• Oct 16, 2014

    Innovative Battery and Power Management Solutions for Wearable Electronics

    Wearable technology is poised for major growth. This technology can take many forms from fitness bands and smartwatches to augmented reality visors and more. Many of today’s consumer products are oriented toward health and fitness, convenience, or smartphone accessories but there are medical, safety, and security applications for enterprise and professional use, as well....More
  • Oct 30, 2014

    SuperSpeed USB 10Gbps (USB 3.1) Physical Layer Test Challenges

    Driven by the demand for more bandwidth, high speed digital standards continues to evolve to higher data rates. The USB 3.1 specification delivers more than double the practical data rate compared to the current 5 Gbps USB 3.0, by implementing a more efficient data encoding scheme. This results in even tougher requirements for the physical layer to ensure interoperability at 10 Gbps....More
  • Oct 1, 2014

    Surmounting the Challenges of 16 Gigabit Operation with PCI Express

    The move to data transfer speeds of 8 gigabits per second and beyond ushered in a new era for PCI Express designers who had to overcome the physical test challenges of receiver equalization and complicated feedback mechanisms for controlling transmitter equalization. In addition shorter unit intervals and channel insertion loss reduce operating margins considerably....More
  • Aug 28, 2014

    How to Achieve Compliance to the New 1E-16 BER Contour Spec in DDR4

    For the first time in a DDR standard, JEDEC has included in a BER contour spec for DDR4. The eye opening of the 1E-16 BER contour of DQ lines must not violate the mask. This specification presents new simulation and measurement challenges....More
  • Oct 29, 2014

    Measuring Power Rail Signal Integrity with Oscilloscopes

    Power rails play a critical part in today’s electronic device development. The need to see and characterize small disturbances on rails is increasing as are the challenges to make these measurements. Attend the webinar and learn what scope attributes—from the acquisition engine to the probe tip—enable more precise and comprehensive testing of power rails....More
  • Sep 25, 2014

    How to Optimize Your SerDes Design During the Pre-layout Phase

    In the era of receiver equalization, older stackup and controlled impedance line design tools are obsolete because the metrics that output (frequency response) are irrelevant. The metric that matters today is the post-equalization eye opening....More
  • Aug 22, 2014

    One Size Doesn't Fit All: Which connectivity technology is right for your IoT design and how to easily get started

    TI has the broadest portfolio of wireless connectivity solutions in the market including Wi-Fi, Bluetooth, Bluetooth LE, Sub 1GHz, NFC and Zigbee. This webinar will take you through some of those technologies and key reasons why you would select one over the other....More
  • Sep 10, 2014

    Discover Keysight’s New AWG: Highest Speed, Bandwidth & Channel Density

    Need to test modulation formats, pulse shaping and distortions for complex modulated signals or multi-level digital interfaces? Explore the possibilities with Keysight's new arbitrary waveform generator (AWG) that enables leading edge signal generation for 100G, 400G and 1 Terabit research with the highest flexibility in speed, bandwidth and channel count....More
  • May 22, 2014

    Simultaneous Switching Noise Analysis in DDR4 applications using Power-Aware IBIS Models

    Simultaneous Switching Noise (SSN) analysis is very important in designing the next generation of memory (and serial) interconnects. This webcast discusses DDR4 applications and showcases a methodology to do the SSN analysis which can help identify problem areas, debug issues and optimize the design....More
  • Aug 7, 2014

    Create Complex and 2-Channel Signals with Trueform Generators

    Live Webinar: August 7, 2014 at 1 p.m. ET / 10 a.m. PT | Creating two different signals with a function generator has its complications. Coupled signals need precise timing and flexibility for identical tracking, ratios, inverting or even summing....More

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