Teledyne LeCroy Serial Data Debug Solutions - Manual (Page 163)

Operator's Manual
919586 RevA 163
FibreChannel Decode Search
After clicking the Search button from the Decode dialog, the FibreChannel Search right-hand dialog appears
when the Zoom dialog is shown.
Use the Prev and Next buttons to advance through occurrences. Use the Type, Subtype, and Frame type
controls to refine your search.
Note: Selections made on these controls determine which Subtypes (and for Frame, additional Frame types)
are available.
FibreChannel Type selections include Any, Frame, Grouped Primitives, Protocol Error, and Unknown. The
following Subtypes are available for each Type:

Any - No Subtype selection is available.

Frame - With the Frame Type selected, ANY, FCP, Switch Internal Link, Generic Link Service, FICON,
AE1553, Device_Data, Extended_Link_service, FC4_Link_Data, Video_data, Basic_Link_service,
Link_Control_Frame, Extended_Routing, and UNKNOWN Subtypes are available.

Grouped Primitives - With the Grouped Primitives Type selected, Any, CLS, DHD, MRKx, R_RDY, VC_RDY,
BB_SCs, BB_SCr, NOS, OLS, LR, LRR, LPByx, LPBfx, LPEyx, LPEfx, LIP_F7_F7, LIP_F8_F7, LIP_F7_x,
LIP_F8_x, LIPyx, LIPfx, LIPba, Idle, Idle2, Idle3, ARBff, ARByx, ARB_val, SYNx, SYNy, SYNz, OPNyx, OPNyy,
OPNyr, and OPNfr Subtypes are available.

Protocol Error - With the Protocol Error Type selected, Any, VC_RDY Primitive Error, Miss EOF, Miss SOF,
Frame Length Error, CRC Error, Alignment Error, Primitive Error, Spacing Error, and Extra SOF or EOF
Subtypes are available.

Unknown - No Subtype selection is available.
Using the PCIe Option
Using the PCIEbus Option Overview
PCI Express (PCIe) is a serial computer expansion card interface standard developed to replace parallel PCI, PCI-
X, and AGP standards. It is now pervasive in computing systems, and its earliest generation (PCIe 1.x) is
becoming more common in embedded systems. PCIe utilizes point-to-point connections and typically consists of
multiple lanes of both transmit (Tx) and receive (Rx) datastreams, with data being "striped" across multiple
datastreams to achieve higher data transmission rates than a single lane could provide.