Lexar ARES PRO 2TB M.2 SSD
Here you will find a detailed speed, performance and benchmark test review. Tested was the M.2 NVMe SSD ARES PRO with 2TB (LNMAESP002T-RNNNG) from the brand Lexar.
| Technical specifications (manufacturer information) | |
| Product image | 
|
| Manufacturer | Lexar |
| Model number | LNMAESP002T-RNNNG |
| Capacity | 2048 GB (1908 GiB) |
| pSLC cache | 325 GB approx. |
| Read speed | 14000 MB/s |
| Write speed | 10000 MB/s |
| Interface | PCIe 5.0 x4 |
| Connector | M.2 2280 |
| Memory module (NAND) | TLC |
| DRAM cache | No |
| TBW (Total Bytes Written) | 1500 terabyte |
| Controller | Maxio MAP1806 |
Compare product Compared to the test winner*
We put the Lexar NVMe M.2 SSD through a detailed test. You can find the test result / test report here:
AS SSD Benchmark
Standard performance test
The standard test was performed with a 5 GB file. A total score of 8494 points was achieved.
Copy performance test
A common everyday scenario 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 (cache remains enabled). The real-world test from 30 January 2026 shows performance during simultaneous write and read operations. The lower the duration, the better.
| AS SSD Copy Benchmark | Transfer rate: | Duration: |
|---|---|---|
| ISO two large files |
4,048.85 MB/s |
0.57 s |
| Program typical program folder with many small files |
1,158.03 MB/s |
6.08 s |
| Game a game folder with small and large files |
2,483.13 MB/s |
2.78 s |
Compression performance test
Here, speed is measured depending on how compressible the data is.
CrystalDiskMark Benchmark
Similar to AS SSD, two sequential and two random performance tests are carried out here and the write and read speed (manufacturer: 14000 MB/s and 10000 MB/s) the Lexar SSD is determined.
| CDM | Read [MB/s] | Write [MB/s] |
|---|---|---|
| SEQ1M Q8T1 |
14,900.20 |
10,066.40 |
| SEQ1M Q1T1 |
6,333.71 |
7,984.25 |
| RND4K Q32T16 |
5,188.97 |
2,632.97 |
| RND4K Q1T1 |
61.40 |
221.12 |
IOPS (Input/Output operations per second)
| CDM | Read [IOPS] | Write [IOPS] |
|---|---|---|
| SEQ1M Q8T1 |
14,209.90 |
9,600.10 |
| SEQ1M Q1T1 |
6,040.30 |
7,614.40 |
| RND4K Q32T16 |
1,266,840.00 |
642,815.00 |
| RND4K Q1T1 |
14,990.70 |
53,983.90 |
Average latency
| CDM | Read [µs] | Write [µs] |
|---|---|---|
| SEQ1M Q8T1 |
562.66 |
831.85 |
| SEQ1M Q1T1 |
165.38 |
131.13 |
| RND4K Q32T16 |
391.24 |
794.44 |
| RND4K Q1T1 |
66.57 |
18.43 |
HD Tune Pro long-term test
A long-term test was performed to fully utilize the storage. You can see from when a possible cache is full and write performance drops. A test file of 400 GB was written to the medium. After approx. 325 GB, the cache was full and performance was throttled.
The test file could at least be read with an average read speed of 9,282 MB/s and written at 6,872 MB/s.
ATTO Disk Benchmark
Here, a 256 MB file is written to the Lexar NVMe M.2 SSD multiple times. The I/O block size varies (from 512 bytes to 64 megabytes). The larger the blocks, the faster writing and reading usually becomes.
You can find information about the test system at the bottom of the homepage.
As an Amazon Associate I earn from qualifying purchases.