Mezzanine Cards

WILDSTAR™ Mezzanine Cards are designed from the ground up for superior density and analog performance. WFMC+ -enabled cards include 32 high speed serial lanes and 100 LVDS lines to accommodate even the most bandwidth-hungry ADC or DACs.

All Annapolis ADC/DAC boards deliver world class performance, allow for synchronization across multiple cards, and can accept external clock and trigger. Some cards also have on-board (internal) clocking options.

Read this WHITE PAPER: WFMC+ Mezzanine Cards for Low Latency and High Bandwidth Solutions

Following are Annapolis’ latest mezzanine cards. You can find all mezzanine cards here (including legacy).

Converter Type Mezz Card Type Part Number Number of Channels Sample Rate (MSps) Resolution
ADC WFMC+ WWQA05 4 500 16
ADC WFMC+ WWQA40 4 1600 12
ADC WFMC+ WWQA40 4 2700 12
ADC WFMC+ WWQA40 4 4000 12
ADC WFMC+ WWDA40 2 3200 12
ADC WFMC+ WWDA40  2 3600 12
ADC WFMC+ WWDA40  2 4000 12
ADC WFMC+ WW8A30 8 3000 14
ADC & DAC WFMC+ WWDM10  2 1500 12/12
ADC & DAC WFMC+ WWSM20 1 2500 10/12
ADC & DAC WFMC+ WWSM30 1 3000 12/12
ADC & DAC WFMC+ WWSM50 1 5000 10/12
ADC & DAC WFMC+ WDHM40 6/1 1600/12000 12/16
ADC & DAC WFMC+ WDHM40 6/1 2700/12000 12/16
ADC & DAC WFMC+ WDHM40 6/1 4000/12000 12/16
ADC & DAC WFMC+ WWDM60 2 6000 12
DAC WFMC+ WWQD30 4 1500 12
DAC WFMC+ WWQD30 4 3200 12
DAC WFMC+ WWDD40 – Contact Annapolis for Specs 2 4500 12
DAC WFMC+ WWDD80 – Contact Annapolis for Specs 2 6400 12
DAC WFMC+ WWQDA0 4 12000 16
Serial I/O WFMC+ WWSO00 – Contact Annapolis for Specs N/A N/A N/A
 KSII DSP WFMC+ WWLCK2 N/A N/A N/A

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ADCs

WILDSTAR ADC mezzanine cards provide high fidelity and high speed analog-to-digital conversion along with a rugged design.


 


 




DAC1


DACs

WILDSTAR DAC mezzanine cards provides multiple channels of high speed, precision digital-to-analog converter outputs to a compatible motherboard. They provide excellent analog performance with flexible high-precision trigger options.


 




ADC&DAC1


ADC & DAC for DRFM

Ultra-Low Latency DRFM-Optimized Mezzanine Cards have been designed from the ground up for latency sensitive DRFM applications. This interface provides a Digital Bypass Mode to achieve the lowest possible latency and a Fabric Space Mode to allow the user to do additional processing and manipulation of the ADC data before returning it out the DAC.