Intel Atom Z520 vs Intel Core i5-750

Head-to-head processor comparison

Aggregated Scores

Combined benchmark scores for both processors


Overall Score

Out of 2,060 results in the database

3,582

Rank #2,056

vs
4,473

Rank #1,315

3,582
4,473

Core i5-750 wins by 19.9% (Rank #2056 vs #1315)

Singlecore Score

Out of 2,060 results in the database

3,173

Rank #2,055

vs
4,465

Rank #1,323

3,173
4,465

Core i5-750 wins by 28.9% (Rank #2055 vs #1323)

Multicore Score

Out of 2,060 results in the database

4,195

Rank #2,015

vs
4,485

Rank #1,256

4,195
4,485

Core i5-750 wins by 6.5% (Rank #2015 vs #1256)

Number Crunching

Out of 1,771 results in the database

4,424

Rank #1,770

vs
4,576

Rank #1,050

4,424
4,576

Core i5-750 wins by 3.3% (Rank #1770 vs #1050)

Data Processing

Out of 1,771 results in the database

4,413

Rank #1,771

vs
4,522

Rank #1,199

4,413
4,522

Core i5-750 wins by 2.4% (Rank #1771 vs #1199)

Physics & Compute

Out of 1,771 results in the database

4,430

Rank #1,767

vs
4,552

Rank #1,096

4,430
4,552

Core i5-750 wins by 2.7% (Rank #1767 vs #1096)


Specifications

Side-by-side comparison of key specifications


Specification Atom Z520 Core i5-750 Diff
Cores
1
4
-75%
Threads
2
4
-50%
Base Frequency
1,333 MHz
2,660 MHz
-49.9%
Clock Multiplier
10x
20x
-50%
L1 Cache
56 KB
62 KB
-10.3%
L2 Cache
1 MiB
0 MiB
+51.2%
L3 Cache --
8 MiB
Memory Channels --
2
Maximum Memory --
0 GB
Max Bandwidth --
21 GB/s
PCIe Lanes --
16
Max CPUs
1
1
0%
TDP (lower is better)
2 W
95 W
97.9% less
Process (lower is better)
45 nm
45 nm
0%

General Information

Specification Atom Z520 Core i5-750
Designer Intel Intel
Family Atom --
Series Z500 --
Model Number Z520 i5-750
Microarchitecture Bonnell --
Core Name Silverthorne Lynnfield
Core Family 6 --
Core Model 28 --
Socket BGA-441 LGA1156
Package FCBGA-441 FC-LGA8
Chipset Poulsbo --
Memory Type -- DDR3 1066/1333
ECC Support -- No
PCIe Revision -- 2.0
PCIe Configuration -- 1x16, 2x8
Market Segment Mobile Desktop
Release Price $65.00 --
Locked Multiplier Yes Yes

Designer

Atom Z520
Intel
Core i5-750
Intel

Family

Atom Z520
Atom
Core i5-750
--

Series

Atom Z520
Z500
Core i5-750
--

Model Number

Atom Z520
Z520
Core i5-750
i5-750

Microarchitecture

Atom Z520
Bonnell
Core i5-750
--

Core Name

Atom Z520
Silverthorne
Core i5-750
Lynnfield

Core Family

Atom Z520
6
Core i5-750
--

Core Model

Atom Z520
28
Core i5-750
--

Socket

Atom Z520
BGA-441
Core i5-750
LGA1156

Package

Atom Z520
FCBGA-441
Core i5-750
FC-LGA8

Chipset

Atom Z520
Poulsbo
Core i5-750
--

Memory Type

Atom Z520
--
Core i5-750
DDR3 1066/1333

ECC Support

Atom Z520
--
Core i5-750
No

PCIe Revision

Atom Z520
--
Core i5-750
2.0

PCIe Configuration

Atom Z520
--
Core i5-750
1x16, 2x8

Market Segment

Atom Z520
Mobile
Core i5-750
Desktop

Release Price

Atom Z520
$65.00
Core i5-750
--

Locked Multiplier

Atom Z520
Yes
Core i5-750
Yes

Physical Specifications

Manufacturing process and die characteristics


Specification Atom Z520 Core i5-750
Process 45 nm 45 nm
Die Area 24.18 mm² 296 mm²
Transistor Count 0.05 billion 0.00 billion
Manufacturer Intel Intel
Technology CMOS --
Word Size 32-bit 64-bit
ISA x86-32 (x86) --

Process

Atom Z520
45 nm
Core i5-750
45 nm

Die Area

Atom Z520
24.18 mm²
Core i5-750
296 mm²

Transistor Count

Atom Z520
0.05 billion
Core i5-750
0.00 billion

Manufacturer

Atom Z520
Intel
Core i5-750
Intel

Technology

Atom Z520
CMOS
Core i5-750
--

Word Size

Atom Z520
32-bit
Core i5-750
64-bit

ISA

Atom Z520
x86-32 (x86)
Core i5-750
--

Integrated Graphics

Integrated GPU specifications comparison


Specification Atom Z520 Core i5-750
GPU -- HD Graphics 6000
GPU Designer -- Intel
GPU Max Frequency -- 1000 MHz

GPU

Atom Z520
--
Core i5-750
HD Graphics 6000

GPU Designer

Atom Z520
--
Core i5-750
Intel

GPU Max Frequency

Atom Z520
--
Core i5-750
1000 MHz

CPU Extensions

Supported instruction set extensions comparison


Extension Atom Z520 Core i5-750
AES
AVX2
EIST
EMMX
EPT
FMA
FPU
Flex Memory
HT
IPT
MMX
NX
Protected
Real
SIPP
SMEP
SMM
SSE
SSE2
SSE3
SSE4.1
SSE4.2
SSSE3
Secure Key
TSX
TXT
VT-d
VT-x
vPro
x86-16
x86-32
x86-64