Intel Core M 5Y10c vs Intel Celeron N2830

Head-to-head processor comparison

Aggregated Scores

Combined benchmark scores for both processors


Overall Score

Out of 2,060 results in the database

4,536

Rank #1,249

vs
3,939

Rank #1,935

4,536
3,939

Core M 5Y10c wins by 13.2% (Rank #1249 vs #1935)

Singlecore Score

Out of 2,060 results in the database

4,577

Rank #1,228

vs
3,735

Rank #1,926

4,577
3,735

Core M 5Y10c wins by 18.4% (Rank #1228 vs #1926)

Multicore Score

Out of 2,060 results in the database

4,474

Rank #1,278

vs
4,246

Rank #1,917

4,474
4,246

Core M 5Y10c wins by 5.1% (Rank #1278 vs #1917)

Number Crunching

Out of 1,771 results in the database

--
vs
4,469

Rank #1,697

Number Crunching not available for both processors.

Data Processing

Out of 1,771 results in the database

--
vs
4,441

Rank #1,692

Data Processing not available for both processors.

Physics & Compute

Out of 1,771 results in the database

--
vs
4,448

Rank #1,708

Physics & Compute not available for both processors.


Specifications

Side-by-side comparison of key specifications


Specification Core M 5Y10c Celeron N2830 Diff
Cores
2
2
0%
Threads
4
2
+50%
Base Frequency
800 MHz
2,160 MHz
-63%
Turbo Frequency (1 core)
2,000 MHz
--
Clock Multiplier
8x
--
L1 Cache --
54 KB
L2 Cache
512 MiB
0 MiB
+99.9%
L3 Cache
4 MiB
--
Memory Channels --
2
Maximum Memory
16 GB
0 GB
+100%
Max Bandwidth --
13 GB/s
PCIe Lanes --
4
Max CPUs
1
1
0%
TDP (lower is better)
5 W
8 W
40% less
Process (lower is better)
14 nm
22 nm
36.4% less

General Information

Specification Core M 5Y10c Celeron N2830
Designer Intel Intel
Family Core --
Series 5000 --
Model Number 5Y10c N2830
Microarchitecture Broadwell --
Core Name Broadwell Bay Trail-M
Core Family 06 --
Core Model 3D --
Socket -- FCBGA1170
Package -- FC-BGA1170
Memory Type -- DDR3L 1333
ECC Support -- No
PCIe Revision -- 2.0
PCIe Configuration -- 1x4
Market Segment Mobile Mobile
Locked Multiplier Yes Yes

Designer

Core M 5Y10c
Intel
Celeron N2830
Intel

Family

Core M 5Y10c
Core
Celeron N2830
--

Series

Core M 5Y10c
5000
Celeron N2830
--

Model Number

Core M 5Y10c
5Y10c
Celeron N2830
N2830

Microarchitecture

Core M 5Y10c
Broadwell
Celeron N2830
--

Core Name

Core M 5Y10c
Broadwell
Celeron N2830
Bay Trail-M

Core Family

Core M 5Y10c
06
Celeron N2830
--

Core Model

Core M 5Y10c
3D
Celeron N2830
--

Socket

Core M 5Y10c
--
Celeron N2830
FCBGA1170

Package

Core M 5Y10c
--
Celeron N2830
FC-BGA1170

Memory Type

Core M 5Y10c
--
Celeron N2830
DDR3L 1333

ECC Support

Core M 5Y10c
--
Celeron N2830
No

PCIe Revision

Core M 5Y10c
--
Celeron N2830
2.0

PCIe Configuration

Core M 5Y10c
--
Celeron N2830
1x4

Market Segment

Core M 5Y10c
Mobile
Celeron N2830
Mobile

Locked Multiplier

Core M 5Y10c
Yes
Celeron N2830
Yes

Physical Specifications

Manufacturing process and die characteristics


Specification Core M 5Y10c Celeron N2830
Process 14 nm 22 nm
Die Area 82 mm² --
Transistor Count 1.30 billion --
Manufacturer Intel Intel
Technology CMOS --
Word Size 64-bit 64-bit
ISA x86-64 (x86) --

Process

Core M 5Y10c
14 nm
Celeron N2830
22 nm

Die Area

Core M 5Y10c
82 mm²
Celeron N2830
--

Transistor Count

Core M 5Y10c
1.30 billion
Celeron N2830
--

Manufacturer

Core M 5Y10c
Intel
Celeron N2830
Intel

Technology

Core M 5Y10c
CMOS
Celeron N2830
--

Word Size

Core M 5Y10c
64-bit
Celeron N2830
64-bit

ISA

Core M 5Y10c
x86-64 (x86)
Celeron N2830
--

Integrated Graphics

Integrated GPU specifications comparison


Specification Core M 5Y10c Celeron N2830
GPU Intel HD Graphics 5300 HD Graphics
GPU Designer -- Intel
GPU Max Frequency 800 MHz 750 MHz

GPU

Core M 5Y10c
Intel HD Graphics 5300
Celeron N2830
HD Graphics

GPU Designer

Core M 5Y10c
--
Celeron N2830
Intel

GPU Max Frequency

Core M 5Y10c
800 MHz
Celeron N2830
750 MHz

CPU Extensions

Supported instruction set extensions comparison


Extension Core M 5Y10c Celeron N2830
AES
ATT
AVX
AVX2
BMI1
BMI2
BPT
CLMUL
EIST
EMMX
EPT
F16C
FMA
FPU
Flex Memory
HT
IPT
MMX
MWT
NX
Protected
Real
SIPP
SMEP
SMM
SSE
SSE2
SSE3
SSE4.1
SSE4.2
SSSE3
Secure Key
TBT 2.0
TSX
TXT
VT-d
VT-x
vPro
x86-16
x86-32
x86-64