Agilent Automotive Ethernet PHY Layer Analysis and Debug Solution Flyer 5991-1274EN c20140701 [2] free download

File name Automotive Ethernet PHY Layer Analysis and Debug Solution Flyer 5991-1274EN c20140701 [2].pdf

Product Fact Sheet Keysight Technologies E5071C ENA Option TDR Enhanced Time Domain Analysis Comprehensive signal integrity measurement solution for next generation standards Automotive Ethernet PHY layer analysis and debug To meet the demand for higher security in automobiles, a faster and more reliable in-vehicle network is required to improve vehicle control. In addition, simultaneous streaming of high quality video and sound, and the digitization of camera systems 100BASE-TX PHY layer test items ENA Option TDR Introduction have increased network traffic for vehicle information systems. ANSI X3.263-1995 Features Values Automotive Ethernet, which can cover both control and Vout overshoot [1] Multi-domain Frequency domain and time domain analysis information systems, is gaining attention. Investigation into the Vout rise time and fall time [1] analysis is available in a single instrument. By observ- automotive Ethernet specification is based on the IEEE802.3 ing both the time and frequency domain Duty cycle distortion [1] 100BASE Ethernet standard. ENA Option TDR provides a response at the same time, deeper signal solution for 100BASE physical layer evaluation (cable mea- Transmit jitter [1] integrity insight can be obtained. surement, return loss measurement). AOI template [1] Simple and The user interface is designed to provide Vout differential output voltage [1] intuitive a similar look-and-feel to traditional TDR Transmitter return loss [2] operation oscilloscopes. You can easily measure with Receiver return loss [2] equal or greater operability compared to the TDR oscilloscope. Following the Setup Wizard IEEE Std 802.3TM-2008