Alibaba Teases A Breakthrough Chip, Merging Processor And Memory

Alibaba's DAMO Academy has teased a chip that stacks logic and memory in 3D, and Chinese press suggest it represents an architecture that can bust the Von Neumann bottleneck.

The DAMO Academy is Alibaba's blue sky research outfit. Founder Jack Ma dedicated it to "Discovery, Adventure, Momentum and Outlook" at its 2017 launch.

Chinese outlets Pandaily and ScienceNet have each reported on the chip – the former linking to a now-deleted post on micro-blogging site Weibo as evidence.

Both reports suggest the chip could bust the von Neumann bottleneck – the limitation encountered by most computer systems because internal bus speeds mean CPUs must wait for data to be fetched from memory. Tricks like caches, parallel computing, and speculative execution work around the bottleneck, as do recent innovations like Apple's M1 architecture and other system-on-chips that place processor and memory on a single die and therefore remove the need to communicate with memory outside the processor. But the bottleneck is considered a fundamental problem in computers that employ the von Neumann architecture of discrete processing and storage.

Alibaba has indicated to The Register that the chip exists, but offered no further details at the time of writing.

The Register has also learned that a presentation at February 2022's International Solid-State Circuits Conference – an important event for chip design boffins – features a talk tantalisingly entitled "184QPS/W 64Mb/mm2 3D Logic-to-DRAM Hybrid Bonding with Process-Near-Memory Engine for Recommendation System" in its stream on ML Chips for Emerging Applications. Of the 19 co-authors listed for the talk, 15 work at the DAMO Academy.

While we wait for that talk – and whether it delivers on the hype Chinese media have applied to the 3D chip – Alibaba has given us all something we can inspect: the source code for its Yun on Chip (YoC), full-stack technology development platform for IoT devices.

YoC uses the RISC-V architecture and its SIMD acceleration instructions, and was co-developed with Hangzhou C-SKY Microsystem in 2015. It can be used for various applications including Bluetooth, Wi-Fi, audio, and multimedia. Alibaba told The Register it can also be tuned to the needs of AI acceleration, audio processing, mesh networking and motor control.

The Chinese colossus hasn't said where the Yun designs will appear, but the Xuantie cores it open sourced in October 2021 popped up on the GitHub repo of its chip design subsidiary T-Head Semiconductor. ®

RECENT NEWS

From Chip War To Cloud War: The Next Frontier In Global Tech Competition

The global chip war, characterized by intense competition among nations and corporations for supremacy in semiconductor ... Read more

The High Stakes Of Tech Regulation: Security Risks And Market Dynamics

The influence of tech giants in the global economy continues to grow, raising crucial questions about how to balance sec... Read more

The Tyranny Of Instagram Interiors: Why It's Time To Break Free From Algorithm-Driven Aesthetics

Instagram has become a dominant force in shaping interior design trends, offering a seemingly endless stream of inspirat... Read more

The Data Crunch In AI: Strategies For Sustainability

Exploring solutions to the imminent exhaustion of internet data for AI training.As the artificial intelligence (AI) indu... Read more

Google Abandons Four-Year Effort To Remove Cookies From Chrome Browser

After four years of dedicated effort, Google has decided to abandon its plan to remove third-party cookies from its Chro... Read more

LinkedIn Embraces AI And Gamification To Drive User Engagement And Revenue

In an effort to tackle slowing revenue growth and enhance user engagement, LinkedIn is turning to artificial intelligenc... Read more