Product Categories

 

• High Performance Digitizers & Data Acquisition Products
• Up to 14-bits at 10Gsps Digitizers with onboard FPGA for custom applications
• Available in PXIe, PCIe, uTCA.4, USB 3.0, 10 GbE from factors

Manufacturer Links

 

 

FEATURED PRODUCT

ADQ7WB is a powerful 12-bit dual-channel digitizer designed for capturing RF signals up to 6.5 GHz. It excels in applications like radar, satellite monitoring, distributed fiber optic sensing, SS-OCT, and more. Here are a few highlights:

• 12-bit, dual-channel, with 5 GSPS sampling rate per channel
• AC-coupled with 6.5 GHz analog input bandwidth
• Excellent spurious-free dynamic range (SFDR)
• Peer-to-peer streaming at 7 Gbyte/s to CPU or GPU for post-processing
• Available in PCIe and PXIe form factors
• Optional FPGA firmware development kit for custom real-time signal processing
• Optional digital down-conversion firmware (FW2DDC) featuring:
  • Two DDCs including mixers and decimation
  • FIR filter for noise reduction and channel equalization
  • Continuous acquisition of up to 1 GHz instantaneous signal bandwidth
  • Precise triggering and synchronized sampling for multi-channel systems
• Hardware, software, firmware customization offered to OEM customers

 

 

 

Peer-to-Peer (P2P) Streaming to GPU at 28 Gbyte/s

Watch the 2-minute video that shows how we achieved 28 Gbyte/s sustained data transfer from four ADQ32 digitizers to an NVIDIA RTX A2000 graphics processing unit (GPU). Peer-to-peer (P2P) technology enables direct transfers between the digitizers and GPU with little or no involvement of the central processing unit (CPU) or dynamic random-access memory (DRAM) on the host PC.

 

Read Previous Newsletters Online

High-Performance Digitizer Basics Part 2	High-Performance Digitizer Basics Part 1	Fourth-Generation Digitizers with Easy-To-Use API
Join Teledyne SP Devices for part 2 in a three-part introductory webinar series on high-performance digitizers. Learn more >	Join Teledyne SP Devices for part 1 in a three-part introductory webinar series on high-performance digitizers. Learn more >	We explain the design principles and operation of our fourth-generation digitizers with a focus on the application programming interface (API). Learn more >