Skip Navigation Links | Home | Applications | Wireless Telecommunication Digitizers

​

What to consider when selecting a digitizer for Wireless Telecommunication applications

  • Wide analog bandwidth for flexibility in selecting the IF bandwidth

  • High speed sampling needed for signal bandwidth and low noise aliasing

  • High spurious free dynamic range to resolve low level signals

  • Digital down converter to reduce the sample frequency and increase signal to noise ratio

  • Decimation filtering for improved ENOB

  • Open FPGA for custom real-time digital signal processing

  • High data transfer rate is needed to support fast post-processing

  • Various form factors simplify system integration and allows for retrofitting new digitizers into existing systems​​

Further Reading / Next Steps

  • For information about the optional firmware packages and development kit see here​



Image Model Resolution Channels Sampling Rate Coupling Input Bandwidth ENOB max Interface
ADQ214 ADQ214 14-bit 2 400 MSPS DC, AC 800 MHz 11.0 bits PXIe, USB 2.0
ADQ214-DCLN ADQ214-DCLN 14-bit 2 400 MSPS DC 100 MHz 10.5 bits PXIe, USB 2.0
ADQ7DC ADQ7DC 14-bit 1
2		 10 GSPS
5 GSPS		 DC 3 GHz 9.1 bits PCIe, PXIe, USB 3.0, 10GbE
SDR14TX SDR14TX 14-bit 2 2 GHz DC Up to 2 GHz N/A PCIe, PXIe
ADQ1600RF ADQ1600RF 14-bit 1 1.2 GSPS AC 680 MHz 11.0 bits PCIe, PXIe, USB 3.0
ADQ1600TD ADQ1600TD 14-bit 1 1.6 GSPS AC 680 MHz 10.5 bits PCIe, PXIe, USB 3.0
ADQ35-WB ADQ35-WB 12-bit 1
2		 10 GSPS
2 GSPS		 AC 9 GHz 8.8 bits PCIe, USB 3.2
ADQ7WB ADQ7WB 12-bit 2 5 GSPS AC 6.5 GHz 8.7 bits PCIe, PXIe
ADQ12DC ADQ12DC 12-bit 2
4		 1 GSPS DC 700 MHz 9.2 bits PCIe​
ADQ8-8C ADQ8-8C 10-bit 8 1 GSPS DC 500 MHz 8.1 bits PXIe​
ADQ8-4X ADQ8-4X 10-bit 4 4 GSPS DC 1 GHz 8.0 bits PXIe​
ADQ12DC ADQ12DC 12-bit 2
4		 1 GSPS DC 700 MHz 9.2 bits PCIe​
​​​
Firmware options​​​​​​ C​omment​​​​
FW2DDC​ Optional digital down-conversion firmware. ​
​