Page 24 from comparison Intel Xeon E5 2696 V2

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Compare Amd Ryzen Threadripper Pro 3995Wxwith Intel Xeon E5 2696 V2

Feature

Amd Ryzen Threadripper Pro 3995Wx

Intel Xeon E5 2696 V2

Processor series
Model
Microarchitecture type
Socket type
Lithography type 7nm 22nm
Chip size (or Die) 74 mm² -
Number of transistors in processor 3800 million -
Processor architecture 64 bit 64 bit
Number of processor cores
Number of processor threads
Processor base frequency 2.7 gigahertz (ghz) 2.50 gigahertz (ghz)
Processor boost frequency 4.2 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 Supported Memory Capacity 2 terabyte (tb)
Number of PCIe lanes -
Maximum allowed operating temperature 90 degree celsius (°c) -
Base price at launch -
Cache Memory -
Bus Speed - 5 GT/s

Compare Amd A12 9800 Apuwith Intel Xeon E5 2696 V2

Feature

Amd A12 9800 Apu

Intel Xeon E5 2696 V2

Processor series
Model
Microarchitecture type
Socket type
Lithography type 28nm 22nm
Processor architecture 64 bit 64 bit
Processor base frequency 3.8 gigahertz (ghz) 2.50 gigahertz (ghz)
Processor boost frequency 4.2 gigahertz (ghz) 3.30 gigahertz (ghz)
L2 cache capacity 256KB per core
Power Consumption
Integrated graphics unit type No integrated graphics unit
Graphics processor frequency 1108 megahertz (mhz) -
Supported memory type
Maximum allowed operating temperature 90 degrees Celsius -
Number of processor cores -
Number of processor threads -
Cache Memory -
L1 cache size - 64KB per core
L3 Cache Size -
Bus Speed - 5 GT/s
Maximum Supported Memory Capacity -

Compare Intel Pentium Gold G5500with Intel Xeon E5 2696 V2

Feature

Intel Pentium Gold G5500

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 3.80 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 1.10 gigahertz (ghz) -
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) -
Base price at launch 77 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 -

Compare Intel Core I7 920with Intel Xeon E5 2696 V2

Feature

Intel Core I7 920

Intel Xeon E5 2696 V2

Processor series
Model
Microarchitecture type
Socket type
Lithography type 45nm 22nm
Chip size (or Die) 263 millimeter (mm) -
Number of transistors in processor 731 million -
Processor architecture 64 bit 64 bit
Processor base frequency 2.66 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 No integrated graphics unit
Supported memory type
Maximum Supported Memory Capacity
Maximum memory bandwidth 25.6 GB/s -
Maximum allowed operating temperature 67.9 degree celsius (°c) -
Base price at launch 305.00 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 -

Compare Intel Core I5 10400Fwith Intel Xeon E5 2696 V2

Feature

Intel Core I5 10400F

Intel Xeon E5 2696 V2

Processor series
Model
Microarchitecture type
Socket type
Lithography type 14nm 22nm
Processor architecture 64 bit 64 bit
Number of processor threads
Processor base frequency 2.90 gigahertz (ghz) 2.50 gigahertz (ghz)
Processor boost frequency 4.30 gigahertz (ghz) 3.30 gigahertz (ghz)
Cache Memory
Bus Speed 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
Maximum memory bandwidth 41.6 GB/s -
Number of PCIe lanes -
Maximum allowed operating temperature 100 degree celsius (°c) -
Number of processor cores -
L1 cache size - 64KB per core
L2 cache capacity - 256KB per core
L3 Cache Size -

Compare Amd Ryzen Threadripper 2970Wxwith Intel Xeon E5 2696 V2

Feature

Amd Ryzen Threadripper 2970Wx

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 19200 million -
Processor architecture 64 bit 64 bit
Number of processor cores
Number of processor threads
Processor base frequency 3 gigahertz (ghz) 2.50 gigahertz (ghz)
Processor boost frequency 4.2 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 1,299 dollar ($) \$ -
Cache Memory -

Compare Amd Ryzen 5 3600with Intel Xeon E5 2696 V2

Feature

Amd Ryzen 5 3600

Intel Xeon E5 2696 V2

Processor series
Model
Microarchitecture type
Socket type
Lithography type 7nm 22nm
Processor architecture 64 bit 64 bit
Number of processor threads
Processor base frequency 3.6 gigahertz (ghz) 2.50 gigahertz (ghz)
Processor boost frequency 4.2 gigahertz (ghz) 3.30 gigahertz (ghz)
L2 cache capacity 256KB per core
L3 Cache Size
Power Consumption
Integrated graphics unit type No integrated graphics unit No integrated graphics unit
Maximum Supported Memory Capacity
Maximum memory bandwidth 47.68 GB/s -
Number of PCIe lanes -
Base price at launch 199 dollar ($) \$ -
Number of processor cores -
Cache Memory -
L1 cache size - 64KB per core
Bus Speed - 5 GT/s
Supported memory type -

Compare Intel Core I7 9700Kwith Intel Xeon E5 2696 V2

Feature

Intel Core I7 9700K

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)
Processor boost frequency 4.90 gigahertz (ghz) 3.30 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 1.20 gigahertz (ghz) -
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 degrees Celsius -
Base price at launch 374 dollar ($) \$ -
Number of processor cores -
Number of processor threads -
L1 cache size - 64KB per core
L2 cache capacity - 256KB per core
L3 Cache Size -

Compare Amd Ryzen 5 4500with Intel Xeon E5 2696 V2

Feature

Amd Ryzen 5 4500

Intel Xeon E5 2696 V2

Processor series
Model
Microarchitecture type
Socket type
Lithography type 7nm 22nm
Chip size (or Die) 180 mm² -
Number of transistors in processor 9800 million -
Processor architecture 64 bit 64 bit
Number of processor threads
Processor base frequency 3.6 gigahertz (ghz) 2.50 gigahertz (ghz)
Processor boost frequency 4.1 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 Supported Memory Capacity
Number of PCIe lanes -
Maximum allowed operating temperature 95 degree celsius (°c) -
Base price at launch 129 dollar ($) \$ -
Number of processor cores -
Cache Memory -
Bus Speed - 5 GT/s

Compare Intel Xeon E5 2696 V2with Intel Xeon X5675

Feature

Intel Xeon E5 2696 V2

Intel Xeon X5675

Processor series
Model
Microarchitecture type
Socket type
Lithography type 22nm 32nm
Processor architecture 64 bit 64 bit
Number of processor cores -
Number of processor threads
Processor base frequency 2.50 gigahertz (ghz) 3.06 gigahertz (ghz)
Processor boost frequency 3.30 gigahertz (ghz) 3.46 gigahertz (ghz)
Cache Memory
L1 cache size 64KB per core -
L2 cache capacity 256KB per core -
L3 Cache Size -
Bus Speed 5 GT/s 6.4 GT/s
Power Consumption
Integrated graphics unit type No integrated graphics unit No integrated graphics unit
Supported memory type
Maximum Supported Memory Capacity
Chip size (or Die) - 239 mm²
Number of transistors in processor - 1170 million
Maximum memory bandwidth - 32 GB/s
Number of PCIe lanes -
Maximum allowed operating temperature - 81.3 degrees Celsius
Base price at launch - 1443 dollar ($) \$

Compare Intel Core I7 14700Twith Intel Xeon E5 2696 V2

Feature

Intel Core I7 14700T

Intel Xeon E5 2696 V2

Processor series
Model
Microarchitecture type
Socket type
Lithography type 10nm 22nm
Processor architecture 64 bit 64 bit
Number of processor cores 8 Performance ** 12 Efficient core
Number of processor threads
Processor base frequency 1.3 (Performance) ** 0.9 (Efficient) gigahertz (ghz) 2.50 gigahertz (ghz)
Processor boost frequency 3.30 gigahertz (ghz)
Cache Memory
L2 cache capacity 256KB per core
Power Consumption 35W (Base) / 106W (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 89.6 GB/s -
Number of PCIe lanes -
Maximum allowed operating temperature 100 degree celsius (°c) -
Base price at launch 384 dollar ($) \$ -
L1 cache size - 64KB per core
L3 Cache Size -
Bus Speed - 5 GT/s

Compare Amd Ryzen 7 1700with Intel Xeon E5 2696 V2

Feature

Amd Ryzen 7 1700

Intel Xeon E5 2696 V2

Processor series
Model
Microarchitecture type
Socket type
Lithography type 14nm 22nm
Chip size (or Die) 213 mm² -
Number of transistors in processor 4800 million -
Processor architecture 64 bit 64 bit
Number of processor threads
Processor base frequency 3 gigahertz (ghz) 2.50 gigahertz (ghz)
Processor boost frequency 3.7 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
Number of PCIe lanes -
Maximum allowed operating temperature 95 degrees Celsius -
Base price at launch 329 dollar ($) \$ -
Number of processor cores -
Cache Memory -