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High-perform​​ance 12-bit, 5 GSPS digitizer

  • 12 bits vertical resolution
  • 2 channels at 5 GSPS sampling rate
  • AC-coupled with up to 6.5 GHz input bandwidth (0.9 Vpp input range​)
  • 4 Gbyte onboard memory
  • Open FPGA for custom real-time signal processing requires DEVDAQ
  • Application-specific firmware options
  • Peer-to-peer streaming to GPU at 7 Gbyte/s
  • Hardware triggers and GPIO
  • PCIe, PXIe form factor
  • For product technical specifications (see the datasheet)
  • How to use and configure the product and output the data (see the users guide)​
DatasheetUser Guide
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Description

ADQ7WB is an RF digitizer with an analog input bandwidth of 6.5 GHz. It supports highly linear wideband data capture, and utilize Teledyne SP Devices' proprietary ADX technology in order to ensure industry-leading spurious-free dynamic range (SFDR).

The flexible architecture allows the dual-channel input to be used either as two separate individual channels, or as a single I/Q channel. ADQ7WB offers 12 bits vertical resolution and 5 GSPS sampling rate per channel.

The stand-alone firmware package FW2DDC simplify operation and offer commonly used real-time radio functions without any need for FPGA firmware development. The package include multiple digital downconverters (DDCs), decimation, and digital filtering for noise reduction or channel equalization.​

Applications

Options ​Comment​
Hardware Options​​​
PCIe, PXIe​ Host PC interf​ace​


Firmware options
FWDAQ Always included. Default data acquisition firmware.
FW2DDC​ Optional digital downconversion firmware. ​
DEVDAQ Optional FPGA development kit based​​ on FWDAQ.


Additional accessories
W5Y Optional 2-year warranty extension (and 5 years in total). ​


 Software
Digitizer Studio Always included. Software for control and configuration. ​
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Teledyne SP Devices offers cutting-edge hardware and software solutions for original equipment manufacturers (OEMs), accelerating product development and reducing costs for our customer​​​. 
  • Software application development
  • FPGA firmware development
  • Modification of existing digitizer platforms
  • Full-custom development of test & measurement equi​pment