Solutions

Real-time 640 Gb/s acquisition, streaming and storage solution using Guzik ADP7104 digitizer, DP9000 digital processor and cluster computers.

Real-time signal averaging to improve the signal-to-noise ratio and detect small signals otherwise buried in noise.

The Guzik ADP7104 Digitizer provides High Fidelity, High Channel Density and Long Acquisition memory to capture wideband “single shot” PDV events

Real-time ADC equalization and channel de-embedding Precise channel synchronization and timing alignment 100+ Gpoint acquisition memory per 32 Gsa/s channel Fast cross-correlation signal processing

Full band external frequency and phase response FPGA-based deembedding with up-to 640 tap FIR equalizing filter. Real-Time external frequency and phase response deembedding with Real-Time DDC with up-to 2.5 GHz user band and 160 tap FIR equalizing filter.

Multi-channel deep 1.6 / 3.2 second captures at full bandwidth of DDR4, LPDDR4, LPDDR5 or ONFi. Results are displayed and analysed either in Keysight Infiniium Oscilloscope Software for Digitizers or customer own analysis environment.

The COTS 5G and WLAN Channel Sounding System (CSS) is used for channel measurement and channel parameters extraction like Channel Impulse Response (CIR), Power Delay Profile (PDP), Angular Information (AoA and AoD) and Doppler Shift.

Data Acquisition (DAQ) and processing for medical imaging and diagnostics applications increasingly demand higher data acquisition bandwidths, to increase imaging resolution and faster computing for result processing.

The Keysight Infiniium Oscilloscope software for digitizers brings the ease-of-use (and many of the extensive measurement analysis capabilities) of oscilloscopes to the Guzik ADP7000 Series multichannel digitizers.

Accelerated Vector Signal Analyzer using advanced real-time digital signal processing options in the Guzik general purpose high-performance digitizers and FPGA-based digital processors.

Generate and analyze fully coded 802.11ad/ay waveforms with flexible parameter configuration with RF modulation bandwidths up to 9 GHz in frequency bands between DC and 10 GHz for base instruments and frequency bands between 50 – 75 GHz with extended millimeter-wave converters.

Generate and analyze 5G waveforms with RF modulation bandwidths up to 8.5 GHz in frequency bands between DC and 10 GHz for base instruments and frequency bands between 22.5 – 40 GHz with extended millimeter-wave converters.

Generate and analyze DOCSIS 3.1 waveforms with RF modulation bandwidths up to 5 GHz in frequency bands between DC and 5 GHz. The test solution covers all current D3.1 and future DOCSIS North American and EuroDOCSIS standards.

Generate and analyze FMCW radar waveforms with RF modulation bandwidths up to 10 GHz in frequency bands between DC and 10 GHz for base instruments and frequency bands between 22.5-40 GHz and 60 – 90 GHz with extended millimeter-wave converters.

Generate and analyze wideband satellite test waveforms with RF modulation bandwidths up to 10 GHz in frequency bands between DC and 10 GHz for base instruments and frequency bands between 22.5 – 40 GHz with extended millimeter-wave converters.

Generate and analyze pulse radar waveforms with RF modulation bandwidths up to 10 GHz in HF, VHF, UHF, L-, S-, C-, and part of X frequency bands between DC and 10 GHz for base instruments and X, Ku, Ka, mm, V and W frequency bands between 8 – 110 GHz with extended up/down converters.

Generate and analyze Ka-band waveforms with flexible parameter configuration with RF modulation bandwidths up to 10 GHz in frequency bands between DC and 10 GHz for base instruments and Ka-band frequencies between 26.5 – 40 GHz with extended millimeter-wave converters.

Generate and analyze E-band waveforms with flexible parameter configuration with RF modulation bandwidths up to 10 GHz in frequency bands between DC and 10 GHz for base instruments and E-band frequencies between 60 – 90 GHz with extended millimeter-wave converters.

Real-time digitizers in spectrometers can drastically increase data throughput. Collect spectra of 1 billion averages over the course of a few hours, when this feat would take in excess of 5 years with other systems. Improve signal-to-noise ratios by factor of 10-1000 by real-time averaging.

Using wide bandwidth digitizers to directly acquire, down convert, process Digital Communications, Wireless, Radar and Satcom standards up to 13 GHz and analyze with the Keysight 89600 VSA Software.

Guzik Technical Enterprises holds over 70 patents which form the basis for the various electronic, optic and mechanical innovations at the core of the products