In digital signal interfaces such as PCIe and USB, as data speeds increase, the impact of intra-pair skew occurring in differential interfaces on communication quality has become more significant.
This white paper explains Intra-Pair Skew and introduces the method for evaluating Intra-Pair Skew proposed by Anritsu. Then, the measurement results of the bit error rate (BER) when changing the Intra-Pair Skew are shown.
MSI, Taiwan collaborates with Anritsu to address high-speed signal challenges, ensuring the seamless integration of interface testing, while improving product verification efficiency and stability
52:17This webinar will provide an overview of the methods for solving some of the new test and measurement receiver challenges for PCIE® 5.0 at 32.0 GT/s.
This eBook provides guidance on what to consider when developing a high-speed data transmission product or system and the associated test concerns.
1:02:57This webinar will provide an overview of the methods for solving some of the new test and measurement receiver challenges for PCIE® 5.0 at 32.0 GT/s.
45:20PCI Express® (PCIe®) technology has long met the bandwidth and reliability demands of traditional high-performance data center computing, which is why it is being leveraged by the automobile industry
As a developer of automotive solutions leveraging PCIe technology, it is critical that you have the right technology to ensure your solutions are compliant.
29:22PCI-SIG is finalizing the PCIe 6.0 standard to support the spread of AI and machine learning for DCI. PCIe 6.0 extends the PCIe 5.0 transmission speed from 32 to 64 GT/s by changing the modulation met
Explore 60-GHz millimeter-wave radar and sensor innovations, global regulation trends, detection capabilities, key applications, and technical challenges with practical testing solutions.
Anritsu characterizes PCIe 64 GT/s intra-pair skew, providing BER insights to guide PAM4 tolerance, simulation correlation, and next-gen PCIe design.
14:47Learn how to perform PCIe® 6.0 Rx and Tx LEQ Tests with Return Path Optimization and FEC debugging.
Discover how Optical Transport Networks (OTNs) enable high-speed, low-latency, and scalable data transmission for AI, cloud, and IoT—powering next-gen networks with advanced error correction.
Explore key signal integrity concepts like COM, eye patterns, crosstalk, and skew to tackle measurement challenges in today’s high-speed digital and RF systems.
This post explores why skew is becoming a bigger issue than ever, how it affects signal integrity, and how to measure and manage it with confidence.
Get expert insights on testing strategies to accelerate design cycles and keep pace with advances in embedded systems, high-speed communication, and compact, high-speed electronics.
