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https://crystal-lang.org/2024/09/10/digging-into-struct-initialization-performance

Digging into struct initialization performance

I started toying with BLAKE3 and I quickly wanted to assess how much faster it was compared to SHA256 in Crystal, and see if it would bring some free improvement. Luckily there is a shard wrapping the official library that is highly optimized with custom assembly for different CPU features (SSE, AVX2, NEON …).



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Digging into struct initialization performance

https://crystal-lang.org/2024/09/10/digging-into-struct-initialization-performance

I started toying with BLAKE3 and I quickly wanted to assess how much faster it was compared to SHA256 in Crystal, and see if it would bring some free improvement. Luckily there is a shard wrapping the official library that is highly optimized with custom assembly for different CPU features (SSE, AVX2, NEON …).



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https://crystal-lang.org/2024/09/10/digging-into-struct-initialization-performance

Digging into struct initialization performance

I started toying with BLAKE3 and I quickly wanted to assess how much faster it was compared to SHA256 in Crystal, and see if it would bring some free improvement. Luckily there is a shard wrapping the official library that is highly optimized with custom assembly for different CPU features (SSE, AVX2, NEON …).

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      I started toying with BLAKE3 and I quickly wanted to assess how much faster it was compared to SHA256 in Crystal, and see if it would bring some free improvement. Luckily there is a shard wrapping the official library that is highly optimized with custom assembly for different CPU features (SSE, AVX2, NEON …).

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      I started toying with BLAKE3 and I quickly wanted to assess how much faster it was compared to SHA256 in Crystal, and see if it would bring some free improvement. Luckily there is a shard wrapping the official library that is highly optimized with custom assembly for different CPU features (SSE, AVX2, NEON …).
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