Tektronix announces the industry’s first fully automated physical layer transmitter test solution for the MIPI® M-PHY 3.1 specification and Conformance Test Suite (CTS) 3.1. The solution supports M-PHY High Speed Gears 1, 2 and 3, PWM Mode (G0-G7), and SYS Mode and offers the industry’s lowest noise solution for M-PHY measurements when used with Tektronix DPO70000SX or MSO/DPO70000DX oscilloscopes and P7600 series probes. The automated solution supports advanced analysis, debugging and characterization of devices while allowing designers to test in compliance mode as well as user-defined mode.
The M-PHY TX automated solutions provides support for 100 percent of tests as per M-PHY 3.1 and CTS 3.1 using the TekExpress 4.0 framework, a state-of-the-art tool designed for automation. The backend engine of automation is based on Iron Python which uses socket based programming and .Net remoting. Socket-based scripting interface is a de-facto standard that allows engineers to integrate Tektronix automated solution into their automation environments.
Testing M-PHY transmitters running in high-speed mode requires a scope and probe system with rise time 3X faster than the signal rise time, sensitivity of 200 mVFS, minimal added noise (<1 or 2 mVrms), and high return loss as specified in the M-PHY standard. Tektronix DPO70000SX and MSO/DPO 70000DX oscilloscopes and P7600 Series TriMode probes are the only measurement system available that can meet these requirements while also providing convenient and consistent bus termination for HS measurements with low noise and high sensitivity. The closest alternative has 10X worse sensitivity (Tektronix: 35 mVfs vs. Competition: 360mVfs) and adds 4X more noise (Tektronix: <1mVrms vs. Competition: 4 mVrms) to the signal.
Automated BERTScope Solution for RX Testing
Along with the automated TX solution, Tektronix also announced its fully automated BERTScope-based M-PHY RX solution. The automation solution is provided by Tektronix partner Granite River Labs. Auto calibration along with measurement support for HS and PWM Mode is supported as per M-PHY 3.1 and CTS 3.1. Auto calibration for high speed gears reduces the complexity of setup, saves time, and enables users to test devices faster. Margin testing for high speed gears allows designers to validate and stress their devices to maximum potential resulting in competitive technical specifications for their products
M-PHY HS Gear 4 Support
The recently released M-PHY 4.0 specification includes support for HS Gear 4 with a data rate of 11.6 Gb/s. This introduces the need for new measurement methodologies and equalization techniques. Characterization of the bit error ratio (BER) of devices requires a breakdown of the impact of both jitter and noise. At the receiver side, the eye will be completely closed due to attenuation of the signal and equalization will be needed. Tektronix analysis solutions, DPOJET and SDLA (Serial Data Link Analysis), are well positioned to meet these needs by providing both jitter and noise analysis displayed using full contours, along with receiver equalization for HS Gear 4.
UniPro, UFS Protocol Testing
For protocol testing, PGY-UPRO and UFS software for use with Tektronix high performance oscilloscopes is now available. This software delivers protocol aware triggering and protocol analysis of the latest version UniPro and UFS protocols. This software leverages hardware-based serial pattern trigger and long capture features to display time correlated view of communication between UFS host and the device under test. Designers can correlate the protocol activity down to the physical layer to debug problems with visibility of both electrical signals and bit level information.
Option M-PHY TX Automated is available now worldwide. Pricing for the new option is $6,370.