| PC Status | Overall this PC is performing above expectations (79th percentile). This means that out of 100 PCs with exactly the same components, 21 performed better. The overall PC percentile is the average of each of its individual components. |
| Processor | With a good single core score, this CPU can easily handle the majority of general computing tasks. Additionally this processor can handle typical workstation, and even moderate server workloads. Finally, with a gaming score of 70.5%, this CPU's suitability for 3D gaming is good. |
| Memory | 64GB is enough RAM to run any version of Windows and it's far more than any current game requires. 64GB will also allow for large file and system caches, virtual machine hosting, software development, video editing and batch multimedia processing. |
| OS Version | Although Windows 10 is not the most recent version of Windows, it remains a great option. |
| System | Supermicro PIO-618U-TR4T+-ST031 (all builds) |
| Motherboard | Supermicro X10DRU-i+ |
| Memory | 60.1 GB free of 64 GB @ 2.1 GHz |
| Display | 1024 x 768 - 32 Bit colors |
| OS | Windows 10 |
| BIOS Date | 20170421 |
| Uptime | 7.3 Days |
| Run Date | Oct 25 '17 at 18:42 |
| Run Duration | 59 Seconds |
| Run User | CHE-User |
| Background CPU | 0% |
PC Performing above expectations (79th percentile)
Actual performance vs. expectations. The graphs show user score (x) vs user score frequency (y).
| Processor | Bench | Normal | Heavy | Server |
|---|---|---|---|---|
1st CPU: Intel Xeon E5-2690 v3
CPU1, 2 CPU, 24 cores, 48 threads
Base clock 2.6 GHz, turbo 2.6 GHz (avg)
|
70.5%
Very good
|
63% 106 Pts
|
55% 466 Pts
|
154% 2,486 Pts
|
| Drive | Bench | Sequential | Random 4k | Deep queue 4k |
|---|---|---|---|---|
|
|
||||
| Memory Kit | Bench | Multi core | Single core | Latency |
|---|---|---|---|---|
|
Micron 18ASF1G72PZ-2G1A2 8x8GB
8 of 24 slots used
64GB DIMM DDR4 clocked @ 2133 MHz
|
121%
Outstanding
|
141% 49.2 GB/s
|
35% 12.2 GB/s
|
54% 73.5 ns
|
System Memory Latency Ladder
L1/L2/L3 CPU cache and main memory (DIMM) access latencies in nano seconds