Intel Core Generations & Mobile Processor Specs Guide

Benazir Bhutto Shaheed University Lyari (BBSUL)

Survey Report on Hardware Specifications & Cloud Computing

1. Intel Core i3, i5, i7 & i9 — All Generations (Desktop & Laptop)

2. 4G & 5G Mobile Phone Processors, RAM & Storage

3. Role of Cloud Computing in Business and Media

Submitted by:

Asadullah

Submitted to:

Prof. W. Mufti

April 2026

BBSUL — Benazir Bhutto Shaheed University Lyari

Table of Contents

Section 01

Intel Core Processor Generations

Slides 3–12

1.1

Introduction to Intel Core Architecture

1.2

Intel Core i3 — All Generations

1.3

Intel Core i5 — All Generations

1.4

Intel Core i7 — All Generations

1.5

Intel Core i9 — All Generations

1.6

Desktop vs Laptop Comparison

Section 02

4G & 5G Mobile Processors

Slides 13–22

2.1

Introduction to Mobile Processors

2.2

4G Mobile Processors: Snapdragon, MediaTek, Exynos

2.3

5G Mobile Processors: Latest Flagships

2.4

RAM & Storage in Mobile Devices

Section 03

Cloud Computing

Slides 23–30

3.1

Introduction to Cloud Computing

3.2

Cloud Computing in Business

3.3

Cloud Computing in Media

3.4

Challenges & Future Trends

Section 01

Intel Core Processor Generations

Hardware Specifications of Intel Core i3, i5, i7 & i9 — Desktop & Laptop

From 1st Gen (2008) to Core Ultra Series 2 (2024–2025)

Covers Desktop and Laptop variants

Analysis of cores, threads, clock speed, cache & TDP

Introduction to Intel Core Architecture

What is Intel Core?

Intel Core is a brand of mid-to-high-end consumer and business CPUs by Intel Corporation, introduced in 2006.

Core Lineup:

Includes i3 (entry-level), i5 (mid-range), i7 (high-end), and i9 (extreme performance).

Generations:

1st Gen (2008/Nehalem) → Core Ultra 200 Series (2024/Arrow Lake)

Key Architectural Shifts:

Tick-Tock model, 14nm stagnation phase, Hybrid P-core/E-core (12th gen+), and Intel 7/Intel 4 node advancements.

Architectural Evolution

1st Gen (2008)

45nm, Nehalem

4th Gen (2013)

22nm, Haswell

7th Gen (2017)

14nm++, Kaby Lake

10th Gen (2020)

14nm, Comet Lake

12th Gen (2021)

Intel 7, Alder Lake (Hybrid)

13th Gen (2023)

Raptor Lake, 24 cores

Core Ultra (2024)

Arrow Lake, NPU

Hardware Specifications & Architecture

Intel Core i3 — Hardware Specifications Across Generations

Entry-Level Desktop & Laptop Processors

i3 targets: Office work, web browsing, light multitasking

Laptop i3: 15–28W U-series variants available

i3 Price Range: $100–$160

HARDWARE OVERVIEW — INTEL CORE I3

1st Gen

2010

Clarkdale

2C/4T

3.06GHz

—

4MB

32nm

73W

2nd Gen

2011

Sandy Bridge

2C/4T

3.1GHz

—

3MB

32nm

65W

3rd Gen

2012

Ivy Bridge

2C/4T

3.3GHz

—

3MB

22nm

55W

4th Gen

2013

Haswell

2C/4T

3.4GHz

—

3MB

22nm

54W

6th Gen

2015

Skylake

2C/4T

3.7GHz

—

3MB

14nm

51W

8th Gen

2018

Coffee Lake

4C/8T

3.6GHz

4.0GHz

6MB

14nm

65W

10th Gen

2020

Comet Lake

4C/8T

3.6GHz

4.3GHz

6MB

14nm

65W

12th Gen

2022

Alder Lake

4C/8T

3.3GHz

4.3GHz

12MB

Intel 7

60W

13th Gen

2023

Raptor Lake

4C/8T

3.4GHz

4.5GHz

12MB

Intel 7

60W

Intel Core i5 — Hardware Specifications Across Generations

Mid-Range Desktop & Laptop Processors

Primary Targets

Gaming, video editing, moderate multitasking

Laptop Editions

28–55W H-series for maximum performance

Price Range

$170–$250

Intel Core i5 Architecture Evolution

2nd Gen

2011

Sandy Bridge

4C/4T

3.1GHz

3.8GHz

6MB

32nm

95W

3rd Gen

2012

Ivy Bridge

4C/4T

3.2GHz

3.6GHz

6MB

22nm

77W

4th Gen

2013

Haswell

4C/4T

3.2GHz

3.6GHz

6MB

22nm

84W

6th Gen

2015

Skylake

4C/4T

3.2GHz

3.6GHz

6MB

14nm

65W

8th Gen

2018

Coffee Lake

6C/6T

2.8GHz

4.0GHz

9MB

14nm

65W

10th Gen

2020

Comet Lake

6C/12T

3.3GHz

4.8GHz

12MB

14nm

65W

12th Gen

2022

Alder Lake

6P+4E/16T

3.7GHz

4.9GHz

20MB

Intel 7

125W

13th Gen

2023

Raptor Lake

6P+4E/16T

2.5GHz

4.6GHz

20MB

Intel 7

65W

14th Gen

2023

Raptor Lake R

6P+4E/16T

2.5GHz

4.7GHz

20MB

Intel 7

65W

Intel Core i7 — Hardware Specifications Across Generations

High-End Desktop & Laptop Processors

i7 targets: Professional workloads, 3D rendering, content creation

Laptop i7: HX variants up to 157W for extreme performance

i7 Price Range: $290–$420

Intel Core i9 — Hardware Specifications Across Generations

Extreme Performance Desktop & Laptop Processors

First i9 introduced in 2018 (9th Gen)

Up to 24 cores / 32 threads (13th/14th Gen)

Boost clock reached 6.0GHz on 14th Gen

Used for: Extreme gaming, 4K video, CAD/simulation

Laptop i9: HX series — 24C/32T at 5.4GHz

Price: $590 – $999+

Survey Report on Hardware Specifications & Cloud Computing

Desktop vs Laptop Intel Core Processors

Performance, Power & Form Factor Comparison

DESKTOP

Higher TDP: 65W – 253W

Unlocked K variants for overclocking

Larger heatsink & cooling solutions

Up to 24 cores (i9-13900K)

Max boost: 6.0GHz (i9-14900K)

Socket: LGA1700 (12th–14th gen)

Full PCIe 5.0 support

Price: $110 – $999+

Use: Gaming PCs, workstations, servers

LAPTOP

Lower TDP: 9W – 157W (U/H/HX/HK)

Suffix guide: U=efficiency, H=performance, HX=extreme

Integrated thermal throttling

Up to 24 cores (i9-13900HX laptop)

Max boost: 5.4GHz (i9-13980HX)

Sockets: BGA (soldered, not replaceable)

LPDDR5X memory support

Price: Built into laptops ($800–$3000+)

Use: Mobile workstations, gaming laptops, ultrabooks

Laptop Series

Typical TDP

Primary Use Case

U - Series

9W – 15W

Thin & light ultrabooks, max efficiency

H - Series

35W – 45W

Gaming laptops, content creation

HX - Series

55W – 157W

Mobile workstations, extreme gaming

HARDWARE ARCHITECTURE COMPARISON — INTEL PROCESSORS

Intel Hybrid Architecture — 12th Gen Onwards

Performance Cores (P-cores) + Efficiency Cores (E-cores)

Hybrid Approach Explained

Starting with 12th Gen (Alder Lake, 2021), Intel introduced a hybrid CPU architecture

P-cores (Performance): High clock speed, Hyper-Threading, handles demanding tasks

E-cores (Efficiency): Lower power, no HT, handles background tasks & multitasking

Intel Thread Director assigns tasks intelligently to correct core type

Result: Up to 3x multi-thread performance improvement over previous gen

Core Configuration Matrix

i5-12600K

6P

4E

6

4

10 cores, 16 threads

i7-12700K

8P

4E

8

4

12 cores, 20 threads

i9-12900K

8P

8E

8

8

16 cores, 24 threads

i9-13900K

8P

16E

8

16

24 cores, 32 threads

i9-14900K

8P

16E

8

16

24 c, 32 t, 6.0GHz

Key Benefits

Better multitasking

Improved battery in laptops

Higher core counts

AI-assisted task scheduling

Foundation for Core Ultra (NPU added)

Intel Processor Architecture Evolution

Intel Core Ultra Series & Future Roadmap

AI-Powered Processors — 2024 and Beyond

Core Ultra 200S

(Arrow Lake, 2024)

Desktop flagship released H2 2024

Up to 8P + 16E = 24 cores

Intel 3 manufacturing process

Integrated Arc Xe2 graphics

Dedicated NPU for AI (TOPS rating)

Improved power efficiency

Gaming fixes via firmware updates

Supports DDR5 & PCIe 5.0

Core Ultra 200V

(Lunar Lake Laptop, 2024)

4P + 4E core configuration

Arc 140V GPU (~RTX 4050 level at 45W)

Only 30–37W total platform power

50% efficiency gain over prior gen

LPDDR5X onboard memory

Best-in-class iGPU performance

Designed for thin & light AI laptops

Panther & Nova Lake

(2025–2026)

Panther Lake (Mobile, 2026): Intel 18A node

Cougar Cove P-cores

Celestial Xe GPU (~RTX 4050 level)

Nova Lake (Desktop, H2 2026): LGA1954 socket

Massive L3 cache, Coyote Cove cores

Will compete with AMD X3D in gaming

Intel Core i3 vs i5 vs i7 vs i9 — Complete Comparison

Latest Generation (13th/14th Gen) Specifications

Specification

Core i3

Core i5

Core i7

Core i9

Target Use

Entry-level, office

Gaming, editing

Pro workloads

Extreme performance

Max Cores/Threads

4C / 8T

10C / 16T

20C / 28T

24C / 32T

Max Boost Clock

4.5GHz

4.7GHz

5.6GHz

6.0GHz

Max Cache (L3)

12MB

24MB

33MB

36MB

TDP (Desktop)

60–65W

65–125W

65–125W

125–253W

TDP (Laptop)

15–28W

28–55W

28–55W+

55–157W

Overclocking

No

Yes (K models)

Yes (K models)

Yes (K/KS models)

iGPU Included

Yes (UHD)

Yes/No (F=no)

Yes/No

Yes/No

Approx. Price

$110–160

$170–250

$290–420

$590–999+

Best For

Students, office

Gamers, creators

Professionals

Extreme/CAD users

Intel Core Architecture & Hardware Specifications Summary

Section 02

4G & 5G Mobile Phone Processors

Hardware Specifications — Processors, RAM & Storage

Major chipmakers: Qualcomm Snapdragon, MediaTek Dimensity, Samsung Exynos, Apple Bionic

4G LTE vs 5G Sub-6GHz and mmWave connectivity

From 4G era chipsets to latest 2nm/3nm 5G processors

Introduction to Mobile SoC (System on Chip)

Understanding Smartphone Processors

What is a Mobile SoC?

<span style='font-weight: 700; color: #0a2463;'>SoC = System on Chip:</span> integrates CPU, GPU, modem, NPU, ISP on one chip

<span style='font-weight: 700; color: #0a2463;'>Key manufacturers:</span> Qualcomm (Snapdragon), MediaTek (Dimensity/Helio), Samsung (Exynos), Apple (A-series Bionic), Google (Tensor)

Mobile chips use <span style='font-weight: 700; color: #0a2463;'>ARM architecture</span> (energy efficient)

<span style='font-weight: 700; color: #0a2463;'>Fabrication:</span> 4nm, 3nm, 2nm TSMC / Samsung Foundry processes

<span style='font-weight: 700; color: #0a2463;'>CPU clusters:</span> Prime core (high perf) + Performance cores + Efficiency cores

4G LTE

150–1000 Mbps

~30–50ms

700MHz–2.6GHz

2012–present

Snapdragon 845, 855, Exynos 990

5G

1–20+ Gbps

&lt;10ms (ultra-low)

Sub-6GHz + mmWave

2019–present

Snapdragon 888, 8 Gen 1/2/3, Dimensity 9000+

Qualcomm Snapdragon — 4G Processors

Key 4G Snapdragon Chipsets: Specifications

Snapdragon 855 was the last flagship 4G chip; 5G became standard from Snapdragon 865 (2020) onward

Qualcomm Snapdragon Specifications

Key 4G Chipsets Specifications

MediaTek & Samsung Exynos — 4G Processors

MediaTek 4G Architecture

Samsung Exynos 4G Processors

Model

Year

Process

CPU

GPU

Max RAM

Storage

Helio P60

2018

12nm

4xA73 2.0GHz + 4xA53

IMG PowerVR

6GB

eMMC 5.1

Helio G90T

2019

12nm

2xA76 2.05GHz + 6xA55

Mali-G76

8GB LPDDR4X

UFS 2.1

Helio G95

2020

12nm

2xA76 2.05GHz + 6xA55

Mali-G76 MC4

8GB LPDDR4X

UFS 2.1

Helio P65

2019

12nm

2xA75 2.0GHz + 6xA55

IMG GE8320

8GB

eMMC 5.1

Exynos 9610

2018

10nm

4xA73 2.3GHz + 4xA53

Mali-G72

6GB

Exynos 9820

2019

8nm

2x custom + 2xA75 + 4xA55 2.7GHz

Mali-G76

8GB LPDDR4X

Exynos 990

2020

7nm EUV

2x custom + 2xA77 + 4xA55 2.73GHz

Mali-G77 MP11

12GB LPDDR5

Hardware Specifications

Academic Reference Table

Qualcomm Snapdragon — 5G Flagship Processors

From Snapdragon 865 to Snapdragon 8 Elite Gen 5

Snapdragon dominates premium Android phones

Hexagon NPU for on-device AI (generative AI)

Used in: Samsung Galaxy S series, OnePlus, Xiaomi, Sony

Academic Data Overview — Snapdragon Architecture

MediaTek Dimensity & Samsung Exynos — 5G Processors

Flagship & Mid-Range 5G Chipset Specifications

Academic Survey Report

Hardware Specifications

Mobile Phone RAM — Types, Speeds & Trends

From LPDDR3 to LPDDR5X — Smartphone Memory Evolution

2024 Flagship standard: 12–16 GB LPDDR5X

AI processing requires 16–24 GB for on-device LLMs

Average RAM growing 4.8% annually (2026 data)

LPDDR5X bandwidth: 84.8 GB/s in Snapdragon 8 Elite

Low-power design: 30% less energy than LPDDR5

RAM Distribution in 2025

Budget

4–6 GB LPDDR4X

Mid-range

8–12 GB LPDDR5

Flagship

12–24 GB LPDDR5X

Gaming phones

16–24 GB LPDDR5X

Hardware Specifications Survey — Memory Evolution

Mobile Phone Storage — eMMC vs UFS Technologies

Internal Storage Standards, Speeds & Evolution

Standard

Max Read

Max Write

Interface

Era

Used In

eMMC 5.0

400 MB/s

260 MB/s

HS400

2014–2018

Budget & mid-range

eMMC 5.1

600 MB/s

400 MB/s

HS400

2016–2021

Mid-range phones

UFS 2.0

1200 MB/s

560 MB/s

LVDS

2016–2019

Flagship (S7 era)

UFS 2.1

1200 MB/s

560 MB/s

LVDS

2017–2021

Flagship standard

UFS 3.0

2100 MB/s

1200 MB/s

MIPI

2019–2021

Snapdragon 855

UFS 3.1

2100 MB/s

1200 MB/s

MIPI

2020–2023

Snapdragon 888

UFS 4.0

4200 MB/s

2800 MB/s

MIPI

2022–2024

Snapdragon 8 Gen 2+

UFS 4.1

4700 MB/s

3000 MB/s

MIPI

2025+

Dimensity 9500, S8 Elite

Storage Capacity Trends

2016 avg:

32–64 GB

2019 avg:

64–128 GB

2022 avg:

128–256 GB

2025 avg:

256 GB – 1 TB (flagship)

UFS 4.1 is 7x faster than eMMC 5.1

Flagship phones in 2025: 256GB – 1TB UFS 4.0/4.1

Budget phones still use eMMC 5.1 for cost savings

4-lane UFS 4.1 (Dimensity 9500): 40% faster AI model loading

Hardware Specifications • Data Storage Evolution

Flagship 5G Processor Comparison — 2024/2025

Snapdragon vs Dimensity vs Exynos — Head to Head

Spec

Snapdragon 8 Elite

Dimensity 9500

Exynos 2600

Process Node

3nm TSMC

3nm TSMC

2nm Samsung GAA

CPU Config

2x4.47GHz + 6x3.53GHz Oryon

1x4.21GHz C1-Ultra + 7 cores

1x3.8GHz C1 + 9 cores

GPU

Adreno 830

Mali-G1 Ultra

Xclipse 960 (AMD RDNA)

NPU

Hexagon (AI TOPS: 45+)

NPU 990

Enhanced NPU

Max RAM

24GB LPDDR5X

24GB LPDDR5X

24GB LPDDR5X

Max Storage

UFS 4.0

UFS 4.1 (4-lane)

UFS 4.1

5G Modem

X80 (12.5Gbps DL)

Release-17 (7.4Gbps)

5.1Gbps sub-6GHz

AnTuTu Score

~3M+

High

3.21M

Geekbench (Single)

~3200

N/A

~3200

Geekbench (Multi)

~10,000+

N/A

~11,000+

Strengths

Gaming, modem speed

Efficiency, value

Multi-core, GPU ray tracing

All support sub-6GHz and mmWave 5G, LPDDR5X RAM, and on-device generative AI

Comparative Analysis • Dept. of Hardware Engineering

4G LTE vs 5G — Technology Comparison

Network Specifications & Impact on Mobile Hardware

LTE / LTE-Advanced / LTE-A Pro

150 Mbps – 1 Gbps (Cat.20)

50 – 200 Mbps

30–50ms

700 MHz – 2.6 GHz

Snapdragon X24, X50, Exynos 4G

Galaxy S10, iPhone 11, Redmi Note 9

2012 (globally)

Moderate battery drain

HD streaming, social media, VoIP calls

5G NR (New Radio) – 3GPP Release 15+

1 Gbps – 20 Gbps (theoretical)

500 Mbps – 10 Gbps

1–10ms (ultra-low)

Sub-6GHz (coverage) + mmWave (speed)

Snapdragon X65/X80, Exynos 5G

Galaxy S21+, iPhone 12+, Pixel 6+

2019 (South Korea first)

Higher (mmWave) — improving with newer chips

4K/8K streaming, AR/VR, IoT, autonomous vehicles

Section 03

Role of Cloud Computing in Business and Media

Infrastructure, Services, Benefits & Industry Impact

Global cloud market reached $912.77 billion in 2025

94% of enterprises use cloud services

Cloud powers everything from Netflix streaming to enterprise AI