R&S RTO6, User Manual

Page: 905 / 2677

Protocol analysis
R&S
®
RTO6
905 User Manual 1801.6687.02 ─ 05
Remote command:
TRIGger<m>:MPHY:FSNumber:CONDition
on page 2285
TRIGger<m>:MPHY:FSNumber:MIN
on page 2286
TRIGger<m>:MPHY:FSNumber:MAX
on page 2286
CRC
Sets the specified Cyclic Redundancy Check (CRC) to be triggered on. The CRC setup
consists of the condition and one or two CRC patterns.
CRC is an error detecting code to detect accidental changes to raw data.
"Condition" Defines the operator to set a specific CRC, e.g. "Equal" or "Not
Equal" or a range.
"Data Min/Data"
Defines the bit pattern of the CRC pattern.
In binary format, use the following characters: 1; 0; or X (do not care).
To enter the pattern in other formats use the bit pattern editor, see
Chapter 13.1.7, "Bit pattern editor" , on page 493.
"Data Max" Sets the maximum value of a range for "Condition" = "In range"/"Out
of range".
Remote command:
TRIGger<m>:MPHY:CRC:CONDition
on page 2286
TRIGger<m>:MPHY:CRC:MIN
on page 2287
TRIGger<m>:MPHY:CRC:MAX
on page 2287
Req
Sets the specified Reset Link Request (RReq) or Credit Transmit Request (CReq) to
be triggered on.
RReq is used for requesting the remote end to reinitialize its Transmit (TX) Physical
Layer (PHY) while CReq is used for requesting flow control information for the corre-
sponding
TC from the remote end.
"Data" Defines the bit pattern of the RReq pattern.
In binary format, use the following characters: 1; 0; or X (do not care).
To enter the pattern in other formats use the bit pattern editor, see
Chapter 13.1.7, "Bit pattern editor" , on page 493.
Remote command:
TRIGger<m>:MPHY:RREQ
on page 2288
TRIGger<m>:MPHY:CREQ
on page 2287
Credit
Sets the specified credit to be triggered on. The credit setup consists of the condition
and one or two credit patterns.
Credit represents the total number of credits available since boot time.
"Condition" Defines the operator to set a specific credit, e.g. "Equal" or "Not
Equal" or a range.
M-PHY and USB SSIC (option R&S RTO6-K580 and K570)