PRITPALGOTHRA's Intel Core i7-6500U CPU at 3060.0 MHz with an FJNB295 Motherboard
Hardware Details
Processor
Brand String
Intel(R) Core(TM) i7-6500U CPU @ 2.50GHz
Family
Skylake
Intel® Speed Shift
False
Intel® Turbo Boost Max
False
Logical CPU Cores
4
Microcode Update
0x84
Physical CPU Cores
2
Possible Turbo Bins
0
Turbo Overclockable
False
Operating System
Manufacturer
Microsoft Corporation
Name
Microsoft Windows 10 Pro
Service Pack
Version
10.0.14393
Motherboard
Manufacturer
FUJITSU
Model
FJNB295
Version
D4
Memory
Total Installed Memory
16.00 GB
Default Speed
2133 MHz
Bank Label
BANK 2
Capacity
16.00 GB
Device Locator
ChannelB-DIMM0
Manufacturer
Samsung
Graphics
Compatibility
DisplayLink
Compatibility
Intel Corporation
Compatibility
DisplayLink
DAC Type
DAC Type
Internal
DAC Type
Driver Date
10/24/2016
Driver Date
12/1/2016
Driver Date
12/1/2016
Driver Version
8.1.843.0
Driver Version
21.20.16.4542
Driver Version
8.1.843.0
Name
Intel(R) HD Graphics 520
Name
DisplayLink USB Device
Name
DisplayLink USB Device
RAM
RAM
RAM
1.00 GB
BIOS
Manufacturer
FUJITSU // Insyde Software Corp.
Release Date
4/25/2016
Version
Version 1.08
BIOS/UEFI Settings
Processor
Core Voltage
0.0 V
Core Voltage Offset
-68.0 mV
Processor Core IccMax
28.0 A
Processor Core Ratio
30.0 x
Core Voltage Mode
Adaptive
Processor Turbo Ratios
1 Active Core
31.0 x
2 Active Cores
30.0 x
Processor Turbo
Processor Powercurrent
Turbo Boost Power Max
15.0 W
Turbo Boost Power Time Window
28.0 Seconds
Turbo Boost Short Power Max
25.0 W
Package Turbo Power Lock
Enable
Turbo Boost Short Power Max Enable
Enable
Other
System Agent IccMax
5.0 A
Graphics
Processor Graphics IccMax
31.0 A
Processor Graphics Media Voltage
0.0 V
Processor Graphics Media Voltage Offset
-11.0 mV
Processor Graphics Unslice IccMax
31.0 A
Processor Graphics Voltage
0.0 V
Processor Graphics Voltage Offset
-11.0 mV
Processor Graphics Media Voltage Mode
Adaptive
Processor Graphics Voltage Mode
Adaptive
Cache
Cache IccMax
28.0 A
Cache Voltage
0.0 V
Cache Voltage Offset
-68.0 mV
Cache Voltage Mode
Adaptive
