablet or desktop-based software solution that uses either Wi-Fi, Bluetooth frequencies, amongst others, to communicate with a database, either local or cloud-based. We can work with you to design the ideal application solutions architect roles and responsibilities software that utilises IoT technology solutions. Hidden Brains UK can help you scale to meet increasing demands and envision a new class of futuristic IoT applications to increase productivity without sacrificing security.
What is IoT advantages and disadvantages?
Save time: As it reduces the human effort then it definitely saves out time. Time is the primary factor which can save through IoT platform. Enhance Data Collection: Improve security: Now, if we have a system that all these things are interconnected then we can make the system more secure and efficient.
The “always-on” character of the IoT systems signifies that organizations can always update applications based on opinions coming from connected devices. But, DevOps automation is not only complementary to IoT operating systems, home automation system or building monitoring system but it is also crucial to its success.
Iot Promwad Mobile = Smartphone + Electronics + Cloud
Companies can now build reusable services across multiple B2B trading partners and B2B processes on a single connectivity platform. This enables increased agility and decreased time for partner onboarding, while reducing cost and risk.
Can I learn IoT without any programming experience?
More importantly, you will need to become familiar with several programming languages, including Assembly, B#, C, GO, Java, Python, PHP, Swift, and several others. Of course, the exact language depends on the platform and software you will be working with. That said, the need for programming experience is obvious.
And to consistently collect data that are both useful and reliable, your business will need a smarter solution provider. A technology partner likes Ficode that carefully understands your industry needs and delivers the ideal solution. The AI used across many IoT applications can automate many complex processes, saving you both time and money. Not only this, but it can also give iot software development you simple access to the sort of in-depth data that you would never have thought possible before the IoT. We build big data solutions to provide real-time monitoring of the fields, soil, livestock, air and crops and extract important insights that help farmers make data-driven decisions. Our team believes that IoT could be the major source of efficiency for modern agriculture.
Data Mill North
From using off the shelf electronics to fully bespoke designs, we choose the best course of development for you. Most importantly, we are not tied to franchises and offer the full freedom of today’s technology. In the world of healthcare, companies like Sonamba are embracing IoT via wearable devices as a way to measure the vitals of ill people and watch for dangerous anomalies. I wanted a company that I could treat as a partner, rather than getting a product off of them.
We offer an end-to-end embedded capability, encompassing phases for build, connection and management. Our software development capabilities include real-time embedded code development, high and low level languages, autocode and algorithm development. Internet of Things is making things easier for people while it has also transformed the way interaction took place between humans and devices. Now, this technology had a positive impact on the retail industry as well. Our solutions in this industry range from product tracking with RFID, Sensor-based items tracking, Interactive digital signage screen, utilizations of beacon to offer a personalized mobile experience to the customers, and a lot more. We identify the technology stack and architectural solutions that reduce time to market for IoT products and keep expenses within the set budget. Our IoT team and well-structured project management will help you stay ahead of your competition by implementing this cutting-edge technology.
Iot Software Developer At Majik Systems
For clients interested in our support and maintenance package, we can offer security updates, product maintenance, upgrades, feature updates and more. During the launch and manufacturing phase, the product is sent to be produced to market or uploaded onto the appropriate iot software development app store where required. Our team will conduct research to help you identify the unique high priority feature sets for your IoT application. Our team will conduct testing and engage in code reviews throughout the process to ensure high-quality coding standards.
- We engage in IoT development projects that cover industrial automation, healthcare, and smart environment industries.
- Pre-built, role-based apps bridge IT & OT, enabling workforce to view, understand & act real-time on industrial data.
- The number of utilized devices is forecast to reach more than eight billion in 2030.
- Custom IoT applications we’ve built analyze more than 1.5 terabytes of data daily.
- Our data solutions help gain visibility into the way people use devices, facilities and spaces and improve the efficiency and safety of smart homes and cities.
- You could be working on any connected project from intelligent city infrastructures such as automated transport and efficient energy supply to robotic factories containing networks made up of thousands of machines.
Promoting an environment of exploration and learning introduces new ways to deliver superior software, and also keeps the development team motivated and excited by opening to innovative ways of thinking. Staying updated and open to explore new technologies is vital for IT professionals. It is normal to be comfortable with a particular technology, but new technologies can open doors to new opportunities. This is a simple concept, however can be quite difficult for some teams to implement.
Our Software Process
Many industries have adopted the IoT Development trend and the cost of development of these apps depends on the complexity of their project and business needs. For e.g., Media and industries like environmental monitoring can cost about $10,000 while industries with complex needs such as medical and home automation can take a toll on your pocket for about $30,000 and $50,000 respectively. Thus, we can say that technologies, features, and the unique needs of your project together give you a precise calculation of the cost of IoT Application Development. At ByteSnap Design, our extensive experience, knowledge and skills in electronic prototype design and IoT software development. This means we’re able to rapidly design and build innovative electronic products.
We remain connected to human needs and strive to design and implement complex IoT systems that respond to them. With our industry knowledge and teams creating software for IoT your business can easily meet its goals. Developing IoT systems and Home automation system projects has become a core value that defines our more than 10 years of proficiency in IoT operating systems and in finding the perfect solutions for our clients.
Iot Software Developer
IoT Promwad Mobile is a platform that helps utilize any interaction pattern, while we choose the optimal pattern for each project. They measure and analyze the parameters of their own state, the environment iot software development or other devices, as well as use and transmit this information to a human user. Optimall was the first product designed for this and launched on the Romanian market by AROBS, at it’s very beginnings.
From expert design troubleshooting, to early EMC testing, we provide a range of flexible consultancy services to suit your needs. We develop and integrate embedded software and firmware into a host of IoT, M2M, C2M and D2M devices. We’ll ensure that once everything is put together it is updating and running as anticipated. Our Internet of Things developers provide fully-fledged firmware development services to companies looking to control equipment and gadgets remotely, connect devices within IoT infrastructure and collect and process sensor data. We work with sensor manufacturers, OEMs and chip vendors to develop and deliver embedded firmware that supports a broad set of architecture and devices. We can ensure that your entire software architecture including sensors, protocols, actuators, cloud services and layers are programmed in the most efficient way possible. It offers endless opportunities for business to improve efficiency, transparency, security and resilience.
Along with key IoT architecture components such as security and privacy, performance and data scaling are important to all applications. We utilise scalable cloud infrastructure, so apps scale automatially and cope with requests as data grows, whether that’s during flash points or as more people use an app over time.
If you know what you need from IoT – and even if you don’t – we can help you. Put simply, the IoT is about connecting devices over the internet (or other frequencies such as Wi-Fi) and letting them “talk” to applications, each other and to us. Our tailored software solutions transform the way you work by presenting this data in simple, meaningful ways – often employing artificial intelligence to simplify your decision-making. Offering a unique breadth and depth of specialist experience stretching back a combined five decades, North provides intelligent integrated technology solutions that transform the way people, organisations and places work.
Internet Of Things (iot)
Connects disparate devices, applications & data sources across your enterprise. Provides single source to collect, aggregate & enable secure access to industrial operations data. Connect, manage, monitor & control diverse automation devices & software applications through 1 intuitive user interface. Pre-built, role-based apps bridge IT & OT, enabling workforce to view, understand & act real-time on industrial data. Sematext Cloud is an all-in-one observability solution for software-based companies that provides key insights into front-end and back-end performance.
At Solidstudio, we help them maximize the potential of IoT for their businesses by building software that manages this complex connection. Also, like all the other steps the time and cost of your project is influenced by many factors, the complexities of your project and many other external factors have a lot to do with overhead expenses of the IoT development. Things like the number of screens, security of an App, the support you want your app to render for devices running on different devices can change the time and cost estimated by you. After the designing and developing of IoT Application, you require a team to implement your project. IT professionals help you in implementing your IoT application which can be divide broadly into two parts i.e., Testing of IoT applications and deployment of it, it can take up to 35 to 171 hours in total. This step includes-internal testing of app, checking of app responsiveness, user tests, licensing, packaging and the launch.
Reviewed by: Desmond Tan


Joseph D. Songy, State Broadband Coordinator
Theresa Abadie, Broadband Grants Comptroller
Gary Rawson, Broadband Technology Advisor
In 2009, Governor Haley Barbour created the Mississippi Broadband Task Force (MBTF) to coordinate statewide efforts on broadband Internet policy. The MBTF is made up of representatives from the Department of Information Technology Services, the Public Utilities Staff, the Mississippi Development Authority and the Office of the Governor.
The MBTF received federal stimulus funds in late 2009 and through a competitive selection process selected a vendor, BroadMap, to provide information about where broadband Internet is available in the state. That mapping process has led to an interactive Broadband Map that will be continuously updated and improved over time.
In September 2010, the State received additional funds to develop the Mississippi Broadband Connect Coalition, a non-profit public-private partnership focused on producing a comprehensive statewide strategic plan for improving digital literacy, increasing access to broadband, and enabling greater adoption of broadband in the state.
Through a partnership with Mississippi State University Extension Service that will begin in 2011, this statewide strategic plan will be translated into activity in all parts of the state. Extension Service personnel will be responsible for holding planning meetings at the regional and local level designed to identify barriers to adoption of broadband internet and local solutions. These individuals also will provide technical assistance to local communities to help them take advantage of all the services that broadband Internet provides.
Over the life of this multi-year grant program, Mississippi hopes to improve broadband access and use for its citizens and maximize its benefits for the state.
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Be Connected at all times
Caregiver Mobile App (for child and/or senior) is the easiest way to stay connected and receive up-to-the-minute read outs and alerts from the Child and/or Senior to their caregiver.
First download the app on your child or senior’s mobile phone and on the same phone register yourself as their Caregiver.
Then, download your own Caregiver App on your mobile phone and start receiving patient's data in real time.
Data will synchronize between both devices in minutes.
No complicated configurations or tech ability required - simple.


People also ask :
- Complete List Of Vivitar Universal Remote Codes
- Vivitar Universal Remote Codes for Tcl TV
- Vivitar Universal Remote Codes For Emerson TV
- Vivitar Universal Remote Codes [All Brands]
- Without Using Codes, How to Configure the Vivitar Universal Remote Control
- How To Program The Vivitar Universal Remote Control Using Auto-Search
- Step-By-Step Program The Vivitar Universal Remote Control Manually
Universal Remote control is the best solution to reduce the challenges of multiple remote processing for different devices. Do you have a Vivitar gadget at your home like television and looking for a universal remote control for it? If yes, then you are reading the best information. This guide mentions the complete details on Vivitar Universal Remote Control Codes , the procedure steps to program devices with Universal Remote Control, and other information.
Also, we will provide Vivitar 8-in-1 remote control manual in detail. So please keep reading and find everything you need to know.
Complete List Of Vivitar Universal Remote Codes
First, let’s look at the Vivitar universal remote codes list. The list given below is arranged in alphabetical order, with different characters. You must select the correct code according to the device.
Vivitar Universal Remote Codes For LG TV
Vivitar Universal Remote Codes for Tcl TV
Vivitar Universal Remote Codes For Sanyo TV
Vivitar Universal Remote Codes For Dynex TV
Vivitar Universal Remote Codes For Element TV
Vivitar Universal Remote Codes For Emerson TV
Vivitar Universal Remote Codes For Vizio Tv
Vivitar Universal Remote Codes For Sony Tv
Vivitar Universal Remote Codes For Samsung
Vivitar Universal Remote Codes For Insignia TV
Vivitar Universal Remote Codes For Philips TV
Vivitar Universal Remote Codes [All Brands]
|Sony TV||1177 , 1036 , 1135 , 1001 , 1093|
|Samsung||0019 , 0702 , 0030 , 1575 , 1312 , 0814 , 0427 , 0329 , 0032 , 0408 , 0766 , 1903 , 1395 , 0178 , 1060 , 0056|
|Sanyo TV||1142 , 0484 , 0088 , 0146 , 0232 , 0154 , 0107 , 0799 , 0159 , 0893|
|Philips TV||1483 , 0054 , 1154 , 1454 , 0690|
|Emerson TV||0019 , 0183 , 0463 , 0179 , 0154 , 0282 , 0038 , 0236 , 0182 , 0623 , 0180 , 0185 , 1944 , 1963 , 0178 , 0270 , 0039 , 0181 , 0177 , 0171 , 0280 , 0158|
|Insignia TV||2002 , 1517 , 1204 , 1326 , 0171 , 1963|
|LG TV||1993 , 1423 , 1178 , 0829 , 0442 , 1265 , 0178 , 0700 , 0856 , 1325 , 1758|
|Element TV||10178 , 11886|
|Vizio TV||505 , 1226 , 627 , 113 , 011 , 502 , 004 , 1064|
The above Vivitar 8-in-1 remote control manual can program a DVD player, TV, VCR, cable, and more.
Now, further, read the steps to program a Vivitar universal remote for TV and devices.
Without Using Codes, How to Configure the Vivitar Universal Remote Control
In the auto search approach, all of the universal remote codes are scanned in the remote by the remote’s scanning mechanism. It analyses each code one by one to identify the correct remote code for your remote control in order to programme it. Abide by the rules specified in the next portion:
- Start by turning on the smart device, such as a television, that you wish to control with the universal remote.
- “Start” the remote by pressing the device button (TV, DVD, CBL and OK/SEL) three times in quick succession. The LED light on the gadget shows that it is ready to be programmed.
- Move the remote to the device and press the “CH+” and “CH-” buttons on the remote. The remote will display the on/off indications. Continue pressing the “up” or “down” buttons incessantly until the device shuts off.
- Verify the code by pressing the “power” key on your keyboard. The device should now be operational. If it begins to play, try changing the station to ensure that the remote has been configured properly.
- To store the code, press the “device” button on your keyboard. The LED on the device will flash twice to ensure that the code has been successfully saved.
How To Program The Vivitar Universal Remote Control Using Auto-Search
In the automatic search method, the universal remote scans one code at once. This way, you can find the right code for your device and then follow the given steps.
- “Turn on” the smart device you want to operate the universal remote control, such as “TV”.
- Now, switch on” the remote and select devices such as TV, DVD, CBL, and OK/SEL.
- The LED light indicates that the device is ready for programming.
- Go to the remote control of the device and press “CH +” and “CH-” switches. The remote signal will display on/off. Press the “OFF” or “DOWN” key continuously until the device is turned off.
- Click the “Power” button of your remote to verify the code.. The device must be powered on. If it starts, try to change the channel to verify that the remote control is correctly programmed.
- Finally, tap on the “Device” button to save the code. This time LED flash confirms the stored code.
Step-By-Step Program The Vivitar Universal Remote Control Manually
Once you have selected the required remote code from Vivitar 8-in-1 remote control manual, you can operate the universal remote control by following the given steps:
- Turn on device and select Television on the “Vivitar universal remote.”
- Now, click and hold on the Setup button of the Universal remote and wait for the light flash.
- It’s time to enter the key code that you picked from the list of Vivitar universal remote codes.
- After completing all these steps, click on the remote at the TV.
- Next, please tap on the Power button and hold it for a while.
- Now, leave the power button as the screen shut down.
It’s all for your TV setup with universal remote control, and it will work perfectly. If your device is not working in rare cases, please again follow the same procedure mentioned above. This time, choose a different code from the same part of the reference table.
Vivitar universal remote is an excellent device for managing multiple gadgets at once. The above guide illustrates all the vivitar universal remote codes to program all your devices. Once you pick your code from Vivitar 8-in-1 remote control manual, follow the auto search and manual method steps.


We have direct access to Japan's advanced technology and deep knowhow in the field of IT. Direct access to Japan's market as well as global market also puts us in an advantaged position to learn the latest trend and knowhow.
We are just setting up our official presence in Indonesia, but our team has worked on various mobile-centric IT solutions in the past. Our team not only developed native and web-based solutions for mobile devices (iOS/Android/BlackBerry), connecting to server-based systems which we also develop but also some exotic mobile device software developments such as for eletronic pen system of Japan's world-class famous pen maker, as well as 3G video call system for official content of an Indonesian major 3G carrier. We have a balanced knowledge of the smart device ecosystem, which covers not only the smart device itself but including server-side software development, servers and cloud technology, as well as communication technology such as SIP, audio/video encoding and streaming. Therefore we are able to deliver actual solutions, not just pretty screens on your smart device.


Digital Signage, Messaging Screens & Info Displays
Designers and architects alike specify The Outdoor Screen Company range of outdoor digital signage messaging screens, electronic displays, notice boards, extra large advertising screens, billboards, LED TV video walls for digital messaging and signage display installations in retail, hospitality, education, corporate, transportation, sports and entertainment locations.
The Outdoor Screen Company digital signage systems are up to two times as bright as typical indoor televisions. With the addition of anti glare film to create an anti-reflective coating, glare and reflection is reduced for high visibility outside in broad daylight and bright sunlight.
The latest digital signage software enables dynamic messaging and signage information to be displayed to any number of locations simultaneously, administered locally, centrally or remotely.
Content can include static or scrolling text, static or moving images, video, live TV, web-streaming, Flash files, RSS feeds including live news, weather & sports results, web pages, time, date, calendars, etc.
Outdoor Digital Signage, Message Boards & Info Displays
Leisure & Hospitality: Welcome messages, rooms scheduling, menus, forthcoming events, opening times, entry fees, way-finding information, queue management, visitor information, live news, weather & traffic, etc.
Retail: Advertising & promotions, new product or service announcements, brand reinforcement, opening times, café or restaurant menus, live news, weather & traffic, etc.
Education: Campus information, exam & sports results, forthcoming events, timetable changes, extra-curricular activities, café/refectory menus, live news & weather, etc.
Corporate: Welcome messages, room scheduling, product & service information, live news, weather, traffic, company/departmental performance against target, café/restaurant menus, stock market & commodity prices, etc.
Transport: Welcome messages, arrival & departure times, delays & cancellations, way-fining information, emergency evacuation procedures, café/restaurant menus, live news, weather & traffic, etc.
Government & Healthcare: Public service messages, queue management, room scheduling, way-finding information, opening times, visiting hours, emergency evacuation procedures, café/restaurant menus, live news, weather & traffic, etc.
Outdoor TV Screen Retailer Opportunities
The Outdoor Screen Company are currently recruiting outdoor TV screen retailers, distributors, dealers, wholesalers, importers and suppliers to develop business opportunities in the UK, US, UAE, EU, Eastern Europe, South America, Caribbean, India, Africa, Canada, New Zealand and Australia.. more on outdoor TV sales opportunities


- Publish Date: 2017-08-24
- Binding: Hardcover
- Author: Kirsten Matheus;Thomas Knigseder
Attention: For textbook, access codes and supplements are not guaranteed with used items.
Arrives in 3-7 Business Days
Learn about the latest developments in automotive Ethernet technology and implementation with this fully revised second edition. Including approximately twenty-five percent new material and greater technical detail, coverage is expanded to include: Detailed explanations of how the 100BASE-T1 PHY and 1000 BASE-T1 PHY technologies actually work A step-by-step description of how the 1000BASE-T1 channel was derived A summary of the content and uses of the new TSN standards A framework for security in Automotive Ethernet Discussion of the interrelation between power supply and automotive Ethernet communication Industry pioneers share the technical and non-technical decisions that have led to the success of automotive Ethernet, covering everything from electromagnetic requirements and physical layer technologies, Quality of Service, the use of VLANs, IP and Service Discovery, and network architecture and testing. This is a guide for engineers, technical managers and researchers designing components for in-car electronics, and those interested in the strategy of introducing a new technology.