PC Components

Samsung SSD 860 PRO & EVO 1 TB Review

It’s time. Samsung presents the next generation of its popular SSDs. Although SATA is already a thing of the past due to the much faster NVMe protocol, it is still more popular with many users. So it’s no wonder that despite the limited speed, Samsung is launching new models in the form of the 860 series. We took a close look at the Samsung SSD 860 EVO and Samsung SSD 860 PRO in our test.

Even though the Samsung SSD 850 series has already nibbled at the limit of SATA, which is 600 MBit/s gross, Samsung was able to increase the speed again. The Samsung SSD 860 PRO offers up to 560 MB/s reading and 530 MB/s writing. The Samsung SSD 860 EVO reads at 550 MB/s and writes at 520 MB/s and is therefore 10 MB/s slower. But that’s not the only difference. Compared to the 850 series, the durability could be significantly increased. The TBW (Total Bytes Written) is now at a maximum of 4,800 TB (Terabyte). NAND flash memory for the 860 PRO Samsungs is V-NAND with 2-bit MLC technology, while the 860 EVO uses 3-bit MLC. This difference also goes hand in hand with low power consumption for the 860 PRO.

As controller Samsung relies on the new MJX controller. This causes a slight increase in speed, which also affects the IOPS. Overall, however, the speed is not slowed down by the memory, but by the interface. The most important improvements are therefore durability and energy consumption.

Samsung SSD 860 Series Specifications

Capacity 256 GB 512 GB 1 TB 2 TB 4 TB
Hardware Information Interface SATA 6 Gb/s, compatible with SATA 3 Gb/s & 1.5 Gb/s
Controller Samsung MJX-Controller
NAND Flash memory Samsung V-NAND memory architecture with 2-bit MLC technology
DRAM cache memory 512 MB LPDDR4 512 MB LPDDR4 1 GB LPDDR4 2 GB LPDDR4 4 GB LPDDR4
Form factor 2.5 inch
Maximum performance Sequential Reading 560 MB/s
sequential writing 530 MB/s
4KB Ran. Read (QD1) 11,000 IOPS
4KB Ran. Write (QD1) 43,000 IOPS
4KB Ran. Read (QD32) 100,000 IOPS
4KB Ran. Write (QD32) 90.000 IOPS
Energy requirement (typical) Idle (DIPM switched on) 40 mW
For activity (average) 2.0 W 2.0 W 2.2 W 2.2 W 2.2 W
Device Sleep (DVSLP) 2 mW 2 mW 2.5 mW 4.5 mW 7 mW
Reliability MTBF 2 million hours
warranty TBW (Total Bytes Written) 300 TB 600 TB 1,200 TB 2.400 TB 4,800 TB
Guarantee duration 5 years limited
Supported functions TRIM (requires operating system support), Garbage Collection, S.M.A.R.T
data security AES 256 Bit Full Disk Encryption (FDC), TCG/Opal V2.0, Encrypted Drive (IEEE1667)
Capacity 250 GB 500 GB 1 TB 2 TB 4 TB
Hardware Information Interface SATA 6 Gb/s, compatible with SATA 3 Gb/s & 1.5 Gb/s
Controller Samsung MJX-Controller
NAND Flash memory Samsung V-NAND memory architecture with 3-bit MLC technology
DRAM cache memory 512 MB LPDDR4 512 MB LPDDR4 1 GB LPDDR4 2 GB LPDDR4 4 GB LPDDR4
Form factor 2.5 inch, M.2 (2280), mSATA
Maximum performance Sequential Reading 550 MB/s
sequential writing 520 MB/s
4KB Ran. Read (QD1) 10,000 IOPS
4KB Ran. Write (QD1) 42,000 IOPS
4KB Ran. Read (QD32) 98,000 IOPS
4KB Ran. Write (QD32) 90.000 IOPS
Energy requirement (typical) Idle (DIPM switched on) 50 mW
For activity (average) 2.2 W 2.5 W 3.0 W 3.0 W 3.0 W
Device Sleep (DVSLP) 2 mW 2 mW 2.6 mW 5 mW 8 mW
Reliability MTBF 1.5 million hours
warranty TBW (Total Bytes Written) 150 TB 300 TB 600 TB 1,200 TB 2.400 TB
Guarantee duration 5 years limited
Supported functions TRIM (requires operating system support), Garbage Collection, S.M.A.R.T
Data security AES 256 Bit Full Disk Encryption (FDC), TCG/Opal V2.0, Encrypted Drive (IEEE1667)

Test System

Benchmarks

wdt_ID SSD Seq (lesen, MB/s) Seq (schreiben, MB/s) 4K (lesen, MB/s) 4K (schreiben, MB/s) 4K-64-Thrd (lesen, MB/s) 4K-64-Thrd (schreiben, MB/s)
1 Toshiba Q300 Pro 1TB 506,29 468,26 20,07 83,41 353,98 228,57
2 Crucial BX300 480 GB 516,37 472,97 32,40 113,85 376,93 349,97
3 Samsung SSD 860 PRO 1 TB 526,20 498,49 45,57 129,23 377,11 340,89
4 Samsung SSD 860 EVO 1 TB 528,46 498,50 43,69 130,20 378,80 342,79
5 SanDisk Ultra 3D 500 GB 489,92 496,99 36,36 88,72 373,74 334,34
7 Toshiba TR200 960 GB 463,37 371,80 27,40 70,12 268,58 168,03
8 Verbatim Vi560 S3 512 GB 522,71 460,83 15,56 92,66 205,45 220,96
9 Samsung SSD 870 QVO 1 TB 523,80 494,89 35,53 96,22 368,67 331,16
10 LC-Power Phoenix 480 GB 517,78 401,51 24,52 70,22 238,72 226,73
11 Samsung SSD 870 EVO 2 TB 526,54 493,04 37,07 90,57 372,59 337,20
SSD Seq (lesen, MB/s) Seq (schreiben, MB/s) 4K (lesen, MB/s) 4K (schreiben, MB/s) 4K-64-Thrd (lesen, MB/s) 4K-64-Thrd (schreiben, MB/s)
wdt_ID SSD Lesen Schreiben Gesamt
1 Toshiba Q300 Pro 1TB 425 359 1.004
2 Crucial BX300 480 GB 461 511 1.217
3 Samsung SSD 860 PRO 1 TB 474 520 1.252
4 Samsung SSD 860 EVO 1 TB 475 523 1.256
5 SanDisk Ultra 3D 500 GB 459 473 1.180
7 Toshiba TR200 960 GB 342 275 798
8 Verbatim Vi560 S3 512 GB 273 360 774
9 Samsung SSD 870 QVO 1 TB 457 477 1.178
10 LC-Power Phoenix 480 GB 315 337 816
11 Samsung SSD 870 EVO 2 TB 461 477 1.183
SSD Lesen Schreiben Gesamt
wdt_ID SSD ISO (in MB/s) Programm (in MB/s) Spiel (in MB/s)
1 Toshiba Q300 Pro 1TB 380,64 193,10 244,38
2 Crucial BX300 480 GB 257,05 105,71 183,26
3 Samsung SSD 860 PRO 1 TB 475,42 328,58 456,63
4 Samsung SSD 860 EVO 1 TB 460,70 327,49 440,99
5 SanDisk Ultra 3D 500 GB 561,93 416,23 505,09
7 Toshiba TR200 960 GB 252,77 131,44 146,53
8 Verbatim Vi560 S3 512 GB 267,41 109,81 196,38
9 Samsung SSD 870 QVO 1 TB 269,89 118,24 243,96
10 LC-Power Phoenix 480 GB 215,69 103,90 186,73
11 Samsung SSD 870 EVO 2 TB 472,84 309,70 438,83
SSD ISO (in MB/s) Programm (in MB/s) Spiel (in MB/s)
wdt_ID SSD Seq Q32T1 (lesen, in MB/s) Seq Q32T1 (schreiben, in MB/s) 4K Q32T1 (lesen, in MB/s) 4K Q32T1 (schreiben, in MB/s) Seq (lesen, in MB/s) Seq (schreiben, in MB/s) 4K (lesen, in MB/s) 4K (schreiben, in MB/s)
1 Toshiba Q300 Pro 1TB 544,40 504,50 347,90 334,30 522,80 483,40 26,93 96,19
2 Crucial BX300 480 GB 552,90 514,20 377,20 356,30 535,30 499,10 32,73 143,10
3 Samsung SSD 860 PRO 1 TB 560,40 529,40 398,40 357,20 537,90 514,80 49,47 151,30
4 Samsung SSD 860 EVO 1 TB 562,20 533,10 403,10 359,00 551,30 522,80 48,49 155,00
5 SanDisk Ultra 3D 500 GB 563,00 534,10 394,70 361,10 294,10 276,90 40,71 110,60
6 Toshiba TR200 960 GB 549,60 519,80 307,90 256,00 483,40 398,60 29,31 79,30
7 Verbatim Vi560 S3 512 GB 560,50 373,10 252,80 189,30 507,50 372,70 24,52 91,99
8 Samsung SSD 870 QVO 1 TB 560,00 529,10 295,10 299,10 533,50 501,10 35,77 97,54
9 LC-Power Phoenix 480 GB 520,00 442,80 248,30 219,60 440,80 436,90 27,14 61,66
10 Samsung SSD 870 EVO 2 TB 561,40 528,90 312,80 284,50 542,20 503,00 42,89 93,74
SSD Seq Q32T1 (lesen, in MB/s) Seq Q32T1 (schreiben, in MB/s) 4K Q32T1 (lesen, in MB/s) 4K Q32T1 (schreiben, in MB/s) Seq (lesen, in MB/s) Seq (schreiben, in MB/s) 4K (lesen, in MB/s) 4K (schreiben, in MB/s)
wdt_ID SSD 512 B 1 KB 2 KB 4 KB 8 KB 16 KB 32 KB 64 KB 128 KB 256 KB 512 KB 1 MB 2 MB 4 MB 8 MB 12 MB 16 MB 24 MB 32 MB 48 MB 64 MB
5 Toshiba Q300 Pro 1 TB 12.288 26.425 50.688 88.969 131.657 216.627 293.011 354.146 406.935 444.835 468.590 480.421 484.759 486.957 492.542 488.872 492.542 489.954 490.293 490.470 492.542
6 Crucial BX300 480 GB 16.302 29.802 55.158 91.701 124.616 155.847 176.690 370.350 207.580 218.453 243.289 246.144 302.183 381.647 420.481 446.677 458.018 472.242 476.354 477.849 480.488
7 Samsung SSD 860 PRO 1 TB 21.067 40.091 74.240 131.766 212.460 304.158 387.404 444.311 483.066 504.123 515.270 520.385 524.288 526.922 524.615 524.506 524.124 523.960 524.369 524.192 524.016
8 Samsung SSD 860 EVO 1 TB 20.428 39.737 74.240 116.155 213.970 300.847 377.474 443.238 480.704 504.123 515.270 521.679 525.602 526.261 525.272 525.602 525.766 525.821 525.684 526.359 526.989
9 SanDisk Ultra 3D 500 GB 18.460 36.440 120.610 216.800 355.470 450.870 458.640 489.000 509.590 496.280 503.020 503.360 489.000 510.200 466.200 423.580 425.420 424.400 424.570 424.830 425.890
10 Toshiba TR200 960 GB 13.952 21.291 33.224 74.380 105.966 126.030 171.176 188.141 193.702 197.471 257.003 501.711 321.156 341.277 263.958 244.518 263.254 251.935 249.123 248.852 247.121
11 Verbatim Vi560 S3 512 GB 15.577 29.952 56.039 101.890 163.840 255.493 317.109 321.254 360.800 361.577 364.088 384.798 371.835 388.721 394.572 412.960 433.631 432.997 422.972 407.304 404.422
12 Samsung SSD 870 QVO 1 TB 14.720 28.855 54.511 100.101 169.560 254.862 333.371 354.248 412.575 459.901 489.988 505.337 516.539 518.455 518.455 518.882 518.579 520.385 520.950 519.439 518.637
13 LC-Power Phoenix 480 GB 12.323 21.852 1.777 18.662 17.266 19.980 242.128 338.979 370.958 418.951 436.906 442.437 445.255 443.841 445.018 443.060 440.346 439.347 439.366 439.653 439.102
14 Samsung SSD 870 EVO 2 TB 13.952 27.188 50.693 93.499 161.276 243.943 286.563 309.841 372.232 439.614 474.058 499.414 516.222 519.971 521.233 523.544 522.502 522.309 522.502 523.249 525.057
SSD 512 B 1 KB 2 KB 4 KB 8 KB 16 KB 32 KB 64 KB 128 KB 256 KB 512 KB 1 MB 2 MB 4 MB 8 MB 12 MB 16 MB 24 MB 32 MB 48 MB 64 MB
wdt_ID SSD 512 B 1 KB 2 KB 4 KB 8 KB 16 KB 32 KB 64 KB 128 KB 256 KB 512 KB 1 MB 2 MB 4 MB 8 MB 12 MB 16 MB 24 MB 32 MB 48 MB 64 MB
5 Toshiba Q300 Pro 1 TB 6.194 13.212 24.778 93.499 143.382 223.665 283.402 343.344 404.103 438.584 467.424 479.349 482.580 478.281 481.498 482.031 479.349 480.835 481.498 481.532 481.498
6 Crucial BX300 480 GB 17.920 32.859 65.024 115.423 183.402 277.142 330.095 391.259 445.390 478.801 476.625 488.846 491.136 488.846 486.578 487.709 486.437 486.672 488.704 490.252 489.385
7 Samsung SSD 860 PRO 1 TB 21.833 41.984 78.140 136.192 210.417 303.104 385.505 442.368 477.203 499.321 514.007 517.815 521.679 516.539 517.495 516.752 514.165 516.327 515.112 516.940 516.687
8 Samsung SSD 860 EVO 1 TB 21.248 40.960 75.399 122.880 213.439 291.992 377.474 437.988 468.114 493.447 507.784 512.751 515.270 513.378 511.188 511.292 512.281 511.292 511.812 511.783 511.991
9 SanDisk Ultra 3D 500 GB 31.490 61.280 124.510 250.980 392.580 489.740 515.630 528.610 535.710 536.990 479.620 497.510 537.630 536.910 537.270 535.480 534.580 533.690 527.360 534.730 534.810
10 Toshiba TR200 960 GB 10.518 20.327 40.448 99.852 172.356 234.635 352.256 409.600 473.754 480.998 504.123 472.331 460.912 464.485 480.172 486.578 485.873 487.143 488.206 489.763 492.542
11 Verbatim Vi560 S3 512 GB 10.086 17.698 38.114 70.970 117.899 187.478 220.632 291.992 326.862 359.101 434.192 469.161 486.578 498.135 505.033 506.966 508.863 509.842 509.326 510.415 386.846
12 Samsung SSD 870 QVO 1 TB 15.360 29.952 56.690 102.654 171.602 253.318 330.908 349.102 401.871 455.336 493.447 502.914 505.337 501.711 502.612 500.712 506.100 508.708 506.941 509.734 510.697
13 LC-Power Phoenix 480 GB 11.080 20.378 41.671 66.064 114.401 200.704 281.788 312.076 373.601 443.238 484.330 483.214 471.270 502.311 493.447 508.195 502.311 508.297 509.403 509.432 510.166
14 Samsung SSD 870 EVO 2 TB 14.208 27.068 51.200 96.804 166.154 228.286 276.627 321.126 367.393 432.507 481.498 494.811 498.256 501.748 504.104 504.462 505.290 504.462 506.481 506.937 506.481
SSD 512 B 1 KB 2 KB 4 KB 8 KB 16 KB 32 KB 64 KB 128 KB 256 KB 512 KB 1 MB 2 MB 4 MB 8 MB 12 MB 16 MB 24 MB 32 MB 48 MB 64 MB
wdt_ID SSD Minimum (in MB/s) Maximum (in MB/s) Average (in MB/s)
1 Toshiba Q300 Pro 1TB 298,10 408,00 351,10
2 Crucial BX300 480 GB 323,60 443,30 428,40
3 Samsung SSD 860 PRO 1 TB 438,00 460,30 456,40
4 Samsung SSD 860 EVO 1 TB 451,30 459,30 456,90
5 SanDisk Ultra 3D 500 GB 415,70 438,20 434,60
7 Toshiba TR200 960 GB 447,30 455,90 454,70
8 Verbatim Vi560 S3 512 GB 306,20 349,40 324,30
9 Samsung SSD 870 QVO 1 TB 353,60 413,90 373,50
10 LC-Power Phoenix 480 GB 337,30 398,10 365,10
11 Samsung SSD 870 EVO 2 TB 313,80 370,10 337,10
SSD Minimum (in MB/s) Maximum (in MB/s) Average (in MB/s)
wdt_ID SSD AS SSD (schreiben) HD Tune Pro
1 Toshiba Q300 Pro 1TB 0,040 0,070
2 Crucial BX300 480 GB 0,050 0,028
3 Samsung SSD 860 PRO 1 TB 0,025 0,028
4 Samsung SSD 860 EVO 1 TB 0,024 0,027
5 SanDisk Ultra 3D 500 GB 0,089 0,035
7 Toshiba TR200 960 GB 2,057 0,024
8 Verbatim Vi560 S3 512 GB 2,501 0,039
9 Samsung SSD 870 QVO 1 TB 0,345 0,030
10 LC-Power Phoenix 480 GB 2,725 0,031
11 Samsung SSD 870 EVO 2 TB 0,037 0,031
SSD AS SSD (schreiben) HD Tune Pro

Conclusion

An improvement of Samsung’s 850 series by the 860 series was hardly possible due to the strong limitation by the SATA protocol. Yet Samsung has made exactly that possible. A bit more performance is pressed through the line. In addition, we are promised a longer shelf life, which according to Hot long-term test is significantly higher in reality. It should be borne in mind that 4,800 TB TBW already correspond to over 100 days of writing performance at full speed. In a usage scenario that assumes 30 gigabytes of writing power on a typical office day, this corresponds to 160,000 days or over 400 years. Another exciting aspect is the low energy consumption, which is of particular interest for mobile applications.

All in all, Samsung has again surpassed itself with the SSD 860 series and offers the absolute top product. So I can only recommend the SSDs. If you want to save a little money, you can also take the SSD 850 series with a clear conscience. Until the stocks of the old series are raised, it will certainly be possible to purchase them at a lower price.

Samsung SSD 860 Serie

Access Time
Transfer Rate (read)
Transfer Rate (write)
Value for Money

Perfect!

Samsung again surpasses itself with the SSD 860 series and offers the absolute top product.

Simon Lüthje

I am co-founder of this blog and am very interested in everything that has to do with technology, but I also like to play games. I was born in Hamburg, but now I live in Bad Segeberg.

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