TEST: ADATA XPG SX6000 Lite 512GB M.2 SSD

Here you can find a detailed performance and benchmark test of the M.2 NVMe SSD XPG SX6000 Lite with 512GB (ASX6000LNP-512GT-C) from ADATA.
Score
2359
Price/GB
0,10 €


Technical data
Image XPG SX6000 Lite
Manufacturer ADATA
Model number ASX6000LNP-512GT-C
Storage capacity 512 GB (477 GiB)
pSLC-Cache 180 GB approx.
Read speed 1800 MB/s
Write speed 1200 MB/s
Interface PCIe 3.0 x4
Connection M.2 2280
Memory module (NAND) TLC
DRAM Cache no
TBW (Total Bytes Written) 240 Terabyte
Controller Realtek RTS5766DL
Price ca. 49 USD (= 0,10 $ / GB)
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Compared to the top performer*
Read speed
54 %
Write speed
44 %

*) Test result evaluated according to AS SSD Score within the same size.

AS SSD Benchmark

Standard performance test

The standard test was performed using a 5 GB file. A total score of 2359 points was achieved.

AS SSD TEST: ADATA XPG SX6000 Lite 512GB

AS SSD Read: Write:
Seq
in megabytes per second
1960,61 MB/s
1407,27 MB/s
4K
in megabytes per second
42,79 MB/s
134,38 MB/s
4K-64Thrd
in megabytes per second
606,87 MB/s
821,11 MB/s
Access time
in milliseconds
0,082 ms
0,218 ms
Score
846
1096
Total score
2359

Copy Performance Test

A common everyday situation is simulated here. Three test folders are created:

  • ISO (folder with two large files)
  • Program (folder with many small files)
  • Game (folder with small and large files)

The three folders are copied using the Windows Copy command (the cache remains enabled). The practical test of December 23, 2023 shows the performance for simultaneous write and read operations. The lower the duration, the better the performance.

AS SSD TEST: ADATA XPG SX6000 Lite 512GB
AS SSD Copy-Benchmark Transfer rate: Duration:
ISO
two large files
1703,02 MB/s
1,35 s
Program
many small files
1111,94 MB/s
6,33 s
Game
small and large files
1374,42 MB/s
5,03 s

Compression Performance Test

This measures the write and read speed of the the ADATA SSDSSD is measured depending on the compressibility of the data (according to the manufacturer, these should be 1800MB/s and 1200MB/s respectively).

AS SSD TEST: ADATA XPG SX6000 Lite 512GB

CrystalDiskMark Benchmark

Here, two sequential and two random performance tests are performed, similar to the ones performed on the AS SSD.

CrystalDiskMark Benchmark TEST: ADATA XPG SX6000 Lite 512GB
CDM Read [MB/s] Write [MB/s]
SEQ1M
Q8T1
2081,37
1474,77
SEQ1M
Q1T1
2078,65
1476,28
RND4K
Q32T16
1087,54
1012,18
RND4K
Q1T1
48,54
146,47

Input/Output operations per second

CDM Read [IOPS] Write [IOPS]
SEQ1M
Q8T1
1.984,90
1.406,50
SEQ1M
Q1T1
1.982,40
1.407,90
RND4K
Q32T16
265.512,00
247.114,00
RND4K
Q1T1
11.851,60
35.760,30

Average latency

CDM Read [µs] Write [µs]
SEQ1M
Q8T1
4.026,46
5.676,66
SEQ1M
Q1T1
504,18
709,72
RND4K
Q32T16
1.925,37
2.069,69
RND4K
Q1T1
84,27
27,84

HD Tune Pro Endurance test

This is a long term test to make full use of the memory capacity. You can see when a cache is full and the writing performance decreases. A test file of 200 GB was written to the medium. After approx. 180 GB, the pSLC-Cache was full and the performance was throttled.
At least the test file could be read with an average write speed of 1864 MB/s and written with 724 MB/s.

HD Tune Endurance Test TEST: ADATA XPG SX6000 Lite 512GB

HD Tune Pro Benchmark

HD Tune writes a 5 GB file to the ADATA M.2 SSD. The transfer data of the read speed is displayed graphically. The minimum, maximum and average values are also determined. The determined access time and burst rate are also displayed.

HD Tune TEST: ADATA XPG SX6000 Lite 512GB

ATTO Disk Benchmark

Here, a 256 MB file is written several times to the ADATA M.2 SSD. The I/O block size varies (from 512 bytes to 64 megabytes). The larger the blocks, the faster they can be written and read.

ATTO Disk Benchmark TEST: ADATA XPG SX6000 Lite 512GB

SSD-Z Benchmark

Similar to HD Tune, a 500 MB file is written to the ADATA M.2 SSD here. The transfer data is displayed. The more constant the line, the better.

SSD-Z TEST: ADATA XPG SX6000 Lite 512GB


Information about the test system can be found at the bottom of the home page.
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