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Teledyne LeCroy, Automated Physical Layer Compliance Testing

Google 우선 소스Published2015.03.16 18:32
March 12, 2015 --- Teledyne LeCroy (Country Manager Woon-Jae Lee, http://teledynelecroy.co.kr) today announced automated physical layer transmitter compliance testing for the MIPI M-PHY standard. The new compliance test software, QPHY-MIPI-MPHY, enables the highest reliability for M-PHY by measuring a large volume of cycles in a short time. HS_MODE, PWM_MODE, and SYS-MODE signal testing is possible on currently defined gears. A new active termination adapter designed for M-PHY testing ensures the connection between the instrument under test and the oscilloscope, simplifies the connection, and is performed in a cost-effective and highly reliable manner. The new QPHY-MIPI-MPHY compliance software utilizes the QualiPHY automated test framework, which automates connection diagrams and oscilloscope operations and generates measurement result reports.

Advanced M-PHY Debug and Analysis
The new QPHY-MIPI-MPHY compliance test software includes a powerful M-PHY physical layer and protocol decode debug toolset by default. Complex protocol decode, physical layer testing, and eye diagram analysis tools can simplify the design and debugging of M-PHY systems. Advanced time-saving measurement and analysis tools display physical layer measurements and decoding information to identify correlations between physical layer measurements and protocol information. The combination of the physical layer and protocol decode is crucial for quickly identifying the root cause of compliance failures.

Comprehensive End-to-End M-PHY Testing
The new M-PHY Physical Layer Transmitter Compliance Test Package is a powerful tool focused on the M-PHY test solutions provided by Teledyne LeCroy. This comprehensive set of products and tests includes the Eclipse x34™ Protocol Analyzer for M-PHY protocol testing and the PeRT3™ Phoenix M-PHY Receiver Test Option for M-PHY receiver testing. These new products can be connected to the company's existing oscilloscope tools to enable M-PHY transmitter testing and protocol decoding.


The Eclipse x34™ protocol analyzer is a standalone M-PHY analyzer with hardware support specifications for multi-lanes from x1 to x4 in HS GEAR1, GEAR2, and GEAR3. Hardware connectivity supports multi-probing methods, including M.2, SMA, multi-read, and mid-bus solutions. Eclipse x34 supports M-PCIe, SSIC, and Unipro/UFS protocols.

The PeRT3 Phoenix MIPI M-PHY receiver test solution is the first and only protocol-aware receiver test solution capable of recognizing the M-PHY bus protocol. It provides physical layer receiver testing of the MIPI M-PHY protocol, comprehensive support for HS GEAR1, GEAR2, and GEAR3 across the full range of data rates, and PWM Mode (G0-G7) across the full range of data rates. In addition to automated conformance testing, margin testing, and automatic calibration, PeRT3 includes a customizable connection state machine to model the operation of actual serial data protocols.

The full set of these products provides end-to-end testing for the mobile market.

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