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RF MODULES / PRODUCT INFORMATION

High-Power Broadband RF Amplifiers: Evidence and Product Scope

High power is a relative description, not a universal product class. This page presents the current catalogue evidence around 100 W-labelled broadband RF amplifier records, explains what the records do and do not establish, and keeps every unresolved field visible for written review.

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RF amplifier module category reference photograph
A closer look at the module form factor.Enclosure and interface arrangements vary across the family.

01 / High-power RF references

What “high power” means here

In RF hardware, “high power” depends on frequency, signal conditions, duty cycle, thermal design and the reference used for the number. The current catalogue includes several records labelled 100 W, but that label is not a claim of continuous output across every listed frequency, nor a guarantee of linearity, waveform handling, efficiency or system suitability. It is a comparison value taken from the supplied record.

The comparison set is references 04, 05, 06, 12, 15, 19 and 21. It spans 100–1000 MHz, 300 MHz–2 GHz, 1–3 GHz sub-bands, 1–6/1–6.2 GHz, 4–6 or 4–6.3 GHz, 4–8 GHz and 2–7.2 GHz. These intervals are not one continuous broadband product, and frequency overlap alone does not establish a model match for a particular civilian system.

02 / High-power RF references

Technology and module evidence

The records identify GaN for references 05, 06, 12, 15, 19 and 21, and “LDMOS (new revision)” for reference 04. GaN and LDMOS describe semiconductor technologies used within an amplifier design; they do not, by themselves, describe a complete certified instrument, enclosure, cooling arrangement or measured performance envelope. NXP describes LDMOS as a laterally diffused MOS technology used in high-power RF applications, while Qorvo explains why GaN-on-SiC can support high RF power density. Those technology explanations should not be converted into blanket superiority claims.

The catalogue records do provide useful integration evidence: most of these entries specify SMA → N, while reference 19 has a conflicting connector record, shown as “Conflicting records — confirm” rather than silently choosing SMA → SMA or SMA → SMA/N. Reference 12 has no supplied feature or weight value. Reference 15 carries a power-claim validation note. Missing or qualified fields are part of the product scope and should remain attached to the record.

03 / High-power RF references

How to read the comparison records

Reference 04 lists 100 W, 100–1000 MHz, 1 GHz bandwidth, 1020 g and 175.5 × 100 × 24 mm, with SMA → N and LDMOS (new revision). Reference 05 lists 100 W across 1–2, 2–3 and 1–3 GHz, with 1 GHz / 3 GHz bandwidth entries, 1048 g and a 200.5 × 105 × 24 mm GaN record. Reference 12 lists 100 W, 300 MHz–2 GHz revision 2, 1.7 GHz bandwidth and 240 × 118 × 25 mm; its weight and features are not provided.

Reference 06 is a 100 W GaN record with 175 × 84 × 24 mm dimensions and a listed circulator, but its frequency and bandwidth conflict: 4–6 versus 4–6.3 GHz, and 200 MHz versus the supplied lower/upper-band notes. Reference 15 lists 100 W and 1–6 / 1–6.2 GHz revision 2 with a 5 GHz bandwidth entry, but its power claim requires validation. Reference 19 lists 100 W at 4–8 GHz and 4 GHz bandwidth, while its connector is unresolved. Reference 21 lists 100 W at 2–7.2 GHz, 5.2 GHz bandwidth, SMA → SMA, 2569 g and 240 × 220 × 25 mm.

04 / High-power RF references

Documentation before civilian integration

A catalogue label is a starting point for document review, not a test report or conformity statement. For a civilian component program, the useful questions are record revision, exact frequency definition, bandwidth meaning, connector variant, mechanical drawing, thermal information, signal conditions and the boundary between a module and the host equipment. Unsupported bands such as 150 W or any complete 6–18 GHz coverage are not presented here as supplied modules; they remain requested feasibility scope.

Independent measurement also needs context. Keysight’s high-power amplifier note treats characterization as a design and verification activity and emphasizes power-flow, compression and damage considerations in the measurement system. ILAC explains that accreditation concerns conformity-assessment bodies carrying out specific activities, including testing and calibration. Therefore an accredited scope or a measurement reference must be checked for the exact activity; neither is implied by a product label.

SOURCE RECORDS / COMPARISON ONLY

Compare supplied reference records

The cards below reproduce the specifically linked supplier reference records. They are not a list of suitable or available products. Reference numbers are not confirmed commercial model codes; every field and applicable revision requires written confirmation.

Units and source notation are retained where stated. An uncertain or missing unit is not inferred.

Reference model 04

Recorded fields
Frequency referenceRecorded
100–1000 MHz
Bandwidth referenceRecorded
Bandwidth1 GHz
Power referenceRecorded
100 W
Transistor technologyRecorded
LDMOS (new revision)
View model details

Reference model 05

Recorded fields
Frequency referenceRecorded
1–2 GHz 2–3 GHz 1–3 GHz
Bandwidth referenceRecorded
Bandwidth1 GHz Bandwidth3 GHz
Power referenceRecorded
100 W
Transistor technologyRecorded
GaN
View model details

Reference model 06

Confirmation required
Frequency referenceConflicting records
Conflicting records — confirm
Summary record
4–6 GHz
Individual record
4–6.3 GHz
Bandwidth referenceConflicting records
Conflicting records — confirm
Summary record
200 MHz
Individual record
Lower-band bandwidth500 MHz e.g. (4–4.5 GHz 4.5–5 GHz) Upper-band bandwidth1 GHz e.g. (5–6 GHz)
Power referenceRecorded
100 W
Transistor technologyRecorded
GaN
View model details

Reference model 12

Confirmation required
Frequency referenceRecorded
300 MHz-2 GHz Revision 2
Bandwidth referenceRecorded
1.7 GHz
Power referenceRecorded
100 W
Transistor technologyRecorded
GaN
View model details

Reference model 15

Confirmation required
Frequency referenceRecorded
1–6 GHz 1–6.2 GHz Revision 2 power claim requires validation
Bandwidth referenceRecorded
Bandwidth5 GHz
Power referenceRecorded
100 W
Transistor technologyRecorded
GaN
View model details

Reference model 19

Confirmation required
Frequency referenceRecorded
4–8 GHz
Bandwidth referenceRecorded
4 GHz
Power referenceRecorded
100 W
RF connectorConflicting records
Conflicting records — confirm
Summary record
SMA → SMA
Individual record
SMA → SMA/N
Transistor technologyRecorded
GaN
View model details

Reference model 21

Recorded fields
Frequency referenceRecorded
2–7.2 GHz
Bandwidth referenceRecorded
5.2 GHz
Power referenceRecorded
100 W
Transistor technologyRecorded
GaN
View model details

DOCUMENTATION / READING CONTEXT

Sources and attributions

  1. 50V RF LDMOS: An ideal RF power technology for ISM, broadcast and commercial aerospace applications

    NXP Semiconductors technical white paper

  2. A Primer on GaN and 3 Reasons Why It Outperforms Other Semiconductors in RF Applications

    Qorvo technical article

  3. High Power Amplifier Measurements Using Keysight VNAs

    Keysight Technologies application note

  4. About ILAC: Accreditation and Conformity Assessment

    International Laboratory Accreditation Cooperation (ILAC)

Sources support the topic discussion; they do not independently validate the supplied module records or establish project suitability.

PRODUCT TOPIC / COMMON QUESTIONS

Questions about this topic

Does the catalogue establish a verified 150 W high-power amplifier?

No. The approved comparison records for this page include 100 W labels, but they do not establish a verified 150 W product. Any 150 W request remains a separate feasibility discussion.

Is 1–6 GHz the same as uninterrupted broadband coverage?

Not automatically. Reference 15 lists 1–6 GHz and 1–6.2 GHz revision 2, but its power claim requires validation. The other records do not prove uninterrupted 1–6 GHz coverage.

What is unresolved in the 100 W records?

Reference 06 has conflicting frequency and bandwidth records, reference 15 carries a power-validation note, and reference 19 has conflicting connector records. Reference 12 lacks supplied weight and feature values.

Does a 100 W label prove suitability for a civilian system?

No. Suitability depends on the complete documented interface, signal conditions, thermal and mechanical boundaries, and the host equipment review. Frequency or power alone is not an application match.

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Power

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RF MODULES / PRODUCT INFORMATION

Catalogue and reference files

Open the RF catalogue, download the English Excel workbook or view all 22 independent reference records. Recorded values and revision differences still require confirmation.

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