Join AMD at Mobile World Congress Shanghai from 28 - 30 June 2023 to see our latest, world-class 5G solutions and explore how our technology is helping to transform the wireless infrastructure in the telecom industry.
Our exciting demos will be featuring iCana, ArrayComm, AsiaInfo, Eversec, ZTE and a wide range of O-RAN radio partners to showcase the latest telecom and networking applications.
Come visit us at Stand D122, Hall N1.
Demo Title |
Description |
AI/ML+ 5G Signal Processing: AI Engine for Generic Compute |
This demonstration includes:
|
Advanced Low-PHY DFE Algorithm Implementation and Autonomous Driving | This demo showcases the power of Versal™ AI Core in autonomous driving and ADAS applications. It supports real-time object detection, classification, segmentation, lane tracking, and driver monitoring with simultaneous execution of multiple ML networks. |
Zynq RFSoC DFE Demo with indoor small cell RF Front End from iCana |
Based on AMD Zynq™ UltraScale+™ RFSoC DFE ZCU670 Evaluation Kit and iCana 5G NR FR1 RF Front-End Reference Design, this solution is designed for indoor small-cell systems. |
ArrayComm 5G Quad-cell E2E Solution | A low-latency, high-throughput, high-performance 5G end-to-end solution based on the AMD platform. |
5G Billing Solution |
The AISWare Billing system leverages the robust concurrent computing power of EPYC™ processors, to help achieve cost reduction, increased efficiency, and energy savings. |
Web security isolation system
|
Leveraging the powerful real-time computing capabilities of AMD EPYC™ processors, Eversec Yunhe (XaaS) enables bidirectional access isolation for web communication, effectively segregating network risks from web business systems. This solution helps to safeguards customer web applications and effectively addresses dynamic security risks in the digital landscape. |
5G Users Plane Function on AMD EPYC | ZTE's 5G Core Network User Plane Function (UPF) has successfully conducted performance testing and deployment on AMD EPYC™ Milan series processors. When utilizing a traditional pure software forwarding architecture, ZTE UPF demonstrates superior performance compared to similar hardware platforms. |