Psi0NYX's Intel Core i7-4750HQ CPU at 3160.0 MHz with an G551JW Motherboard
Hardware Details
Processor
Brand String
Intel(R) Core(TM) i7-4750HQ CPU @ 2.00GHz
Family
Haswell
Logical CPU Cores
8
Microcode Update
0x12
Physical CPU Cores
4
Possible Turbo Bins
2
Turbo Overclockable
True
Operating System
Manufacturer
Microsoft Corporation
Name
Microsoft Windows 10 Home Single Language
Service Pack
Version
10.0.10240
Motherboard
Manufacturer
ASUSTeK COMPUTER INC.
Model
G551JW
Version
1.0
Memory
Total Installed Memory
16.00 GB
Bank Label
BANK 2
Default Speed
1600 MHz
Capacity
8.00 GB
Device Locator
ChannelB-DIMM0
Manufacturer
Hynix/Hyundai
Capacity
8.00 GB
Manufacturer
Hynix/Hyundai
Bank Label
BANK 0
Device Locator
ChannelA-DIMM0
Default Speed
1600 MHz
Graphics
Compatibility
NVIDIA
Compatibility
Intel Corporation
DAC Type
Internal
DAC Type
Integrated RAMDAC
Driver Date
7/17/2015
Driver Date
1/22/2016
Driver Version
10.18.13.6175
Driver Version
10.18.15.4256
Name
NVIDIA GeForce GTX 960M
Name
Intel(R) Iris(TM) Pro Graphics 5200
RAM
1.00 GB
RAM
4.00 GB
BIOS
Manufacturer
American Megatrends Inc.
Release Date
8/3/2015
Version
G551JW.207
BIOS/UEFI Settings
Processor
Core Voltage
1.2001953 V
Dynamic CPU Voltage Offset
-70.3125 mV
Reference Clock
100.0 MHz
Core Voltage Mode
Adaptive
Processor Turbo Ratios
1 Active Core
34.0 x
2 Active Cores
33.0 x
3 Active Cores
32.0 x
4 Active Cores
32.0 x
Processor Turbo
Processor Powercurrent
Processor Current Limit
88.0 A
Turbo Boost Power Max
120.0 W
Turbo Boost Power Time Window
64.0 Seconds
Turbo Boost Short Power Max
120.0 W
Package Turbo Power Lock
Enable
Turbo Boost Short Power Max Enable
Enable
Other
Processor Integrated VR Efficiency Mode
Disable
Processor Integrated VR Faults
Enable
Graphics
Processor Graphics Ratio Limit
12.0 x
Processor Graphics Voltage
0.0 V
Processor Graphics Voltage Offset
0.0 mV
Processor Graphics Voltage Mode
Adaptive
Cache
Processor Cache Ratio
34.0 x
Processor Cache Voltage
1.21875 V
Processor Cache Voltage Offset
-80.078125 mV
Processor Cache Voltage Mode
Adaptive
