MONTREAL, April 17, 2026 (GLOBE NEWSWIRE) -- Introspect Technology, a JEDEC® member and a leading manufacturer of test and measurement instruments, announced today that it is currently shipping the M5504 High-Speed Digital Test System. As the newest member of Introspect’s award-winning M Series, the M5504 is the ideal test and measurement solution for the validation and high-volume characterization of next-generation memory interfaces targeting JEDEC’s recently released JESD209-6 LPDDR6 Standard. Addressing a severe gap in equipment availability for semiconductor validation engineers, system engineers, I/O characterization engineers, and failure analysis engineers, the M5504 was designed from the ground up as a hybrid benchtop test and validation solution. Part Bit Error Rate Tester (BERT), part Automatic Test Equipment (ATE), and part System-Level Tester (SLT), the M5504 enables a myriad of possibilities for engineers who continue to face more daunting challenges with every semiconductor process node. For example, at the validation stage, the parallel nature of the M5504 provides realistic entire-bus connectivity, while at the I/O characterization stage, its high-performance nature enables saving millions of dollars on conventional characterization equipment. Finally, the M5504’s deep vector memory helps system engineers perform ATE-style vector tests with the most realistic command payloads in the industry – payloads that can be acquired from protocol analyzer tools such as the SV7M-LPDDR5PA LPDDR5 Protocol Analyzer. Simply stated, the M5504 enables testing in ways that were thought to be impossible previously.

Next generation memory interfaces such as LPDDR6, DDR6, and HBM continue to push the boundaries of data transfer speeds. More importantly, these interfaces are deployed in manners that are quite different from previous generation memories. First, the number of memory controller vendors worldwide is growing almost exponentially, and this creates immense interoperability challenges. Additionally, a single CPU or FPGA can now contain tens of separate memory controllers, each needing to be tested and debugged. Finally, the memory interface protocols themselves require advanced training, signal encoding, and sophisticated data communication schemes.

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