Keysight Technologies' overall chip testing solution; 1. Introducing Keysight Technologies' overall solution in the field of chip modeling and simulation; 2. Introducing Keysight Technologies' new chip design data management system; 1. Key technologies and testing challenges for AI computing chips; 2. High-speed interconnect interface PCIe/CXL and Ethernet testing; 3. New storage and testing
Total of 1 lessons1 hours and 37 minutes and 5 seconds
The probe is a key part of the test system. If the probe is improperly selected or has poor performance, even with a high-performance oscilloscope, the accuracy of the measurement results cannot be guaranteed. An inappropriate probe may reduce the bandwidth performance of the system to a fraction of the original! Here we will give you an in-depth explanation of the basics of probes and explore their overall impact on the test system. We will also show you the actual operation of Keysight's latest InfiniiMax 4 series probes and UXR oscilloscopes to let you understand how to optimize test performance.
Total of 2 lessons2 hours and 7 minutes and 58 seconds
Digital twin technology uses data such as physical models, sensors, and operation history to map objects in the physical world in virtual space, thereby performing real-time and dynamic simulation. During the product development and design phase, engineers do not need to make modifications to real objects, but instead conduct experiments on "twins", thereby improving R&D efficiency and saving costs. RF System Explorer and DPD Explorer are system design and verification tools specially created by Keysight for RF circuit designers. They extract RF system-level digital twin parameters based on the ADS design environment.
Total of 1 lessons1 hours and 29 minutes and 5 seconds
HDMI® Specification HDMI 2.1b is the latest version of the HDMI® specification, supporting a range of higher video resolutions and refresh rates, including 8K60 and 4K120 and resolutions up to 10K. It also supports dynamic HDR format and the bandwidth capacity is increased to 48Gbps HDMI. Seamlessly integrates with the HDMI ecosystem with just one upgrade cable. This seminar will introduce HDMI2.1b design simulation updates, specification updates and test solution updates one by one.
Total of 2 lessons1 hours and 32 minutes and 26 seconds
Every day, technological advancements are reshaping the human experience—from how we live to how we work. Rapidly developing technologies, including emerging technologies such as 5G, 6G, autonomous vehicles, and non-terrestrial networks, are increasingly powered by AI and machine learning, accelerating endless imagination and innovation in various industries.
Total of 6 lessons2 hours and 37 minutes and 20 seconds
1. Past and present of millimeter wave technology 2. Main applications of millimeter wave 3. Keysight millimeter wave test solutions
Total of 1 lessons1 hours and 18 minutes and 48 seconds
UWB is regarded as a new function of the next generation of human-computer interaction due to its high accuracy and high security. With Samsung, Apple, Xiaomi and other mobile phones gradually introducing UWB functions, UWB already has a certain market capacity. I believe In the future, this technology will have more room for development in markets including automobiles and smart homes. This seminar will invite manufacturers in the industry chain to focus on UWB applications and solutions in popular fields.
Total of 4 lessons1 hours and 21 minutes and 39 seconds
As the world's leading provider of test and measurement solutions, Keysight has launched the Metaverse test series live broadcast to provide everyone with a detailed analysis of the various technical and testing challenges behind the Metaverse. This issue will introduce you to the challenges of VR/AR digital interface, the key equipment for entering the "Metaverse". VR/VR is a hardware medium for entering the metaverse world. What digital interfaces does it have? How do these interfaces affect the 4K/8K display we often call? Will these digital interfaces be replaced by wireless interfaces in the future? What are the testing challenges during product development? If you are a partner in product development related to digital interfaces or interested in related technologies, you are welcome to participate in this session of the Metaverse Testing Seminar series jointly organized by Keysight and us - VR/AR Digital Interface Testing challenge.
Total of 1 lessons43 minutes and 36 seconds
The Internet of Things is developing at an unprecedented speed, which has brought a new application space to wireless connection technology. 2022 will be a year of explosive growth for wireless networks. It is not only the year of large-scale deployment of Wi-Fi 6E, but also the first year of Matter. It is also a critical year for the research and development of Wi-Fi 7. Want to know in advance the advantages, challenges and how to face these three new generation wireless technologies? This series of seminars invites RF chip and RF test solution suppliers to popularize the knowledge and coping methods of the new generation of wireless connections from the aspects of system design and testing.
Total of 2 lessons1 hours and 25 minutes and 8 seconds
The bus is a common channel for CPU, memory, input, and output devices to transmit information in a computer system; various components of the host are connected through the bus, and external devices are connected to the bus through corresponding interface circuits. The protagonist to be introduced in this live broadcast is the fifth generation bus technology PCIe 5.0. As the bandwidth rate increases, the performance verification requirements for interconnect chips are becoming higher and higher, and the requirements for engineers are also getting higher and higher. Deutsche Technology will provide you with the most comprehensive solutions to help you solve project problems.
Total of 2 lessons1 hours and 27 minutes and 9 seconds
Usually when we test, we often mention the two concepts of frequency domain and time domain. For time domain measurement, our testing tool-oscilloscope is indispensable. This speech will explain the basic knowledge of oscilloscope and Basic operation demonstration. If you are an engineer who has just entered the industry or a technician who wants to consolidate the basics, you are welcome to come and participate~
Total of 2 lessons1 hours and 46 minutes and 47 seconds
Signal integrity is a term familiar to engineers in the electronics industry. After 20 years of development, its content and research objects have undergone profound changes. From the early years, it mainly focused on the timing and signal vertical parameter testing of parallel buses to the eye diagram and jitter testing of differential signals at the Gbps level, and then to today's more and more signal processing and equalization technologies at the dozens of Gbps level. Today, there are still Accompanied by the increasingly important power integrity testing and analysis and signal integrity testing across time and frequency domains. Over the past 20 years, Keysight Technologies (and its predecessor Agilent Electronic Measurement Division) has grown together with the digital test industry with excellent products and solutions. Today, it has developed into the latest full series of hardware 10bit ADC oscilloscopes with bandwidths spanning 500MHz-110GHz, MXR How can the two series of UXR and UXR perfectly answer the above problems and challenges?
Total of 1 lessons1 hours and 38 minutes and 54 seconds
You can learn: basics and typical applications of high-speed oscilloscopes; analysis of oscilloscope structure; waveform update rate; probe architecture, tips and tricks; jitter, eye diagram testing and basic principles; sharing of basic and typical applications of oscilloscopes; Keysight’s new oscilloscopes EXR and MXR , UXR analysis
Total of 6 lessons1 hours and 21 minutes and 27 seconds
The future smart application market is undercurrent, and the market is growing rapidly, including the development of Bluetooth, Wi-Fi, ZigBee and 5G, which will profoundly affect all aspects of our lives, especially in terms of transmission rate and power consumption, which wireless technology faces. two important factors. This seminar will focus on solutions for Wi-Fi 6 and Bluetooth in smart applications.
Total of 3 lessons2 hours and 9 minutes and 11 seconds
With the acceleration of the three major technological trends of "electrification, intelligence, and connectivity" of automobiles, the Internet of Vehicles extends from the interconnection within automobiles and the interaction between cars and people to include vehicles and vehicles, vehicles and roadside units, and vehicles and telecommunications facilities. The information interaction between them, especially the cutting-edge technology represented by C-V2X (Cellular Internet of Vehicles), has become a hot spot and focus of the industry. C-V2X is the basis for communication between vehicles and between vehicles and all the infrastructure around them. The Third Generation Partnership Project (3GPP) defined LTE-V in R14, a C-V2X (Cellular Vehicle to Everything) technology that supports side-link and vehicle-to-vehicle (V2V) communications. LTE-V and 5G will realize the vision of V2X and fully realize the potential of autonomous vehicles. This live broadcast will introduce Keysight’s cellular vehicle-to-everything (C-V2X) testing solution in detail.
Total of 4 lessons1 hours and 9 minutes and 2 seconds
As people's demand for data transmission rates grows, lightwave transmission systems become more and more advanced, and device designers and manufacturers must maximize the performance of their products to meet the growing demand. Optical communication engineers often use bit error rate and eye diagram to measure the performance of optical communication devices. However, the bit error rate or eye diagram is usually used to measure system performance, and it is difficult to use the bit error rate to measure the performance of each device that makes up the system. Therefore, high-speed lightwave device analyzers are applied to the analysis of lightwave devices to characterize device performance. In addition, high test accuracy, high linear dynamic range adjustable laser sources, optical power meters and optical polarization control analysis are also required. A series of advanced optical communication test instruments such as the instrument can achieve rapid construction, improve the convenience of system integration, and reduce the total test cost.
Total of 1 lessons50 minutes and 5 seconds
Explain the application and techniques of oscilloscope, the most commonly used test instrument for engineers, in general electronic measurements. For example, how to choose the appropriate oscilloscope and probe, how to reduce interference during testing, and how to find abnormal signals and quickly locate them. Keysight oscilloscopes can provide testing assistance for different industries such as IOT, medical, smart equipment, and high-speed communications. At the same time, we will also bring you a newly released entry-level personal oscilloscope from Keysight.
Total of 1 lessons50 minutes and 15 seconds
Total of 1 lessons54 minutes and 30 seconds
This is how you should play with an oscilloscope. Keysight experts teach you how to play with an oscilloscope step by step
Total of 22 lessons1 hours and 53 minutes and 37 seconds
The instrument cannot maintain its factory performance forever after being purchased, nor can it be used with confidence just because it has a calibration label. Whether they are engaged in R&D or responsible for production, they are unwilling to face the adverse consequences caused by "errors": increased R&D/production line testing costs, substandard yield rates, difficulty in improving system measurement uncertainty, etc. In the video, Dr. Liu tells us how to use instrument calibration to improve test accuracy.
Total of 1 lessons1 hours and 13 minutes and 47 seconds
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