通过最佳的文件压缩比节省空间并加快转移的速度。高效，快速且容易的文件管理！
1 RLE = 0.4 LZMA
1 LZMA = 2.5 RLE
例子:
将15 运行长度编码转换为Lemple-Ziv-Markov算法：
15 RLE = 6 LZMA
| 运行长度编码 | Lemple-Ziv-Markov算法 |
|---|---|
| 0.01 RLE | 0.004 LZMA |
| 0.1 RLE | 0.04 LZMA |
| 1 RLE | 0.4 LZMA |
| 2 RLE | 0.8 LZMA |
| 3 RLE | 1.2 LZMA |
| 5 RLE | 2 LZMA |
| 10 RLE | 4 LZMA |
| 20 RLE | 8 LZMA |
| 30 RLE | 12 LZMA |
| 40 RLE | 16 LZMA |
| 50 RLE | 20 LZMA |
| 60 RLE | 24 LZMA |
| 70 RLE | 28 LZMA |
| 80 RLE | 32 LZMA |
| 90 RLE | 36 LZMA |
| 100 RLE | 40 LZMA |
| 250 RLE | 100 LZMA |
| 500 RLE | 200 LZMA |
| 750 RLE | 300 LZMA |
| 1000 RLE | 400 LZMA |
| 10000 RLE | 4,000 LZMA |
| 100000 RLE | 40,000 LZMA |
规则