YENRA: MILLIMETER-WAVE AMPLIFIER COMPARISON
Guide: https://yenra.com/millimeter-wave-amplifier/
Purpose: compare complete operating points. Fill one copy per candidate.
Use documented limits and actual measurement conditions. No example below
is a specification for the 2017 research amplifier.

Role (LNA / driver / power amplifier / other):
Required frequency band and bandwidth criterion:
Part / paper / revision / source link:
Measured or simulated:
Hardware, package, fixture and calibration reference planes:
Supply rails (V), current on each rail (mA), operating condition:
Quiescent versus RF-driven current:
Total DC power (mW), including all relevant rails:
Gain (dB), frequency, input power and matching:
Noise figure (dB), frequency, temperature and method:
P1dB (dBm), input- or output-referred, frequency and bias:
Distortion / output / efficiency requirements and results:
Thermal conditions and limits:
Unresolved evidence:
Next validation measurement and acceptance criterion:

HYPOTHETICAL SINGLE-RAIL EXAMPLE
A: 0.5 V x 40 mA = 20 mW.
B: 1.0 V x 15 mA = 15 mW.
Lower supply voltage alone does not determine lower power.
64 amplifiers x 20 mW = 1.28 W, before other circuitry and supply losses.
Neither invented device is selected without gain/noise/linearity evidence.
Source context: Analog Devices RF specification and LNA selection notes
linked from the guide.