Globe_Icon_Circle.png  Ground Applications

Flat Panel Arrays

Ku-Band
Rx: 10.7 to 12.75 GHz; Tx: 13.75 to 14.5 GHz

Ku-Band Quad Beamformer ICs
AWMF-0146, AWMF-0147
Quad 4x2 Tx and Rx highly integrated ICs simplifying active antenna design.
Recommended Rx Gain Stage: CMD264P3
Recommended Tx Driver: CMD264P3

Ka-Band
Rx: 17.7 to 21.2 GHz; Tx: 27.5 to 31.0 GHz

Ka-Band Quad Beamformer ICs
AWMF-0197; AWMF-0198
Quad 4x2 Tx and Rx highly integrated ICs
simplifying active antenna design.
Recommended Rx Gain Stage: QPA2626
Recommended Tx Driver: QPA262



Globe_Icon_Circle-wht.png SATCOM Terminals


Ku-Band Tx Power Amplifiers​

QPA0015, QPA0016, QPA0017​
8, 15, or 25 W GaN Power Amplifiers


CMD320C3_Stacked.png

Ku-Band Low Noise Amplifier

CMD320C3​
Market leading Market leading NF=1.07 dB, 18 dB gain with​ no external DC blocks or RF matching required. Low power dissipation. Market leading NF=1.07 dB, 18 dB gain with no external DC blocks or RF matching required. Low power dissipation.




CMD298C4_Stacked.png

Ka-Band Low Noise Amplifier

CMD298C4
Market leading NF=1.07 dB, 18dB gain with​ no external DC blocks or RF matching required. Low power dissipation.

Ka-Band TX Power Amplifier

QPA221D​
25 W GaN Power Amplifier

space-connect-530.png

Satellite_Icon_Circle.png Space Applications

Space Payload
Ku-Band
Rx: 13.75 to 14.5 GHz; Tx: 10.7 to 12.75 GHz

Ku-Band Tx Power Amplifiers​ 
QPA1006D, QPA1009D
17.5 or 24 W GaN TX Power Amplifier
QPA1006D_Stacked-100.png

Ku-band Low Noise Amplifiers​
QPA2735​
Market leading Market leading NF=1.3 dB, 25.5 dB gain​


Ka-Band
Rx: 27.5 to 31.0 GHz; Tx: 17.7 to 21.2 GHz

Ka-Band Tx Power Amplifier​
QPA1721D, QPA1724
20 or 30 W GaN Tx Power Amplifiers

Ka-band Low Noise Amplifier
QPA2628
Market leading NF=1.6 dB, 23 dB gain
with no external DC blocks or RF
matching required.

Design Resources

Blog Series: How LEO Satellites Shape Wireless Communication

Dive into this compelling multi-part blog series to explore the pivotal role Low Earth Orbit (LEO) satellites play in revolutionizing global wireless connectivity.
READ MORE >>

RF Technology Trends for LEO Satellite Systems

Download this article for guidance on Qorvo’s standard flow for screening MMIC die for space. Each subsection provides a general overview of requirements derived from MIL-PRF-38534, Table C-II, Class K.
DOWNLOAD NOW >>

SATCOM Market Overview

The SATCOM market is growing fast. The need for global connectivity has never been more pressing. Download our white paper to get full scope of the SATCOM market.
DOWNLOAD NOW >>