Test My Speed
Large variance in speed can be an indication of a connection issue. This is a true and trusted test of your Internet download speed. You need eight megabits per second to move a one megabyte file, i.
The automatic speed test is an easy way to make sure your provider is delivering what you're paying for. Automatic Speed Test Benchmark Internet connection bandwidth automatically. No app necessary, just go to TestMy. When your speed test starts so does a timer, precision of which is measured in ten thousandths of a second.
Which provides unparalleled cache prevention. Why Test My Internet Speed? Why don't other speed tests see the same issues?
TestMy's proprietary method is proven to help identify issues other speed tests fail to detect. Many Internet providers send users to their own internally hosted connection test.
We work for the Internet consumers not the Internet providers. Upload files, like photos to Facebook, windows 7 enterprise loader 32 bit full version faster. Connecting to the Internet over Wi-Fi offers unparalleled convenience. You're not downloading or uploading any real information.
Enter your address to determine availability. Get one test result that represents your connections speed across the entire United States. The maximum amount of info in megabits that your computer can send to the Internet in a given second. Test your connection speed automatically on a schedule with the Automatic Speed Test.
This bandwidth speed test has been in development since and has benchmarked performance on millions of Internet connections. Pinpoint routing issues with the ability to test across multiple popular Internet routes with coast to coast United States servers. Also, data sizes are precise to the individual byte.
Once the flow of information is finished the timer is stopped and your results are calculated. Please report any issue you encounter using our Speed Test by clicking on the feedback tab on the right of any screen so we can look into it. Enter your address to see which offers are available for your home. Faster download speeds ensure smooth video and game streaming.
Your result is then compared against your own previous results as well as to other connections in your area, on your host and across the Internet. Higher Mbps means faster transfer of files like digital photos. Ethernet Connection strength.
But cable providers use copper wiring for the last connection to businesses like yours. Understanding each of them can help you determine the best solution for maximizing internet speed. Why do I need to enter my exact address? Powerful bandwidth makes a powerful speed test TestMy. These results reflect speeds to the test server.
Less between you and the test is a good thing. This is a real world speed test. Manual selection options for all test servers and expansions on this concept coming soon. Download Speed This is the maximum amount of info in megabits your computer can receive from the Internet in a given second. How does the internet speed test work?
When you request a speed test the test data is created randomly. Already a Spectrum customer? Your provider may prefer testing within their network but is that realistic?
Standard rates apply after yr. The coast to coast multithread test allows you to test multiple servers simultaneously giving you the most comprehensive results possible. Some copy here to explain the result. Unlimited calling includes calls within the U. The speed of the connection when uploading data from your computer to another computer somewhere on the Internet.
Download Speed Test Details
The definitions for the terminology used in the speed test can be found below. For contract buyout qualifications, go to Spectrum. TiP enables users to see this information to understand how the data flowed as the test ran.
Unlike other speed tests TestMy. For this reason our servers are hosted outside of all provider networks, in locations where the websites you visit are hosted. Our bandwidth providers are the biggest names in the industry and our servers are hosted directly on some of the largest trunks that make up the Internet.
AT&T Internet Speed Test
This connection quickly picked up speed, held it there and actually sped up at the end. Download Speed Test Check the download bandwidth speed of your Internet connection. Wi-Fi enables you to carry the Internet with you into any room of your home, but at the potential cost of connection speed.
Broadband and Wi-Fi Internet Speed Test
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Tue Jun 14, 2011
As far as I know, there isn’t much interaction between smart phones and computers today. They are mostly used as two independent devices. I can access the files in my phone from my PC, sync contacts and music, but not much more. When I’m in front of my computer I usually have my phone plugged into it. This phone can detect acceleration and has a hi-res touch screen. Why not use the phone to augment the computer?
It would be great if my laptop could read all phone sensors in real time. Then it could be used as a game controller. A mouse in one hand, and my phone in the other. I could tilt it, touch the screen and even see information about the game in my phone’s display. Maybe it would be even possible to use the phone for aiming, using the phone camera to track objects in my computer’s screen (registration points).
But as I don’t play much, I’m more interested in productivity than in games. I’d like to use the phone’s display as an external display for my laptop. For instance the Gimp’s toolbar or a color selector could be shown in my phone, leaving more free pixels in my laptops display. As I’m working with my Wacom tablet on my right hand, I’d like to use my left hand tilting the phone to control color, opacity or brush width. If I’m creating music, I’d like to tilt the phone to control the filter frequency or the amount of effect in a certain audio track. If latency is low enough it would be a much better interface than a mouse and a keyboard, something that could complement other MIDI controllers.
I think there are some experiments in this direction, but if Google (or someone else) added the required APIs and libraries to Android it would become much easier to experiment in this field. Hopefully some developers and artists find this concept interesting enough to work on it.


Now Broadcasting: FCC Broadcast Data in Wolfram|Alpha
From gathering around the family radio to listen to “The War of the Worlds” broadcast in 1938 to watching the local weather forecast on your 52-inch plasma TV, wireless transmission has been a primary source of information, communication, and entertainment for the past century. Today, thousands of radio and television stations are broadcasting around the world. Beyond your favorite songs, news broadcasts, and shows, how much do you know about the broadcast stations you listen to and watch? The United States Federal Communications Commission (FCC) has a large amount of information on the radio and television stations broadcasting in the U.S. as well as a number of stations in other countries in the Western Hemisphere, and recently this data was added to Wolfram|Alpha.
Try out the call sign for your favorite radio station. You might be interested to know who holds the license for that station or find out that it’s being broadcast from that antenna you drive by on your way to work. The local map not only shows you the location of the antenna, but is also zoomed in to show the approximate listening area. How tall is that antenna? Wolfram|Alpha has the answer, as well as a lot of other technical details about the station antenna.
On a road trip and stumble upon an interesting AM station broadcasting on 1010 kilohertz? You don’t need to know the call sign to get the information. Try “1010 am radio”, and Wolfram|Alpha will give you the information for the station broadcasting on that frequency closest to you. If it’s a long road trip, you might find a couple stations broadcasting on the same frequency along the way. All the stations broadcasting on 1010 kilohertz are shown, along with their locations and distances from you.
Or maybe you are staying at a hotel overnight and find out that the news you are watching on “channel 8” is being broadcast from an antenna you’ll see on the way out of town. Take a look as you drive by. It might be about the same height as the Great Pyramid of Giza.
These are just a few examples of how you can explore FCC data in Wolfram|Alpha. But don’t touch that dial, because there are more handy Wolfram|Alpha topic areas on the way.


Maccom Communications Limited was incorporated in Nigeria in 2000.
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Bare Copper covers solid copper, hard wire, medium hard and soft annealed tempers.
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VoIP Predictive Dialer | Call Center VoIP Predictive dialer | Avyukta Intellicall
A predictive dialer is an automated dialer that places phone calls even before the agents become available. It's scheduled to increase agents' efficiency by calling as many leads as possible. The system quickly moves on to the next executive after an unanswered call.
VoIP Predictive Dialer:-
A VoIP predictive dialer is a technology that allows call centers to make automated calls over the Internet. With this dialer, there is no need for a phone line, carrier, or even phone for that matter. An agent only needs a headset and an internet connection to complete their calls. Since this technology does not require much infrastructure, dial sessions can be conducted virtually anywhere.
VoIP Predictive Dialers use internet connections to make calls instead of analog telephone references.
VoIP stands for "Voice over Internet Protocol" and is a method of providing voice communication and multimedia sessions over the Internet. VoIP includes a range of hardware and software that boost making and receiving calls via the Internet.
VoIP Predictive Dialer work:-
Predictive dialers mechanically dial multiple numbers at once based on factors such as average call duration for the agent, and the campaign’s pre-set ratio. The dialer notes all busy signals and out-of-service numbers on the list. The system can distinguish between when a call is sent to voicemail and when it is answered. Calls that connect will be automatically transferred to call center agents to talk to respondents.
Why does your Company need a VoIP Predictive Dialer?
Improves Customer Satisfaction:-
The main goal of most call centers is to improve customer experience and VoIP predictive dialers help you do just that. As predictive dialers increase the potential for call centers to make and receive a much larger volume of calls, fewer customers are kept waiting in queue on call. Additionally, most predictive dialing software will have additional tools that help monitor and improve a call center’s performance, further improving customer service and customer experience.
Increases Agent and Call Center Productivity:-
A predictive dialer eliminates the need for manual dialing, which allows agents to focus on the tendency to call. This allows agents to answer or place multiple calls in the same time frame, increasing not only agent productivity but call center productivity as a whole.
Affordable to Set-up:-
Cuts Unnecessary Costs:-
VoIP predictive dialers help call centers cut down on unnecessary costs by easily automating redundant and everyday tasks such as dialing and call scheduling.
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Click Here :- Avyukta Dialer Features List
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Avyakt Intellicall is one of the fastest growing telecom service providers in India and across the world. We provide you the best termination quality at the most affordable prices available in the market from the complete call center vendors. We provide VoIP telecommunications service to carriers, callshops, resellers, call centers and other VoIP service providers. Getting started with us is very quick and hassle free.
We provide Combo Models for call center dialer, that are available for Rent, Purchase, or EMI basis for Unlimited A Grade VoIP Minutes, Dialer + PRI Card ( Sangoma , Allo , Digium ), GSM Gateway ( Dinstar , Synway , Openvox ), Hosted Dialer, Predictive Dialer, Cloud Telephony. Click here to go to our shop and choose from a variety of products that we offer.
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It is always important to implement network monitoring so that in case your network is low you will always be able to know. To make sure that you will be able to know any problem that might be there then you have to implement network monitoring. We have so many people that have been benefiting after implementing network monitoring of which if you also implement you will be able to benefit in so many ways. Therefore, the discussion below is on the benefits of network monitoring.
A reason why network monitoring is important is that it will help you fix issues faster. To make sure that you will always be able to fix a problem within a short period of time then you have to implement network monitoring. To make sure that you will not have some difficulties in solving some problems that might arise you have to implement network monitoring. Network automation tools will always allow you to solve different problems automatically.
Being able to manage changes in the network is also one of the reasons why network monitoring is advantageous. It is true that there are so many changes that are always made in the IT sector of which with network monitoring you will be able to go with changes and also manage growth. When different equipment is monitored you will find that in case of any fluctuation or activity it will be identified. You will realize that with network monitoring will make sure that the performance of your business is good.
Network monitoring will allow you to identify security threats of which this is also a way through which network monitoring is important. It is important to make sure that your data is secured since we have heard so many cases where there have been data breaches and that is why you have to make sure that you prevent thing. We have a network monitoring tool that will help to identify something that is not right. When you consult different experts they will tell you that network monitoring will ensure that your data is always safe of which this is a good thing.
In addition, the other benefit of network monitoring is that you will be able to justify equipment upgrade. Network monitoring will help you determine if your technology needs some upgrading so as to meet different needs of which this is a good thing. To conclude, there are so many benefits that are associated with network monitoring and that is why you have to consider implementing.


Twilio is the defacto standard API for sending and receiving SMS and voice calls. mailparser.io is a powerful email processing and workflow automation solution. With a mailparser.io and Twilio integration, you can automatically call or send SMS texts in Twilio with data parsed from emails.
Read our getting started with email parsing blog article to walk you through the steps. It also provides you with a video tutorial of just how easy it is to start extracting data. This integration is powered by Zapier and you can get more information about it here.


IPv6 is a new version of IP, which is the main transport protocol & routing of packets used on the Net.
IP is a base layer in Net & you use it every day without realizing it. When you log on the Net, you have an IP address that identifies you uniquely on the Net.
I have no idea much about networking. Concretely, what IPv6 will change for me?
The version of IP currently most often used is version four, more often known as IPv4.
IPv6 will let you benefit from the latest in network: in the event you have IPv6 now, you would have a better guarantee of security on the Net, the tedious configuration would not exist, you can stay connected while moving without causing issue the performance would be as nice or better than you currently have.
In addition, IPv6 will enable the emergence of new applications, currently blocked by sure limitations of IPv4. Since this is a future, it is difficult to foretell exactly which applications will benefit from IPv6 successfully.
You must recognize of work that all this won’t happen overnight lorsqu’IPv6 will be available.
Finally, IPv6 will enable everyone to have an address (& even more!) On the Net, which is far from the case. For example, it is now impossible for all students worldwide are directly connected to the Net with current technologies.
Without applications that leverage has to offer IPv6, then IPv6 is primarily a gizmo that can use the computer. Nevertheless, they can say the same for all technologies: no applications, the expertise is only marginally useful. But with a tiny imagination, can recognize that IPv6 can permit new things.
ome say that IPv6 is clearly a gimmick, but the answer is much more complex than that.
As a simple example. To Free, the Freebox makes use of address translation (NAT) when in router mode to permit different computers behind it to access Net. Although convenient, this greatly complicates things if everyone on of the computers in query require to make VoIP (or provide the same service) simultaneously.
Answers to questions What are the differences of IPv6 over IPv4? IPv6 is it essential? can also see how nouveux IPv6 offers advantages that ought to benefit & how IPv6 can be useful.
To summarize, say that IPv6 is a gadget is technically true, but mostly reveals a lack of anticipation of future needs & future applications. IPv6 is not a gimmick.
IPv6 is necessary?
Yes and no. The dearth of IPv4 addresses has led to the emergence of new techniques now used extensively to connect home networks to the Net. For example, in Free, NAT is used when the Freebox is in router mode.
NAT is effective for applications such as web or e-mail, but is notoriously more complex applications requiring a port opening on the Net. In some cases, it makes it very impossible, as for VoIP applications, including those based on the standard SIP protocol. Applications like Skype manage to operate using non-standard ways and through a variety of relay servers, as well as through mechanisms for detecting NAT, which complicates the method unnecessarily.
Another aspect is that increasingly services (including net sites) located in Asia and Africa are only obtainable by IPv6, and this will only increase. Indeed, the shortage of IPv4 addresses is a reality outside of Europe and The united states. If IPv6 is not obtainable for users in France, then they can not access positive services hosted in Africa or Asia.
IPv6 poses Does not issues of a privacy point of view and / or anonymity?
IPv6 is not, for now, absolutely essential. But some limitations in IPv4, and even techniques to circumvent them, and the shortage of IPv4 addresses increasingly complicated things and show some interest in IPv6.
Plenty of people think at first that as it is feasible to have an IPv6 address for each person on the planet, IPv6 presents a feasible issue because people would facilitate monitoring and intrusion in to private life: it would be a kind identity card which they could get rid and prevent anonymity. It is legitimate to have an interest in this type of issue and they think that IPv6 is in no way an IPv4 largest issue from this point of view.
Indeed, already with IPv4, an IPv4 address is used to connect to the Net. This IPv4 address can be used to locate the that is connected (this is how people were assigned to court for sharing files on peer-to-peer). might think that the NAT is a barrier to this type of identification, but this is not necessarily the case (as a priori, the head of NAT is responsible for traffic passing through it) and anyway, it is also feasible to do NAT with IPv6.
Finally, they note that IPv6 includes support from the design to security, including through providing authentication and encryption of packets.
Furthermore, with IPv6, it will be feasible to make use of, for the same person, different addresses for different purposes (which may not be feasible with IPv4), as plenty of IPv6 addresses obtainable for each connection. This case does not guarantee anonymity, but it can help to blur the tracks.


Barcelona, Spain (PRWEB) February 27, 2012
Emerson Network Power, a business of Emerson and the global leader in enabling Business-Critical Continuity, is demonstrating an AdvancedTCA? (ATCA?)-based telecom server blade at Mobile World Congress 2012 which promises to enable network operators to gain the cost and efficiency benefits of workload consolidation with simpler and faster network security.
Through workload consolidation, implemented on the latest Intel? architecture processors, operators will be able to make efficient use of network infrastructure and reduce commissioning and operating expenses, at the same time as expanding network capacity to handle consumer demand for multimedia and other rich content types.
Now Emerson Network Power has teamed with leading software suppliers Wind River and Sensory Networks to demonstrate an implementation of workload consolidation and network security at Mobile World Congress (Barcelona, 27 February 1 March 2012) on its new 40G ATCA processor blade using the next generation communications platform from Intel?, codename Crystal Forest.
Intel? architecture devices are today commonly used for management and control processing tasks such as billing and logging, subscriber admittance and signaling. But separate packet processing operations applied to network traffic are essential for the delivery of appropriate service levels to different packet types, and to comply with the license terms applied by regulators. Traditionally, these operations are performed by separate packet processing blades which do not use Intel architecture processors. Therefore, network operators today commission, install and support two separate types of processor blade.
With the introduction, however, of the next generation communications platform from Intel impressive new capabilities in packet processing including a security processing acceleration engine and a high-performance software platform, the Intel? Data Plane Development Kit will be available on Intel architecture devices.
Emerson Network Powers ultra-high performance 40G ATCA blade can therefore perform both control and packet processing operations at very high speed, supporting data rates on to and off the blade of up to 80Gbps, and enabling network operators to implement workload consolidation while dramatically expanding their network capacity.
The Emerson Network Power demonstration at Mobile World Congress which can be seen by appointment at the Wind River meeting suite (4.4HS02) will show the ATCA blade operating in both control and packet processing mode. Wind River has worked with Sensory Networks, a leading provider of pattern matching and deep packet inspection (DPI) software acceleration technology, to demonstrate DPI security solutions that highlight how a DPI enabled operating system can deliver wire-speed content inspection.
Rob Pettigrew, director of marketing for Emerson Network Powers Embedded Computing business said: Network operators which are looking for ways to increase capacity while reducing the cost of acquiring, supporting and maintaining network infrastructure should study the Emerson Network Power, Wind River and Sensory Networks demonstration at Mobile World Congress. They will see how they can move from an architecture of two completely separate processor blade types, to an architecture with a single processor blade performing all the processing functions in a telecom server. They will also see accelerated content inspection functionally concerned with applications such as intrusion prevention, firewall, content filtering, application identification, network monitoring and traffic management.
More information about ATCA blades and platforms from Emerson Network Power can be found at http://www.Emerson.com/ATCA.
About Emerson Network Power
Emerson Network Power, a business of Emerson, is the global leader in enabling Business-Critical Continuity from grid to chip for telecommunication networks, data centers, health care and industrial facilities. Emerson Network Power provides innovative solutions and expertise in areas including AC and DC power and precision cooling systems, embedded computing and power, integrated racks and enclosures, power switching and controls, infrastructure management, and connectivity. All solutions are supported globally by local Emerson Network Power service technicians. For more information on Emerson Network Powers embedded computing solutions, including ATCA?, COM Express?, CompactPCI?, embedded computers and motherboards, OpenVPX, VMEbus and the RapiDex board customization service for original equipment manufacturers and systems integrators in the telecommunications, industrial automation, aerospace/defense and medical markets, visit http://www.EmersonNetworkPower.com/EmbeddedComputing. Learn more about Emerson Network Power products and services at http://www.EmersonNetworkPower.com.
Emerson, based in St. Louis, Missouri (USA), is a global leader in bringing technology and engineering together to provide innovative solutions for customers in industrial, commercial, and consumer markets around the world. The company is comprised of five business segments: Process Management, Industrial Automation, Network Power, Climate Technologies, and Commercial & Residential Solutions. Sales in fiscal 2011 were $ 24.2 billion. For more information, visit http://www.Emerson.com.
Business-Critical Continuity, Emerson Network Power and the Emerson Network Power logo are trademarks and service marks of Emerson Electric Co. PICMG, AdvancedTCA, ATCA, COM Express and CompactPCI are registered trademarks of the PCI Industrial Computer Manufacturers Group. OpenVPX is a trademark of VITA. Intel is a registered trademark of Intel Corporation in the United States and other countries. All other product or service names are the property of their respective owners. ? 2012 Emerson Electric Co.


What makes POINT superior?
Smart technology meets simplicity with POINT®. Featuring a simple display with a powerhouse of connectivity, POINT opens the door to the future of scale applications and integrations. High adaptability, innovative support, and endless capability are just a few benefits POINT provides.
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POINT is supported and serviced through over-the-air updates. Updates become available in the mobile app, and are easily pushed to the indicator. POINT allows you to contact our support team by text through the mobile app. We can also perform a remote support session with you, allowing us to virtually access your POINT display and diagnose your entire scale system.
POINT is expandable through its modular adapter design and can support future integrations with Wi-Fi, cellular, CANbus, Serial and more. POINT supports multiple load cell connector profiles and we have designed different modular adapters to fit each connection type – including AMP (commonly used on Digi-Star), Crown (commonly used on Avery Weigh-Tronix), M12 (commonly referred to as EZ-MATE), and Deutsch 6-Pin.
POINT is rugged – engineered to withstand chemical breakdown, high pressure wash-down and extreme temperatures. It’s also shielded against UV, dust, mud, snow, rain and manure. POINT exceeds EP455 standards in its quality of enclosure design, extending its life beyond your farming equipment.
POINT is designed to be configured through smart settings and a mobile app. Easily refine calibration, adjust the scale sensitivity, change the screen contrast and more – simply by making an adjustment in the mobile app.
POINT supports both Apple (iOS) and Android devices for use as a remote display – no need to purchase additional remote display hardware.


Invite a friend
Free Wireless Workshop at Verizon Wireless in Romeoville
Verizon Wireless is offering a free wireless workshop about the Android operating system at the company’s Romeoville store, located at 395 S. Weber Road, on Tuesday, December 11, from 8:00 – 9:00 p.m. Reservations are required by registering online at www.verizonwireless.com/workshops. Seating is limited.
The workshop is geared toward helping customers get the most out of their device and will review hardware functions, software features and customization options. It also offers an open forum to address questions.
More About Verizon Wireless
Verizon Wireless is a mobile phone and Internet provider with a franchise in Romeoville. The Verizon Wireless store offers cell phones and cell phone service plans as well as mobile Internet service. For further inquiries, you can phone Verizon Wireless or stop by the store.


What is Copper Wire Cable?
In today's interconnected world, where communication and power transmission are vital, copper wire cables play a significant role in enabling seamless connectivity. From transmitting electrical signals to supporting high-speed data transfer, copper wire cables have proven to be a reliable and versatile conductor. In this article, we delve into the fascinating world of copper wire cables, exploring their construction, applications, and the advantages they offer.
The Composition of Copper Wire
Copper wire cables consist of a central conductor made of copper, which is known for its excellent electrical conductivity properties. Copper is chosen for its low resistance, allowing for efficient transmission of electric current, making it an ideal material for various applications. The conductor is surrounded by one or more insulating layers, which provide electrical insulation and protect against external influences.
Types of Copper Wire Cables
Copper wire cables come in various types, each designed to cater to specific requirements. Some common types include:
Solid Copper Wire: Composed of a single, solid copper conductor, this type of cable is known for its stability and durability. It is often used in structured cabling systems for data networking.
Stranded Copper Wire: Consisting of multiple thin strands of copper wires bundled together, stranded copper wire offers enhanced flexibility and is commonly used in applications that involve frequent bending or movement.
Coaxial Cable: Featuring an inner copper conductor surrounded by insulation and a protective outer layer, coaxial cables are widely used for transmitting audio, video, and data signals over long distances with minimal interference.
Twisted Pair Cable: This type of cable comprises two or more insulated copper wires twisted together, which helps reduce electromagnetic interference. It is commonly used for Ethernet networking and telephone connections.
Applications of Copper Wire Cables
The versatility of copper wire cables lends them to a myriad of applications across various industries. Some notable applications include:
Electrical Wiring: Copper wire cables are extensively used for electrical wiring in residential, commercial, and industrial buildings. Their excellent conductivity and durability make them an ideal choice for safely and efficiently transmitting electrical power.
Telecommunications: Copper wire cables have long been a cornerstone of telecommunications infrastructure, facilitating reliable voice and data transmission. From telephone lines to high-speed internet connections, copper wires continue to support seamless communication.
Electronics and Appliances: Copper wire cables find wide application in the manufacturing of electronics and appliances. They are used in everything from computer components to home appliances, providing reliable connectivity and efficient power transmission.
Automotive Industry: Copper wire cables are vital in automotive applications, serving as the nervous system of vehicles. From transmitting signals to powering various electrical components, copper wire cables ensure the smooth functioning of critical systems.
Advantages of Copper Wire Cables
Copper wire cables offer several advantages that contribute to their widespread usage:
Excellent Conductivity: Copper is renowned for its superior electrical conductivity, enabling efficient transmission of electricity and signals with minimal loss. This ensures reliable performance and reduces the risk of data corruption.
Durability and Longevity: Copper wire cables are highly durable and resistant to corrosion, allowing them to withstand harsh environmental conditions. This longevity ensures a longer lifespan for the cables, reducing maintenance and replacement costs.
Flexibility: Certain types of copper wire cables, such as stranded wires, offer enhanced flexibility, making them easier to install and maneuver around tight spaces. This flexibility allows for greater versatility in applications.
Cost-Effectiveness: Copper wire cables are relatively affordable compared to other conductive materials. Their cost-effectiveness, combined with their longevity and performance, makes them a preferred choice for various industries.
Copper wire cables have played an indispensable role in connecting the world, enabling efficient power transmission and seamless communication. Their exceptional electrical conductivity, versatility, and durability make them the conductor of choice across a wide range of applications. From powering our homes and offices to facilitating global telecommunications, copper wire cables continue to shape our modern world. Embracing the wonders of copper wire cables ensures reliable and efficient connectivity for a multitude of industries. We are a copper wire cable supplier. If you are interested in our products, please contact us now!
If you are interested in sending in a Guest Blogger Submission,welcome to write for us!


Industry and Other
The Federal Communications Commission (FCC) has recently defined high-speed broadband as 25 MB download and 3 MB upload. Network Business Systems is committed to meeting your needs for reliable, high-speed internet by ensuring that each of our towers is capable of meeting the FCC definition of high-speed broadband.
In addition to our regular schedule of hardware upgrades on our towers, we are making significant investments to ensure we can provide the internet bandwidth that our residential, agricultural and commercial customer need. We are leveraging our industry connections and our affiliation with the Microsoft Airband initiative to bring the best technology in the industry to our communities.
As we complete each tower upgrade and certify our broadband speeds in 2020, we will notify customers of any changes and what new plans are available. New plans for high speed packages may already be available on many of our towers, so please call to find out if they are available in your area!


Whats my IP Address | Your IP Address
What is a Internet Speedtest?
A Internet Speedtest tests your UP- and Download speed.
Why Should I test my Internet Speed?
You should test your Internet Speed to know how fast your Connection is.
Understanding Speed Test Results
Mbps: One Megabit (or one million bits) per second. You need eight megabits per second to move a one megabyte file. One digital photo, for example, might be one or two megabytes in size. Bits move bytes.
The speed at which your internet connection delivers data to your computer. This is the maximum amount of info your computer can receive from the internet in a given second. Download speed is measured in Megabits per second (Mbps).
The reverse of download speed, this measures the maximum amount of information that your computer can send to the internet. It's also measured in Mbps.
What Internet Speed do i need for Video Streaming?
(Internet Speed Requirements for Video Streaming by www.lifewire.com)
- 1 Mb/s for viewing on a laptop computer. While you can stream Netflix at speeds of 1 Mb/s, the quality will be grainy on a large screen, much like watching an old VHS movie.
- 2 Mb/s for viewing standard definition video (480p) on a TV
- 4 Mb/s for viewing high-def video (720p, 1080p)
- 5 Mb/s or more for the best audio and video experience
- 15 Mb/s for 4K streaming (but 25mb/s is preferred)
- 1 Mb/s to stream standard definition content
- 3.5 Mb/s to stream HD content (720p/1080p)
- 15 Mb/s for 4K Ultra HD videos (but 25mb/s is preferred)


The Internet of Things (IoT) is transforming industries the world over, connecting people, processes, data and systems to make work safer, more efficient and less costly while vastly improving decision making.
Improve productivity and safety with remote diagnostics and collaboration via video, wireless, and more.
Deploy security, compliance, and risk management for industrial control systems and SCADA environments.
Digitize with the new era of networking for plant automation, industrial IoT, wireless, and worker mobility.
Get end-to-end pipeline management: incident prevention, process control, safety, resiliency, and security.
Secure upstream exploration and production. Bring the edge into the control center and the enterprise.


Ar-Com: The ultimate Aircom and ground Communication server.
A revolutionary concept in aircom communications, Ar-Com is a fully open and customizable ACARS messaging system supporting downlink and uplink.
The message routing is fully configurable and extensible. Currently supported network links include SITA, the internet, databases and files. New gateways can be added at any time (SMS, …).
The message interpretation, message processing rules and message display rules are also fully configurable. The user or administrator decides how the information should be extracted and manipulated, and how it should be presented to the user.
In aviation, ACARS an acronym for Aircraft Communications Addressing and Reporting System is a digital datalink system for transmission of short messages between aircraft and ground stations via airband radio or satellite. The protocol was designed by ARINC and deployed in 1978, using the Telex format.
Shown below is an example of a connection to the SITA provider. Many other gateways can be attached to integrated into your Ar-Com system.
The Ar-Com server communicates with the Datalink server using a directory queue, one for incoming and one for outgoing messages. The downstream side is connected to the intranet or to the internet.
Air to ground, ground to air, ground to ground
Ar-Com provides ground-to-air, air-to-ground and ground-to-ground data communication from anywhere in the world! Using a web-browser, you can securely run an entire ACARS messaging system, using the intranet or worldwide secured internet tunnels. These messages may come and go through any gateway you want. With Ar-Com, messages can be automatically encrypted or checked for errors. Ar-Com is made to be run by air carriers of any capacity; even small carriers can benefit from the true power of Ar-Com, at an affordable price.
This is easily the most powerful feature of Ar-Com. Since it is impossible to foresee every conceivable messaging endpoint, we implemented a message routing facility which is capable of distributing messages trough e-mail, 3rd party message processors or databases. The routing editor integrated in ADM 2000 (Ar-Com's administration tool), is a full-featured VBScript editor which provides the user with ultimate freedom.
More than just a mailbox
In addition to the mailbox functionality, we provide a whole range of standard and optional tools for data processing, extraction and reporting.
- crystal reports
- engine trend monitoring
- network monitoring
- aircraft monitoring
- alert reporter
- security administration
- quality assurance
The advanced Ar-Com security policy allows full tailoring of each user’s privileges in the application. In a multi-airline environment, Ar-Com can securely maintain a full separation of each airline’s data, but still use common infrastructure and gateway providers.
In a multi-airline environment, Ar-Com can securely maintain a full separation of each airline’s data, but still use common infrastructure and gateway providers.
Message recognition and interpretation
- Message recognition with priority rules.
- Recognition and interpretation based on : relative or absolute character position, identifiers (sequences + position).
- Interpretation supports repeating groups (character sequences).
- Implementation of recognition and interpretation rules need no programming knowledge.
- Visual control of message recognition and interpretation rules with life examples.
- Assembly of multi-part messages.
- Uplink messages can be formatted in structured templates.
- Automatic CRC calculation (when needed)
- Automatic message sequence generation
- Transmissions with high,normal or low priority
- Uplink message assurance with real-time tracking
- Message transmissions with limited lifetime
Ar-Com FSD (Flight Situation Dashboard) is a part of our Ar-Com Suite and shows on a graphical map the planned route, with waypoints from the flightplan and the actual route and position of the aircraft. From the ACARS messages, planned and actual fuel, planned and actual flight level (in flight) is plotted on a graph. Some important airport information is also shown on the map, like METAR, short and long term weather forecast, temperature, NOTAM, AIRMET and SIGMET. Airlines can be fully aware of the potential weather impacts on their operation, including the ability to use the latest forecasts to evaluate expected en-route turbulence that may impact a flight as it progresses.
With FSD, flight operations can send uplink messages to the aircraft. Downlink messages are received and interpreted by the Ar-Com APS. In case of critical messages, the user gets an automatic alarm.


First of all, you should understand 3 simple things:
1) Car Scanner supports all iOS versions, even the latest one. It doesn’t matter, iOS13/14/15/9000 you have. Car Scanner is always updated to support latest iOS versions. Besides, ELM327 uses simple TCP/IP connection, that is usually not affected by iOS version update.
2) ELM327 device with Wi-Fi connetion type pretends to be a Wi-Fi access point and creates Wi-Fi network, that you should connect using iOS settings. You should do this before you try to connect in Car Scanner. This network usually have name “OBDII WiFi” or “WiFi OBD2” or something like that. It’s never called like your home network (e.g. “Keenetic-1234”, “MyHOME”, etc.) or your car brand (e.g. “Ford”, “Skoda”, “Audi”, etc.).
Please, don’t be the one, who have connected to his home Wi-Fi network and asking why he can’t connect to the ELM327 device.
3) While iOS is expecting normal Wi-Fi network with Internet access, it may connect to ELM327/OBDII Wi-Fi network, check that it doesn’t provide Internet access and use “iOS magic”: show to the user that iPhone/iPad is connected to the Wi-Fi network, but doesn’t actually use this network.
This is very important! You would see Wi-Fi network checked in iOS settings, but you wouldn’t see Wi-Fi icon in the top bar. This often happens with iOS 14 and higher (yes, iOS 15 is higher than iOS 14).
In this case you should set Wi-Fi network settings manually (read point #4).
List of most common reasons of connection issues and their solutions:
1) iPhone/iPad not connected to ELM327 OBDII WiFi network.
Solution: Go to iOS Settings -> WiFi and connect to network that is called “OBDII WiFi” or something similar.
2) ELM327 part of the device is not responding.
Possible reason #1: Software bug in the device (it happens very often with cheap ELM327 clones)
Solution: Pull ELM327 out of the socket and put it back again. Go to iOS Wi-Fi settings to reconnect to the OBDII Wi-Fi network and try connection in Car Scanner.
Possible reason #2: ELM327 device is dead. Many users asks questions like “I have successfuly connected yesterday, but can’t do that today! What’s wrong with the app?!”
Unfortuantely it’s not the app issue. May cheap ELM327 clones die unexpectedly. Sometimes they work 1 year, sometime they work just 1 time. You never know. It’s just a cheap device, made with extremely low quality.
Solution: Replace ELM327. Please read my guide how to buy a good ELM327 device.
3) ELM327 device is occupied by another app or device.
ELM327 device can’t be used by several apps or devices at the same time. Even if 2 devices connected to the same OBDII Wi-Fi network could cause this issue, so one of them or even both devices would be unable to connect.
Solution: make sure that any other devices nearby are not connected to the same OBDII WiFi netowrk and force close all other OBDII apps.
4) iOS shows connected to WiFi network, but it actually doesn’t use it.
In this case you would see that network is checked in the iOS Wi-Fi settings, but you wouldn’t see Wi-Fi icon in the top of the screen.
Solution: Go to iOS Settings -> Wi-Fi -> Tap on the “i” symbol near Wi-Fi network name.
Under IPV4 section change tap on Cofigure IP:
from “Automatic” to “Manual” and put this settings:
IP Address: 192.168.0.2
Subnet mask: 192.0.0.0
After that tap “Save” and go back.
5) Wrong connection settings in Car Scanner.
Some users thinks that they should put in Car Scanner connection settings iPhone/iPad IP address, that they find under iOS Wi-Fi settings, but that’s a mistake. You should put your ELM327 device IP address. In most cases it’s 192.168.0.10 (set by default) with port 35000.
Don’t change it unless you know that your device has different IP address and port.
6) Missing Local network permission in iOS Settings.
When you’re trying to connect to the Wi-Fi ELM327 device for the very first time, iOS would ask you if want to grant Car Scanner access to Local network (discover devices, etc). You should accept this. If you disable local network access, iOS would prevent Car Scanner from connecting to ELM327.
To check if you have granted Local network permission go to iOS Settings -> Privacy -> Local network and make sure that you can see there Car Scanner and it’s enabled.
Please note that Car Scanner wouldn’t appear in iOS Settings until you have tryied to establish connection for the first time, being connected to Wi-Fi network. If you’re not connected to Wi-Fi network, message promt wouldn’t appear and Car Scanner would appear under “Local network” section.
This permission is required only for iOS 14 and higher (iOS 15, iOS 16, and don’t be and idiot, for iOS 9000 when it would be released).


Connect one end of the Ethernet Cable to your Internet Modem and the other end to the Internet port on the SimpliNET Router.
Connect the small end of the Power Adapter to the power port on the SimpliNET Router. Plug the other end of the Power Adapter into a power outlet. Wait 3 minutes for your Router to power on.
Your Internet Modem should be already powered on and connected to the Internet. It is not necessary to power off your Modem when connecting the SimpliNET Router to the Modem.


How to Send Text Messages from PC to iPhone?
As a mainstream communicating method, message functions on cell phone are welcomed by all kinds of crowd. People like to use it to communicate. For example, when you're organizing an activity for a Christmas dance or other themes. As the organizer, you had to inform all participants the detailed start time, place or other points you want them to pay more attention. Then sending a message to all participants could be an ideal way to solve the problem. But if you need to chat with some of them, then things could be terrible - you'll be deep among the various message replying.
We all know that almost all popular phones have used touch-screen to instead of the traditional keyboard, so after a long-time typing on your phone, your finger will be tired due to its small size. Then you may wondered of is it any way to type and send messages from computer to cell phones, right?
No one will deny that Apple's iPhone is one of the most popular smart phones on the market. So today we'll take the iPhone to do an experiment. Let's assume that now you're tending to send SMS messages from PC instead of Android, Windows phones or iPhone to iPhone, what will you do? How to achieve your goal? Maybe you've found that it is seems impossible without any other app, so the key point to solve the problem is to find a useful text messaging app.
In this article, we could like to recommend two different apps to help you send text messages to iPhone: One is an online SMS sending service, the other is the desktop application. Below is the detailed introductions of these two programs, you can read it and decide which one is better according to your own needs.
Send Messages from Computer to iPhone 5S/5C/4S/4 via Online Sending Service
SMS Everywhere (http://smseverywhere.com/) - This service covers all cell phones in the USA. And it is by far the simplest text message sending service on the Internet. You only need to fill out the number and message, then everything is OK. What's more, if you only need to send message to one person, the whole message conversation is totally free. But if you want to send to multiple people at one time, you may need to pay for its service.
Pros: Totally free for sending a single message
Cons: Depends on the network situation. And when you need to send a message to a batch of people, you have to pay for it.
Send Android Text Messages via PC to iPhone by Third-party Program
Android Message Manager is a desktop application, which is specially designed for users to manage Android text messages, contacts, music or video on computer directly. This tool is a 100% standalone program, so that it can run in any bad network situations.
What's more, this tool provide Windows and Mac version to satisfy different users' needs. The process of sending messages to iPhone via this app is very easy. You only need to install and connect your Android phones to computer, and then click on SMS in the left column. Then click New and a pop-up window will appear, just type away in the text field on the bottom right. You'll even get the alert of new message when a contact replies. (For Mac user, please click here.)
Pros: No require of a good network situation, that means you can run it while you're offline.
Cons: Free trial version has time limited. If you want to get all functions, you need to pay for its full version. Please be assure that once you get the full version, you can use it for the whole lifetime.


Transponder keys are factory-made keys that come with a car, bike, bus or truck these keys communicate via radio transmission with circuitry within the vehicle. This radio transmission allows for a key to be programmed to only start a specific, individual car. Only the person who is in possession of a car’s transponder key will be able to start and drive it thus reducing the opportunity for car thieves to steal a car. Our mobile locksmiths can program a new transponder key for your car while you wait.
Germiston Locksmiths is a company that does specialized in coding and programming transponder keys for most makes of cars, trucks, busses and motorcycles. Whether you have lost your car keys, they have been stolen or damaged we offer the best prices and availability.


24 Ports Managed Power Over Ethernet Switch
|Payment Type:||L/C,T/T,Paypal,Money Gram,Western Union|
|Terms of Trade:||FOB,CIF,FCA|
|Min. Order:||1 Piece/Pieces|
|Delivery Time:||4 Days|
|Place of Origin:||China|
|Supply Ability:||5000PCS around 10-20 days|
Model No.: NT-29M24T4GC
N-net 24 Ports Managed Power Over Ethernet Switch
NT-29M24T4GC poe switch, which is a layer 2 switch that with management and poe function. From this L2 managed switch, you will find the poe ports at your first sight--sorrounding with yellow label. N-net 24 ports managed fast Ethernet POE switch enables a large-scale monitoring network for your whole devices to terminal with a internal chipset. As a 10/100M poe switch, this stackable managed fast Ethernet POE switch also can be a ideal solution for home and medium-sized business.
Managed Switch Features
- 24x 10/100Mbps downlink PoE Ethernet Ports, 2x 10/100/1000Mbps uplink Ethernet Ports and 2x1000Mbps uplink SFP Ports ,or 4x 1000M Gigabit Ethernet COMBO ports
- IEEE 802.3, IEEE 802.3u, IEEE802.3ab, IEEE802.3x, IEEE802.3z, IEEE802.3af/at standard
- 10/100Mbps auto-negotiation and auto MDI/MDI-X, compatible with various Ethernet devices
- Support L2+ Switching features including 802.1Q VLAN, Port Mirroring, Port isolation, IGMP Snooping,
- DHCP Snooping, DHCP Relay , LACP, IP Source Guard, ARP inspection, ACLs etc.
- Store-and-forward mechanism is employed to avoid packet loss and error frames
- Support spanning tree STP(802.1D) and RSTP(802.1W) and MSTP(802.1S)
- Support IP/Port/Mac binding.
- Jumbo frames support a maximum of 9.6K kilobtyes
- Support enhanced management through WEB, CLI, SSH, SNMP.
- Built-in 1U rack power supply series, easy installation
PoE Switch For Ip Camera Application
Managed PoE Switch 10/100M Instruction:
1. Front board have 32 ports, Provide 24x 10/100Mbps downlink Ethernet Ports, 2x 10/100/1000Mbps uplink Ethernet Ports or 2x 1000Mbps uplink SFP Ports; or 4x 1000M Gigabit Ethernet COMBO ports
2. LED Indicator State:
Power: 1 green light indicates that the power normal work;
Ethernet: 28 green lights indicate that the Ethernet Link and Act
Ethernet: 28 green lights indicate that the Ethernet speed.
Please check below device and accessories before installation, if there are missing, please contact with your supplier.
1. Switch 1PCS
2. User Manual 1PCS
◆ Please turn off the signal source and the device's power before installing, installation with power on may damage the device;
◆ Use network cable to connect Ethernet switch`s UPLINK port with NVR or Other Device;
◆ Connect Ethernet switch with power adapter;
◆ Check if the installation is correct and device is good, make sure all the connection is reliable and power for the system;
◆ Make sure every network device has power supply and work normally.
10/100M 24 Ports PoE Switch Information
Fast Ethernet Switch, (24) 10/100Mbps downlink Ethernet Ports, (4) 10/100/1000Mbps uplink Ethernet Ports, and (4) 1000Mbps uplink SFP Ports, 60W
Shenzhen N-net High-Tech Co.,Ltd
N-net Technology Co., Limited is one of the powerful and Hi-Tech companies specializing in the integration of R&D, manufacturing and marketing of optical fiber communication and Security solution. The main products include: commercial/industrial fiber media converter series, commercial/industrial fiber switches, GEPON series, fiber video converter series, EOC series and the security monitoring core system, etc. Since the establishment in 2001, N-net has built its reputation in the high quality of products and services, and the leadership in innovation.
- Company Name: Shenzhen N-net High-Tech Co.,Ltd
- Representative: Gaoyu Wu
- Product/Service: POE Switch , Network Switch , Media Converter , Industrial Switch , Fiber Switch , Ethernet Over Cable
- Capital (Million US $): 1000000RMB
- Year Established: 2001
- Total Annual Sales Volume (Million US $): Above US$100 Million
- Export Percentage: 61% - 70%
- Total Annual Purchase Volume (Million US $): US$50 Million - US$100 Million
- No. of Production Lines: 15
- No. of R&D Staff: 31 -40 People
- No. of QC Staff: 11 -20 People
- OEM Services Provided: yes
- Factory Size (Sq.meters): 1,000-3,000 square meters
- Factory Location: 5-6 floor, C Building, Yiyuantong Industrial Zone,Xuexiang Community, Bantian, Longgang District, Shenzhen, 518000, China
- Contact Person: Ms. Dolly Xu
- Tel: 86-755-83874688
Premium Related Products


From the banner area, you can click:
The About page contains the version information for Transform Features, including the program number, installed component versions, Software Support contact information, and the product copyright. The About page also contains the IP address, processor count, compute node count, and the operating system version for the local transform server. The local transform server is the transform server that runs on the same machine as the Transform Features whose user interface is currently being viewed.
|Copyright © 2004, 2013|


- Ethernet port – for configuration and diagnostics (sharing NMEA 0183 data will be available in a future update)
- 6 OPTO-Isolated NMEA 0183 inputs (including the serial port)
- 3 ISO-Drive NMEA 0183 outputs (including serial port)
- Advanced Data Filtering/Routing
- Configurable Input and output baud rates
- Autoswitch mode available to offer system redundancy
- Serial port – for configuration, diagnostics or as an additional NMEA 0183 input/output.
- Free firmware updates make the device future-proof
- Power LED to indicate operational state
- Rx LED to indicate data on inputs
- Status LED (bi-colour) to indicate output Data Overload or a range of other states
- DIN rail or Panel mountable
- Pluggable screw terminal connectors for quick and easy installation
The configuration tool is accessible via any popular web browser (using the Ethernet port) so there are no PC operating system compatibility issues to contend with. Using the web based configuration tool will allow the user to finely tune the exact data available on each output. The default setup is for all data to go to all outputs.
Industry leading isolation is provided on all inputs and outputs as standard, so that connected devices safely avoid hazardous ground loops, the number one cause of product failure in NMEA 0183 networks. This makes the NDC-5 robust enough to handle any NMEA 0183 installation.
Pluggable connectors allow new devices to be easily installed without the need to remove the NDC-5 from its mounted location. A professional DIN rail mounting mechanism keeps the NDC-5 secure in high vibration environments. Helpful LEDs indicate power, data in, and status conditions to aid diagnostics.


The GSM communicator module is designed for the JA-100K and JA-100KR alarm control panels. It serves as a backup and extension of the LAN communicator, which is part of the control panel.
-Xuất xứ tại Czech Rep, EU.
|Module power supply
||12V DC (from the control panel)
|Average current consumption
||approx. 40 mA (depends on GSM signal strength)
|Peak current consumption
|GSM communication band
||QUAD-BAND, 850 / 900 / 1800 / 1900MHz
||Security grade 2/Environmental class II (Note: this applies only in combination with a security-grade-2-certified control panel. For more info about ARC settings, see the Control panel installation manual)
|- Conforms to
||EN 50131-1 +A1 ¬+A2, EN 50131-3, EN 50131-10, EN 50136-1, EN 50136-2, ANSI SIA DC-09, T 031
|- Operational environment
|- Operational temperature
||-10 °C to 40 °C
|- Average operational humidity
|- SPT communicator type
||SPT type Z (control panel expansion module)
|- AS/SPT interface
|- Supported ATS class/communication protocol:
|ATS class 1)
|SP3 - SP5
ANSI SIA DC-09
ANSI SIA DC-09
1. The ATS classes listed in the ATS interface configuration with a transmission protocol are the maximum of what is possible to declare when creating an alarm communication path. The operational classification has to be determined by the establisher after the ARC’s agreement. The alarm communication path is created according to CLC/TS 50136-7 application guidelines.
2. DP4 is supported only in configuration with the LAN communicator.
LAN communication provided via WIFI or GSM is considered as radio communication therefore it is not possible to use a GSM communicator and a WIFI WAN network when a DPx path is created.
SPx: One communication path to an ARC (Single path) = 1 transmission medium
DPX: Dual communication path to an ARC (Dual path) = 2 different transmission media, for example Radio communication (GSM) and Metallic or Optical cables (PSTN, LAN).
|- Compatible with RCT (ARC receiver)
||according to communication protocols
|- Certification body
|Also complies with
||EN 60950-1, ETSI EN 301 489-1, ETSI EN 301 489-7, EN 55022, EN 50130-4, ETSI EN 301 419-1 and EN 301 511
|Called ID (CLIP)
||ETSI EN 300 089
|Can be operated according to
Nội dung tùy chỉnh viết ở đây


Thanks to its virtual studio (Sonomaton), Radio Québec International (RQI) allows you to become a presenter and record your own introductory capsules for your favorite Quebecois artists. You can also make short greetings for both provincial and international RQI listeners (see our examples). For this, three (3) means are at your disposal :
1) Voice Messaging
To use RQI Voicemail, dial 438-228-3690 (toll free unless long distance charges apply). For better sound quality, RQI recommends you to call from a landline (cell phones to be avoided). You will be able to dictate your message immediately after the greeting.
2) Web Audio
(N.B. Only works under Mozilla Firefox) To use the Web Audio , you must first allow access to your microphone . The system will then allow you to record a message lasting up to 15 seconds. Try to keep a distance of at least 15 cm from your microphone. When you finish, your message will be saved automatically on the RQI server.
3) Audio Files
For those who are able to record and save their own capsules, simply send us your files using our Upload application.


How we did it:
For any feedback, any questions, any notes or just for chat - feel free to follow us on social networks
Bluetooth Low Energy (LE) is one of the latest enhancement to Bluetooth technology and, as the name suggests, it is aimed at ultra low power devices, such as heart rate monitors, thermometers, and laboratory sensors. Due to very low power consumption, devices compliant with this standard can operate for months or even years on coin cell batteries without the need for recharging. This cutting-edge book helps you understand the whats, whys, and hows of Bluetooth LE. It includes a broad view of the technology, identifies the various building blocks and explains how they come together. The book explains the architecture of Bluetooth LE stack and the functionality provided by each of the layers. You find expert guidance in setting up your own system in a quick and efficient manner with inexpensive, easily available hardware and just a couple of PCs running Linux. Additionally, this practical volume features exercises and sample programs to help you get a first-hand feel for how the technology works.
A radical departure from conventional Bluetooth technology, Bluetooth low energy (BLE) enables breakthrough wireless applications in industries ranging from healthcare to transportation. Running on a coin-sized battery, BLE can operate reliably for years, connecting and extending everything from personal area network devices to next-generation sensors. Now, one of the standard leading developers has written the first comprehensive, accessible introduction to BLE for every system developer, designer, and engineer.


Hsin-Mu Tsai, National Taiwan University
Visible light communication (VLC) has gained great attention from both the industry and the academia as it can potentially provide a solution to alleviate the congestion in the wireless spectrum, offloading the ever-increasing data traffic to the untamed optical spectrum while taking advantage of the pervasive lighting infrastructure. On the other hand, what is less obvious is that VLC has many unique characteristics which can in fact allows it to provide better support to existing applications or enable new applications, compared to its RF siblings.
In this talk, I will touch upon a number of interesting elements in the latest research in the field: using cameras as a VLC receiver to enable pervasive augmented reality applications, alleviating traffic congestion on the roads and in the communication channels at the same time with vehicular VLC, and taking advantage of the invisible changes in visible light - light's polarization. I will close the talk by illustrating a number of open research problems and the roads ahead.
Hsin-Mu (Michael) Tsai is an associate professor in Department of Computer Science and Information Engineering at National Taiwan University, Taipei, Taiwan. He received his B.S.E in Computer Science and Information Engineering from National Taiwan University and his M.S. and Ph.D. in Electrical and Computer Engineering from Carnegie Mellon University. Dr. Tsai's recognitions include 2015 K. T. Li Young Researcher Award, 2014 Intel Labs Distinguished Collaborative Research Award, 2013 Intel Early Career Faculty Award (the first to receive this honor outside of North America and Europe), and 2013 National Taiwan University's Distinguished Teaching Award. He has served as TPC co-chairs for ACM CarSys 2017, IEEE Vehicular Networking Conference (VNC) 2016, ACM VANET 2013, and as a founding co-chair for ACM Visible Light Communication System (VLCS) Workshop in 2014. His research interests include vehicular networking and communications, intelligent transportation systems, visible light communications, and wireless channel and link measurements.


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Major radio stations are faced with the growing challenge to stay relevant to a young audience, competing with popular music streaming services and an ever increasing amount of internet radio stations and podcasts. Allowing radio to be created from anywhere without moving bulky equipment around, removes the distance between radio hosts and the audience, allowing radio to be created with – and among – the listeners. Adding easy-to-use multi-channel publishing functions to reach a younger audience on the platforms of their choice.
OmniPlayer 3 is built to support these challenges by decentralizing the radio automation functions and allowing these to run as services on various hardware infrastructures, both locally and in the cloud. Its open architecture allows users to create radio from any location and on any device, controlled by HTML5 thin clients connecting through a sophisticated API. Radio stations may even choose to develop their own OmniPlayer 3 web clients or integrate certain features within other applications running in a web browser.
Controlling the playout from your tablet, phone, or any other device with a browser is as simple as logging in to the OmniPlayer network of one or more radio studio’s and doing whatever you want from any location, within the permissions linked to your profile. This opens tremendous opportunities to how radio is produced, both live as well as pre-recorded shows.
OmniPlayer 3, pushing the boundaries of radio.


Time Warner Internet- Merits and Demerit of Cable Internet
Almost 90% of the global population has used internet at least once in their life. 75-85% of the global population uses internet for interactions on regular basis. This brings us to a broader picture about necessity of good service provider for internet. Internet is available via different mediums like fiber optic cable internet, DSL, Dial up connection or Cable internet. Each of the mentioned mediums has its own advantages and disadvantages. Consumers can visit now for best internet services in and around their area. Time Warner Internet specialists have compiled a brief list of merits and demerits of cable internet.
Merits: TWC broadband internet specialists believe that cable internet offer better speed as compared to DSL, Dial up or satellite internet. Cable internet can offer a maximum speed up to 15 mega bits per second. Better speed ensures elevated user experience. Customers can say bye to arduous wait periods and zip through internet with Time Warner internet services. Since cable internet is available with phone and TV, one can enjoy consolidated benefits of all the three by selecting apt internet combo pack. It is easier to upload multiple files or large files due to cable internet. Cable internet is economical as consumers do not have to shell out dial up fees.
Demerits: cable internet is not available in all the places. Very few companies like Time Warner offer their cable internet in 28 states of America. Speed of cable internet is greatly dependant on number of users using the internet at that particular time. It is common to experience lower speed during peak hours as compared to non-peak hours. If you are using combo packs for TV, phone and internet then you will be required to install special equipment. Charges for Installation and maintenance of these equipments are not added in the internet usage plan or combo pack; which means, customer will have to spend an additional amount for the same.


Refer to the exhibit.
Based on this FIB table, which statement is correct?
A. There is no default gateway.
B. The IP address of the router on FastEthernet is 188.8.131.52.
C. The gateway of last resort is 192.168.201.1.
D. The router will listen for all multicast traffic.
Correct Answer: C Explanation
The 0.0.0.0/0 route is the default route and is listed as the first CEF entry. Here we see the next hop for this default route lists 192.168.201.1 as the default router
(gateway of last resort).
Refer to the exhibit.
A network administrator checks this adjacency table on a router. What is a possible cause for the incomplete marking?
A. incomplete ARP information
B. incorrect ACL
C. dynamic routing protocol failure
D. serial link congestion Correct Answer: A
To display information about the Cisco Express Forwarding adjacency table or the hardware Layer 3-switching adjacency table, use the show adjacency
Reasons for Incomplete Adjacencies
There are two known reasons for an incomplete adjacency:
The router cannot use ARP successfully for the next-hop interface.
After a clear ip arp or a clear adjacency command, the router marks the adjacency as incomplete. Then it fails to clear the entry.
In an MPLS environment, IP CEF should be enabeled for Label Switching. Interface level command ip route-cache cef No ARP Entry When CEF cannot locate a valid adjacency for a destination prefix, it punts the packets to the CPU for ARP resolution and, in turn, for completion of the adjacency.
A network engineer notices that transmission rates of senders of TCP traffic sharply increase and decrease simultaneously during periods of congestion. Which condition causes this?
A. global synchronization
B. tail drop
C. random early detection
D. queue management algorithm
Correct Answer: A Explanation Explanation/Reference:
Explanation: TCP global synchronization in computer networks can happen to TCP/IP flows during periods of congestion because each sender will reduce their transmission rate at the same time when packet loss occurs. Routers on the Internet normally have packet queues, to allow them to hold packets when the network is busy, rather than discarding them. Because routers have limited resources, the size of these queues is also limited. The simplest technique to limit queue size is known as tail drop.
Which three problems result from application mixing of UDP and TCP streams within a network with no QoS? (Choose three.)
E. lower throughput
Correct Answer: ACE Explanation
Explanation: It is a general best practice not to mix TCP-based traffic with UDP-based traffic (especially streaming video) within a single service provider class due to the behaviors of these protocols during periods of congestion. Specifically, TCP transmitters will throttle-back flows when drops have been detected. Although some UDP applications have application-level windowing, flow control, and retransmission capabilities, most UDP transmitters are completely oblivious to drops and thus never lower transmission rates due to dropping. When TCP flows are combined with UDP flows in a single service provider class and the class experiences congestion, then TCP flows will continually lower their rates, potentially giving up their bandwidth to drop-oblivious UDP flows. This effect is called TCP-starvation/ UDP-dominance. This can increase latency and lower the overall throughput. TCP-starvation/UDP-dominance likely occurs if (TCP-based) mission-critical data is assigned to the same service provider class as (UDP-based) streaming video and the class experiences sustained congestion. Even if WRED is enabled on the service provider class, the same behavior would be observed, as WRED (for the most part) only affects TCP-based flows. Granted, it is not always possible to separate TCP-based flows from UDP-based flows, but it is beneficial to be aware of this behavior when making such application-mixing decisions.
Which method allows IPv4 and IPv6 to work together without requiring both to be used for a single connection during the migration process?
A. dual-stack method
B. 6to4 tunneling
C. GRE tunneling
Correct Answer: A Explanation
Dual stack means that devices are able to run IPv4 and IPv6 in parallel. It allows hosts to simultaneously reach IPv4 and IPv6 content, so it offers a very flexible
coexistence strategy. For sessions that support IPv6, IPv6 is used on a dual stack endpoint. If both endpoints support IPv4 only, then IPv4 is used.
Native dual stack does not require any tunneling mechanisms on internal networks
Both IPv4 and IPv6 run independent of each other
Dual stack supports gradual migration of endpoints, networks, and applications.
Which statement about the use of tunneling to migrate to IPv6 is true?
A. Tunneling is less secure than dual stack or translation.
B. Tunneling is more difficult to configure than dual stack or translation.
C. Tunneling does not enable users of the new protocol to communicate with users of the old protocol without dual-stack hosts.
D. Tunneling destinations are manually determined by the IPv4 address in the low-order 32 bits of IPv4-compatible IPv6 addresses.
Correct Answer: C Explanation
Using the tunneling option, organizations build an overlay network that tunnels one protocol over the other by encapsulating IPv6 packets within IPv4 packets and
IPv4 packets within IPv6 packets. The advantage of this approach is that the new protocol can work without disturbing the old protocol, thus providing connectivity
between users of the new protocol. Tunneling has two disadvantages, as discussed in RFC 6144:
Users of the new architecture cannot use the services of the underlying infrastructure. Tunneling does not enable users of the new protocol to communicate with users of the old protocol without dual-stack hosts, which negates interoperability.
Flydumps Cisco 300-101 Dumps Questions and Answers Products basically comprise of the simulated Cisco 300-101 exam questions AND their most correct answers, accompanied with a methodical elucidation of the Cisco 300-101 answers and the probable wrong answers.The extent to which Cisco 300-101 Questions and Answers Products cover their Cisco subject is so thorough, that once you are done with a Cisco product, passing the Cisco 300-101 dumps in first attempt should be a piece of cake.


Battery cables must be very tight any lose connections will render the system useless. The copper in the battery cable ages and loses its conductive properties. Any cuts in the rubber jacket of the battery cable can also expose the wire and allow it to oxidize. The ends and terminals of battery cable will corrode. Hard starting or no starting situations can often be resolved with a simple battery cable check and cleaning, tightening or replacement. Our high quality battery cables may be the solution.
A starting motor will draw large amounts of current through the battery cable. The battery cables must be of sufficient size to carry such heavy current. Since the battery cables are close to the battery and could corrode, it is important that the battery cable make good electrical contact with the cable clamps. Any loose battery cable connections will result in high resistance and voltage drop that may cause a no start situation, caused by the battery cable.


Tutorial a practical guide to the design of microstrip antenna arrays roger hill philips research laboratories surrey an example is shown in figure10, 4 which consists of patch radiators and a network of microstrip feed lines. 2 design and analysis of microstrip patch antenna arrays ahmed fatthi alsager, [email protected] master thesis subject category: electrical engineering- communication and signal processing. 42 side view of a microstrip patch antenna, showing the electric elds microstrip antennas 34 thesis overview chapter three describes the design of an microstrip antenna array, dis. Thesis on microstrip antenna design - positive pilates thesis on wideband microstrip patch antenna: new multi-band microstrip antenna design for wireless communications.
Antenna design for ultra wideband radio by johnna powell bs 11 motivation for ultra wideband antenna design figure 8 typical microstrip patch configuration and its two dimensional radiation pattern. In this thesis also, we start with the concepts and principles of designing microstrip patch antennas and try to reach multiband operations using the simulation software (ie the field slower empire) 9 1633 the traditional microstrip antenna design principle of a single unbalanced feed. Microstrip patch antenna is used due to its many advantages like small in size, easily installable and light in weight but the design procedure used throughout thesis is applicable for antennas that work in the frequency range of ism band. Advanced circularly polarised microstrip patch antennas adam z narbudowicz a z (2013)advanced circularly polarised microstrip patch antennas doctoral thesis dublin institute of technology doi:1021427/d7f31n advanced circularly polarised antenna design.
The goal of this thesis is to design and analysis the microstrip patch antenna which covers the ultra wide band 31 to 106 ghz this thesis covers study of basics and fundamentals of microstrip patch antenna a series of parametric study were done to find that how the characteristics of the. Microstrip patch using optimization program in java for uhf applications for a rectangular microstrip patch antenna, the resonance p bhartia, i bahl and a ittipiboon, microstrip antenna design handbook, artech house antennas. In this thesis design and tuning of a wide-band microstrip patch antenna element for a ku-band antenna array is presented the ssfip structure with a resonating aperture is used for the antenna element, and double resonance allows for operation at both uplink and downlink frequencies.
Long range ultra-high frequency (uhf) radio frequency identification (rfid) antenna design a thesis submitted to the faculty of purdue university by nathan d reynolds in partial fulfillment of the patch antenna design. Chapter-2 reconfigurable microstrip antennas 21 introduction reconfigurability, when used in the context of antennas 23 microstrip patch antenna design a microstrip antenna in its simplest configuration consists of a radiating patch on. Microstrip patch antenna thesis doc, compact antennas for mobile size miniaturization of microstrip patch antennas is one of those antenna research 13 overview of the thesis the thesis provides a detailed study of the design of probe-fed rectangular microstrip patch antenna to facilitate. Millimeter wave microstrip launchers and antenna arrays a thesis submitted to the graduate school of natural and applied sciences of microstrip patch array antenna design56 64 feeding network design.
Circularly polarized microstrip antenna marwa shakeeb a thesis in results show that microstrip fed antenna design in this thesis can yield 811 db directive figure 2-15 microstrip square patch antenna with s-shaped slot [38.
A new low-cost microstrip antenna array for 60 ghz applications by in this thesis, the design, fabrication, and characterization of a 2 8 microstrip planar the designed product is a microstrip (patch) antenna, with a. Chapter three: microstrip patch antenna design and simulation results 26 this thesis will focus on the development of designs which retain the advantages of microstrip patch antenna while improving its horizontal radiation the. Directional patch antenna array design for desktop wireless internet by noah snyder senior project electrical engineering department california polytechnic state university san luis obispo 2010.
Idepartmet of techology ad built eviromet design of microstrip patch antenna on liquid crystal polymer (lcp. Wideband dual-linear polarized microstrip patch antenna a thesis by christopher b smith submitted to the office of graduate studies of texas a&m university. And flexibility of the basic design have led to an extensive amount of development and design variations aperture to couple a microstrip feed line to a resonant microstrip patch antenna after considering the application of small hole coupling theory to the fields of the microstrip line and. Thesis report on microstrip patch antenna at best essay writing service review platform, students will get best suggestions of best essay writing services by expert reviews and ratings dissertation writing services usa & uk, thesis writing company.


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HP DESKJET 2542 WON'T CONNECT TO WIFI. The HP Deskjet 2542 printer won't connect to Wi-Fi due to an improper signal from the router. Solve the problem
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You can pair a Bluetooth phone with your Tesla to use the phone hands-free, play media from it, etc. Simply follow the steps below:
Step 1: enable Bluetooth
First of all, enable Bluetooth on your phone. Make sure that it is discoverable.
Step 2: add a new device
Touch the Bluetooth icon on the touchscreen of your Tesla. A new window appears with the button Add New Device. Click on it, and your car will start searching for your phone.
After a while you will see a list of all available Bluetooth devices within operating distance. Touch the name of the phone with which you want to pair.
Step 3: enter PIN number
Your screen will display a random number. Confirm that this number is also displayed on your phone.
Then, on your phone, confirm the Bluetooth connection.
Step 4: access contacts and media files
If you have the Tesla app on your phone, the car will ask whether you want to grant access to contacts and media files (to play music from your phone or call people from your contact list via Bluetooth). You can enable and disable access to contacts at any time.


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