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Apple Launches 1st-Ever MacBook Powered by an iPhone Chip

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Overview
Highlights
 · 1h · on MSN
Everything Apple just announced: The $599 MacBook Neo, M5 Pro, iPhone 17e, and more
ZDNET's key takeaways The $599 MacBook Neo was unveiled on March 4.Apple announced the MacBook Pro with M5 Pro and M5 Max, as well as a new Studio Display, on March 3.iPhone 17e and iPad Air debuted on March 2,

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 · 2d
How M5 Pro and M5 Max push MacBook Pro into high-bandwidth AI era
ExtremeTech · 1d
Apple Launches First-Ever MacBook Powered by an iPhone Chip: MacBook Neo
CNET · 1d
Apple Launches MacBook Pros With New M5 Pro, M5 Max Chips
The refined architecture of the new chips promises the usual performance increases across the board and improved battery life.

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 · 1d
Everything Apple announced this week: MacBook Neo, iPhone 17e and more
 · 1d
Apple Launches New MacBooks With M5 Chips, Bigger Base Storage
 · 13h
Apple’s M5 MacBook Air Is Now Up for Pre-Order, Even Cheaper Than Older Microsoft Surface Laptops
The 13-inch version starts at $1,099, which is – quite surprisingly – $100 less than the previous MacBook Air with the M4 chip on Amazon.

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PC Magazine · 1d
Apple's Colorful $599 MacBook Neo Is Here, Runs A18 Pro Mobile Chip
 · 15h
With the M5 MacBook Air Now Announced, Apple Clears Out the M4 MacBook Air Below Black Friday Pricing
1d

Rambus targets AI memory bottlenecks with new HBM4E controller IP

The new HBM4E Controller builds on Rambus’s track record of more than 100 HBM design wins and the company’s long-standing focus on memory interface IP. The new controller incorporates advanced reliability features intended to help customers achieve first-time silicon success, a key concern as chip complexity and manufacturing costs rise.
2d

SOCAMM2 Is The Memory Standard AI Is Looking For

AI infrastructure can't evolve as fast as model innovation. Memory architecture is one of the few levers capable of accelerating deployment cycles. Enter SOCAMM2
TweakTown
7d

Micron announces its new GDDR7 memory in the most tone deaf way possible

Micron announces denser and faster GDDR7 memory by talking about how it will transform PC gaming GPUs, ignoring the current memory crisis.
Business Wire
10mon

JEDEC® and Industry Leaders Collaborate to Release JESD270-4 HBM4 Standard: Advancing Bandwidth, Efficiency, and Capacity for AI and HPC

ARLINGTON, Va.--(BUSINESS WIRE)--JEDEC Solid State Technology Association, the global leader in the development of standards for the microelectronics industry, today announced the publication of its highly anticipated High Bandwidth Memory (HBM) DRAM ...
1d

Did NVIDIA Crash Memory Stocks Like Micron and SanDisk Yesterday?

Shares of Micron (Nasdaq: MU) are up 3.3% right before the market opens. Shares of SanDisk (Nasdaq: SNDK) are up slightly more, 4.2%. Both stocks saw heavy sell-offs yesterday. We published an article noting the sell-offs came after a massive sell-off in Korean equities that saw SK Hynix decline 11.
Windows Report
2d

NVIDIA Reportedly Reduces Rubin HBM4 Bandwidth Target Amid Supply Constraints

NVIDIA may lower Rubin HBM4 bandwidth goals to around 20 TB/s amid supplier constraints, though demand for HBM4 remains strong.
3d

Sandisk And SK Hynix Target AI Growth With High Bandwidth Flash

Sandisk (NasdaqGS:SNDK) and SK hynix have agreed to work together to standardize and commercialize High Bandwidth Flash technology. The partnership targets the growing demand from AI inference workloads by adding a new flash based memory layer to existing system architectures.
PC Magazine
1mon

memory bandwidth

The speed of data transfer between memory and the CPU. Memory bandwidth is a critical performance factor in every computing device because the primary CPU processing is reading instructions and data from memory and writing data back to memory. Measured in ...
Semiconductor Engineering
1d

RPU: A Chiplet-Based Architecture To Address The Challenges of the Modern Memory Wall (Harvard University)

A Reasoning Processing Unit”. Abstract “Large language model (LLM) inference performance is increasingly bottlenecked by the memory wall. While GPUs continue to scale raw compute throughput, they struggle to deliver scalable performance for memory bandwidth bound workloads.
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