Page 18 from comparison Intel Xeon E5 2696 V2

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Compare Intel Core I7 860with Intel Xeon E5 2696 V2

Feature	Intel Core I7 860	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	45nm	22nm
Chip size (or Die)	296 mm²	-
Number of transistors in processor	774 million	-
Processor architecture	64 bit	64 bit
Processor base frequency	2.80 gigahertz (ghz)	2.50 gigahertz (ghz)
Processor boost frequency	3.46 gigahertz (ghz)	3.30 gigahertz (ghz)
Cache Memory
L1 cache size	64KB per core	64KB per core
L2 cache capacity	256KB per core	256KB per core
Bus Speed	2.5 GT/s	5 GT/s
Power Consumption
Integrated graphics unit type	No integrated graphics unit	No integrated graphics unit
Supported memory type
Maximum Supported Memory Capacity
Maximum memory bandwidth	21 GB/s	-
Number of PCIe lanes		-
Maximum allowed operating temperature	72.7 degree celsius (°c)	-
Base price at launch	305 dollar ($) \$	-
Number of processor cores	-
Number of processor threads	-
L3 Cache Size	-

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Compare Amd Fx 8370with Intel Xeon E5 2696 V2

AMD VS Intel

Feature	Amd Fx 8370	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	32nm	22nm
Chip size (or Die)	319 mm²	-
Number of transistors in processor	1200 million	-
Processor architecture	64 bit	64 bit
Processor base frequency	4 gigahertz (ghz)	2.50 gigahertz (ghz)
Processor boost frequency	4.3 gigahertz (ghz)	3.30 gigahertz (ghz)
L1 cache size		64KB per core
L2 cache capacity		256KB per core
L3 Cache Size
Power Consumption
Integrated graphics unit type	No integrated graphics unit	No integrated graphics unit
Supported memory type
Maximum memory bandwidth	29.86 GB/s	-
Maximum allowed operating temperature	61.1 degrees Celsius	-
Number of processor cores	-
Number of processor threads	-
Cache Memory	-
Bus Speed	-	5 GT/s
Maximum Supported Memory Capacity	-

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Compare Amd Ryzen 5 8600Gwith Intel Xeon E5 2696 V2

AMD VS Intel

Feature	Amd Ryzen 5 8600G	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	4nm	22nm
Chip size (or Die)	178 mm²	-
Number of transistors in processor	25000 million	-
Processor architecture	64 bit	64 bit
Number of processor threads
Processor base frequency	4.3 gigahertz (ghz)	2.50 gigahertz (ghz)
Processor boost frequency	5.0 gigahertz (ghz)	3.30 gigahertz (ghz)
L1 cache size		64KB per core
L2 cache capacity		256KB per core
L3 Cache Size
Power Consumption
Integrated graphics unit type		No integrated graphics unit
Graphics processor frequency	2.8 gigahertz (ghz)	-
Supported graphical API type		-
Display Output Type		-
Supported memory type
Maximum Supported Memory Capacity
Number of PCIe lanes		-
Maximum allowed operating temperature	95 degree celsius (°c)	-
Base price at launch	229 dollar ($) \$	-
Number of processor cores	-
Cache Memory	-
Bus Speed	-	5 GT/s

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Compare Intel Celeron G4930with Intel Xeon E5 2696 V2

Intel VS Intel

Feature	Intel Celeron G4930	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	14nm	22nm
Chip size (or Die)	126 mm²	-
Processor architecture	64 bit	64 bit
Processor base frequency	3.20 gigahertz (ghz)	2.50 gigahertz (ghz)
Cache Memory
Bus Speed	8 GT/s	5 GT/s
Power Consumption
Integrated graphics unit type		No integrated graphics unit
Graphics processor frequency	350 megahertz (mhz)	-
Dedicated Graphics Memory Size	No dedicated memory	-
Maximum graphics memory capacity		-
Supported graphical API type		-
Display Output Type		-
Supported memory type
Maximum Supported Memory Capacity
Maximum memory bandwidth	37.5 GB/s	-
Number of PCIe lanes		-
Maximum allowed operating temperature	100 degree celsius (°c)	-
Number of processor cores	-
Number of processor threads	-
Processor boost frequency	-	3.30 gigahertz (ghz)
L1 cache size	-	64KB per core
L2 cache capacity	-	256KB per core
L3 Cache Size	-

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Compare Intel Core I3 7300with Intel Xeon E5 2696 V2

Intel VS Intel

Feature	Intel Core I3 7300	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	14nm	22nm
Processor architecture	64 bit	64 bit
Processor base frequency	4.00 gigahertz (ghz)	2.50 gigahertz (ghz)
Cache Memory
Bus Speed	8 GT/s	5 GT/s
Power Consumption
Integrated graphics unit type		No integrated graphics unit
Graphics processor frequency	1.15 gigahertz (ghz)	-
Maximum graphics memory capacity		-
Supported graphical API type		-
Display Output Type		-
Supported memory type
Maximum Supported Memory Capacity
Number of PCIe lanes		-
Maximum allowed operating temperature	100 degrees Celsius	-
Base price at launch	140 dollar ($) \$	-
Number of processor cores	-
Number of processor threads	-
Processor boost frequency	-	3.30 gigahertz (ghz)
L1 cache size	-	64KB per core
L2 cache capacity	-	256KB per core
L3 Cache Size	-

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Compare Intel Core I5 12500with Intel Xeon E5 2696 V2

Intel VS Intel

Feature	Intel Core I5 12500	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	10nm	22nm
Chip size (or Die)	163 mm²	-
Processor architecture	64 bit	64 bit
Number of processor cores	6 Performance core
Number of processor threads
Processor base frequency	3.00 gigahertz (ghz)	2.50 gigahertz (ghz)
Processor boost frequency	4.60 gigahertz (ghz)	3.30 gigahertz (ghz)
Cache Memory
L2 cache capacity		256KB per core
Power Consumption	65W (Base) / 117W (Turbo)
Integrated graphics unit type		No integrated graphics unit
Graphics processor frequency		-
Supported graphical API type		-
Display Output Type		-
Supported memory type
Maximum Supported Memory Capacity
Maximum memory bandwidth	76.8 GB/s	-
Number of PCIe lanes		-
Maximum allowed operating temperature	100 degree celsius (°c)	-
Base price at launch		-
L1 cache size	-	64KB per core
L3 Cache Size	-
Bus Speed	-	5 GT/s

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Compare Intel Core I3 6098Pwith Intel Xeon E5 2696 V2

Intel VS Intel

Feature	Intel Core I3 6098P	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	14nm	22nm
Processor architecture	64 bit	64 bit
Processor base frequency	3.60 gigahertz (ghz)	2.50 gigahertz (ghz)
Cache Memory
Bus Speed	8 GT/s	5 GT/s
Power Consumption
Integrated graphics unit type		No integrated graphics unit
Graphics processor frequency	1.05 megahertz (mhz)	-
Maximum graphics memory capacity		-
Supported graphical API type		-
Display Output Type		-
Supported memory type
Maximum Supported Memory Capacity
Maximum memory bandwidth	34.1 GB/s	-
Number of PCIe lanes		-
Maximum allowed operating temperature	66 degrees Celsius	-
Base price at launch	117 dollar ($) \$	-
Number of processor cores	-
Number of processor threads	-
Processor boost frequency	-	3.30 gigahertz (ghz)
L1 cache size	-	64KB per core
L2 cache capacity	-	256KB per core
L3 Cache Size	-

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Compare Intel Core I3 540with Intel Xeon E5 2696 V2

Intel VS Intel

Feature	Intel Core I3 540	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	81nm	22nm
Chip size (or Die)	81 millimeter (mm)	-
Number of transistors in processor	382 million	-
Processor architecture	64 bit	64 bit
Processor base frequency	3.06 gigahertz (ghz)	2.50 gigahertz (ghz)
Cache Memory
Bus Speed	2.5 GT/s	5 GT/s
Power Consumption
Integrated graphics unit type		No integrated graphics unit
Graphics processor frequency	733 megahertz (mhz)	-
Supported memory type
Maximum Supported Memory Capacity
Maximum memory bandwidth	21 GB/s	-
Number of PCIe lanes		-
Maximum allowed operating temperature	72.6 degree celsius (°c)	-
Base price at launch	117.00 dollar ($) \$	-
Number of processor cores	-
Number of processor threads	-
Processor boost frequency	-	3.30 gigahertz (ghz)
L1 cache size	-	64KB per core
L2 cache capacity	-	256KB per core
L3 Cache Size	-

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Compare Amd Ryzen Threadripper 2950Xwith Intel Xeon E5 2696 V2

AMD VS Intel

Feature	Amd Ryzen Threadripper 2950X	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	12nm	22nm
Chip size (or Die)	213 mm²	-
Number of transistors in processor	9600 million	-
Processor architecture	64 bit	64 bit
Number of processor cores
Number of processor threads
Processor base frequency	3.5 gigahertz (ghz)	2.50 gigahertz (ghz)
Processor boost frequency	4.4 gigahertz (ghz)	3.30 gigahertz (ghz)
L1 cache size		64KB per core
L2 cache capacity		256KB per core
L3 Cache Size
Bus Speed	4 x 8 GT/s	5 GT/s
Power Consumption
Integrated graphics unit type	No integrated graphics unit	No integrated graphics unit
Supported memory type
Maximum Supported Memory Capacity	1 terabyte (tb)
Number of PCIe lanes		-
Maximum allowed operating temperature	68 degrees Celsius	-
Base price at launch	899 dollar ($) \$	-
Cache Memory	-

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Compare Intel Celeron G5925with Intel Xeon E5 2696 V2

Intel VS Intel

Feature	Intel Celeron G5925	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	14nm	22nm
Processor architecture	64 bit	64 bit
Processor base frequency	3.60 gigahertz (ghz)	2.50 gigahertz (ghz)
Cache Memory
Bus Speed	8 GT/s	5 GT/s
Power Consumption
Integrated graphics unit type		No integrated graphics unit
Graphics processor frequency		-
Dedicated Graphics Memory Size	No dedicated memory	-
Maximum graphics memory capacity		-
Supported graphical API type		-
Display Output Type		-
Supported memory type
Maximum Supported Memory Capacity
Maximum memory bandwidth	41.6 GB/s	-
Number of PCIe lanes		-
Maximum allowed operating temperature	100 degree (°)	-
Base price at launch	52 dollar ($) \$	-
Number of processor cores	-
Number of processor threads	-
Processor boost frequency	-	3.30 gigahertz (ghz)
L1 cache size	-	64KB per core
L2 cache capacity	-	256KB per core
L3 Cache Size	-

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Compare Intel Core I5 4690Twith Intel Xeon E5 2696 V2

Intel VS Intel

Feature	Intel Core I5 4690T	Intel Xeon E5 2696 V2
Processor series
Model
Microarchitecture type
Socket type
Lithography type	22nm	22nm
Processor architecture	64 bit	64 bit
Processor base frequency	2.50 gigahertz (ghz)	2.50 gigahertz (ghz)
Processor boost frequency	3.50 gigahertz (ghz)	3.30 gigahertz (ghz)
Cache Memory
Bus Speed	5 GT/s	5 GT/s
Power Consumption
Integrated graphics unit type		No integrated graphics unit
Graphics processor frequency	1.20 gigahertz (ghz)	-
Maximum graphics memory capacity		-
Supported graphical API type		-
Display Output Type		-
Supported memory type
Maximum Supported Memory Capacity
Maximum memory bandwidth	25.6 GB/s	-
Number of PCIe lanes		-
Maximum allowed operating temperature	71.45 degree celsius (°c)	-
Base price at launch	213 dollar ($) \$	-
Number of processor cores	-
Number of processor threads	-
L1 cache size	-	64KB per core
L2 cache capacity	-	256KB per core
L3 Cache Size	-

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Compare Amd A4 3400with Intel Xeon E5 2696 V2

AMD VS Intel

Feature	Amd A4 3400	Intel Xeon E5 2696 V2
Processor series
Model
Socket type
Lithography type	32nm	22nm
Chip size (or Die)	228 millimeter (mm)	-
Number of transistors in processor		-
Processor architecture	64 bit	64 bit
Processor base frequency	2.7 gigahertz (ghz)	2.50 gigahertz (ghz)
L2 cache capacity		256KB per core
Power Consumption
Integrated graphics unit type	AMD Radeon HD 6410D	No integrated graphics unit
Graphics processor frequency	600 megahertz (mhz)	-
Supported memory type
Microarchitecture type	-
Number of processor cores	-
Number of processor threads	-
Processor boost frequency	-	3.30 gigahertz (ghz)
Cache Memory	-
L1 cache size	-	64KB per core
L3 Cache Size	-
Bus Speed	-	5 GT/s
Maximum Supported Memory Capacity	-

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