ADMV1355

PRE-RELEASE

17.7GHz to 55GHz, Wideband, Microwave Upconverter

Analog Devices ADMV1355 Product Info

10 February 2026 5

Features

Wideband RF output frequency range: 17.7GHz to 55GHz
Integrated LO chain features
- Input frequency range: 8.85GHz to 27.5GHz
- Internal 2× multiplier
- Variable gain to accommodate the various LO drive strength values
- 360° phase control shifter for LO synchronization
- Programmable LO harmonic reject filter
- I/Q phase correction
Integrated mixer features:
- Three frequency translation modes
  - Differential I/Q mode
  - Single input IF mode
  - Complex input IF mode
- Programmable I/Q baseband common-mode voltages
- Sideband reject optimization
- LO carrier feedthrough calibration

Impedance matched input and output pins
Programmable via 3-wire or 4-wire SPI
General purpose logic outputs for integration with other chips
Look-up table logic inputs for fast frequency hopping applications
120-ball, 6mm × 6.5mm, BGA package (see the Outline Dimensions section)

Part details & applications

The ADMV1355 is a highly integrated microwave upconverter optimized for wideband radio designs operating in the 17.7GHz to 55GHz RF range. It can be used as a smaller alternative to larger multichip implementations, allowing for reduced size, weight, and power at the system level.

The ADMV1355 has an integrated local oscillator (LO) signal chain that accepts LO input signals in the 8.85GHz to 27.5GHz range. Within the LO signal chain are internal amplifiers, a frequency 2× multiplier, a programmable harmonic reject filter, and phase adjust circuitry, which produces the necessary 17.7GHz to 55GHz signal to drive the internal mixer.

The ADMV1355 offers three mixer modes of frequency translation, single input IF mode, complex input IF mode, and differential I/Q mode. The single input IF mode utilizes one intermediate frequency (IF) input signal, in the 8GHz to 12GHz range, which then pass through an on-chip 90° IF hybrid. The hybrid produces the necessary quadrature signals for the mixer. The complex input IF mode utilizes two quadrature IF input signals, in the 1GHz to 12GHz range. The differential I/Q mode utilizes differential baseband inphase/ quadrature (I/Q) input signals, from DC to 12GHz.

Please see the Data Sheet for the full description.

APPLICATIONS

Radar and electronic warfare systems
SATCOM ground station and payload applications
Instrumentation and automatic test equipment (ATE)
Millimeter-wave 5G tester applications

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