EBS Spectrum Band

Navigating the frequencies that power education

ebs spectrum band plan
ebs spectrum band

What is the EBS Spectrum Band Plan?

The EBS Spectrum Band Plan designates a specific portion of the radio frequency spectrum for the Educational Broadband Service (EBS). This dedicated band operates within the 2.5 GHz range, specifically between 2496 MHz and 2690 MHz. It is divided into channels for different purposes:

EBS stations are typically licensed in groups of four channels, categorized as A, B, C, D, and G groups. However, there are some exceptions:

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Explore the EBS Spectrum Band Plan

ebs spectrum
The EBS band plan is specified in 47 CFR § 27.5 (i) as follows:

Lower Band Segment (LBS) Channels

Lower Band Segment (LBS) Channels

Middle Band Segment (MBS) Channels

Guard-band “K” Channels

Upper Band Segment (UBS) Channels

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The benefits of the EBS Spectrum Band Plan

The EBS Spectrum Band Plan offers numerous advantages that enhance connectivity, flexibility, and innovation in the educational landscape.

Dedicated educational broadband

With a portion of the radio frequency spectrum dedicated to educational use, schools, colleges, and universities have access to reliable and consistent wireless broadband, independent of fluctuations in commercial internet traffic.

Improved connectivity and access

By offering dedicated channels within a designated band, the EBS plan facilitates broader and more equitable access to high-speed internet for educational institutions, particularly in areas where traditional wired internet infrastructure might be limited.

Enhanced learning opportunities

The reliable and improved connectivity enabled by the EBS spectrum band empowers educators to leverage a wider range of technology tools and online resources, ultimately creating a more dynamic and engaging learning environment for students.

Spectrum efficiency

The designated EBS band promotes efficient utilization of the radio frequency spectrum. By segregating educational bands from commercial ones, the plan helps minimize interference while optimizing the overall spectrum usage for both educational and broader societal needs.