Nokia 108 4G (2024)
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Nokia 108 4G (2024)

Announcement / Launch status:

Launch Price: $0


  • 2.0 Inches
  • 1450 mAh

  • Variants:
  • Colors: Blue, Cyan, Pink

Summary

The Nokia 108 4G (2024) ships with . It is equipped with TFT LCD 240 x 320 display type, 2.0" display size, and 1450 mAh battery.

Brand: NOKIA
Model: 108 4G (2024)
Announcement / Launch Date:
2G Support Yes
3G Support Yes
4G Support Yes
5G Support
Dimensions (mm) 168 x 78.6 x 10.5 mm, 138.2 cc (6.61 x 3.09 x 0.41 in)
Weight (g) 0
SIM Dual
Display Type TFT LCD
Display Size (") 2.0
Display Resolution 240 x 320
Display ratio 4:3
Display Protection
Operating System (OS)
OS Version (and custom UI)
Chipset -
CPU
GPU
CPU
External Storage Yes
RAM (GB)
Internal Storage (GB)
RAM + Internal Variants
Number Of Selfie Cameras 0
Selfie Camera (MP)
Selfie Camera Features
Selfie Camera Video
Number Of Rear Cameras 0
Rear Camera (MP)
Rear Camera Features
Rear Camera Video
WiFi
Bluetooth Yes
GPS
NFC Support
Radio Wireless FM radio
Sensors
Battery (mAh) 1450
Colors Blue, Cyan, Pink
Variants
Price (USD) Unannounced
Additional Information Flashlight MP3 player

2G Network

2G is short for a second-generation cellular network. It is synonymous with CDMA and GSM and is primarily for phone calls, especially in areas without 3G (its successor) coverage. You might also hear of 2.5G (second and a half generation) and 2.75G (EDGE).

3G Network

3G is a third-generation wireless network. 3G is commonly used to access the internet (e.g browser, voice calls, and video calls). It had radio interfaces such as UMTS, W-CDMA, TD-SCDMA, HSPA, HSPA+, and CDMA2000.

4G Network

4G (fourth-generation cellular network) is the successor of 3G and offers faster internet speeds and Voice Over LTE (VOLTE). It has standards like WiMAX and LTE.

5G Network

5G is the fifth-generation cellular network and the successor to 4G. 5G offers lower latency compared to 4G, thereby delivering faster internet speeds and higher bandwidth.

Dimension

This represents the height, width, and depth of the device. Larger dimensions indicate a bulkier device whereas smaller dimensions indicate a more petite frame. Large dimensions sometimes mean larger screen sizes or a sturdy build.

Weight

Weight is how heavy the device is. A light device is better for mobility while a heavy device might be more rugged.

SIM

A Subscriber Identification Module (SIM) card is required to make and receive phone calls without an internet connection. Devices could have no SIM, single SIMs, multiple SIMs, or embedded SIMs (eSIM)

Display Type

The display contributes to how crisp the device renders. Some common display types are LCD, OLED, AMOLED, Super AMOLED, TFT, and IPS.

Display Size

This is how large the screen is. A bigger screen can display more content so it's better for watching videos. Bands and Smartwatches on the other hand have smaller screens for better mobility.

Display Resolution

This is the width by height in pixels which can be used to calculate the total number of dots or pixels on the display. A larger resolution would give a sharper render (at a constant screen size).

Display Ratio

This is the aspect ratio; the ratio of the screen width to height while in landscape.

Display Protection

A tougher screen makes the device's screen less prone to scratches and cracks after some impact. Corning® Gorilla® Glass is one such technology.

Operating System (OS)

The OS is software that manages the memory, processes, hardware, and applications running on the device.

Operating System (OS) Version

This is the version of the operating system with which the device ships. It's usually upgradable to a higher version. A higher OS version offers more features and better security.

Chipset

The Chipset is a single or group of integrated circuits on the motherboard that controls the flow of data between the CPU, memory, and external devices. Some popular chip manufacturers are Mediatek, Qualcomm, Intel, Unisoc / Spreadtrum, HiSilicon, etc

CPU

The Central Processing Unit (CPU) is a circuit that executes basic arithmetic, logic, controlling, and input/output (I/O) operations received as instructions from applications. A powerful CPU translates to great performance in executing tasks i.e works faster.

GPU

The Graphics Processing Unit (GPU) is a circuit that alters computer graphics and image processing to speed up image rendering to the display.

SD Card Support

An external SD card acts as additional storage for media files. It could also be used to extend the internal storage to store more app data.

RAM

The shopping-basket Access Memory (RAM) acts as a temporary storage for the CPU while working on a task. A larger and faster RAM translates to higher processing speeds.

Internal Storage

This serves as a non-volatile storage for your operating system files, app data, and personal data. The larger the internal storage, the more files and applications it can hold.

Camera

This is a measure of the camera's resolution. A larger resolution enables you to take pictures or videos with more detail so they can be cropped yet retain a lot of pixels. Picture quality is more affected by the lens(es), sensor, and software than by the camera's resolution

WiFI

This enables you to either connect to the internet wirelessly or share your mobile internet with other devices. WiFi can also be used for data transfer between devices via wireless networking.

Bluetooth

This is a short-range wireless technology for exchanging data between devices. It'll come in handy for data transfer (small sizes) and pairing with accessories like speakers, headphones, smartwatches, smart bands, etc.

GPS

The Global Positioning System is satellite-based radio navigation that enables you to triangulate the location of a device. It comes in handy when using maps and fitness trackers

NFC

Near Field Communication (NFC) enables data transfer between two devices over a very short distance (about 10 cm). It's widely used in FinTech for payment due to its security features.

Battery

The battery keeps the device running. A larger battery size means more uptime although battery optimization efficiency is determined by the applications and Operating System running on the device.

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