SPACE TECHNOLOGY

Flight-Proven RF & mmWave Hardware for Space Missions

Payload and instrument teams move faster with 30 years of space-qualified RF assemblies & components—SSPAs, LNAs, frequency converters—qualified for ESD, TVAC, vibration/shock, EMI/EMC, and burn-in.

GET QUALIFICATION PLAN
START SPACE RFQ

🔼 Attach your frequency plan or block diagram. NDA available.

Space payloads demand precision engineering, rigorous qualification, and disciplined schedule control long before the launch pad. Radiation, thermal-vacuum, vibration/shock, and EMI/EMC turn small RF drifts into schedule risk. QuinStar delivers flight-proven RF & mmWave—SSPAs, LOs, converters, and components—with reliable, repeatable performance backed by documented testing and analyses, so your instrument ships with confidence.

One accountable partner for space-qualified SSPAs, LOs, converters, and passive components—backed by tailored Product Assurance Plans and in-house environmental testing to de-risk schedules.

Flight Heritage

30+ Years Flight Heritage

Missions

AlphaSat TDP5 • EarthCARE • LRO

Qualified & Certified

ISO 9001:2015 / AS9100DTVAC

De-Risk Your Space RF Chain in One Qualification Cycle

THE PROBLEM

  • Uncertain qualification path & schedule risk (TVAC, vibration/shock, EMI/EMC, radiation)

  • Unproven vendor risk at PDR/CDR slows mission reviews

THE SOLUTION

  • One accountable RF partner coordinating sources, amplifiers, converters, and passives across the chain

  • Tailored Product Assurance Plan + Hybrid Assembly Qualification Plan with documented artifacts and reviews; in-house environmental testing de-risks schedules

  • Piggyback on 30+ years of flight heritage to pass reviews faster

Space-Qualified RF Solutions

Flight-proven hardware for payload and instrument teams

 

SSPAs (Ka/W-band)

10–100 W classes; Ka/Q/E coverage; high-efficiency builds with MMIC screening & burn-in. Flight heritage on AlphaSat TDP5.

 

Converters (Up/Down)

Ka→W coverage; IF/RF plans tuned to your link budget (linearity, NF, spur control) for comms & sensing chains.

 

Sources & LOs

Gunn and phase-locked sources (6–150 GHz) with disciplined multiplication. Flight use on AMSR3 (84.5 GHz LO → 89 GHz channels).

 

Passive RF for Space

Isolators/Circulators to 94 GHz; up to 100 W average / 250 W peak; broad waveguide formats for front-ends & high-rate links.

 

Custom Assemblies & Front-Ends

LO distribution, front-end modules, switch networks, and hybrid subsystems (Tx/Rx/Transceivers) with tailored Product Assurance Plans; built and qualified in-house.

Proof / Reference Missions

QuinStar hardware flying on these missions

Mission 1:

GOSAT-GW / AMSR3

JAXA • Mitsubishi

Mission 2:

NISAR

 

NASA–ISRO

Mission 3:

EarthCARE

ESA • JAXA • NICT

Mission 4:

AlphaSat TDP5

ESA

Mission 5:

NASA Airborne

DopplerScatt • AirSWOT • GSFC CRS

Mission 6:

LRO

NASA Lunar Reconnaissance Orbiter

Send Mission Requirements

Get Started

[/fusion_title]

Tests, artifacts, timelines for your mission

UNGATED TEMPLATE (DIFFERENT NAME?)

Space Qualification Environments Cheat Sheet

TVAC, vibration/shock, EMI/EMC, radiation: what they are, why they fail, how to prep.

Resources

UNGATED TEMPLATE (DIFFERENT NAME?)

Space Qualification Environments Cheat Sheet

TVAC, vibration/shock, EMI/EMC, radiation: what they are, why they fail, how to prep.

GATED TEMPLATE (DIFFERENT NAME?)

Space RF Qualification Plan Template (PAP/Hybrid)

Fill-in template covering test plans, artifacts, and schedules (PAP contents + Hybrid Assembly Qualification).

PROOF NOTE: Qualification & environmental testing performed in-house (NASA-certified TVAC, vibration); ISO 9001:2015 / AS9100D quality system.

Frequently Asked Questions

Build-to-spec hardware typically runs 14–26 weeks (program dependent). We'll confirm based on your requirements and can discuss expediting options.

We tailor a Product Assurance Plan (with radiation analysis/heritage) and a Hybrid Assembly Qualification Plan as needed. Heritage test reports are available on request.

Yes—QAP/PAP artifacts and in-house TVAC & vibration (with NASA-certified TVAC) help de-risk schedules. Full documentation packages available.

Upload a frequency plan or block diagram and note bands, power/gain, NF/ 
linearity, DC budget, environments, and milestones. We'll return a qualification plan or quote.

We follow ITAR/EAR processes and turn NDAs around quickly. NDA available on request for all discussions.

Ready to Get Started?

Choose your path based on your role

For Systems/RF Leads

Get a Qualification Plan

TVAC, vibration/shock, EMI/EMC & radiation—tests, artifacts, timelines for your mission.

For Program Managers

Check Lead Time

Typical ranges by assembly; reserve a slot if needed. Schedule alignment for your mission milestones.

For Procurement

Start a Space RFQ

Pricing & lead time for SSPAs, LOs, and converters. Attach specs for fastest response.

📞Prefer to talk? Talk to an Engineer (Need to set number)

Related Space Resources & Solutions

Space SSPAs (Ka/W-band)

Space Sources & LOs

Space Isolators/Circulators

Space Waveguide & Filter

Front-Ends & LO Distributio

Product Assurance & Qualification

Engineering Intake

Reference Missions