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	Part #	Number of Channels	Sample Rate (MSps)	Resolution
ADC	WWQA05	4	500	16
ADC	WWQA30	4	3000	14
ADC	WWQA40	4	1600	12
ADC	WWQA40	4	2700	12
ADC	WWQA40	4	4000	12
ADC	WWDA40	2	3200	12
ADC	WWDA40	2	3600	12
ADC	WWDA40	2	4000	12
ADC	WW8A30	8	3000	14
ADC & DAC	WWDM10	2	1500	12/12
ADC & DAC	WWSM20	1	2500	10/12
ADC & DAC	WWSM30	1	3000	12/12
ADC & DAC	WDHM40	6/1	1600/12000	12/16
ADC & DAC	WDHM40	6/1	2700/12000	12/16
ADC & DAC	WDHM40	6/1	4000/12000	12/16
ADC & DAC	WWDM60	2	6000	12
ADC & DAC	WWGM60	4/4	4000/6400	12/14
DAC	WWQD30	4	1500	12
DAC	WWQD30	4	3200	12
DAC	WWQDA0	4	12000	16
Serial I/O	WWTO00	6×4	1400/2800 Gb/lane	N/A
KSII DSP	WWLCK2	N/A	N/A	N/A
LVDS	WW0L00	N/A	N/A	N/A

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

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 & 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.