The PLDM standardizes firmware updates across different platform components, using a sequence of discovery, transfer, verification, and activation. The failures can occur at any stage, from device identification and IBI...
The app note shows how Prodigy can differentiate NVMe-MI-over-I3C validation by combining command generation, protocol capture, decoding, and layer-by-layer debugging. The PGY-I3C-EX-PD helps identify I3C, MCTP, and NVMe-MI failures, including...
Validate SPDM authentication over I3C using the PGY-I3C-EX-PD. This application note demonstrates how to configure the analyzer as an SPDM Requester, execute the complete authentication handshake over MCTP/I3C, and analyze...
Debugging DAA failures in mixed I2C/I3C systems requires clear visibility into every transaction and address assignment. This application note shows how Prodigy’s PGY-I3C-EX-PD Protocol Exerciser & Analyzer simplifies the process...
Modern platform management depends on reliable MCTP over I3C communication, but validating every layer can be challenging. Our latest application note walks through physical layer validation, endpoint discovery, and MCTP...
Dynamic Address Assignment (DAA) failures can delay I3C bring-up, making debugging mixed I2C/I3C bus designs complex and time-consuming. Our latest app note shows how to quickly identify and resolve these...
RFFE Custom Controller Application Note: Automated RF Front-End Validation This application note explains how automated RFFE control enables efficient validation of RF front-end devices across multiple operating modes. It covers...
I3C Protocol Analyzer (PGY-I3C-EX-PD) is the Protocol Analyzer with multiple features to capture and debug communication between host and design under test. I3C Serial bus interface is emerging as a...
Innovative Probing Solutions for UFS2.1/2.2/3.1/4.0 Protocol Analysis
