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Buying of a Mobile Phone

How to purchase a New Mobile Phone Here

Image by ADMC from Pixabay

One item that individuals need on a daily basis is a mobile phone. Our cell phone’s alarm clock helps us get up in the morning, and its music soothes us to sleep at night.

Choosing the appropriate smartphone to buy is therefore crucial. The type of phone you need, the type of phone you want to buy, and your budget all play a role.After that, you ought to get the phone based on its features and specs.

Recall that an excellent phone need not be pricey; it can just not be able to fulfill all of your demands.

Set Your Budget

Establishing a budget will help you narrow down your options because smartphones are available in a broad variety of costs and styles. 

Processor (CPU): Processor (CPU): A phone’s CPU is the most crucial component since it controls how well the device performs. Check the specifications, such as the brand (for example, Qualcomm Snapdragon, MediaTek, Apple A-series), the number of cores (hexa-, octa-, and so on), and the clock speed (in GHz).

The brains of smartphones are mobile phone processors, sometimes referred to as CPUs or SoCs (System on Chips), which manage a wide range of tasks from simple math problems to sophisticated processes. For a general grasp of the different kinds of mobile processors and their benefits and drawbacks, below is a quick summary:

  1. Qualcomm Snapdragon:
  • Benefits: Snapdragon processors, which are well-known for their outstanding performance and superb battery economy, typically include support for high-resolution cameras and cutting-edge networking options like 5G.
  • Cons: The price of them is more than that of other CPUs, raising the phone’s total cost.
  1. Apple Bionic:
  • Benefits: Designed specifically for iOS devices, Bionic chips seamlessly integrate with Apple hardware and software to deliver quick and seamless performance.
  • Cons:The fact that it is only compatible with Apple products limits the options available to both developers and customers.
  1. Samsung Exynos:
  • Benefits: They are utilized in a variety of Samsung devices and provide good performance, occasionally with features tailored for particular regions.
  • Cons: They could not always perform as well as Snapdragon chips, which would make them less power-efficient.
  1. MediaTek Helio & Dimensity:
  • Benefits: MediaTek CPUs provide respectable performance for the price and are frequently seen in low- to mid-range phones.
  • Cons: MediaTek’s high-end chips might not function as effectively as those made by Qualcomm or Apple.
  1. Huawei Kirin:

Benefits: Huawei smartphones feature Kirin CPUs, which are renowned for their AI capabilities.

Cons: Outside of China, Kirin processors are hard to come by because of trade restrictions.

  • GPU-Graphic Processing Unit

Rank

Processor Name

Phone

Centurion Mark

#1

Apple A14 Bionic

Apple iPhone 12

165

#2

Snapdragon 888

OnePlus 9

158

#3

Exynos 2100

Samsung Galaxy S21

156

#4

Apple A13 Bionic

Apple iPhone 11

154

#5

Kirin 9000

Huawei Mate 40 Pro

152

#6

Kirin 9000E

Huawei Mate 40

151

#7

Exynos 1080

Vivo X60 Pro

151

#8

Snapdragon 870

Xiaomi Poco F3

151

#9

Snapdragon 865+

Asus ROG Phone 3

150

#10

Dimensity 1200

 

150*

#11

Snapdragon 865

OnePlus 8

149

#12

Dimensity 1100

Vivo S9

149

#13

Snapdragon 780G

Xiaomi Mi 11 Lite 5G

147

#14

Dimensity 1000+

Xiaomi Redmi K30 Ultra

146

#15

Apple A12 Bionic

iPhone XS Max

146

#16

Dimensity 1000

 

146*

#17

Snapdragon 855+

Asus ROG Phone II

145

#18

Snapdragon 860

POCO X3 Pro

145

#19

Exynos 990

Samsung Galaxy S20 Ultra

144

#20

Snapdragon 855

OnePlus 7 Pro

144

#21

Kirin 990 5G

Huawei Mate 30 Pro 5G

144

#22

Kirin 990 4G

Huawei Mate 30 Pro 4G

143

#23

Kirin 990E 5G

Huawei Mate 30E Pro 5G

143

#24

Exynos 9825

Galaxy Note 10+

142

#25

Exynos 9820

Samsung Galaxy S10

140

#26

Dimensity 1000L

Oppo Reno3 5G

140

#27

Kirin 985 5G

Huawei Honor 30

139

#28

Kirin 980

Huawei Mate 20 Pro

137

#29

Dimensity 1000C

T-Mobile LG Velvet 5G

137

#30

Snapdragon 768G

Redmi K30 5G Racing

136

#31

Dimensity 820

Redmi 10X Pro 5G

136

#32

Exynos 980

Samsung Galaxy A71 5G

135

#33

Snapdragon 765G

Oppo Reno 3 Vitality

134

#34

Dimensity 800U

Xiaomi Redmi Note 9T

134

#35

Exynos 880

Vivo Y70s

134

#36

Snapdragon 765

Motorola One 5G

133

#37

Dimensity 800

Honor Play 4

133

#38

Snapdragon 750G

Motorola Moto G 5G

132

#39

Snapdragon 690

OnePlus Nord N10 5G

131

#40

Dimensity 720

Realme v3

131

#41

Dimensity 700

Realme 8 5G

131

#42

Apple A11 Bionic

iPhone X

130

#43

Snapdragon 845

OnePlus 6T

127

#44

Exynos 9810

Samsung Galaxy Note 9

125

#45

Snapdragon 732G

Poco X3

125

#46

Snapdragon 730G

Oppo Reno 2

124

#47

Kirin 810

Honor 9X

124

#48

Snapdragon 730

Redmi K20

123

#49

Snapdragon 720G

Realme 6 Pro

123

#50

Snapdragon 480

Vivo Y31s

122

#51

Kirin 970

Huawei Mate 10 Pro

121

#52

Helio G95

Realme 7

120

#53

Helio G90T

Redmi Note 8 Pro

119

#54

Apple A10 Fusion

iPhone 7 Plus

118

#55

Helio G90

 

118*

#56

Snapdragon 835

Google Pixel 2 XL

117

#57

Exynos 8895

Samsung Galaxy S8+

114

#58

Snapdragon 712

Vivo Z5

114

#59

Snapdragon 710

Xiaomi Mi 8 SE

113

#60

Snapdragon 678

Xiaomi Redmi Note 10

113

#61

Snapdragon 675

Redmi Note 7 Pro

112

#62

Snapdragon 670

Oppo R17

111

#63

Helio P95

Oppo Reno 3 Pro 4G

111

#64

Helio P90

OPPO Reno Z

110

#65

Helio X30

Meizu Pro 7 Plus

109

#66

Apple A9

iPhone 6S Plus

109

#67

Snapdragon 821

OnePlus 3T

108

#68

Snapdragon 820

LG G5

107

#69

Helio G85

Redmi Note 9

107

#70

Exynos 8890

Samsung Galaxy S7 Edge

106

#71

Helio G80

Redmi 9

106

#72

Helio G70

Realme C3

105

#73

Helio P65

Vivo S1

105

#74

Kirin 960

Huawei Mate 9 Pro

103

#75

Exynos 9611

Samsung Galaxy M30s

103

#76

Exynos 9610

Samsung A50

102

#77

Snapdragon 660

Xiaomi Mi A2

101

#78

Exynos 9609

Moto One Vision

101

#79

Snapdragon 665

Redmi Note 8

101

#80

Snapdragon 662

Moto G9

101

#81

Helio P70

Realme U1

99

#82

Snapdragon 460

Moto E7 Plus

99

#83

Helio P60

Realme 1

98

#84

Exynos 7885

Samsung Galaxy A7 (2018)

98

#85

Kirin 710

Huawei Honor 8X

98

#86

Snapdragon 636

Nokia X6

97

#87

Exynos 7904

Galaxy M20

96

#88

Exynos 850

Samsung Galaxy A21s

96

#89

Snapdragon 632

Meizu Note 8

92

#90

Exynos 7884

Samsung Galaxy A20

92

#91

Exynos 7884A

Samsung Galaxy J3 Orbit

91

#92

Kirin 955

Huawei Honor V8

89

#93

Snapdragon 630

Motorola Moto X4

88

#94

Kirin 950

Huawei Mate 8

88

#95

Exynos 7872

Meizu M6s

87

#96

Helio X27

UMIDIGI Z Pro

85

#97

Exynos 7420

Samsung Galaxy S6 Edge

81

#98

Helio P35

Infinix Note 6

81

#99

Helio G35

Realme C11

81

#100

Snapdragon 810

OnePlus 2

80

#101

Helio P30

Gionee M7

80

#102

Helio G25

Redmi 9A

80

#103

Helio X23 

Lenovo K8 Note

79

#104

Helio P23

OPPO F5

79

#105

Helio A25

Infinix Smart 4 Plus

78

#106

Helio X25

Meizu Pro 6

77

#107

Exynos 7880

Samsung Galaxy A7 (2017)

77

#108

Helio X20

Sharp Z2

75

#109

Helio P25 

Gionee A1 Plus

75

#110

Snapdragon 653

Samsung Galaxy C9 Pro

74

#111

Helio P20

Sony Xperia XA1

74

#112

Apple A8

iPhone 6 Plus

74

#113

Snapdragon 626

Motorola Moto Z2 Play

72

#114

Snapdragon 625

Xiaomi Mi A1

71

#115

Kirin 659

Huawei Honor 7X

71

#116

Kirin 658

Huawei P10 Lite

71

#117

Snapdragon 650

Redmi Note 3 Pro

70

#118

Kirin 655

Huawei Honor 6X

70

#119

Kirin 650

Huawei Honor 5C

70

#120

Snapdragon 439

Vivo Y93

69

#121

Helio P22 

Xiaomi Redmi 6

69

#122

Snapdragon 652

Samsung Galaxy A9 Pro

69

#123

Snapdragon 450

Motorola Moto G6

69

#124

Snapdragon 808

Nexus 5X

68

#125

Exynos 7870

Samsung Galaxy J7 (2017)

67

#126

Helio A22

Xiaomi Redmi 6A

66

#127

Kirin 935

Huawei Honor 7

66

#128

Kirin 930

Huawei P8

65

#129

Apple A7

iPhone 5s

65

#130

Snapdragon 429

Nokia 3.2

65

#131

Helio A20

Ulefone Armor X7

63

#132

Exynos 5433

Samsung Galaxy Note 4

61

#133

Helio P18

Nokia 5.1

61

#134

Helio P10 

ZTE Nubia N1

59

#135

Snapdragon 435

Moto E5 Plus

59

#136

Helio X10

HTC One E9

59

#137

Exynos 7580

Samsung Galaxy A7 (2016)

58

#138

Snapdragon 430

Xiaomi Redmi 3s

57

#139

Snapdragon 617

Motorola Moto G4 Plus

55

#140

Exynos 7570

Samsung Galaxy J5 Prime

53

#141

Snapdragon 616

Huawei Honor 7i

52

#142

Snapdragon 615

Lenovo Vibe P1

51

#143

MT6750T

Oppo F3

51

#144

Snapdragon 427

Moto G6 Play

50

#145

MT6739

HTC Desire 12

50

#146

Snapdragon 425

Nokia 2.1

49

#147

MT6738

Alcatel A30 Fierce

49

#148

MT6753

Lenovo K4 Note

49

#149

MT6752

Lenovo K3 Note

48

#150

MT6750

Oppo F1s

48

#151

Qualcomm 215

LG K22

48

#152

Snapdragon 415

Lenovo Vibe K5

47

#153

Kirin 620

Huawei P8 Lite

47

#154

Snapdragon 412

BQ Aquaris X5

46

#155

MT6737T

Samsung Galaxy J2 Prime

46

#156

Snapdragon 410

Xiaomi Redmi 2

45

#157

MT6737

Moto E4 Plus

45

#158

MT6735

Meizu M2

42

#159

MT6732

Acer Liquid Jade Z

41

  • Centurion Mark determines the CPU, gameplay, and device battery capacity based on actual usage. Without going into any technical details, customers can understand smartphone performance using this mark with ease. The greater the Centurion Mark, the better the CPU performs.

Random Access Memory, or RAM, has an impact on a device’s ability to multitask. More RAM enables faster app switching and improved performance. Typical choices include 4GB, 6GB, 8GB, or even higher capacity.

Storage: The amount of data (apps, pictures, movies, and songs) that you can save on your phone depends on its storage capacity. There are 32GB, 64GB, 128GB, and more storage options. MicroSD cards can be used to extend storage on most phones.

Show: Diagonally measured in inches, or 6.5 inches, is the screen size. 

Small mobile phones                                               

Phone screen sizes that are smaller than 4.5 inches are usually considered small mobile phones. You should choose a small-sized phone if you want a compact smartphone for everyday tasks such as replying to messages, reading and browsing. Looking for the best of both? The Flip phone  is a small but mighty phone when folded, measuring in at under 3.5-inches, it also has a useful 3.4-inch cover display. When it’s time to get things done, flip it open to reveal a full-sized 6.7-inch smartphone.

Medium size phones

4.5- to 6.5-inch phones are considered medium-sized phones. Ideal for people seeking a good compromise between mobility, high-quality specifications, and a few cutting-edge capabilities. A fantastic medium-sized smartphone, the 6.2-inch FHD+ Dynamic AMOLED 2X screen produces sharp, vivid visuals in both natural and artificial light.

Large screen phones

Smartphones with screen sizes larger than 6.5 inches are considered large screen phones. This is your best phone screen option if you are looking for a smartphone for multitasking, streaming, or playing graphic-intensive games.

 

Resolution: Higher resolution (e.g., Full HD+ or Quad HD+) means sharper 

Visuals.

Device Name

Mobile Screen Sizes

Screen Resolution

PPI

iPhone 6

4.7”

750 x 1334

326 (XHDPI)

Samsung Galaxy Note 5

5.7″

1440 x 2560

515 (XXXHDPI)

iPhone 6 Plus

5.5″

1080 x 1920

401 (XHDPI)

iPad Air 2

9.7″

1536 x 2048

264 (HDPI)

Samsung Galaxy S6

5.1″

1440 x 2560

515 (XXXHDPI)

iPhone 6S

4.7″

750 x 1334

326 (XHDPI)

Blackberry Passport

4.5″

1440 x 1440

452 (XXHDPI)

iPhone 6S Plus

5.5″

1080 x 1920

401 (XHDPI)

Google Motorola Nexus 6

6.0″

1440 x 2560

515 (XXXHDPI)

HTC One M9

5.0″

1080 x 1920

440 (XXHDPI)

Various type of display-

  • LCD (Liquid Crystal Display):
  • Advantages:
  • Color Reproduction: LCD screens offer good color accuracy and vibrant visuals.
  • Affordability: They are cost-effective and widely available.
  • Power Efficiency: LCDs consume less power compared to some other screen types.
  • Disadvantages:
  • Dark Blacks: LCDs struggle to achieve deep blacks and high contrast ratios.
  • Backlight Dependency: They rely on a backlight, affecting overall thickness.
  • Viewing in Low Light: Not ideal for dark scenes or low-light environments.
  • OLED (Organic Light-Emitting Diode):
  • Advantages:
  • Vibrant Colors: OLED screens provide rich and accurate colors.
  • Deep Blacks: Each pixel emits its own light, resulting in true black levels.
  • Energy Efficiency: No backlight required, leading to better battery life.
  • Disadvantages:
  • Burn-In Risk: Persistent images can cause burn-in over time.
  • Cost: OLED displays tend to be more expensive.
  • Durability: Susceptible to damage from water and pressure.
  • AMOLED (Active Matrix Organic Light-Emitting Diode):
  • An advanced version of OLED with similar advantages and disadvantages.
  • Widely used in flagship smartphones for its superior color quality and contrast.
  • Super AMOLED:
  • A Samsung-specific term for AMOLED displays.
  • Advantages: Combines touch sensor and display layers, resulting in thinner screens.
  • Disadvantages: Similar to AMOLED, including burn-in risk.
  • Retina Display (Apple’s marketing term):
  • High-resolution LCD or OLED screens used in iPhones.
  • Advantages: Crisp visuals, excellent color accuracy, and smooth text rendering.
  • Disadvantages: Proprietary to Apple devices.
  •  

Refresh Rate: Higher refresh rates (e.g., 90Hz, 120Hz) result in smoother animations.

Camera:

Rear Camera (Main Camera)

  1. Primary Use:

    Capturing high-quality photos and videos.

    • Used for general photography, landscape shots, and recording videos.
  2. Specifications:

    Higher Megapixels: Often has a higher megapixel count for more detailed images.

    • Multiple Lenses: Can include multiple lenses (wide, ultra-wide, telephoto, macro) for versatile photography.
    • Advanced Sensors: Equipped with larger sensors for better light sensitivity.
    • Optical Image Stabilization (OIS): Helps reduce blurriness in photos and videos.
    • Higher Quality Flash: Includes a flash (often LED) for low-light conditions.
  3. Features:

    • Autofocus: Fast and accurate focusing capabilities.
    • 4K/8K Video Recording: Supports high-resolution video recording.
    • HDR: High Dynamic Range for balanced exposure in photos.
    • Pro Modes: Manual controls for ISO, shutter speed, and other settings.

Front Camera (Selfie Camera)

  1. Primary Use:

    • Capturing selfies.
    • Video calls and conferencing.
  2. Specifications:

    • Lower Megapixels: Typically has a lower megapixel count compared to rear cameras.
    • Single Lens: Usually features a single wide-angle lens.
    • Smaller Sensors: Generally smaller sensors than rear cameras.
    • Screen Flash: Often uses the screen as a flash in low-light conditions.
  3. Features:

    • Fixed Focus: Some front cameras have fixed focus to optimize selfies at arm’s length.
    • Portrait Mode: Uses software to create a bokeh effect for portrait selfies.
    • Beauty Modes: Various software enhancements to smooth skin and improve appearance.
    • Face Recognition: Used for unlocking the phone and other security features.

Common Features in Both Cameras

  • AI Enhancements: Use of artificial intelligence for scene recognition and photo enhancement.
  • Filters and Effects: Various built-in filters and effects for creative photography.

Usage Context

  • Rear Camera: Ideal for high-quality photography, professional use, and capturing diverse scenes.
  • Front Camera: Best suited for personal use, such as selfies, social media, and video chatting.

Both cameras are integral to the mobile photography experience, each optimized for their respective tasks to provide users with a comprehensive set of tools for capturing moments.

Battery Capacity: Measured in milliampere-hours (mAh). Larger capacity generally means longer battery life.

Operating System (OS): Android or iOS.Consider the version (e.g., Android 12, iOS 15).

iOS 17 and Android 14 are the latest versions of the two competing operating systems, both offer smooth and user-friendly experiences, and several similar or identical features. But there are still important differences to be aware of.3 May 2024

Connectivity:

Network: 4G or 5G compatibility.

Wi-Fi: Dual-band Wi-Fi (2.4GHz and 5GHz).

Bluetooth: Latest version (e.g., Bluetooth 5.0, 5.1, 5.2).

NFC: For contactless payments and file sharing.

Design and Build:

Materials: Glass, metal, or plastic.

Water and Dust Resistance: Look for IP ratings (e.g., IP68).

For instance, an IP65 rating indicates that your gadget is resistant to water jets and dust. The majority of contemporary cellphones are water-rated IP68. This indicates that they are both dustproof and that they can be submerged in shallow water, though the depth that may be permitted will vary depending on the product.

Colors: Choose your preferred color.

Additional Features:

Fingerprint Sensor: On-screen or rear-mounted.

Face Unlock: Uses facial recognition.

Stereo Speakers: For better audio quality.

Headphone Jack: Some phones still have it.

Wireless Charging: Convenient feature.

Fast Charging: Quick top-ups.

After-Sales Service

Think about the warranty duration as well as the reputation and accessibility of the manufacturer’s after-sales service in your area. Having a service center and strong support network is crucial because problems could arise after you buy your gadget.

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