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FCC Plans to Liberate Over 20,000 MHz in Satellite Frequency Range

Excessive Allocation Exceeds Total Satellite Broadband Spectrum, According to Agency's Statement

Excessive Amount surpasses the combined Spectrum allocation for Satellite Broadband, asserted by...
Excessive Amount surpasses the combined Spectrum allocation for Satellite Broadband, asserted by the agency.

FCC Plans to Liberate Over 20,000 MHz in Satellite Frequency Range

Title: Revved up for Stellar Internet: FCC Greenlights Release of Over 20,000 MHz of Airwaves for Space Broadband

Hey there! Let's diving into some juicy tech news that's bound to blow your mind. The Federal Communications Commission (FCC) has given the go-ahead to a game-changing process, aiming to unlock a whopping 20,000 megahertz of spectrum for high-speed, space-delivered internet. That's more than triple the total amount of spectrum currently available for satellite broadband in the U.S.!

The FCC's decision, part of the agency's Final Frontiers agenda, aims to fortify the U.S.'s stand in space and supercharge the possibilities of satellite broadband.

Want to know why this is such a big deal? Well, it's simple, really. With more airwaves at their disposal, satellite operators will be able to offer higher bandwidth services, which are essential for high-speed internet. This means more data-intensive apps, better service for hard-to-reach areas, and a firm footing in the ever-growing satellite broadband market.

Now, the FCC isn't just opening the floodgates without a plan. They've got their eyes set on four specific spectrum bands: 12.7-13.25 GHz, 42.0-42.5 GHz, 51.4-52.4 GHz, and the so-called "W-band" at 92.0-100 GHz, 94.1-100 GHz, 102.0-109.5 GHz, and 111.8-114.25 GHz.

Why these bands, you ask? Well, they've been underused for years due to outdated regulations and lack of commercial interest. But techies know these bands like the back of their hand – they're prime real estate for satellite broadband. For instance, the 12.7 GHz band, which has been earmarked for terrestrial use in the past, is neighboring workhorse satellite frequencies in the Ku- and V- bands. The W-band, on the other hand, is a frontier for gigabit capacity over a vast portion of the spectrum lately perceived as untouchable.

This move could potentially provide a competitive edge for U.S.-licensed operators, keeping them one step ahead of international players in the global satellite communications market.

So, there you have it! Keep an eye on the sky as the race to pipelining high-speed internet from space heats up. And if you're a satellite-tech enthusiast like me, this news is sure to set your heart racing! 🚀📡

By the way, if you're curious about the juicy details and tech jargon, we've got you covered! Stay tuned for our weekly newsletter to get the lowdown on the professional video industry's latest trends, innovations, and product insights. Don't miss out – subscribe now! 📝🚀

Now, back to the feast of space-age internet news!

  1. With this FCC decision, satellite operators can leverage new spectrum bands, such as the W-band, to provide high-speed internet content, giving them an advantage in the competitive satellite broadband market.
  2. The 20,000 MHz of airwaves released by the FCC will enable satellite technology to deliver video content at higher bandwidths, improving service quality, especially in remote areas.
  3. This spectrum allocation by the FCC, particularly for underutilized bands like the 42.0-42.5 GHz and the W-band, would positively impact the quality of satellite broadband services, moving them closer to terrestrial standards.

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