The Teledyne LeCroy HDO4K-DPHYBUS D decode uses color-coded overlays on various sections of the protocol for an easy-to-understand visual display. Depending on the time base or the amount of zoom, the decode information is condensed or expanded to better assist in understanding events during short or long acquisitions.

The MIPI D-PHY and M-PHY decode and physical layer test package provides the most complete set of conformance tests available to simplify MIPI design and debug of the physical and protocol layers. The one touch eye diagram creation and integrated 110 conformance measurements makes this the only package for MIPI D-PHY and M-PHY testing.

1553 TD uses color-coded overlays on various sections of the protocol for an easy-to-understand visual display. Depending on the timebase setting or the amount of zoom, the decode information is condensed or expanded to better assist in understanding events during short or long acquisitions. 1553 TD features both Transfer level and Word level decoding to offer the most flexibility to the debug process. The decode operation is fast—even with long acquisitions. The user can choose to decode into Hex, Binary, ASCII, or Decimal.

Quickly locate physical layer problems using powerful eye diagram mask tests. Additional analysis tools are available, providing two different jitter breakdown methodologies and the deepest jitter analysis toolbox for correctly identifying sources of jitter. The physical layer package has unique eye diagram analysis tools, such as IsoBER, for providing even deeper insight into eye diagrams. A full suite of amplitude and timing measurements can be applied to debug physical layer issues that may not be apparent in a protocol view.

For a complete MIPI toolset, Teledyne LeCroy offers a D-PHY compliance package as well as a decode package for DigRF 3G and v4 signals. QPHY-MIPI- DPHY provides automated compliance testing to the MIPI Alliance specification for D-PHY version 1.00.00. The DigRF 3G and v4 decode packages offer a quick and powerful way to debug DigRG design challenges.

Eye Diagrams are an important part of testing many serial data standards. Eye diagrams can be easily created for MIPI D-PHY and M-PHY signals with the touch of a button. Seeing the eye diagram gives good insight into the MIPI D-PHY and M-PHY system but measuring key timing parameters like Eye Opening, Skew, rise/fall time, and TJ/DJ help validate the conformance of the signal to the specification. Over 70 measurements are available for D-PHY and over 100 are available for M-PHY.

Search through a long record of decoded data by entering any of 28 available search criteria by entering a value or simply finding the next occurrence. Quickly and easily search for a signal type of interest. Choose from 28 criteria to quickly pinpoint an area of interest, zoom in, and analyze. Use previous and next controls to find the next instance for quick and easy debug.