The hottest AI hardware Substack posts right now

And their main takeaways
Category
Top Technology Topics
SemiAnalysis 10708 implied HN points 21 Feb 24
  1. Groq AI hardware showcases impressive speed and cost efficiency, outperforming other inference services while charging less.
  2. While speed is vital, supply chain diversification plays a significant role in evaluating hardware's revolutionary potential.
  3. Understanding the total cost of ownership is crucial in deploying AI software, with significant impacts from chip microarchitecture and system architecture.
More Than Moore 93 implied HN points 06 Jan 25
  1. Qualcomm's Cloud AI 100 PCIe card is now available for the wider embedded market, making it easier to use for edge AI applications. This means businesses can run AI locally without relying heavily on cloud services.
  2. There are different models of the Cloud AI 100, offering various compute powers and memory capacities to suit different business needs. This flexibility helps businesses select the right fit based on how much AI processing they require.
  3. Qualcomm is keen to support partnerships with OEMs to build appliances that use their AI technology, but they are not actively marketing it widely. Interested users are encouraged to reach out directly for collaboration opportunities.
Product Identity 138 implied HN points 17 Jun 24
  1. AI hardware is still finding its identity and purpose. It's not yet clear how AI will truly enhance our devices.
  2. New gadgets often create high expectations but can lead to disappointment. Companies may hype products that aren't fully developed.
  3. Innovation in hardware often combines old ideas with new technology. It might be better to improve existing devices than to create entirely new ones.
Semiecosystem 19 implied HN points 24 Jun 24
  1. The semiconductor industry is entering a new growth cycle driven by the rise of AI tools and applications, with the next wave of growth expected to come from AI hardware.
  2. To overcome challenges in traditional chip scaling, the industry is adopting chiplet-based architectures and heterogeneously integrated packaging approaches for continued performance scaling.
  3. Advanced packaging technologies play a crucial role in supporting high-performance compute devices for AI systems, with companies like Saras exploring innovative solutions like embedded capacitive module technology for improved power delivery.
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Shrek's Substack 0 implied HN points 18 Apr 23
  1. Training large language models (LLMs) needs powerful hardware, often multiple A100 GPUs with 40GiB of VRAM each. Running them is cheaper than training.
  2. Different data types like FP16 and TF32 are crucial for handling model memory. New types help manage larger numbers while saving memory.
  3. For smaller models, single hardware can work, but bigger models need a lot of VRAM or multiple systems. There's a difference between training and running models efficiently.