Wireless credit card processing solutions have quickly proliferated with the coming of age of the cellular phone technology. There are two different types of wireless services – short range and long range. The short-range is for merchants, who need to accept payments at their own location but do not want to be tied up to a certain spot. It has a range of several hundred feet around a base terminal. The long-range solution requires network capability and you can take it with you and use it anywhere where, as long as there is wireless connectivity.

The risk classification of a business is based on several factors. The presence of the card at the time the payment is made is where a wireless solution plays a role and helps reduce it. If a merchant accepts card payments away from his or her office by gathering the customer payment information in a form and later enters it into a terminal or keys it into a phone, this payment mode will be immediately qualified as “high risk”, without even looking at the other factors. In the case of a wireless processing solution, the customer would swipe his or her card through a card reader and the transaction will fall into the “card present” category which is the first factor that is looked at when determining the risk level. As an added benefit, the merchant saves time as there is no need for additional manual data entering.

All major credit card transaction processing providers offer a wireless service and there is also a variety of terminals to choose from as well. Although their price tags are still pretty high, they have been falling steadily. There are additional credit card processing fees that are applied to wireless solutions as well. You will be paying an additional monthly fee for every terminal that you have and an additional per transaction fee. There might be an activation fee as well.

The biggest issue, when it comes to wireless card processing, however, is the availability of the wireless signal. You need to make sure that your provider’s network coverage is strong in your service area, in order to avoid unpleasant surprises.

By: Joe Cole

Broadband, or high-speed, Internet connection is what many users currently use in their home. Along with high-speed Internet, many users may also use a router to allow multiple computers to connect to the Internet. This post will describe how a router is used to connect multiple computers. To make it easier to understand, I will use where you live as a comparison to how your computer is connected to the Internet.

What is an IP Address?

IP addresses are a series of numbers in the form: nnn.nnn.nnn.nnn, where nnn is a one to three digit number. An IP address is unique to an individual computer on a network, similar to how your home has a unique address. For an Internet connection, an IP address is supplied by your Internet Service Provider (ISP). In some cases, your ISP may provide you with more than one IP address, which allows you to connect multiple computers. As you will see later, however, you can still connect multiple computers with a single IP address.

Connecting a Single Computer

Connecting a single computer to your high-speed Internet is very simple to do. Simply connect a network cable into your modem, and then into the network card in your computer. Your computer will then be assigned an IP address from your ISP. For example, if your ISP assigned you the IP address of 24.24.50.17, then your computer will have that IP address.

When you make a request to a server, such as for a Web page, the Web server knows which IP address made the request. The information is then sent through the Internet and back to your computer. This is similar to when someone sends you mail to your home. The address on the mail allows it to be delivered to your home and not somewhere else.

Connecting Multiple Computers

How can multiple computers connect if only one address is assigned? When you make a request for a Web page, how does it know which computer requested that page? Let’s take our home analogy one step further. Let’s say instead of living in a house, you live in an apartment. When someone sends you mail, they not only include your address but also an apartment number. This number is internal to your apartment building and every apartment has its own unique number. Similarly, multiple computers can connect to the Internet if they each had there own unique local IP address. This can be handled by a router.

A router is a piece of hardware that connects directly to the modem. Each computer is then connected to the router, instead of the modem. Now instead of your computer having the IP address supplied by your ISP, your router now is assigned that IP address. This is similar to your router acting as the apartment building.

The beauty of a router is that it can assign its own local IP addresses. When you connect a computer to the router it now receives one of the IP addresses assigned by your router, similar to how each apartment has it’s own number. Now when you make a request for a Web page, the request is sent using the same ISP address, but this time it is assigned to the router. When the Web page is returned, the router receives the request, and sends it locally to the computer that requested the page.

The router also has its own local address that is similar to the local IP addresses of the computers. So now the router has two addresses assigned to it: an external one provided by your ISP, and a local one provided by it. This allows the router to connect to both the Internet and the local network.

Note: The 192.168.xxx.xxx address are special IP addresses reserved for Local Area Networks (LANs).

Managing a FTP or Web Server on Your Network

Let’s take a look at this scenario. You have a router connecting multiple computers to the Internet. But now you want to create a FTP or Web server. No problem. You setup the necessary software on a computer on your network, told someone outside your network the local IP address of your FTP server and they try to connect. They then discover that they can’t connect. Why? Its similar to someone mailing something to you by just specifying your apartment number and no address.

The IP address assigned to your computer is local to your network. You can connect to that computer from within your network, but not from the Internet. You will need to use your ISP-assigned IP address (the one assigned to your router) to have someone from the Internet connect to your FTP server. The problem is that your router is assigned that IP and not your computer, and since an IP address must be unique, how can two computers have the same IP? The answer: they can’t, but they don’t need to.

Routers have the ability to forward information on a port to a specific computer. A port is a numbered channel that data can be sent through on a network. You cannot physically see it as it is a virtual channel used extensively in networking for sending/receiving data. For FTP servers the default port is 21; however another port can be used.

Open your router setup and look for the port forwarding option. Specify the internal IP address of your FTP server and the port number and then save that information. Now when a user tries to access your FTP site, they must use the ISP IP address that is assigned to your router. The router will then notice that the data is being sent on port 21 and then forward it automatically to your FTP server. A Web server can be setup the same way, but its default port is usually 80.

Note: By default a router will dynamically assign IP addresses to the computers connected to it. This means that the first computer to connect to the router will get the first available IP address, and the next will get the second, and so on. If you manage an FTP server, it may be easier to assign a static IP address to the computers to ensure that the FTP server always has the same IP address.

This article described how to connect one or more computers to one Internet connection. It is important to remember the following:

If you have one computer connected directly to the modem, then that computer will be assigned the IP address from your ISP. When using a router, the the router will be assigned the IP address from your ISP. Any computers connected to the router will be assigned a local address by the router. A router will have the ISP IP address and a local IP address. This allows it to connect to both the Internet and your network. When setting up a computer as a FTP, Web, or other server to communicate over the Internet, it is important to use the router’s IP address to access your server. You will then need to forward the necessary port to your server.

For more information, please read the Technically Easy blog.

By: Paul Salmon

Right now, fourth generation wireless Internet service availability is expanding rapidly across the country. This new technology presents a terrific opportunity for individuals to enjoy truly mobile wireless Internet. Depending on your needs, the new 4G option could be the best choice for your business, too.

If you’re not familiar with today’s latest wireless Internet technology, you’ll want to consider its capabilities before deciding whether it suits your business’ needs.

To start, it’s incredibly easy to get this new service going. You don’t need any new software and no special configurations are necessary. The technology is delivered in an off-the-shelf package that includes the hardware you need.

This consists of a modem you simply plug in to connect with your computer. Or, you can opt to only use portable modems if you prefer. No matter what type of service package you choose, your service should be operating in as little as a few minutes or at most, within 24 hours.

What makes 4 g wireless Internet different from other wireless modems is the truly mobile nature of this service. Unlike the technology you may be used to such as WiFi, there’s no need to stay within range of a “hotspot” to access the Internet.

This new technology provides your Internet connection via a widespread network that encompasses entire cities and nearby locations. This means that where ever you go within your network, you can get online. It doesn’t matter if you’re in the office, in a cab, on a train or at lunch in the park. The Internet is available in all areas, at all times.

The benefits of truly mobile Internet service for businesses may be very far reaching. It’s the ideal way for mobile employees to stay connected with a central office, their clients and each other. Real estate agents, sales representatives, district managers and attorneys will find this new technology invaluable in terms of convenience and time savings.

Businesses that have employees traveling longer distances or to areas out of their immediate network range can benefit from 4 g technology, too. In some areas of the country, networks already overlap. This means traveling from one network area to another doesn’t involve service interruptions or service black out areas.

If your employees travel to areas where 4G Internet is not yet available, they can still have reliable access to the Internet with the right modem. Dual modems offered by top 4 g network providers allow you to seamlessly switch to a 3G Internet connection if you are out of the 4G network range. In addition, fourth generation network coverage is expanding fast, and it’s expected to cover virtually the entire nation in the near future.

Fourth generation Internet service may also be ideal for your business due to its very affordable cost. Right now, companies offering this service are making very attractive packages available to new customers. It’s very possible you could pay the same or possibly even less for technology that’s far advanced beyond what you already rely on.

By: Laura Williamson

As each New Year begins, millions of Americans reflect on the past year and on how they can improve their lives in the upcoming one. January offers everyone the perfect opportunity to look back and to look forward at the same time, and even though most people spend their time thinking about how they’ve grown, many other things change over the years as well. Technology is one of the things that evolve quite rapidly, and many people are surprised by just how quickly it changes. It’s amazing to look back and think that just a few years ago, wireless internet was non-existent, and it’s both difficult and exciting to look forward and wonder what the future holds for different technologies. One thing that is clear, however, is that Wi-Fi is becoming much more widespread and greatly shaping the way nearly every different type of technology grows.

Over the past decade, wireless internet has gradually become incorporated in many different technological gadgets. Ten years ago, being able to connect to the internet without wires was a phenomenon that barely anyone could believe, but today, people have already grown to expect to have Wi-Fi service nearly everywhere. As Wi-Fi technology became standard in so many different technological gadgets, many businesses, schools, governments and residential properties found it necessary to provide Wi-Fi capabilities on their properties. People utilize this technology so much, that many of them can’t imagine living without it, and they struggle to get some basic things done if service cuts out.

Within just the past few years, Wi-Fi technology has evolved even more as the fourth generation of it has been developed and released. Originally, this fast technology was available only in America’s most populated areas such as New York. Today, however, 4G technology has spread to communities all over the country including places like Abilene, Texas and Charlotte, North Carolina. Fortunately, residents in those cities no longer have to wait for today’s most innovative technologies. 4G internet service is the fastest and most reliable wireless service available. Internet speeds are four times faster than with other wireless services, which is something nearly everyone can appreciate. Of course that kind of speed scares many people because they assume it is something only the wealthiest people can afford. In reality though, monthly plans for this great service start at as little as $1 each day, which is much less than many people spend when they pay for Wi-Fi service in public places. Instead of spending several dollars for slower Wi-Fi access at a cafe or hotel, you can simply get a monthly plan with the best service that will allow you to connect from anywhere. Mobile air cards make it possible for Americans to get internet access at any location where they manage to find a cell phone signal (which is pretty much anywhere these days). Clearly, Wi-Fi technology has grown at an amazingly fast rate and in ways that most Americans can benefit from. Next January, when you reflect about the past year, you’ll either be thankful that you took advantage of this great service, or you’ll regret that you didn’t.

By: Jason Tandle

Technology has been off at a truly impressive pace over the past couple of years, with a number of leaps forward, including innovative takes on mp3 players, many communications devices, and even the internet itself. While the past couple of years have seen Apple surging ahead of most other competitors in everything from laptops to telephones, the recent development of the Android is going to give Macintosh a bit of a run for its money in the smartphone department. However, with most consumers used to their phones doing everything from providing phone calls to transferring larger chunks of data, thanks to the use of 4G networks, chances are that the development of the next generation of the iPhone is going to blow whatever the Android has in mind out of the water.

However, developments in 2010 and its technology are not just limited to the devices. Services changing are also a huge part of the year. While so many different devices have been growing and changing, especially in the fields of both laptops and phones, the internet itself has been a little slow to catch up with what consumers actually want and need. While the ubiquitous nature of Wi-Fi hot spots has been enough for some, most were expecting either widespread wireless internet (like Google provided in many major airports during the holidays) or some form of city-sponsored wireless, such as was the plan for all of San Francisco.

While cities duke it out to see who can become wired the fastest, savvy business travelers and general tech-people have started looking at other options for getting online from just about anywhere. Some of the biggest contenders in the market are those companies who are offering truly portable broadband on the WiMax network. What this means is that getting online is as simple as getting a call on a cell phone. WiMax uses towers just like the cell phone companies, which bounce signals from place to place, making sure that they say strong.

This approach to the internet likely would not exist without the growing prevalence of cell phone companies providing faster and faster networks perfect for sharing everything from photos to videos without a lag time. While international users might need to wait awhile to get with the program, those living in the United States can definitely take advantage of this leap forward in internet service providing.

If consumer demand is any indication, chances are that WiMax has the most staying power out of anything slated to make it big in 2010. After all, from business travelers to those who just want a slightly more portable approach to getting online, there is definitely something quite appealing about seamless transition between being online at home, the office, in a commuter train on the way to a distant city, or even a hotel room on the opposite coast.

By: Jason Tandle

When Did Free Internet Access Start?
The concept was born during the dot com craze in 1998. Within months, a multitude of free ISP’s jumped on the bandwagon. Some more notable names included, NetZero, Juno, FreeWWWeb, Freei, WorldSpy, and Kmart’s BlueLight.

How Did It Work?
Most services used a floating advertising banner on your screen while you were connected. A few even required you to periodically click on banner advertisements or be disconnected. The concept was that advertising revenues would offset the cost of providing free service and eventually become profitable.

How Was it Marketed?
FreeInternet.com spent over 89 million dollars in venture capital marketing its free Internet service. FreeInternet’s advertising campaigns included a popular TV commercial featuring NBA basketball star Shaquille O’Neal. Kmart also spent millions of dollars marketing their BlueLight free ISP service via their network of retail stores.

The Downfall of Free Internet Access
Unfortunately, all good things come to an end and this was no exception. By mid 2000, virtually all free ISPs had either closed, filed for bankruptcy, or discontinued free service.

Did Any Free ISPs Survive?
NetZero and Juno continued to offer advertising supported free Internet access. Later, NetZero and Juno begain to limit their free service in an attempt to drive customers to switch to their paid plans. When this article was published NetZero still offered 10 free hours per month.

Are There Low Cost Alternatives?
The simple answer is yes, There are several low cost Internet service providers offering unlimited dial-up Internet access plans for under $10 per month.

By: Dan Karas

It is essential for your internet security and privacy that you take some steps to secure your wireless network.

If you don’t take steps to secure your wireless network, anyone within range of your router can easily connect to your network. With the latest high performance equipment, your Wi-Fi signal could reach clear down the block. In fact, a hacker could intercept your Wi-Fi signal as far as ten miles away, using a Wi-Fi antenna created with a Pringles can.

If you have an unsecured wireless network, it is easy for a hacker to see exactly what you are doing on your Network. They could install malicious software, such as a keystroke logger, onto your computer, allowing the criminal to see every keystroke that you make. This could ultimately lead you to becoming a victim of identity theft, one of the fastest growing crimes in Canada and the USA. People could also steal your bandwidth, slowing down your Internet connection. They could even use so much of your bandwidth, downloading huge files such as movies, that your ISP charges you for the extra bandwidth used on your account. Someone could even use your Internet connection for illegal activity. Scared yet?!? Here are some steps to take to secure your wireless internet connection.

The first line of defense for your Wi-Fi network is encryption. Encryption encodes the data transmitted between your computer and wireless router. Most routers ship with encryption turned off. Unfortunately, many people don’t turn it on, leaving themselves totally exposed. If you haven’t already, enable your router’s encryption, using the strongest form supported by your Network. The Wireless Encryption Protocol(WEP) is far less secure than the Wireless Protected Access(WPA) protocol and the more recent WPA2. If at all possible, use WPA or WPA2, since WEP is easy for a hacker to crack. The keys used by WPA and WPA2 change dynamically, making them nearly impossible to hack. It is important that you use a strong password for your encryption key, using a combination of letters and numbers of fourteen characters or more.

If you are one of those that has an older router that only supports WEP, you`ll be most secure using 128-bit WEP keys. However, be sure to check the manufacturer`s web site for a firmware update that will add WPA support. If you have an older router, you should be happy to know that most older equipment can be upgraded to be WPA compatible.

It is crucial that you change the default network name and password on your router. This is because the default network name and password are easily obtained. Most devices use a weak default password like “password” or the manufacture’s name. Believe it or not, some don’t have any default password at all! Just make sure that you don’t change the default network password to something that is easily guessed, such as your first and last name. Doing so will make it much harder for hackers to break into your router, taking control of its settings.

The easiest step you can take to help secure your Wi-Fi Internet connection is to simply turn off your router when not in use. Especially when you are away for an extended period of time, such as going on a vacation. If your router is turned off, this definitely will ensure that hackers don’t break into your Network.

Enable the firewall in your router. For added protection be sure to have firewall software installed on your computer. There are free firewalls available for download on the Internet. The firewall built into your router prevents hackers on the Internet from getting access to your PC.

Also, have anti-virus software installed on your computer. AVG Anti-virus is free for personal use. It is critical that you keep your anti-virus software up to date. Your anti-virus software is only as good as the last update. There are countless viruses and other malware created everyday. Internet security companies are constantly playing a cat and mouse game to keep up with the latest viruses and other malicious software.

Have anti-spyware software installed on your computer. There is free anti-spyware software available for download on the Internet. Maximum PC actually suggests that you have Spybot Search and Destroy and two other anti-spyware programs installed on your PC. Windows Vista actually includes Windows Defender, an anti-spyware program.

Finally, make sure that your operating system is up to date and that you have downloaded the latest security patches.

Following these steps can drastically increase your wireless Wi-Fi internet security and privacy.

By: Chris Hecker

Finding specific information about wireless antenna might not be easy, but we have gathered very helpful and relevant information about the general subject matter, with the ultimate aim of helping you out. Even if your search is about another wireless antenna information, such as industrial design tech, LCD flat screen TV, fm antenna for sale or even dish antenna, this article will prove very helpful, to say the least.

Telescoping TV Antenna: This kind of antenna can be mounted on either the exterior or interior of your car and is similar to a telescoping radio antenna in the way it appears. The exterior kind of this antenna however is unstable, not being able to withstand stronger winds.

People have this perception that they need a more powerful HDTV antenna due to directivity and amplification. This is not true. HDTV is actually more noise immune than analog television and will be able to produce high quality video at significantly lower signal-to-noise ratios. Digital TV needs less antenna gain and can tolerate higher noise levels. A HDTV antenna and a regular antenna have similar directivity/gain properties so you should receive analog or digital broadcasts with the same good quality.

This wire tube will when extended the point past the forearm antenna to complete a directional antenna. The antennas when stored will have dense lead like covers around the zipper to protect them from EA (electronic attack) or detection.

If as related to wireless antenna as this article is, and it still doesn’t answer all your needs, then don’t forget that you can conduct more search on any of the major search engines like Google Dot Com to get more helpful wireless antenna information.

But, you do need to have a certain kind of antenna to watch a digital broadcast, as things stand today. You are probably familiar with the difference between VHF (channels 2-13) and UHF (channels 14-83). Right now, the vast majority of TV stations broadcasting in digital format are using the UHF range, so the solution to the digital analog question is very simple: just get a UHF antenna, or a combination VHF/UHF antenna. Fortunately, almost every antenna available does receive UHF signals, so this is really a non-issue.

A Volvo antenna mast failure generally occurs because people often ride through the car wash with the antenna up.

With increase in popularity of Internet, there is a huge demand for more areas to be Wi-Fi enabled. People now want to access Internet from any place away from home, in offices, in parks etc. The Wi-Fi patch antenna proves very useful in accessing the network far from any access points. This kind of antenna is becoming a necessity for people like businessmen. The Wi-Fi patch antenna is worth spending money on.

It might interest you to know that lots of folks searching for wireless antenna also got information related to other aerial antenna, indoor digital antenna, and even Wi-Fi antenna cable here with ease.

By: Deepak Kulkarni

Understanding wireless and wireless LAN networking enable you to properly plan and design the effective deployment of wireless networks be it home-networking or using outdoor long-range WLAN for rural internet connectivity.

Wireless networking allows computers and peripherals to communicate using radio frequency (RF) transmissions rather than over conventional network cabling. Using wireless Ethernet adaptors, any device capable of being used on a regular computer network can be accessed over a wireless connection for task ranging from file and printer sharing to multimedia and internet access.

Wireless Ethernet Technology is outlined by a set of standards called IEEE 802.11. Although other wireless technologies and protocols exist, the term wireless is generally used in reference to the IEEE 802.11 standards.

The communication protocols for wireless networking are defined by the Institute of Electrical Engineers (IEEE) 802.11 standard, which incorporates the 802.11a, 802.11b and 802.11g protocols (although other standards are in progress). The most widely used of these is 802.11b (Wireless-B), which is more reliable than the faster 802.11a (Wireless-A) standard, and is more cost-effective to produce and operate as well. Wireless-G or 802.11g, is a newer protocol that is becoming more widely adopted by vendors as it is capable of speeds up to 54Mbps rather than the 11Mbps of 802.11b devices.

It is no longer rare to find devices that support all three standards, but generally, Wireless-G is designed to be backwards compatible with Wireless-B devices. Thus Wireless-B and Wireless-A devices will not work with each other, and neither are they compatible with Wireless-G devices.

Some manufacturers offer models with dual-band (Wireless A & G/B) auto-switch mode for greater communication flexibility. Network planners can plan their network deployment by using a combination of Wireless-B,G or A.

Wireless 802.11 standard utilizes the license-free radio frequency bands around the 2.4GHz and/or 5GHz ranges. The 802.11b and 802.11g protocols use the 2.4GHz band whereas 802.11a uses the 5GHz band. Wireless-B is by far the most popular standard, with the newer Wireless-G (802.11g) and Wireless-A (802.11a) closing in fast.

Wi-FI or Wireless Fidelity is a certification program established by the Wi-Fi Alliance to ensure interoperability of wireless devices. Originally, the term Wi-Fi was intended to be interchangeable with 802.11b, but more recently it has broadened to cover any 802.11 network.

WLAN or Wireless Local Area Network, is a computer network -or part thereof- that incorporates wireless devices. In a WLAN network, a conventional LAN set-up can be extended to include wireless devices using an access point. Although wireless networks can be completely independent of conventional network, WLAN usually forms part of an existing wired network.

Wireless Transmission ranges vary greatly and lowering the bandwidth will increase the coverage area, a standard 802.11b or 802.11g device will typically have a range of about 30m indoor and up to 120m line-of-sight outdoors. The main reason for the variance between indoors and line-of-sight coverage is that walls and other objects do impede the wireless signal. Because wireless transmissions are actually low frequency radio waves, they will pass through walls and other solid matter relatively easy. As distance increases, the throughput decreases. This is because lower signal strength result in dropped packets and result in a general decrease in network efficiency.

Understanding the technology in wireless and wireless LAN/WAN networking allows the planner the flexibility of using wired and wireless networks. There are areas that wired networks can not go owing to distance, terrain or topography thus if the planner has knowledge on wireless LAN networking, the simpler, faster and easy it is to deploy an effective wireless network.

Understanding how wireless LAN works will also help you plan deployment of a rural wireless internet access service. Wireless LAN is a very cost-effective solution for much needed internet connectivity requirements in far, remote villages. WISP is a good and potential business in remote areas.

Either you use commercial “off-the-shelf” WLAN gadget, tweak and improve its performance by using higher-gain outdoor antenna or buy a true-outdoor long-range Wireless LAN. For assured network performance, service-quality and less network downtime, we recommend using the latter.

By: Allan Ampoloquio

With the economy still in the dumpster, urbanites are using public transportation more than ever. Rush hours are filled with businesspeople in fancy suits heading to and from their offices. Those hailing from suburbia are taking advantage of the railways to head into the big cities across America, rather than driving and paying for gas and parking. Why not take advantage of this new found free time on the train by using mobile broadband on your laptop?

The best way to take advantage of that newly discovered idle time is to get some work done. Until recently, forms of biding idle time on trains included perusing the newspaper, thumbing a paperback or listening to music. Some people even liked to catch a few extra Zs. In the past, that half-hour or hour commute time was seen as time wasted. Why do you think knitting and crossword puzzles are so popular? However, mobile wireless has revolutionized commute time activities. Those 30 or 45 minutes can be used to get a head start on the day’s work in the morning or to wrap things up on the way home. Imagine how much work can be done in one or two hours commute time. You can upload your work to the office service or respond to e-mails, all thanks to your personal wireless internet. You might even be able to start checking out of the office a little early if your productivity is up. Of course, since the average commuter train doesn’t offer Wi-Fi, you’ll need a mobile card to get work done.

Let’s take a look at how the technology, that allows you to work on the go, functions. Mobile wireless card providers use two types of networks. The first is called 3G and it has been around since 2001. It is currently the most commonly used network by major cell phone companies. They also use this network for their voice and internet services on their cellular phones. 4G, on the other hand, is an updated and improved version of 3G. It currently runs approximately three to four times the speed of 3G, and developers are continually working to expand its coverage and make it even faster. In order to compare, keep in mind that 3G operates about 20 times faster than dial-up. Simple multiplication tells you that the newer network runs at unbelievably high speeds.

Sounds good, right? Here’s what you need to get started. Scout your area for provider companies, making sure to check coverage maps along the way. You can expect to pay anywhere from $25 to $70, depending on the company. Once you’ve made your decision, all you need to do is plug the mobile air card into your USB port. There’s no program installation or complicated set up. The technology is super-easy to use and will have you connected from station A to station B. You’ll be glad you invested in your own wireless when you see how much time you save yourself. Everybody knows time is money.

By: Jason Tandle