millimeter wave technology

USAGE SUMMARY

The phrase "millimeter wave technology" is correct and usable in written English.
You can use it when discussing advancements in telecommunications, radar systems, or wireless communication technologies that operate at millimeter wave frequencies. Example: "Millimeter wave technology is expected to revolutionize 5G networks by providing faster data transmission rates."

✓ Grammatically correct

News & Media

Science

Academia

Human-verified examples from authoritative sources

Exact Expressions

7 human-written examples

The agency was successful in developing that for one type of scanner, the kind that looks like a glass closet and uses millimeter wave technology.

The Washington Post

The T.S.A. says it had also bought 242 other body scan machines that use millimeter wave technology, which doesn't emit radiation but uses "harmless radio waves," according to its manufacturer, L-3 Security and Detection Systems.

The New York Times

Conceived by Aereo founder Chet Kanojia, Starry looks to handle every aspect of broadband service using millimeter wave technology.

TechCrunch

The tour began inthe laboratory of professor David Smith, where graduate students talked about their work to use compressive millimeter wave technology to design new airport security devices.

Duke University

Millimeter wave technology can "see" through clothing at the skin and danglies underneath and, presumably at the knives I'm hiding on my leg.

TechCrunch

The Starry Point would sit outside the user's window or on their roof and receive connectivity, via millimeter wave technology (the same stuff used in the TSA scanners at the airport), to their home.

TechCrunch

Human-verified similar examples from authoritative sources

Similar Expressions

53 human-written examples

SiBEAM is a fabless semiconductor company developing intelligent millimeter wave technologies and leveraging the latest manufacturing methods to meet the demand for high-bandwidth services.

University of California, Berkeley

Wireless backhaul solutions incorporate millimeter wave technologies of 60 and 70 80 GHz, microwave technologies between 6 and 60 GHz, and sub 6-GHz radio wave technologies in both licensed and unlicensed bands.

EURASIP Journal on Wireless Communications and Networking

The other model of the body imagers uses millimeter-wave technology, which doesn't raise radiation issues.

The New York Times

Millimeter-wave technology is promising for the next generation of wireless communication.

Physical Communication

But the majority of those machines, made by a unit of L-3 Communications Inc., employ millimeter-wave technology, which uses radio frequency waves to inspect a body.

The New York Times

Expert writing Tips

Best practice

When discussing specific applications, provide context. For example, mention whether it's being used in 5G networks, airport security, or broadband internet.

Common error

Avoid portraying "millimeter wave technology" as a singular, monolithic entity. It encompasses diverse frequencies, applications, and technical implementations. Acknowledge its complexity to avoid misleading your audience.

Linguistic Context

The phrase "millimeter wave technology" functions primarily as a noun phrase, often serving as the subject or object of a sentence. It names a specific type of technology used in various applications, as Ludwig confirms.

Expression frequency: Very common

Frequent in

News & Media

34%

Science

33%

Academia

33%

Less common in

Formal & Business

0%

Wiki

0%

Reference

0%

Ludwig's WRAP-UP

The phrase "millimeter wave technology" is a common and grammatically correct noun phrase used across various domains, including news, science, and academia. Ludwig confirms its usability in written English. It refers to a specific technology utilizing high-frequency radio waves and is often discussed in the context of 5G networks, airport security, and broadband internet. While the phrase is generally neutral in tone, it's important to avoid oversimplification and acknowledge the complexity of the technology and its diverse applications.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

mmWave technology

This is a common abbreviation of "millimeter wave technology".

millimeter wave communication

Focuses on the communication aspect of the technology.

mmWave communication systems

This alternative is more specific, referring to the complete system.

high-frequency wireless technology

Highlights the high-frequency aspect, a key characteristic of millimeter waves.

60 GHz technology

Specifies a particular frequency band within the millimeter wave spectrum.

advanced wireless communications

This alternative is more generic, encompassing a broader range of advanced technologies.

next-generation wireless technology

Focuses on the future applications and advancements of the technology.

broadband wireless access

Emphasizes the use of millimeter wave technology for high-speed internet access.

high-speed wireless data transmission

Highlights the primary benefit of using millimeter waves: fast data transfer.

wireless backhaul solutions

Refers to millimeter wave technology's use in providing network infrastructure.

FAQs

How is "millimeter wave technology" used in 5G?

In 5G networks, "millimeter wave" technology enables faster data speeds and increased bandwidth, though it requires a dense network of small cell sites.

What are the benefits of using "millimeter wave technology"?

The primary benefits include higher bandwidth, faster data transmission rates, and increased network capacity compared to lower-frequency wireless technologies.

What are the limitations of "millimeter wave technology"?

The main limitations are its short range and susceptibility to atmospheric absorption, particularly from rain and foliage, which can degrade signal quality.

What is the difference between "millimeter wave technology" and "microwave technology"?

"Millimeter wave technology" uses higher frequencies (30-300 GHz) than "microwave technology" (0.3-30 GHz), resulting in greater bandwidth but shorter range and increased sensitivity to environmental factors.