Long Context & Efficient Sequences · 2024

Ring Attention / Infini-Attention / MLA

Hao Liu, Matei Zaharia, Pieter Abbeel, Tsendsuren Munkhdalai, Manaal Faruqui, DeepSeek-AI

This family scaled context length by distributing or compressing the attention computation rather than approximating it, with Ring Attention sharding the sequence across devices and passing key-value blocks in a ring so exact attention over near-arbitrarily long contexts fits in aggregate memory.

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Plain-language summary

Ring Attention splits a long sequence across multiple devices, and each device computes its local block of attention while key-value chunks circulate around the ring, overlapping communication with computation so the effective context grows with the number of devices without approximation. Infini-Attention instead keeps a bounded compressive memory that accumulates old key-value information, letting a fixed-size model attend to unbounded history. Multi-head Latent Attention (MLA, from DeepSeek) compresses the key-value cache into a low-rank latent to shrink the memory each token costs at inference. Together they attack long context from three angles: distribute it, compress the history, or compress the cache.

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Provenance

Record ID
P-422
Record created
2026-07-13
Last reviewed
2026-07-14
Record version
2

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