Subscribe Sign in

China

Huawei's next-gen Ascend NPUs could become China's best option

1 min read Rewritten in plain language

Systems

Show what we removed Rules applied: A1×4 A3×7 A4×2 D1 D2×6 D3×15 D4×2 E3×9 F2×5 all 30 rules
  • 960DT is set to arrive early, boasting performance far exceeding anything the West could offer the Middle Kingdom.
  • If that weren’t enough, the chip, codenamed the Ascend 960DT is slated to arrive a full three quarters ahead of schedule, launching in the first quarter of 2027.
  • While a big step up for the Chinese chip designer, it still has a long way to go to catch up with Nvidia’s Rubin and AMD's recently launched MI455X which promise higher compute and bandwidth.
  • Having said that, neither of those chips is available for sale in the Middle Kingdom, so it's not like Chinese model devs have better options.
  • Huawei says NPO allowed it to consolidate 48,000 800 Gbps optical pluggables into 5,500 of its Hi-One NPO units, cutting power consumption by 550 kilowatts and failure rates in half.

5 sentences from our version of the report, chosen to cover it. Nothing here is written; every line is in the article below. How

Headline check

All two things this headline claims are in the report.

Figures, names and quoted words in the headline, looked for in the report itself — not in the summary above. How this is checked

960DT is set to arrive early, boasting performance far exceeding anything the West could offer the Middle Kingdom.

At its annual Connect conference, Huawei unveiled a new generation of AI accelerators that promise performance far beyond anything Nvidia can now sell in the Middle Kingdom.

If that weren’t enough, the chip, codenamed the Ascend 960DT is slated to arrive a full three quarters ahead of schedule, launching in the first quarter of 2027.

Compared to American GPUs, the 960DT offers similar memory and bandwidth to Nvidia’s B300 family of chips launched last year, but only about half the FP8 and a third the FP4 compute.

While a big step up for the Chinese chip designer, it still has a long way to go to catch up with Nvidia’s Rubin and AMD's recently launched MI455X which promise higher compute and bandwidth. Rubin boasts between 35 and 50 petaFLOPS of FP4 performance, 288 GB of HBM4 memory, and 22 TB/s of bandwidth, putting it in a different league.

Having said that, neither of those chips is available for sale in the Middle Kingdom, so it's not like Chinese model devs have better options.

For its upcoming 960-series accelerators, Huawei is going a similar route using near packaged optics to scale its compute domain to as many as 4,096 chips capable of delivering up to 16 exaFLOPS of FP4 compute.

Huawei says NPO allowed it to consolidate 48,000 800 Gbps optical pluggables into 5,500 of its Hi-One NPO units, cutting power consumption by 550 kilowatts and failure rates in half.

Shortened to 1 minute of reading, this version reads 11.8 on the Niral Score.

You are reading our version, not theirs. This is The Register's report shortened to its most important sentences, in plainer words, with verdicts and loaded words taken out. Plain description stays, and so do adjectives that carry a fact, such as "former" or "federal". The reporting, the facts and the quotations are theirs — quotations are never edited — and the indicators beside it measure this version. Hover or tap Adjectives to see every one left in the text.

How this outlet filed it, and how we rewrote it

No other newsroom we read has filed on this event, so there is nothing to compare it with yet.

Outlet Niral ScoreAdjectivesSourcingSentimentHappiness
The Registeras they published this story 16.2 31 14 0.3 51.9
Mundane Readneutralized from The Register 13.5 27 14 0.3 51.9

Sign in to react.

Comments

Nothing here yet.

Sign in to comment.

Questions

Readers can ask a question about this story here. Questions and answers are for subscribers. Sign in to read them.

Comments are read before they appear where anything in them needs a person to look. Nothing posted here is ever deleted; a comment taken down keeps its text and the reason, so the decision can be looked at again. How this works