From multi-gigabit serial designs like PCIe, DDR5, USB4, and multi-lane Ethernet to cutting-edge RF and power electronics, Tektronix Signal Integrity Modeling (SIM) helps ensure your design meets both compliance and real-world performance requirements.
SIM gives you the power to:
- De-embed test fixtures, components, and cables for accurate DUT visibility
- Embed real-world channel effects to simulate system behavior
- Visualize signals simultaneously at any location
- Emulate realistic transmitter and receiver behavior with advanced equalization to restore signal clarity and ensure compliance
- Compare multiple circuit simulations to evaluate design performance, margin, and “what-if” scenarios faster
Explore how SIM gives you full visibility into the signal path, providing the confidence needed to validate standards compliance and real-world performance for faster time-to-market.
7 Series DPO Digital Phosphor Oscilloscope
Built for Breakthroughs
The 7 Series DPO delivers unparalleled signal fidelity, high ENOB, low noise, low jitter, fast measurement throughput, and an award-winning TekScope® user interface making it ideal for meeting the evolving needs of high-speed serial, high-energy physics, and key RF applications. Bandwidth ranging from 8-25 GHz and compatible with TekConnect™ probes.
Tektronix’s new Signal Integrity Modeling (SIM) software — lets you de-embed, embed, and apply equalization to your signal directly on your oscilloscope.
Key Features
- Physical Model de-embed environment – multi-block
- Simulation Model embed environment – multi-block
- Virtual test points to view signals at impractical probe locations
- Simplified workflows for faster setup
- Time and frequency-domain plots for blocks and test points
- Touch-optimized controls – click and drag blocks and test points
- Save and export filter file results for running within Tektronix automated compliance software and third-party software applications
- Scalable support for numerous simulations and test points
- S-parameter transformations and comparisons for rapid validation
- Receiver equalization – FFE, DFE, and CTLE (requires SIMA)
- Transmitter equalization – add de-emphasis or pre-emphasis (requires SIMA)
- Automatic Tektronix oscilloscope and probe modeling
For more information on Signal Integrity Modeling, click on this link for the datasheet.
Learn more about SIM for high-speed systems verification and compliance testing.
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