RFFE-MCP-TR-001

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Next Generation RF Front End Module

Revolutionary density meets uncompromising performance through chipletization.

Mercury’s RFFE‑MCP‑TR‑001 is an X‑Band Front End Module built on an ultra‑compact SiP architecture that provides high functional density and SWaP‑c‑optimized configurability across all production scales. With its Multi‑Chip Package design, it enables rapid modification cycles that reduce development time and cost.

Sized for Attritable platforms and scalable to AESA apertures, the module delivers substantial density improvements while maintaining advanced SoC‑class RF performance. The MCP architecture supports accelerated development through shortened prototype‑verification loops and efficient transition to medium‑volume manufacturing.

Developed entirely within Mercury, the design allows full customization at every layer, ensuring precise alignment with mission‑specific requirements

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Agile Signal Conditioning at the Edge

4
Channel
8-12
X-Band (GHz)
28mm
Front-end subsystem

Purpose-Built Architecture, Accessible Design

This new architecture’s internal chipletization enables rapid prototyping and efficient validation of custom design variations, supporting a wide range of system requirements. Unlike traditional SoC approaches, the Multi‑Chip Package structure allows faster more cost‑effective updates and the integration of surrounding components directly into the SiP, further reducing system size and improving overall performance. This approach strengthens the role of the module as both a high‑density Front End Module and a mission‑flexible Signal Conditioner.

Features
  • RF Tile 28mm x 28mm x 2mm @ 0.8mm pitch BGA. 
  • Evaluation PCB 1.9”x2.5”
  • 2x Receive Channels
  • Single Ended RF Input
  • Differential Output to ADC
  • Optional Input Limiter for higher power handling
  • 2x Transmit Channels
  • Differential Input from DAC
  • Single Ended RF Output
  • Optional Output MPA for higher P1dB/Psat
  • Independent control of every channel
  • Electrically adjustable center frequency
  • Electrically adjustable bandwidth
  • Digital step attenuation (31dB in 1dB steps)
  • Internal bypass state for increased dynamic range
  • Evaluation board available 
  • Single +5.5V Input Voltage-capable
  • 10MHz SPI Interfac

 

Specifications
  • +25dB typical nominal gain
  • +20dBm max input power 
  • 3.5%/7.5% IBW, electrically tunable
  • VSWR 2:1 maximum
  • +17dBm typical TX Output P1dB
  • +7dB typical RX Noise Figure
  • Operating Temperature: -40°C to +85°C
  • Compatible with MIL-PRF-38534, Class H
  • Compatible with MIL-STD-883
Applications

Communications

  • 5G/6G

Radar

  • Meteorology 
  • Automotive Safety
  • SAR
  • Air Traffic Control (ATC)
  • Airport Surveillance Radar (ASR)
  • Radar Altimeters (RA)

Direct RF 

  • Test Equipment
  • Handheld Radios
  • Law enforcement
  • SATCOM

EW/SIGINT

  • Countermeasures
  • Cognitive EW
  • Wideband Signal Acquisition
  • Threat Detection
     
Platforms

Attritables

  • Deployed Effect Systems
  • Drones

Vehicles 

  • Ground
  • Airborne
  • Seaborne
  • Satellite

Lab use

  • Standalone eval board
  • Custom PCB designs
  • Rack mount

AESA apertures

  • Communications
  • Radar
  • Direct RF
  • EW/SIGINT
  • C-UAS

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OPEN SYSTEM ARCHITECTURES

Accelerate Technology Adoption from RF to Digital

The pace of today's technology development means the traditional approach of custom-designed components, modules and subsystems is too slow. By adopting a modular open systems architecture approach (MOSA), we deliver the latest capabilities at the speed of relevance.  

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