The new PC drivers will enable the Xbox One controller to be used with any game that featured gamepad support for the Xbox 360 controller. Simply download the drivers, connect your Xbox One controller to your computer through a micro USB cable and you’ll be gaming in no time.

Plugable USB-E100 The fiber optic installer has left the house and you are ready to experience the blazing gigabit speeds you are now paying for. So you fire up your computer, connect to the internet, and it’s as slow as ever! What went wrong? It could be a lot of things.

The connection between your computer and the worldwide internet is like a pipe. A huge pipe may be connected to your house, but if the interior pipes are small or clogged, or if the faucet is almost closed, not much water is going to flow. If a huge leak is diverting water to the basement floor, not much is going to get to the faucet. The secret is to ensure that every element between the your home’s internet connection and your computer’s screen is capable of handling your maximum speed. So let’s take a look at the things that can throttle that speed and what you can do about them. We’ll start from the outside and work our way in. Your Connection: How Big is the Pipe?

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When you signed up for the internet, your internet service provider (ISP) made you some promises. Along with providing access to the wide world of cyberspace, they probably promised a certain amount of information in a certain amount of time. Just as the size of the water pipe to your house determines how much water can flow into your home, the capacity of the internet pipe into your house, called “bandwidth,” determines how much data can flow. Water delivery is typically measured in gallons or liters per minute.

Data from the internet ultimately consists of units of information called bits. Bandwidth is measured in bits per second.

A single bit is a very small piece of information. It takes 8 bits (called a byte, usually represented by a capital “B” in abbreviations) to represent one single letter or number on your computer screen. A medium-resolution photo might be one megabyte (one million bytes or 1 MB), which in turn is 8 million bits (or slightly more, since some people use 1 kilobit = 1024 bits). So if your ISP promised you 8 megabits per second (8 Mbps) it would take a little over a second to deliver that photo once the download started. In the home, bandwidth can range anywhere from 28.8 kilobits per second through the modem on an ancient AOL account to 1 gigabit (1 billion bits per second) if you are one of the lucky people to have a direct fiber optic connection to your home. Business accounts with fiber optics can range much higher.

Of course these are theoretical limits. Reality can be harsher. Ultimately, the bandwidth provided by your ISP will be the upper limit of what you can expect.

Keep in mind that ISPs typically promise speeds “up to” their offer. This means you might be able to obtain the promised speed under perfectly ideal conditions. In the real world with outages, slowdowns, and that annoying neighbor running an unauthorized game server on the same cable as you, speeds will likely be less. Furthermore, if you do any kind of speed testing (more about that later), you can expect to see a figure lower than the raw bandwidth.

This is because not all bandwidth is used for data. Each chunk of data (called a “packet”) sent over the network is surrounded by information about the type of packet, where it is going, where it is coming from, and the like.

Also, control messages frequently go back and forth between computers to monitor the flow of information. This means that around 10 percent of your bandwidth is “overhead,” which may not be counted in your test. These days, most broadband is either DSL, which uses telephone lines, or cable, which uses the same cable as your television. Internet providers using these two methods typically offer download speeds between 5 and 100 Mbps, with DSL being on the slower end. The amount varies according to the type of internet (DSL or cable), the service level you pay for, and with DSL, your distance from the nearest telephone exchange.

However, as mentioned above, this bandwidth is only potential. It does not become reality until you use it at your computer. In the next sections, we will examine the chain of components from gateway to computer that determine how close actual results approach that promise. Modem and Router: How Wide is the Gate?

These days, almost everyone has a router on their network. Sometimes it is a combined modem and router supplied by your ISP.