70 GHz INTERFERENCE MODELING PLATFORM

An inter-symbol interference (ISI) platform specifically designed for the demanding signal integrity requirements for 112 Gbaud PAM-4. True (ISI) is created by loss generated with dielectric, skin effect and metal conductor losses only. Deliverables include pristine connector launches, and unimpeachable material/loss models.
- Suited for 112G PAM4 characterization and compliance testing
- Very good return-loss out to 70GHz
- Selectable losses from –1dB to −35dB at 26.56GHz Nyquist
- Causal/Passive high quality Sparameters included
- Very clean loss out to 70GHz – suited
for Design-of-Experiments (DOE)
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50 GHz Advanced Channel Modeling Platform

Our new channel modeling platform is built for enhancing signal integrity workflow confidence to 50 GHz, so you can benchmark and prove out your solution.
- Signal integrity training, benchmarking EDA tools
- Passive/causal-tested S-parameters provided
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6-56 Gbpsec Crosstalk Aggression Platform

The industry’s first tool for crosstalk generation in 6-32 Gbpsec NRZ and PAM-4 56 Gbpsec systems. Provides crosstalk for low, medium, and high return loss conditions in seconds.
- IEEE 802.3bj, OIF-CEI 25G LR, COM
- Mimics backplanes
- 10µV to 200mV of RX noise
- Can be used with ISI-28/32 or ISI-56 for combining loss and crosstalk
- Includes Keysight ADS EDA serial link kit supporting IBIS-AMI and single-bit response optimization
- Includes S-parameter library for direct EDA serial-link simulations
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56 Gbpsec ISI Loss Modeling Platform

The ISI-56 has 2X better signal integrity than ANY other intersymbol interference (ISI) test fixture. It is the first ISI loss modeling platform to meet the stringent requirements of IEEE P370.
- Loss from –5dB to –40dB at 56 Gbpsec
- Causal/passive high-quality S-parameters included
- Full channel operating margin (COM) metrics provided
- Options for ultra-low-skew cables are available/li>
- Superb signal integrity <–20dB return loss
- Pristine launch design
- Assembled with next-generation Samtec 2.4mm connectors
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