RF Downconverters
RF Downconverters In today’s RF landscape, signal standards are advancing rapidly requiring higher frequencies and broader bandwidths for mission-critical applications such as 5G wireless, satellite GaGe offers a selection of RF Downconverter models that can cover narrowband frequencies starting at 9 kHz to wideband frequencies up to 40 GHz, with instantaneous bandwidths (IBW) that range from 10 MHz up to 500 MHz. The outputs of the RF Downconverters are connected to the channel inputs of high-speed PCIe Digitizers with suitable input bandwidth and A/D sampling rates for the targeted application. All RF Downconverter models [...]
GPU CUDA DSP
GPU CUDA DSP CompuScope GPU CUDA Processing Real-Time High-Speed Digital Signal Processing Imagine a world where your most complex computational tasks are executed in mere moments, where innovative technology meets unprecedented speed. GaGe's GPU CUDA Digital Signal Processing (DSP) technology is a game-changer in the realm of high-performance computing. The future of computing is here with GaGe's GPU CUDA DSP. Explore its full potential and see how it can transform your work and redefine your computing capabilities with GaGe. Request Quote DataSheet All CompuScope Express Digitizers [...]
GaGe Application Note: Creating a Data Link Signal Integrity Test Platform GalleryGaGe Application Note: Creating a Data Link Signal Integrity Test Platform
App Notes, Application Notes-GaGe, Brand-GaGe, Industry-Aerospace, Industry-Compliance Testing, Industry-Consumer Products, Industry-Education, Industry-Electronics, Industry-Government/Military, Industry-Manufacturing, News-GaGe, Products-GaGe, z1
GaGe Application Note: Creating a Data Link Signal Integrity Test Platform
Download a PDF Copy of this App Note Data Link Device Testing The data link device under test (Figure 1) is characterized by comparing test signals that are input to the link with signals measured at the link output. Differences between these two test signals indicate a degradation by the link during transmission. Figure 1. Two test platforms (PCIe and PXIe, respectively) transmit and receive the data link test signals. GaGe RazorMax high-speed data acquisition cards record the data for signal integrity comparison. The input and output test signals require sampling at 1 GS/s (GigaSample per second) [...]
Fast Fourier Transform FPGA Firmware
Legacy Product – Contact Vitrek at info@vitrek.com for more information. Fast Fourier Transform FPGA Firmware Real-Time FPGA FFT for High-Performance Digital Signal Processing DataSheet Fast Fourier Transform (FFT) FPGA firmware, designed for GaGe CompuScope FFT digitizers, performs complex digital signal processing directly on the digitizer’s onboard FPGA— eliminating host PC load,minimizing latency, and delivering real-time insights for high-speed applications. Unlike traditional methods that depend on host-based processing, this FPGA FFT firmware accelerates time-to-results by moving all computational tasks to the digitizer hardware. Whether you're developing radar systems, running [...]
PXIe RazorMax Express 16-Bit Digitizer
Legacy Product – Contact Vitrek at info@vitrek.com for more information. RazorMax Express 16 CompuScope 16-Bit, 1 GS/s, PXIe Gen3 Digitizer / Oscilloscope DATA SHEET The GaGe RazorMax Express CompuScope PXIe Gen3 x8 digitizer features unprecedented speed and resolution with either four or two 16-bit channels at 1 GS/s and 600 MHz bandwidth, and PXIe Gen3 data streaming rates up to 5.2 GB/s in a 3U Single Slot PXIe form factor. The PXIe Gen3 x8 interface doubles the top theoretical speed of previous PXIe Gen2 x8 modules to 8 GB/s, supporting real-time data [...]
Acoustic Engineering with Stimulus Response System
Acoustic Engineering with Stimulus Response System Customer Case The performance of music without electrical amplification requires precise acoustic engineering of its venues. A customer advises concerning large-scale renovations to existing cathedrals, concert halls and opera houses. Renovations may include decoupling the structure from its surroundings to minimize outside noise and redesigning the interior in order to optimize echo patterns. Buildings are acoustically characterized with precision sound equipment. A sound Stimulus, S(t), is generated by a loudspeaker and the Response, R(t) is received by a microphone, where t is time. Usually, the loudspeaker and microphone are positioned at the musician [...]
Protected: Utilities (Secure Access)
This content is password-protected. To view it, please enter the password below. Password:
Protected: Manuals (Secure Access)
This content is password-protected. To view it, please enter the password below. Password:
Protected: Drivers & SDKs (Secure Access)
This content is password-protected. To view it, please enter the password below. Password: