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Thanks for the useful table - perhaps its worth pointing out that the bandwidth requirements for decoding serial data are different from making signal integrity measurements?
That's kind of depressing from a hobby-budget-scope point of view Perhaps a list of what you *can* do with a 100MHz or 300MHz scope would be more uplifting?
I've successfully decoded PCIe Gen1 on my (bandwidth-hacked) Tek DPO5034.
Quote from: awallin on February 19, 2016, 03:03:41 pmThat's kind of depressing from a hobby-budget-scope point of view Perhaps a list of what you *can* do with a 100MHz or 300MHz scope would be more uplifting?SPI, I2C, RS232...(Weirdly enough that's a list of the protocols that are in the menu of my 'scope)
Slide 49 on page 25 is a good reference for this, too.http://www.keysight.com/upload/cmc_upload/All/Oscilloscope_BW_Reqmts_for_Emerging_Serial_Data_Intfcs.pdf From an older but interesting talk on optimizing your bandwidth.
The list from Wuerstchenhund is (AFAIK) more industry focused and less hobbyist focused.
Our InfiniiVision scopes support I2C, SPI, UART (RS232,485, etc), CAN (-dbc), LIN, FlexRay (lol), I2S, MIL-STD1553, ARINC429, SENT