What’s the scoop with EZ-Safety?
EZ-Safety SRAM IP is our charm for automotive chips, tailored to meet the ISO 26262 standards, making chip design wizards more adept at conjuring car-friendly chips. It cozies up with your existing memory test circuits, taking a snapshot of crucial memory before it runs its diagnostic spells. If the memory’s read-write spells are spot-on, it restores the data; if not, it alerts the chip’s mastermind. Plus, its block-building architecture makes it a breeze to embed into SoC castles. Just link it to key memories, and voilà, data backup, testing, and restoration are done in a snap.
And what about EZ-TEC?
EZ-TEC SRAM IP, sharing space with your memory test circuits, springs from our U.S. patented “METHOD FOR GENERATING AN MEMORY BUILT-IN SELF-TEST ALGORITHM CIRCUIT.” It breaks down memory test algorithms into elements, allowing you to tailor any test algorithm by rearranging these elements. After BIST spells reveal memory flaws, you can remix elements to cast a new test spell, retesting crucial memories to lower DPPM and boost chip quality. Like EZ-Safety, EZ-TEC uses a block-building architecture for easy use.
What makes these IPs stand out?
EZ-Safety SRAM IP not only aligns with ISO 26262, running independently from any MBIST structure but also ensures the integrity of crucial memories with its intuitive design, making embedding and integration a walk in the park. Similarly, EZ-TEC operates independently, enabling the design of optimal circuits through a modular approach and allowing for effective retesting of key memory flaws, thus minimizing DPPM.
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