RF & Microwave

Connector & Waveguide Specialists

High-precision manufacturing of coaxial connectors, waveguide flanges and hermetic feed-throughs built to MIL-STD-348, IEC 61169 and MIL-DTL-3922 standards. From DC to 110 GHz, we deliver repeatable RF hardware trusted by defense radar, SATCOM and 5G infrastructure leaders.

110 GHz
Max Frequency
≤1.15:1
VSWR Typical
±0.0003"
Concentricity
500+
Mating Cycles

Core Manufacturing Capabilities

SMA / 3.5mm / 2.92mm (K)

Threaded ¼-36 coupling, precision machined to 40 GHz performance

Frequency:DC - 40 GHz
Standard:MIL-STD-348

1.85mm (V)

67 GHz blind-mate precision for high-frequency applications

Frequency:DC - 67 GHz
Standard:IEC 61169-59

N & TNC

Rugged field connectors for demanding environments

Frequency:DC - 18 GHz
Standard:MIL-STD-348

SMP / SMPM

Push-on & bullet styles for high-density modules

Frequency:DC - 40 GHz
Standard:IEC 61169-49

7/16 DIN, 4.3-10, NEX10®

Low-PIM telecom connectors for 5G infrastructure

Frequency:DC - 6 GHz
Standard:IEC 61169-4

UG-381 / WR-42

Ka-band rectangular waveguide flanges

Frequency:18 - 26.5 GHz
Standard:MIL-DTL-3922

UG-387 / WR-28

Millimeter-wave precision flanges

Frequency:26.5 - 40 GHz
Standard:MIL-DTL-3922

UG-599 / WR-15

V-band high-frequency waveguide components

Frequency:50 - 75 GHz
Standard:MIL-DTL-3922

UG-387 / WR-10

W-band precision machining for 75-110 GHz

Frequency:75 - 110 GHz
Standard:MIL-DTL-3922

UG-623 / WR-284

Large waveguide flanges for high-power applications

Frequency:2.6 - 3.95 GHz
Standard:MIL-DTL-3922

Complete Technical Coverage

Configurations

Straight & Right-Angle Bodies
Bulkhead & Panel Mount
Hermetic Feed-Throughs
Coupling Nuts & Retainers
Waveguide Bends & Twists
Precision Bullets & Receptacles
Termination Caps & Loads
Transitions & Adapters

Connector Technologies

Threaded Interfaces
Quick-Lock Mechanisms
Push-On Blind-Mate
Spring-Loaded SMPM
Waveguide Cover Seals
Choke Flange Design
Hermetic Feed-Throughs
Captivation Retainers

Material Systems

Stainless Steel

303/304/316 per ASTM A582

Beryllium Copper

C17200 for spring contacts

Free-Machining Brass

C360 for high-volume production

Aluminum Alloy

6061-T6 / 7075-T73 for lightweight

Kovar & Alloy 52

Hermetic glass-to-metal seals

Oxygen-Free Copper

C101 for waveguide components

Titanium

6Al-4V for aerospace applications

Standards & Finishes

Standards Coverage:

MIL-STD-348 (Coax Interfaces)
MIL-PRF-39012 (Performance)
IEC 61169-xx (International)
MIL-DTL-3922 (UG Flanges)

Surface Finishes:

Silver Plating (low loss)Gold Plating (corrosion resistance)Electroless NickelPassivated Stainless

Performance Range

Frequency Range

DC – 110 GHz

1.85mm "V" interface capability

VSWR Performance

≤ 1.15:1

Typical across operating band

Insertion Loss

< 0.05 dB

Per connector pair @ 18 GHz

Temperature Range

-65°F to +200°F

Continuous operation

Precision

±0.0003"

Concentricity tolerance

Industries & Applications

Defense Radar & EW

Rugged SMA and K-band flanges for AESA arrays and electronic warfare systems requiring harsh environment performance.

AESA ArraysElectronic WarfareMissile Guidance

Satellite Communications

Hermetic SMPM feed-throughs and precision waveguide components for LEO/GEO satellite payloads.

LEO PayloadsGround StationsInter-Satellite Links

5G Infrastructure

Low-PIM 4.3-10 connectors and DIN jumpers for cellular base stations and distributed antenna systems.

Base StationsDAS SystemsFiber-to-Antenna

Test & Measurement

Precision adapters and VNA calibration standards for laboratory and production test environments.

VNA CalibrationProduction TestLab Standards

Spaceflight Hardware

Gold-plated waveguide components qualified to NASA outgassing specifications for deep space missions.

Deep Space ProbesLaunch VehiclesISS Hardware

Automotive Radar

High-frequency connectors and waveguide components for 77/79 GHz automotive radar systems.

ADAS SystemsCollision AvoidanceAutonomous Vehicles

Engineering Excellence in Every Connection

Certified to AS9100D / ISO 9001:2015, our Swiss-type lathes hold concentricity to ±0.0003" and surface finish to 8 µin Ra. All RF hardware ships with serialized C of C, lot-traceable material certs and optional S-parameter test plots.