LPDDR4 introduces new test and measurement challenges due to lower input/output voltage of just 1.1V, higher data rates and compact mechanical designs that limit access to test points. There are also multiple changes in Vref, read burst and write burst which further increase the complexity to perform the tests mandated by the JESD209-4 specification. Tektronix provides the industry’s most complete set of tools design engineers need for qualifying their LPDDR4 designs. Through automated set-up and test execution, the Tektronix solution can reduce testing cycles from a week or more to a single hour.
"There’s no question that LPDDR4 makes validation far more complex and challenging for the entire mobile memory ecosystem, from silicon vendors to system integrators," said Brian Reich, general manager, Performance Oscilloscopes, Tektronix. “We offer the test and measurement tools needed to efficiently bring this exciting technology to market, from high-performance oscilloscopes and probes to advanced analysis software spanning the entire memory validation continuum."
With this introduction, Tektronix now offers integrated PHY layer testing and debug of the new LPDDR4 standard in DDR-LP4 analysis software.
LPDDR4 interposers
In conjunction with partner Nexus Technology, Tektronix is also introducing the industry's first LPDDR4 memory component interposers featuring two patented interposer designs. EdgeProbe™ interposers are designed for the demanding mechanical constraints required by mobile designs while socketed interposers are available for ease of use, reusability and component swapping.
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