KEYSIGHT/Midea's M8195A arbitrary waveform generator, with a sampling rate of 65 GSa/s, a bandwidth of 25 GHz, and multi-channel synchronization capability, is designed for high-speed digital, optical communication, radar, and satellite communication. It provides NRZ/PAM4/PAM8, coherent I/Q, long PRBS, and pulse linear frequency modulation signal generation, supports real-time damage injection and long sequence scenarios, and is compatible with high-speed interfaces of 32 GBaud and above for multi-channel parallel testing.
The brand to which this instrument belongs has long been deeply involved in the field of electronic testing and measurement, focusing on providing reliable testing solutions for industries such as high-speed digital, optical communication, semiconductor, and aerospace. Its products have gained industry recognition for their high bandwidth, high sampling rate, and flexible scalability. M8195A focuses on high-speed signal generation, compatible with high-speed interfaces of 32 GBaud and above, coherent optical communication, and radar signal simulation, meeting the full cycle testing requirements from research and development to mass production.
Ultra high speed and wide bandwidthSampling rate of 65 GSa/s, analog bandwidth of 25 GHz, typical rise/fall time (20%/80%) of 18 ps, suitable for generating ultra short pulses and broadband linear frequency modulation signals.
High channel density and synchronizationSingle module 1-4 channels (software upgradable), synchronized with 4 modules and 16 channels through M8197A, with a phase difference of<50 fs between channels, meeting parallel testing and phase sensitive applications for multi port devices.
Real time signal and damage generationEmbedded DSP supports real-time generation of waveforms and damage (jitter, ISI, noise, PAM-n non equidistant levels), 3-level sequencer and ping-pong loading support long signal scenarios without interrupting playback.
Flexible memory and code supportThe memory can be expanded from 2 GSa to 16 GSa, supporting PRBS7-PRBS31 long code types, and adapting to BER and signal integrity testing of high-speed digital interfaces.
Multi functional signal generationSupport NRZ/PAM4/PAM8/DMT, HDMI/C-PHY/D-PHY protocol signals, provide variable transition time and pulse shaping filters, and adapt to high-speed digital and optical communication I/Q signal generation.
Efficient calibration and system integrationBuilt in frequency/phase response calibration and fixture embedding, compatible with SCPI instruction set, supports external triggering and reference source synchronization, adapts to automated testing platforms and external system integration.
High speed digital interface testingGenerate NRZ/PAM4/PAM8 signals, support rates of 32 GBaud and above, inject jitter ISI、 Noise and other damages, suitable for BER and signal integrity verification of high-speed interfaces such as SerDes, MIPI C-PHY/D-PHY, and HDMI.
Coherent optical communication testingGenerate two independent I/Q baseband signals (4 channels), support 32 GBaud coherent optical communication, and adapt to the research and verification of optical modules and devices.
Radar and satellite communicationGenerate ultra short pulses, broadband linear frequency modulation and phase encoding signals, support pulse RF analysis, adapt to signal simulation and performance testing of radar modules, satellite communication and electronic warfare equipment.
Semiconductors and high-speed componentsProvide high bandwidth, low jitter signals for characteristic testing and limit verification of high-speed DAC/ADC, amplifiers, and high-speed connectors.
Research and EducationGenerate strictly mathematically defined arbitrary waveforms, ultra short pulses, and broadband linear frequency modulation to meet the signal excitation requirements in physics, chemistry, and electronics research.
Production line automation testingSupport multi-channel synchronization and real-time damage generation, compatible with SCPI and automated testing platforms, and improve the production testing efficiency of high-speed digital and optical communication components.
