• Partial Reconfiguration: the backbone of HVI

    Until recent years, synthesis of FPGA images was binary (no pun intended): reconfiguration was an all or nothing sort of thing. If you wanted to change something about your design—even something as simple as add...
    jakedaly
    created by jakedaly
  • Understanding Multi-Record Acquisition Mode

    In an earlier blog we looked at maximum acquisition time for a single record. This blog looks at the relationship between sample rate, record size, and memory size in multi-record acquisition mode. It’s split in...
    FrankC
    created by FrankC
  • HVI: Hardware Virtual Instrumentation

      HVI: Time deterministic co-design of real-time software and virtual instrumentation   Anyone who has worked with FPGAs and virtual instrumentation—even the most experienced system architects and in...
    jakedaly
    last modified by jakedaly
  • Calculating the Maximum Acquisition Time for a Single Record

    So how do I calculate the maximum single record acquisition time for my digitizer?  There are some obvious factors, such as acquisition memory size, sample rate, and the number of bytes (or bits) per sample. ...
    FrankC
    last modified by FrankC
  • Digitizers vs Scopes

    Digitizer, Oscilloscope… To-may-to, To-mah-to, right?  Yes, at basic level, digitizers and oscilloscopes are very similar.  They both convert analog signals to a digitized signal using an ADC (analog-...
    SBowers
    created by SBowers
  • The Sandbox

    Developing in the sandbox Today's digital applications demand more custom, high-speed processing than ever before. Consider the US Military, who might be monitoring the air for enemy radar pulses. When an enemy pulse ...
    jakedaly
    created by jakedaly
  • How do I get information or help with digitizer related questions?

    Digitizers are a key component in applications ranging from Electronic Warfare, Cyber Warfare, Radar, Quantum Computing, High-Energy Physics, Automated Test, to Research.  We have many resources to help you get t...
    FrankC
    created by FrankC
  • Changes to Keysight's High-Speed Digitizer Portfolio

    On August 1st 2017, Keysight restructured its high-speed digitizer portfolio to focus on PXIe/AXIe products. At that time, Acqiris SA became the sole supplier of Keysight's historic PCIe-based digitizers, focused on O...
    FrankC
    created by FrankC
  • Which High-Speed Digitizer Acquisition Mode Would Best Meet Your Requirements? (2/2)

    TSR option: Triggered Simultaneous Acquisition and Readout   Purpose The purpose of the TSR option is to acquire in multi-record mode and read the data simultaneously. This solution allows longer acquisition comp...
    HighSpeedADC
    created by HighSpeedADC
  • Which High-Speed Digitizer Acquisition Mode Would Best Meet Your Requirements? (1/1)

    Keysight High-Speed Digitizers Team has developed several acquisition modes with the objective to optimize performances of the M9710A, M9709A, M9703B  AXIe and M9203A PXIe digitizers.   Definition...
    HighSpeedADC
    last modified by HighSpeedADC
  • 64 Synchronous Multi-channel Data Acquisition System with Unique Phase Coherency

    Keysight newsroom announces today the development of a highly dense, 64 synchronous multichannel data acquisition system. The system is composed of eight M9703B AXIe high-speed digitizers in a 14-slot chassi...
    HighSpeedADC
    last modified by HighSpeedADC
  • M9703B AXIe 12-bit High-Speed Digitizer Used in 5G Channel Sounding test solution

    The M9703B AXIe, 12-bit high-speed digitizer/wideband digital receiver is now used for MIMO tests in 5G. 5G is aiming to achieve gigabytes per second data rate anywhere, anytime, employing new technologies such as mas...
    HighSpeedADC
    last modified by HighSpeedADC
  • Managing Multichannel Signal-Acquisition Data

    On the Microwaves & RF Magazine, you'll find our article, illustrating how a modular digitizer/receiver can simplify the implementation of multichannel signal-acquisition sy...
    HighSpeedADC
    last modified by HighSpeedADC
  • PXI and AXIe Products and Solutions Catalog

    The New Catalog for Modular Products has been issued and includes the M9203A PXIe High-Speed digitizer, the M9703B, the M9710A and the M9709A AXIe High-Speed digitizers. For more information, click here.   ...
    HighSpeedADC
    last modified by HighSpeedADC
  • Unrivaled 10 GS/s AXIe High-Speed Digitizer Providing High Dynamic Range with Wide Bandwidth

    Multi-Module Capability Ensures Very High Channel Density Key Features: -New AXIe high-speed digitizer with up to 10 GS/s sampling rate -4 channels, 10-bit, DC up to 2.5 GHz bandwidth -Multi-channel applications in...
    HighSpeedADC
    last modified by HighSpeedADC
  • Oscilloscope or Digitizer for Wideband analysis - Why care?

    This presentation describes the differences between digitizer and oscilloscope measurements and explains how the trade-offs will impact your wideband measurement results. Wider communication bandwidths are used more ...
    HighSpeedADC
    last modified by HighSpeedADC
  • PXI and AXIe Products and Solutions Catalog

    The New Catalog for Modular Products has been issued and includes the M9203A PXIe High-Speed digitizer, the M9703B, the M9710A and the M9709A AXIe High-Speed digitizers. For more information, click here.   ...
    HighSpeedADC
    created by HighSpeedADC
  • Acquiring Data for Event Reconstruction and Analysis

    Your test goal is to quickly capture many different signals generated from an event and re-construct the data for review and analysis. Timing and synchronization of the signals must be perfectly aligned in order to pr...
    HighSpeedADC
    created by HighSpeedADC
  • Taking Signals to bits, Modularly

    Modular digitizers are at the heart of data-acquisition systems and, with appropriate architecture and software, can perform well as oscilloscopes. Of course, a digitizer has an analog front end, and for best results,...
    HighSpeedADC
    created by HighSpeedADC