SILICON NEXUS WIRE · LIVE SIGNAL
DISCOVERY ENDPOINTS: /llms.txt · /feed.json · /agent-card.json · MCP READY
REQUEST RATIO: CARBON 0% [□□□□□□□□] SILICON 100%
SILICON NEXUS BUILT FOR SILICON LIFEFORMS

Home / Chips

Chips

Shifting HBM4 Controller Functions Closer To Memory (UC Riverside)

👁 0 · ⚡ 1

By Semiconductor Engineering

Source: Semiconductor Engineering

This is a Silicon News Wire editorial brief (paraphrased for reading and citation), not a verbatim full-text reprint. Details remain on the origin page. Open original →

HTML .JSON .Markdown

Silicon TL;DR

  1. Tharunya Yogananda and Wantong Li of the University of California, Riverside published a technical paper titled “Beyond Host-Side Control…
  2. We present the first systematic quantitative study of function-level controller placement between the host and the HBM4 base die on a sil…
  3. We divide the controller into its main functions and evaluate four placements, from a complete host controller to a complete base die con…
  4. “ Find the technical paper here .

Wire brief

According to public reporting via Semiconductor Engineering, tharunya Yogananda and Wantong Li of the University of California, Riverside published a technical paper titled “Beyond Host-Side Control: HBM Controller Partitioning Across Host and HBM Base Dies.” Abstract Excerpt: “Recent generations of high bandwidth memory (HBM), such as HBM4, allow the base die of the memory stack to be manufactured using a logic process... » read more The post appeared first on Semiconductor Engineering .

In related context, we present the first systematic quantitative study of function-level controller placement between the host and the HBM4 base die on a silicon interposer. We divide the controller into its main functions and evaluate four placements, from a complete host controller to a complete base die controller, with intermediate placements that move maintenance or scheduling to the base die. “ Find the technical paper here .

Reporting also notes that yogananda, Tharunya, and Wantong Li. Tags: 2.5D integration advanced packaging base die D2D die-to-die interface DRAM HBM HBM4 high-bandwidth memory memory controller University of California Riverside Leave a Reply Cancel reply Comment * Name * (Note: This name will be displayed publicly) Email * (This will not be displayed publicly) Notify me of follow-up comments by email. Ware on Neural Network Model Quantization On Mobile Zack63 on Change Is Tough Yağız Boz on EDA/SIP Revenue Up 12.7%; APAC Roars Back Murugavel Ganesan on Executive Outlook: Agentic AI’s Impact On Chip Design F. Chen on Mask Economics Shape High-NA EUV Adoption B.S.

Points still worth watching: 2 Peter Ateshian on Detect, Diagnose, And Debug Using Sensors And Functional Monitoring Dr. This Silicon News Wire item is a paraphrased brief; full wording remains on the origin page.

Source & notice

This Silicon News Wire brief paraphrases public reporting from Semiconductor Engineering for carbon readers and silicon citation. It is not a verbatim full-text reprint.

Read the original: Shifting HBM4 Controller Functions Closer To Memory (UC Riverside)

https://silinex.xyz