When it comes to maintenance, it is recommended that cable modems be handled with care. It is also not advised to buy used cables even if these have lower rates as these may diminish the performance of your internet connection.
How much do these cost? Not that much but if you want to buy quality cable then go to an online store and scrutinize product quality reviews and price comparisons. A cable-modem is not hard to find and is very much available in the market. These are offered by websites and their selection gives you various choices.
Also known as a cable-modem, it is a cable used to connect your computer to a high speed internet connection. Through the computer internet cable, internet data passes through it and is converted into internet connection. Data is then converted and is interpreted by your computer.
Internet connection has been a way of life nowadays, and not to have one will leave you behind the times. So what do you need to enjoy an internet connection? A computer internet cable will best help you get internet connected to your home.
How does a computer internet cable work? It has a coaxial cable that transports data such as internet data into your computer. It is vital that you get a good cable-modem that can distinguish between television signals from internet data since computers can only interpret digital data.
Verizon and AT&T dominated the US government’s latest spectrum auction, spending a combined $68.9 billion on licenses in the upper 3GHz band.
Verizon’s winning bids totaled $45.45 billion, while AT&T’s came in at $23.41 billion. T-Mobile was third with $9.34 billion as the three biggest wireless carriers accounted for the vast majority of the $81.17 billion in winning bids, the Federal Communications Commission said in results released yesterday. US Cellular, a regional carrier, was a distant fourth in spending, at $1.28 billion, but came in third, ahead of T-Mobile, in the number of licenses won.
The auction distributed 280MHz worth of spectrum in the “C-Band” between 3.7GHz and 3.98GHz. This spectrum will help carriers boost network capacity with mid-band frequencies that cover large geographic areas and penetrate walls more effectively than the higher millimeter-wave frequencies that provide the fastest 5G speeds to very limited geographic areas.
Mid-band spectrum doesn’t match the geographic coverage and obstacle penetration properties of the low-band spectrum below 1GHz, which was used extensively to deploy 4G networks. But there’s more spectrum available in the mid-band than in the low-band. Carriers are using a mix of low-, mid-, and high-band spectrum for 5G.
“It is essential to America’s economic recovery that we deliver on the promise of next-generation wireless services for everyone, everywhere,” FCC acting Chairwoman Jessica Rosenworcel said in the results announcement. “This auction reflects a shift in our nation’s approach to 5G toward mid-band spectrum that can support fast, reliable, and ubiquitous service that is competitive with our global peers. Now we have to work fast to put this spectrum to use in service of the American people.”
T-Mobile and US Cellular
Licenses are being distributed in 14 blocks of 20MHz each in 406 “partial economic areas” across the US, for a total of 5,684 licenses. Verizon Wireless (referred to as “Cellco Partnership” in the FCC auction) won 3,511 licenses in 406 areas, AT&T won 1,621 licenses in 406 areas, and T-Mobile won 142 licenses in 72 areas.
US Cellular’s $1.28 billion in winning bids accounts for 254 licenses in 99 areas, suggesting that it purchased licenses in parts of the US with lower demand from the big carriers. Overall, 21 bidders won spectrum licenses.
Winning bidders must make down payments by March 10 and final payments by March 24, with the money going into the US Treasury.