WV Communications, Inc.

Newbury Park, CA · Est. 1997

Mission-critical RF hardware for defense and aerospace programs.

Flight termination systems, RF power amplifiers, up/down converters, synthesizers, and custom-engineered RF for one-off programs.

See what we build →
220+
Combined years
in RF
5,000+
Modules
shipped
10 kW
CW amplifier
power
DC–40 GHz
Frequency
coverage
IPC-A-610 Class 3
J-STD-001 Class 3
ITAR Registered
US designed & built
For procurement teams: View vendor information →

What's new

Currently in production.

The systems on our line today, moving through assembly, integration, and test.

Who we serve

Programs where the RF link is the mission.

Hardware fielded across defense, aerospace, and range operations.

MICROWAVEIFFFTS UPLINKFTS MONITORSATCOM
MODE 5 IFF · 1030 / 1090 MHz

Defense & Military

Tactical RF, IFF, radar and EW, and secure communications for ground, airborne, and naval platforms.

SATCOM · L → Ka

Aerospace & Satellite

Up/down converters and high-power uplink amplifiers for government and commercial satellite ground stations.

FTS · 370 – 450 MHz · 10 kW

Range Safety

Flight termination and command destruct on launch vehicles, UAVs, and instrumented ranges.

FTR TEST · FTS QUAL

Test & Verification

FTR test sets, encoder/decoder simulators, and independent monitors used to qualify flight termination systems before launch.

MICROWAVE · GaN · MARINE

Commercial RF & Microwave

Frequency converters, GaN solid-state amplifiers, and marine-band RF for commercial and civil programs.

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Don't see your program?

Custom RF builds for non-standard bands, form factors, and qualification profiles.

Talk to engineering →

Why WV

RF and microwave specialists, on program time.

Building RF and microwave hardware for defense and commercial programs worldwide. More about us →

ITAR-registered
Engineering, assembly, qualification, and test in our Newbury Park, California facility.
Direct engineering
You work directly with the engineers and technicians who design and build your hardware.
Test & inspection
Every unit is inspected and tested. Thermal cycling from −75°C to +80°C, mechanical shock, and vibration available.
Custom builds
Low phase-noise synthesis, wideband conversion, custom form factors.

Start a conversation

Need RF hardware for your program? Send us your requirements.

Tell us your application, frequency band, power level, form factor, and program timeline. 
It goes straight to our engineering leads.