๐ KV Cache Compression for Text-Only LLMs
็บฏๆๆฌๅคง่ฏญ่จๆจกๅ KV ็ผๅญๅ็ผฉ โ ๅฎๆดๆๆฏๆฅๅ | Full Technical Reports
Contents
| File | Description |
|---|---|
mla_absorbed_cache_report.md |
๐ MLA ๅธๆถๅผ็ผๅญไผๅ๏ผไธญๆ๏ผ |
mla_absorbed_cache_report_en.md |
๐ Absorbed MLA Cache Optimization (English) |
kv_cache_compression_report.md |
๐ KV ็ผๅญๅ็ผฉๅฎๆดๆนๆก๏ผไธญๆ๏ผ |
kv_compress_plan.md |
๐บ ่ฏฆ็ปๅฎๆฝ่ฎกๅ๏ผไธญๆ๏ผ |
๐ Highlight: Absorbed MLA Cache (270KB โ 8.4KB/token, 32ร)
DeepSeek-V2-Lite MLA ไผๅ๏ผๅจ L40S ๅฎๆต๏ผ
| Approach | KV/token | Compression | Error |
|---|---|---|---|
| Standard MHA | 270 KB | 1x | โ |
| Absorbed MLA | 30.4 KB | 8.9x | 0 |
| + per-channel INT8 | 15.2 KB | 17.8x | 0.011 |
| + INT4 (extreme) | 8.4 KB | 32x | 0.112 |
Single L40S: 1.24M tokens context.
Key Insight
Text-only models can be aggressively compressed (quantization + eviction), while reasoning models (R1-class) must be conservative (quantization + sliding window + tiered storage). Scenario classification matters more than the algorithm itself.
Cloud LTE Studio ยท 2026-08-08 ยท GPL-3.0 License
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