extremely high frequency

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Related to Mm-wave: Millimetre band

extremely high frequency

[ek′strēm·lē ′hī ′frē·kwən·sē]
(communications)
The frequency band from 30,000 to 300,000 megahertz in the radio spectrum. Abbreviated EHF.
References in periodicals archive ?
The product's high performance and low cost make it suitable for use in mm-wave systems such as local multipoint distribution systems, low voltage differential signal digital radios and satellite systems such as Teledesic, Iridium and very small aperture terminals.
With this increased interest comes a need to test the mm-wave components that will compose the mid-100 GHz systems.
Producing mm-wave microelectronics is a challenging venture.
The first chapter offers a brief introduction to RF, microwave and mm-wave filter CAD, including basic descriptions of electromagnetic simulation and computer optimization, Chapter 2 summarizes transmission lines, lumped elements and resonators, and Chapter 3 discusses the electromagnetic field analysis of discontinuities in E-plane, ridged waveguide anti coplanar waveguide filters.
The proprietary materials used in the DiPak LTCC-M package provide a low dielectric constant, low loss tangent and metal core for shielding, making this technology desirable for microwave and mm-wave applications as well as for high speed digital and mixed-signal environments.
The VKA2400 series mm-wave extended interaction klystrons (EIK) are designed for commercial SATCOM uplink service and meet the application's stringent performance and reliability demands at Ka-band frequencies.
Today's broadband active components and circuits are particularly susceptible to unwanted RF, microwave and mm-wave signals that appear on the bias, control and supply lines that are necessary for proper circuit operation.
Tenders are invited for Mm-wave and thz vector network analyzer upto 1 thz.
Anokiwave is a cutting edge provider of highly integrated IC solutions that enable emerging mm-Wave markets and Active Antenna based solutions.
Keysight's scalable solutions support sub-6 GHz and mm-Wave, which will provide Qualcomm Technologies insights into the performance of their ICs and overcome potential challenges that may surface in 5G trials.
The spectrum range that can be used up to 7 GHz in the 60 GHz band in mm-wave systems is the most important candidate to meet the data rate need in 5G communication systems because of its advantages such as wide bandwidth, high communication power allowance and small size, massive numbered antennas.
Key-sight will help ZTE accelerate 5G product time to market by providing industry-leading products and solutions--for example, UXA mm-Wave signal analyzers, AXIe modular ultra-broad-bandwidth signal generation and analysis systems, and system-level prototype solutions.