Spectrum for the Future - Spectrum for the Future

READ THE NEW STUDY: Shared Spectrum Means Economic Value And Competition

BRINGING INNOVATION BRINGING COMPETITION BRINGING EFFICIENCY BRINGING AMERICAN LEADERSHIP

TO AMERICA’S WIRELESS FUTURE

Wireless spectrum is essential to America’s technology leadership, industrial might, and global competitiveness. Spectrum for the Future is a broad coalition of companies and organizations dedicated to maximizing America’s scarce spectrum resource, ensuring it will drive innovation, create jobs, build connections, and protect mission-critical national security functions now and for years to come.

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WHY WIRELESS SPECTRUM SHARING IS IMPORTANT

Advances Investment

Drives Innovation

Spurs Competition

Maximizes Efficiency

Is Internationally Recognized

Protects Mission-Critical National Security Functions

SPECTRUM SHARING IS DRIVING INNOVATION IN INDUSTRY AND MANUFACTURING

Salt Lake City’s Murray City School District is Implementing Private CBRS Networks to:

Close the “homework gap” by providing internet to students at home

Improve school safety with wireless cameras, sensors, alarms, emergency phones, and more

Support the implementation of new technology in classrooms, such as AR/VR, smart boards, and video streaming

Purdue Research Foundation’s “Discovery Park” is Building a CBRS-Powered Network to:

Provide dedicated wireless connectivity to manufacturers, researchers, businesses, retailers, and residents across a 400-acre parcel of land on Purdue University’s campus

Experiment with next-generation smart city technologies, such as smart sensors and AI-based applications

The Port of Long Beach Uses Private Wireless to:

Support automated guided vehicles moving cargo without a human drive

Monitor inventory in real time using CBRS-enabled wireless sensor

Track and route equipment, vehicles, and cargo to improve speeds and workplace safety

The United States Marine Corps Uses 5G to:

Improve supply receipt, storage, issuance, auditability, and inventory control

Support augmented reality, virtual reality, and holographic warehouse applications

Meet U.S. Military security and privacy requirements

WHAT’S NEXT FOR
SPECTRUM SHARING

Every day, consumers and businesses rely on wireless devices to enrich their daily lives and enable their workflows. The number of these devices and the bandwidth consumed by them are growing at an ever-increasing rate, making it critical that we get the most use out of the airwaves that power them.

As policymakers consider making additional spectrum available to serve the American people, we must build on the demonstrated success of existing shared spectrum models.

For example, the Citizens Broadband Radio Service (CBRS) provides a case study for the ability of shared spectrum to drive innovation in an incredibly short period of time. CBRS is a low power, shared-license model that allows the Department of Defense (DoD) to avoid band clearing (and its associated costs) and continue its critical operations while also allowing a wide variety of commercial operators to use spectrum in the same band. Just two years after the completion of its FCC auction, CBRS is being leveraged for a multitude of uses, including smart phones, IoT devices, building management sensors, real-time logistics at transportation hubs, sensors for precision agriculture, and patient monitoring by hospitals.

Case Study: Citizens Broadband Radio Service (CBRS)

The Federal Communications Commission (FCC) first licensed low-power operations in the CBRS band just three years ago and completed its auction of shared licenses just two years ago. In that short timeframe, CBRS is now being used throughout the country.

400,000 CBRS base station devices deployed

98% of U.S. states, D.C., and islands with at least one active CBRS base station

278 CBRS base station models certified by FCC

841 different end-user devices certified by FCC

DYNAMIC SPECTRUM SHARING SPOTLIGHT

Manufacturing

At its 100,000 square foot smart manufacturing park in Mount Pleasant, Wisconsin, Foxconn uses dynamic spectrum sharing in the CBRS band to automate its smart factories. Right now, these solutions are enabling operation of automatic guided vehicles and robotics, while connecting a data center, lab space, factory stations and more.

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