Intel TigerLake Y LPDDR4x T4 Crb

Performance Results

Gaming 37%
Jet ski
Desktop 72%
Workstation 33%
Sail boat
PC StatusOverall this PC is performing below expectations (30th percentile). This means that out of 100 PCs with exactly the same components, 70 performed better. The overall PC percentile is the average of each of its individual components. Use the charts in the benchmark sections of this report to identify problem areas.
ProcessorWith a good single core score, this CPU can easily handle the majority of general computing tasks. Despite its good single core score this processor isn't appropriate for workstation use due to its relatively weak multi-core performance. Finally, with a gaming score of 61.4%, this CPU's suitability for 3D gaming is above average.
Graphics51.8% is a reasonable 3D score (RTX 2060S = 100%). This GPU can handle the majority of recent games but it will struggle with resolutions greater than 1080p at ultra detail levels. (Note: general computing tasks don't require 3D graphics)
Boot Drive115% is an exceptional SSD score. This drive is suitable for heavy workstation use, it will facilitate fast boots, responsive applications and allow for fast transfers of multi-gigabyte files.
Memory12GB is enough RAM to run any version of Windows and it's more than sufficient for nearly all games. 12GB also allows for very large file and system caches, software development and batch photo editing/processing.
OS VersionWindows 10 is the most recent version of Windows, and the best to date in our opinion.
CPU throttled at 83% by Windows. Ensure maximum processor state is set to 100% via Settings > System > Power & sleep > Additional power settings > Change plan settings > Change advanced power settings > Processor power management > Maximum processor state.
SystemIntel Tiger Lake Client Platform
MotherboardIntel TigerLake Y LPDDR4x T4 Crb  (all builds)
Memory7.1 GB free of 12 GB @ 3.7 GHz
Display1920 x 1080 - 32 Bit colors, 1920 x 1080 - 32 Bit colors
OSWindows 10
BIOS Date20190713
Uptime0 Days
Run DateJul 29 '19 at 21:43
Run Duration149 Seconds
Run User USA-User
Background CPU4%
CPU Throttled 83%

 PC Performing below expectations (30th percentile)

Actual performance vs. expectations. The graphs show user score (x) vs user score frequency (y).

Processor Bench Normal Heavy Server
Intel 0000
U3E1, 1 CPU, 4 cores, 8 threads
Base clock 1.2 GHz, turbo 2.9 GHz (avg)
Relative performance n/a - insufficient samples
61.4% Good
Memory 46.5
1-Core 122
2-Core 236
72% 135 Pts
4-Core 417
8-Core 546
63% 482 Pts
64-Core 558
38% 558 Pts
Poor: 61%
This bench: 61.4%
Great: 82%
Graphics Cards Bench 3D DX9 3D DX10 3D DX11
Intel UHD Graphics, Gen12 LP ReleaseInternal
Intel(8086 7270) 1GB
Driver: igdumdim64.dll Ver.
Relative performance n/a - insufficient samples
5.04% Terrible
Lighting 9.33
Reflection 11
Parallax 8.03
8% 9.47 fps
MRender 0.9
Gravity 2.97
Splatting 0.04
2% 1.3 fps
AMD RX 580-$220
CLim: 1366 MHz, MLim: 1750 MHz, Ram: 4GB, Driver: 19.7.4
Performing below potential (26th percentile) - GPU OC Guide
51.8% Above average
Lighting 63.3
Reflection 66.9
Parallax 86.9
51% 72.4 fps
MRender 63.9
Gravity 65.3
Splatting 55.1
52% 61.4 fps
Poor: 48%
This bench: 51.8%
Great: 60%
Drive Bench Sequential Random 4k Deep queue 4k
WD Black NVMe PCIe M.2 256GB (2017)-$130
172GB free (System drive)
Firmware: B35900WD Max speed: PCIe 5,000 MB/s
SusWrite @10s intervals: 238 221 190 190 204 212 MB/s
Performing below expectations (34th percentile)
115% Outstanding
Read 823
Write 313
Mixed 296
SusWrite 209
90% 410 MB/s
4K Read 31.7
4K Write 74.8
4K Mixed 40.3
139% 48.9 MB/s
DQ Read 659
DQ Write 512
DQ Mixed 341
322% 504 MB/s
Poor: 85%
This bench: 115%
Great: 144%
Memory Kit Bench Multi core Single core Latency
Unknown 8x1.5GB
8 of 8 slots used
12GB Row of chips LPDDR4 3733 MHz clocked @ 2133 MHz
Relative performance n/a - insufficient samples
67.2% Good
MC Read 24.4
MC Write 29.2
MC Mixed 23
73% 25.5 GB/s
SC Read 9.6
SC Write 29.2
SC Mixed 11.4
48% 16.7 GB/s
Latency 174
23% 174 ns

 System Memory Latency Ladder

L1/L2/L3 CPU cache and main memory (DIMM) access latencies in nano seconds.

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