Intel XTU Share

User Avatar PCTwin's Intel Core i5-8500T CPU at 3220.0 MHz with an 3136 Motherboard

1068 Marks

Hardware Details

Processor

Brand String Intel(R) Core(TM) i5-8500T CPU @ 2.10GHz
Family CoffeeLake
IntelĀ® Speed Shift True
IntelĀ® Turbo Boost Max True
Logical CPU Cores 6
Microcode Update 0x96
Physical CPU Cores 6
Possible Turbo Bins 0
Turbo Overclockable False

Operating System

Manufacturer Microsoft Corporation
Name Microsoft Windows 10 Pro
Service Pack
Version 10.0.17763

Motherboard

Manufacturer LENOVO
Model 3136
Version SDK0J40697 WIN 3305095750969

Memory

Total Installed Memory 8.00 GB
Capacity 8.00 GB
Default Speed 2666 MHz
Manufacturer Samsung
Bank Label BANK 0
Device Locator ChannelA-DIMM0

Graphics

Compatibility Intel Corporation
DAC Type Internal
Driver Date 8/15/2018
Driver Version 24.20.100.6287
Name Intel(R) UHD Graphics 630
RAM 1.00 GB

BIOS

Manufacturer LENOVO
Release Date 7/16/2018
Version M1UKT18A

BIOS/UEFI Settings

Processor

AVX Ratio Offset 0.0 x
Core Voltage 0.0 V
Core Voltage Offset 0.0 mV
Processor Core IccMax 104.0 A
Processor Core Ratio 32.0 x
Core Voltage Mode Adaptive

Processor Turbo Ratios

1 Active Core 35.0 x
2 Active Cores 34.0 x
3 Active Cores 34.0 x
4 Active Cores 33.0 x
5 Active Cores 33.0 x
6 Active Cores 32.0 x

Processor Turbo Ratiolimit

Core 0 35.0 x
Core 1 35.0 x
Core 2 35.0 x
Core 3 35.0 x
Core 4 35.0 x
Core 5 35.0 x

Processor Turbo

Processor Powercurrent

Turbo Boost Power Max 35.0 W
Turbo Boost Power Time Window 28.0 Seconds
Turbo Boost Short Power Max 92.0 W
Package Turbo Power Lock Disable
Turbo Boost Short Power Max Enable Enable

Graphics

Processor Graphics IccMax 35.0 A
Processor Graphics Media Voltage 0.0 V
Processor Graphics Media Voltage Offset 0.0 mV
Processor Graphics Unslice IccMax 35.0 A
Processor Graphics Voltage 0.0 V
Processor Graphics Voltage Offset 0.0 mV
Processor Graphics Media Voltage Mode Adaptive
Processor Graphics Voltage Mode Adaptive

Cache

Cache IccMax 104.0 A
Cache Voltage 0.0 V
Cache Voltage Offset 0.0 mV
Cache Voltage Mode Adaptive