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Repeat the test for all supported USB4 Gen2 and Gen3 speeds.

Repeat the test for all remaining USB4 lanes. Find us at ġ5 Frequency Stop Frequency Start Limit Stop Limit 0.05 GHz 3.00 GHz db db 3.00 GHz 4.00 GHz db db 4.00 GHz 6.00 GHz db db 6.00 GHz 8.00 GHz db db 8.00 GHz GHz db db GHz GHz db db 9. Run and confirm the measured values is within the limit shown below. Measurement and Data Analysis Compliance Type Measurement Test Limit Router Transmitter Differential Return Loss Assembly (TX RL_DIFF), Sdd22 Tx/Rx Compliance Transmitter Common Mode Return Loss (TX RL_COMM), Scc22 Receiver Differential Return Loss (RX RL_DIFF), Sdd db for 0.05 Single. Set the Gate Start and Gate Stop value as Time Domain channel. (Example: Setup, Trace Control) Find us at ġ3 4.3.2 Gating setup in frequency domain 1. Tabs (in the TDR) are displayed in Brown color and Bold. Buttons (in the TDR) are displayed in Green color and Bold. Soft keys (Keys on the screen) are displayed in Bold. Hard Keys displayed in Blue color and Bold. Perform Gating Setup in Time Domain and Frequency Domain Perform Return Loss Measurements in Frequency Domain Note: 1. Power on and warm-up the VNA unit for >15 Mins - Connect ECal module to VNA (Wait for "Ready" green LED) Launch Enhanced-TDR app and Recall state file (*.tdr) Perform Time Domain and Frequency Domain Calibration. TenLira installation - Active TCL installation - Thunderbolt script/usb4 ETT - Force power VB script installation VNA Pre-setup.
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Test Procedure 3.1 Test flow chart Host DUT setup and software installation. RF cable Terminator 3.5 mm or SMA cables of 4 GHz bandwidth or more * Y1740A-100 (3.5-mm m-m, 36 inch) cable is recommended for USB and PXI VNA 50-ohm terminations to terminate unused channels (EG: Keysight 909D-301) 2 ea. Adapter 3.5mm(f)-Type N(m) adapters (Keysight ). 2-Ports Electronic Calibration (ECal) Module EG: N7555A 2-Ports or N4433D-010/0DC 4-Ports Rosenberger 2.92mm pair cable Rosenberger 2.92mm-SMP adapter x2 Wilder TBT3 Type-C fixture Optional: SMP adapter removal tool Optional: N2787A 3D probe positioner 1 ea. x=6 for ENA, x=7 for Streamline USB, x=5 for PXI Min.
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2-Ports (Min): E5080B-2K0: 2-Ports, 9 khz to 20 GHz or P5004A-200 Streamline USB Series VNA or M9374A PXI Multiport VNA 4-Ports (Recommended): E5080B-4K0: 4-port test set, 9 khz to 20 GHz or P5024A-400 Streamline USB Series VNA or M9804A-400 PXI Multiport VNA Legacy VNA: E5071C + E5071C-TDR Software (recommended) ECal or mechanical cal kit Test fixture Note: Ensure that VNA firmware revision is at least version A or above (Windows 10) S9x011A/B Enhanced time-domain analysis with TDR * Selection is based on the VNA platforms. Configuration Requirements Description Test Equipment Qty Network analyzer Keysight Vector Network Analyzer: (20 GHz is recommended as USB4/Type-C cable/connector requires measurements up to 20 GHz) 1 ea.
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Universal Serial Bus 4 (USB4 ) Specification Revision 1.0 (June 2020) Find us at Ĥ 2. USB4 (USB Type-C) Router Assembly Electrical Compliance Test Specification Revision 0.96 (Jan 30, 2000). Revision History Revision Comments Date 1.0 First draft for E5080B series 30-July-2020 Reference documents 1.
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Revision History Configuration Requirements Test Procedure Test Flow Chart Description of Measurement Window Measurement Setups Recalling a State File Perform Calibration Setup ECal Calibration and De-embedding Gating Setup Gating Setup in Time Domain Gating Setup in Frequency Domain Measurement and Data Analysis Transmitter Differential Return Loss (TX RL_DIFF) Transmitter Common Mode Return Loss (TX RL_COMM) Receiver Differential Return Loss (RX RL_DIFF) Receiver Common Mode Return Loss (RX RL_COMM) Manual Setup Channel & Trace Setup Frequency Range setup Defining Limit Line Tables Web Resources Find us at ģ 1. 1 Method of Implementation (MOI) USB4.0 Transmitter & Receiver Return Loss Using Keysight Vector Network Analyzer with Enhanced TDR App Find us at Ģ Table of Contents 1.
