Towards a qualification data set: Expanded SEE data on the P2020 processor

S. Guertin, Sergeh Vartanian
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引用次数: 2

Abstract

Earlier P2020 SEE data are compared and expanded to a recent die revision, significantly increasing samples tested by protons by five devices, and by heavy ions by five devices. Earlier tested SEE types are found to be fairly similar in register, L1 cache, L2 cache, and CPU crashes. New test methods give SEE performance for the flash memory controller, watchdog circuit, and a built-in Ethernet port on the P2020 processor. Results from heavy ion and proton tests are presented, with data separated over a large number of specific error types and test programs.
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迈向合格数据集:在P2020处理器上扩展SEE数据
将早期的P2020 SEE数据与最近的die修订进行了比较和扩展,显着增加了五个设备的质子和五个设备的重离子测试样本。早期测试的SEE类型在寄存器、L1缓存、L2缓存和CPU崩溃方面非常相似。新的测试方法给出了闪存控制器、看门狗电路和P2020处理器上的内置以太网端口的SEE性能。从重离子和质子测试的结果提出,与数据分离在大量特定的错误类型和测试程序。
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