Always focused on ensuring interoperability and advancing technology to meet the evolving data-intensive markets.
PCI-SIG member Gordon Getty of Teledyne LeCroy is the recipient of the 2024 PCI-SIG Chairperson’s Award. Read the interview with Gordon to learn more about how his work has impacted the PCIe specification and the PCI-SIG Compliance Program > https://bit.ly/3xyQ7TX #PCISIGDevCon24 #PCISIG #PCIe
The PCI-SIG Compliance Workshop #128 begins today in Taipei, Taiwan. This event will include Integrator’s List product testing for PCIe 4.0 and PCIe 5.0 products. With testing, members will be able to analyze and fix any problems that arise before components enter the field, saving member companies valuable time and resources. Learn more about the Compliance Workshop event > https://bit.ly/41ilQD9 #PCISIG #PCIe #PCIeCompliance
Visit the PCI-SIG webinars page to view previous webinar recordings to learn from the experts about a variety of topics including the PCIe specification, compliance testing, PCIe in automotive and more. Visit the webinars page > https://bit.ly/4ddjcnO #PCISIG #PCIe
Curious to learn more about the PCIe CopprLink internal and external cables? In this video, PCI-SIG Electrical Work Group Chair Mohiuddin Mazumder (Intel Corporation) provides a deep dive on the latest cabling specifications. Watch the video on the PCI-SIG YouTube channel > https://bit.ly/4cRDcvH #PCISIG #PCIe #CopprLink
Gain in-depth insights into PCIe and NVMe protocols! Join our webinar to explore the complexities of different interfaces and debugging protocol layer issues. Learn about our advanced PCIe Gen5 Protocol Analysis solution designed to address industry challenges effectively. Register now and secure your spot! : https://lnkd.in/gii_eYH6 #PCIe #NVMe #ProtocolAnalysis #Debugging #Gen5 #ProdigyTechnovations #Webinar #TechTalk
With PCIe evolving to Gen6 and utilizing PAM-4 signaling for faster data transmission, the industry is now actively exploring optical solutions to reduce signal loss. As our technical article mentioned, the PCIe Optical Working Group is investigating how optical transmission can enhance future PCIe applications. To keep pace with these advancements, engineers developing PCIe-related technologies must not only grasp the intricacies of PAM-4 at the electrical level but also understand the characteristics of optical transmission. This includes critical factors like dispersion, attenuation, nonlinear effects, polarization-dependent loss (PDL), return loss, phase noise, and optical signal-to-noise ratio (OSNR). 捷迪訊 provides comprehensive testing tools that validate and optimize these optical and electrical parameters, ensuring that PCIe Gen6/7 designs can meet the demanding requirements of next-generation systems. Contact us if you're involved in developing PCIe 6.0 or 7.0 technology. #PCIeGen6 #OpticalTransmission #PAM4 #SignalIntegrity #ViaviSolutions #OSNR #HighSpeedData #TechInnovation #DataCenters #MAP330 #MAP380 #FVAM #FVAI #INX760 #OpticalPowerMeter #OpticalAttenuator #OpticalSwitch #OpticalSpectrumAnalyzer #PolarizationController
Setting the Pace with #PCIe® Gen 7: Alphawave Semi's Success at PCIe® Devcon 2024 https://lnkd.in/gM_E7mAB
iSYSTEM is one of the most commonly used tool in debugging in the automotive field . Used for debugging in single and multicore projects. This webinar is very useful especially if you are working on cybersecurity related tasks to check whats is happening in the HSM core
iSYSTEM Webinar - Infineon TriCore™ AURIX™ TC3xx HSM - Debug & Timing Analysis This webinar is focusing on debugging and timing analysis of the HSM (Hardware Security Module) core of the Infineon TriCore™ AURIX™ TC3xx family. URL: https://lnkd.in/eKTtTj3B
Gain in-depth insights into PCIe and NVMe protocols! Join our webinar to explore the complexities of different interfaces and debugging protocol layer issues. Learn about our advanced PCIe Gen5 Protocol Analysis solution designed to address industry challenges effectively. Register now & secure your spot! : https://lnkd.in/gii_eYH6 #PCIe #NVMe #ProtocolAnalysis #Debugging #Gen5 #ProdigyTechnovations #Webinar #TechTalk
Design Verification Engineer - II @ Marquee Semiconductors || VSSUT (Formerly UCE), Burla
Anyone up for a discussion on precoding in PCIe Gen6? My understanding is as follows: Lets say pattern is as follows: 15th symbol of TS0 》All 16 symbols of EIEOS 》0th Symbol of TS1 》1th symbol of TS1 Since the last symbol of EIEOS is un-scrambled, the 0th symbol of TS1 would come out after precoding as it is, since the Tn-1 would be 2'b00. Am I correct here? There is another understanding of mine which I think is incorrect that the only first two LSB bits would be same of 0th TS1 after precoding. Now these resulting two bits would be Tn-1 for next 2bits of the same 0th TS1. The reason I think it is incorrect because for Gen6 at 500Mhz it would create atleast 64 clock cycle latency which is huge. Am I correct here? #pcie #pciegen6 #pcisig
