Intel Celeron G400 BX80623G465 specs.
CPU Processors Specs >> Intel >> Intel Celeron G400 BX80623G465| Specifications | | | Reviews |
Technical Information Intel Celeron G400 BX80623G465
Processor:
Intel
Processor Core:
Single-core (1 Core)
Clock Speed:
1.90 GHz
Direct Media Interface:
5 GT/s
L2 Cache:
256 KB
L3 Cache:
1.50 MB
64-bit Processing:
Yes
Process Technology:
32 nm
Processor Socket:
Socket H2 LGA-1155
Display & Graphics Intel Celeron G400 BX80623G465
Graphics Controller Manufacturer:
Intel
Graphics Controller Model:
HD Graphics
Power Description Intel Celeron G400 BX80623G465
Thermal Design Power:
35 W
Environmental Conditions Intel Celeron G400 BX80623G465
Thermal Specification:
149.9°F (65.5°C)
Dimensions Intel Celeron G400 BX80623G465
Width:
1.5"
Depth:
1.5"
Reviews, Questions about Intel Celeron G400 BX80623G465
Write Review / Ask a question about Intel Celeron G400 BX80623G465
Popular today
Intel Core 2 Duo E6550 2.33 GHz
Manufacturer Part Number: BX80557E6550; Brand Name: Intel; Product Line: Core 2 Duo; Product Model: E6550; Packaged Quantity: 1; Package Type: Retail; Processor Manufacturer: Intel; Processor Core: Du...
AMD Phenom II X4 Deneb 905e (AM3, L3 6144Kb)
Socket: AM3; Kernel: Deneb; Number of cores: 4; Celeron: 45 nm; Clock frequency: 2500 MHz; System bus: HT; A multiplication factor: 12.5; The voltage on the kernel: 0.825 B; Integrated memory controll...
It seems that Qualcomm has managed to almost completely level out its dependence on the British ARM Holdings, which develops the design of processors on the ARM architecture of the same name. The Snapdragon chip maker assures that in the new models the use of ARM technologies is minimized.
Intel has revealed the specifications of Core 200H mobile processors based on Raptor Lake Refresh architecture. There will be a total of five chips in the lineup.
With one of the fresh microcode updates, AMD has disabled the Loop Buffer feature in Ryzen 7000 series processors. Let's find out what it means for users and how the ?innovation? affected the performance of branded chips.