N259 Band – 39.5 to 43.5 The N259, 42 GHz band is currently the highest-defined frequency 5G band in the FR2 range. Development of this band is ongoing and is headed up by the 3GPP TR 38.815. Like all millimeter wave bands, N259 is intended for short range tx/rx at high data rates. Popularity and interest in millimeter wave 42 GHz band is from: Large portions of the spectrum are underutilized and allows for several hundred
N258 Band – 24.25 to 27.5 GHz N258: Covers 24.25 to 27.5 GHz for Europe and China. The mmWave 24 to 29 GHz range is a widely tested 5G band. Development of mmWave 26 GHz band is continuing and headed up by the 3GPP TR 38.815. N258 is intended for short range transmission at high data rates. N258 Band Products Mi-Wave can manufacture all your N258 Band mmwave product needs. Our engineers are
N257 Band – 26.5 to 29.5 GHz N257 Band covers 26.5 to 29.5 GHz for Japan, North America, and South Korea. The 28 GHz band remains the world's most tested 5G band. Development of the 28 GHz band is ongoing and is headed up by 3GPP TR 38.815. Like all mmWave bands, n257 is a capacity layer designed for short range transmission with high data rates possible. N257 Band Products Mi-Wave can manufacture all
5G mmWave Frequency Products Welcome to Millimeter Wave Products 5G product area. Here we will have a growing list of products within their respective bands available for purchase. The 5G frequency bands as defined by 3GPP for 5G mmWave using Millimeter Wave (mmWave) frequencies are listed here and navigable via the frequency menu. Choose a band: Please note we only display Millimeter-Wave (mmWave) Frequency Bands. For a complete list including sub-6GHz (FR1 bands), we
Government, Defense & Research Industry Let Mi-Wave help you fulfill your special projects needs for government & defense contracting industry. We are a 100% made in USA supplier. All products designed, built and tested in house. For inquiries contact engineering@miwv.com We continue to work with the best out there. Let us work with you. We have worked
W-Band Waveguide Calibration Kit 780W/387, 75GHz - 110GHz WR-10, UG-387/U-M Flange Note: Customer can purchase a custom configuration or dimension. Please consult with the factory. Description: Mi-Wave’s 780 Series Waveguide Calibration Kits are made to precisely calibrate Vector Network Analyzers (VNA) utilizing millimeter waveguide test heads or modules from 18 to 325 GHz. These kits provide the Triple Offset Short (SSST) calibration method utilizing offset shorts and fixed precision termination. The precision fixed
V-Band Waveguide Calibration Kit 780V/385, 50GHz - 75GHz WR-15, UG-385/U Note: Customer can purchase a custom configuration or dimension. Please consult with the factory. Description: Mi-Wave’s 780 Series Waveguide Calibration Kits are made to precisely calibrate Vector Network Analyzers (VNA) utilizing millimeter waveguide test heads or modules from 18 to 325 GHz. These kits provide the Triple Offset Short (SSST) calibration method utilizing offset shorts and fixed precision termination. The precision fixed shorts
U-Band Waveguide Calibration Kit 780U/599, 140GHz - 220GHz WR-19, UG-599/U Note: Customer can purchase a custom configuration or dimension. Please consult with the factory. Description: Mi-Wave’s 780 Series Waveguide Calibration Kits are made to precisely calibrate Vector Network Analyzers (VNA) utilizing millimeter waveguide test heads or modules from 18 to 325 GHz. These kits provide the Triple Offset Short (SSST) calibration method utilizing offset shorts and fixed precision termination. The precision fixed shorts
H-Band Waveguide Calibration Kit 780H/387, 170GHz - 260GHz WR-04, UG-387/U Note: Customer can purchase a custom configuration or dimension. Please consult with the factory. Description: Mi-Wave’s 780 Series Waveguide Calibration Kits are made to precisely calibrate Vector Network Analyzers (VNA) utilizing millimeter waveguide test heads or modules from 18 to 325 GHz. These kits provide the Triple Offset Short (SSST) calibration method utilizing offset shorts and fixed precision termination. The precision fixed shorts
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