FMC+ / AD9082 MxFE Board

Signal Processing — AD9082 MxFE

FMC+ / AD9082 MxFE Board

The FMC+ AD9082 MxFE card converts digital IQ streams from the FPGA into analog/RF output. Thanks to Analog Devices MxFE architecture, a 4-channel high-speed DAC and 2-channel ADC operate together on a single integrated circuit.
It is intended for electronic warfare scenarios where up to 1 million pulses per second can be generated in analog form, with wide instantaneous bandwidth and high SFDR performance (~40 dBc). FM, PM, and S-RF modulation types are supported.
FMC+ / AD9082 MxFE Board
  • DAC:12 GSPS
  • ADC:6 GSPS
  • Interface:JESD204B/C
  • Bandwidth:~8 GHz

DAC and ADC Specifications

FeatureValue / Description
DAC Channel Count4× channels
DAC Sampling Rate12 GSPS, 16-bit
DAC SynthesisDDS (Direct Digital Synthesis)
DAC Bandwidth~8 GHz analog bandwidth
ADC Channel Count2× channels
ADC Sampling Rate6 GSPS, 12-bit
ADC Bandwidth~8 GHz analog input bandwidth

Interfaces and Clock

FeatureValue / Description
FPGA InterfaceHSPC / VITA 57 FMC+ connector — GTY/GTH high-speed serial links
Data InterfaceJESD204B/C — 8 lanes, up to 24.75 Gbps
ConfigurationSPI, I2C, JTAG
Clock InputDEV_CLK + SYSREF — via carrier; optional RF synthesizer
RF Outputs6× SSMC/SMA RF connector
Power12V + 3.3V_AUX (FMC+ power rails)

Performance Targets

FeatureValue / Description
DTK Generation Rate1 million pulses per second (system integration target)
IQ Generation Rate1 million I and Q data pairs per second
SFDR Performance≥40 dBc spur (within instantaneous bandwidth)
Modulation TypesFM / PM / S-RF — time-shared multi-emitter support
Technical specifications

MxFE performance advantages

Provides ~8 GHz analog bandwidth with 4-channel 12 GSPS DAC and 2-channel 6 GSPS ADC.
  • 12 GSPS 16-bit DAC (4 channels)
  • JESD204B/C 8-lane interface
  • 6 GSPS 12-bit ADC (2 channels)
  • FM/PM/S-RF modulation support
Conclusion

High-speed analog/RF conversion

Together with the FPGA Carrier Card, the AD9082 MxFE card completes a fully modular digital signal generator solution for electronic warfare and radar applications.