1000 Megabit Fiber

A little over a year ago, Google announced that it would be bringing its high-speed fiber internet to select cities across the United States. This “fiber to the premises” (FTTP) network is capable of delivering internet speeds up to 1 gigabit per second (Gbps), which is about 100 times faster than what most Americans have access to today. While Google’s rollout of gigabit fiber has been slow, other companies are beginning to enter the market and offer similar services. AT&T recently announced that it will be rolling out its own FTTP network in select markets, and Comcast has also begun testing a 2 Gbps service in some areas. The arrival… Read More

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500 Megabit Fiber

The deployment of 500 Megabit Fiber will provide many benefits to users and businesses. The higher bandwidth will enable new applications and services that require high bandwidth, such as 4K video streaming and virtual reality. In addition, the increased capacity will help to reduce congestion on networks and improve reliability. There are a number of challenges that need to be overcome in order to deploy 500 Megabit Fiber effectively. First, the infrastructure needs to be upgraded in order to support the higher speeds. This includes both the fiber optic cables themselves and the routers and switches that connect them. Second, service providers need to upgrade their network equipment so that… Read More

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100 Megabit Fiber

The ever-growing demand for data is putting pressure on current networks. The solution? A new, high-speed network that can handle more traffic and data at a faster rate. This is where 100 megabit fiber comes in. 100 megabit fiber has the potential to revolutionize the way we use the internet. With speeds up to 100 times faster than what we have today, it would allow us to do things that are simply not possible with current technology. For example, we could download entire movies in just seconds, or stream live 4K video without any buffering or lag. Not only would this be great for individual users, but it would also… Read More

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AM

(AM) an acronym for Amplitude Modulation is a method used in electronic communications, most notoriously for transmitting information via a radio carrier wave frequency in Hz or hertz. AM works by varying the amplitude of the carrier wave in accordance with the information being sent; this imposes an additional signal onto the already-existing carrier wave. The original signal is known as the “message” or “modulating” signal, while the resulting combined signal is called an “envelope.” The difference between AM and other forms of transmission, such as Frequency Modulation (FM) or Phase Modulation (PM), is that it does not require a complex receiver to demodulate the incoming signal. This makes AM… Read More

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