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  • Jan 15, 2015

    Overcoming Test Challenges of 100Gb Ethernet and Beyond

    Recent standards supporting 100Gb Ethernet and 32G Fiber Channel are enabling component and system designers to implement next generation designs utilizing serial links at these speeds....More
  • Jan 21, 2015

    RF Measurements You Didn't Know Your Oscilloscope Could Make

    Frequency domain measurements are critical part in today’s electronic device development. The need to see across both the time domain as well as the frequency domain can be challenging. When can you use your scope as a spectrum analyzer?...More
  • Feb 3, 2015

    Quickly Identify and Characterize Temperature Measurement Points

    Have you ever had to guess what would be the right location to place your temperature sensors? Do you have questions on how to accurately characterize the temperature in your DUT?...More
  • Jan 22, 2015

    PCB Materials, Simulations, and Measurements for 32 Gb/s

    Breaking the 32 Gb/s barrier for printed circuit board (PCB) channels requires a strong understanding of PCB stack-up design, simulation methods, and measurement techniques. How a PCB fabrication document calls out the materials, such as fiber weave and surface roughness, is critical to high speed performance....More
  • Nov 19, 2014

    High Speed Interconnects, Signal Integrity, S-parameters and how to accurately characterize your Device

    Signal integrity through connectors, interconnects, transmitters and receivers affect product reliability and system performance and has become a major challenge for designers of high speed systems. During this hour we will review signal integrity from several angles....More
  • Dec 10, 2014

    Optimizing 100G Ethernet Electrical Measurements

    Characterizing signal and multi-lane 100G Ethernet digital links can be daunting and time consuming, driven by a wide range of test parameters and conditions. After carefully setting up the device, clock recovery, error detection, and test parameters, the user is still faced with understanding standards documents like IEEE 802.3-2012/bj/bm, and interpreting the results....More
  • Nov 18, 2014

    Switch Mode Power Supply Measurements and Analysis using Oscilloscopes

    Learn how to gain greater insight into the performance and efficiency of switch mode power supplies using oscilloscopes....More
  • Nov 12, 2014

    Ten Oscilloscope Innovations You’ll Want that Didn’t Exist Three Years Ago

    Human interface design of modern electronics have dramatically improved to increase productivity. In parallel, oscilloscope user interfaces have had radical improvements to speed debug and analysis....More
  • Oct 23, 2014

    PAM-4 Solutions for Transmit and Receive Design Characterization

    400 Gb/s links will be the next step in the continuing need for increased network bandwidth in data centers. Multi-level signaling formats such as PAM-4 are an enabling technology to implement 400G....More
  • Oct 21, 2014

    MIPI M-PHY, D-PHY and C-PHY Receiver Testing - Today and Tomorrow

    The mobile industry benefits from standards for hardware and software interfaces for mobile devices established by the MIPI Alliance. Data rate extensions of existing D-PHY and M-PHY interfaces, as well as the recently published multiple bit/symbol C-PHY interface, meet demands for higher aggregate bandwidth....More

Speed Time to Market with Consistent Measurements from R&D through Manufacturing
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2015 Back to Basics DVD-Modern Measurement Fundamentals
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The Continuing Adventures of CMOS Technology - Power and Linearity at Microwave Frequencies
August 20, 2015 @ 2 pm EST
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