Synopsys Users Group (SNUG)’s Post

📚#Huawei Xinghe Intelligent Fabric leverages the network scale load balance (NSLB) algorithm to achieve network-wide load balancing. 🙌With #NSLB, Huawei Xinghe Intelligent Fabric achieves a significant 90% improvement in effective network throughput compared to traditional Ethernet, while also boosting AI training efficiency by 20%. This results in the full release of AI computing power.

what kind of network does AI need? check this

Ethernet leads AI computing: The cost-effective solution As technological improvements take middle stage within the enterprise world, networking points are bobbing up, making Ethernet an ideal ch... See more https://lnkd.in/gBM_wq-z

#AI is reshaping #infrastructure, and we're seeing a significant market shift as enterprises build on-prem #GPU clusters, moving away from only relying on hyperscalers. The real opportunity? High-performance networking. As these clusters scale, the demand for ultra-low latency, high-throughput data transfer between GPUs becomes mission-critical. The on-prem move opens a massive market for those enabling the backbone of AI. With thanks to Juniper Networks HITEC Acrew Capital Angeles Investors Nextdata Insight Partners

The AMD EPYC family of processors enables massive datacenter consolidation while staying in the same power envelope. I encourage you to look at the watts per thread and threads per socket compared to any and all competition.

Ayar Labs is Moving Data at the Speed of AI 🚀 : 5-10x higher bandwidth; 4-8x more power efficient; 10x lower latency than traditional interconnects. Visit the podcast listed below to find out more. #opticalinterconnect #bandwidth #AI

Interesting trends on AI Network adoption - Ethernet vs. InfiniBand: https://lnkd.in/d7SuFkwe

https://hubs.ly/Q02PBjMB0 🎙️I caught up with Mark Wade, CEO and co-founder of Ayar Labs, before his session at the AI Hardware Summit. Ayar Labs is revolutionizing the way we think about AI infrastructure with their groundbreaking optical I/O solutions, setting a new standard for data movement and connectivity in large-scale compute systems. Ayar Labs is leading the charge by integrating light-based data transfer between compute chips, providing a game-changing alternative to traditional electrical communications. Whether you’re at the summit or following from afar, don't miss this episode to hear Mark’s insights on the future of AI infrastructure and how Ayar Labs is setting the stage for a new era in computing. 🎧 Listen to the full episode at the link above! #AIHWSummit #OpticalIO #AyarLabs #Innovation #AI

Ayar Labs is Moving Data at the Speed of AI 🚀: 5-10x higher bandwidth; 4-8x more power efficient; 10x lower latency than traditional interconnects. Visit the podcast listed below to find out more. #opticalinterconnect #bandwidth #AI

#NextGenNetworking: Broadcom Unveils Sian2 Chip for AI Clusters Broadcom's latest innovation, the Sian2 chip, is set to revolutionize AI infrastructure with its enhanced capabilities for optical networks. Doubling the bandwidth of its predecessor, the Sian2 supports data transfer speeds of up to 200 gigabits per second. This advancement reduces the need for multiple transceivers, cutting costs and power consumption. Designed with a five-nanometer process, the chip incorporates a laser driver and supports Forward Error Correction to ensure data reliability across AI clusters. How will this impact the scalability of next-gen AI systems? #Broadcom #Sian2 #AINetworks #OpticalNetworking #Saasverse