Keysight Transmitter Compliance Test Software for DDR6 provides a fast and easy way to test, debug and characterize your DDR6 designs.

Highlights

The D9360DDRC Keysight Transmitter Compliance Test Software for DDR6 simplifies the testing, debugging, and characterization of your DDR6 designs. DDR6 technology delivers up to two to three times the throughput of DDR5 through a redesigned four narrow sub channel architecture and advanced high speed signaling, dramatically increasing data transfer bandwidth. This software provides full test coverage for DDR6 DRAM and memory silicon — as well as DIMM modules, RCDs, Data Buffers, IMBs, and host controllers — ensuring conformance to transmitter specifications. The DDR6 test methodology is a pre release development by Keysight Technologies, Inc, facilitating design pathfinding and early adoption ahead of the emerging JEDEC DDR6 standard.

Automating the oscilloscope configuration, the application enables efficient, reliable testing and margin analysis across the full speed bin range up to 19.2 GT/s. By highlighting pass/fail thresholds and margins, it delivers clear insights into device performance, saving valuable test time and reducing design costs.

The software offers several key features to simplify the validation of your designs.
  • Intuitive setup wizard for quick test setup, configuration, and test.
  • Comprehensive test coverage of the DDR6 electrical, timing, eye diagram, and jitter tests.
  • De-embed interposer, cable and even package models to verify the true device performance.
  • Cutting-edge equalization emulation using Keysight's built-in equalization analysis, including auto tap setup with multiple optimization algorithms, to accurately determine and simulate ideal DFE settings for a trained DDR6 memory system.
  • Full coverage of Offline testing capability with waveform files for completeness of simulation to validation workflow.
  • Automatically detects the DDR6 operating data rate, eliminating the need for manual entry and reducing setup time.
  • Flexible Burst Separation Methods support DQS-DQ Phase Difference, Read-Only/Write-Only, CA1 + Burst Latency, and CA2 + Burst Latency burst identification algorithms, enabling reliable burst detection.

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