Released: 2022, January 10
OS: Android 11, Realme UI 2,0
Display: 6.6" 1080x2412 pixels
Camera: 50MP 1080p
Ram: 4/6GB RAM Snapdragon 680 4G
Battery: 5000mAh Li-Po
|Released||2022, January 10|
|2G bands In an era of lightning-fast 5G connectivity and cutting-edge smartphone technologies, it's easy to forget the humble beginnings of mobile communication. The advent of 2G bands marked a pivotal moment in the history of mobile phones, revolutionizing how people communicate and paving the way for the interconnected world we enjoy today. In this article, we delve into the significance of 2G bands, their impact on the mobile phone industry, and their relevance in the present day. The Birth of 2G Bands: The concept of 2G (second generation) mobile networks emerged in the 1990s, replacing the archaic analog systems with digital cellular networks. This leap in technology allowed for more efficient voice and data transmission, ushering in a new era of mobile communication. 2G bands, such as GSM (Global System for Mobile Communications) and CDMA (Code Division Multiple Access), became the standard for mobile phone networks worldwide. Advantages of 2G Bands: a. Enhanced Efficiency: The digital nature of 2G networks provided improved call quality, reduced interference, and enhanced battery life. These advancements were instrumental in popularizing mobile phones and bringing them to the masses. b. Data Transmission: While the primary purpose of 2G networks was voice communication, they also laid the foundation for basic data services. Simple tasks like sending text messages and accessing WAP (Wireless Application Protocol) services became possible, albeit at slower speeds compared to modern networks. c. Global Standardization: The GSM standard, in particular, played a pivotal role in establishing a global standard for mobile communication. This allowed for seamless roaming and interoperability between different networks and mobile devices worldwide, fostering international connectivity. Evolution and the Legacy of 2G Bands: As technology progressed, subsequent generations of mobile networks, namely 3G, 4G, and now 5G, surpassed the capabilities of 2G bands. These newer networks provided faster data speeds, low latency, and support for advanced multimedia services. Consequently, many countries and network providers have decommissioned or are in the process of phasing out 2G networks to make way for more advanced technologies. Continued Relevance of 2G Bands: Despite the ongoing transition to faster networks, 2G bands still hold relevance in certain contexts: a. Legacy Devices: Many feature phones, especially in developing regions, still rely on 2G networks for basic communication. These devices offer affordable options for individuals who primarily require voice calls and basic messaging services. b. IoT (Internet of Things): A significant number of IoT devices, such as smart meters, home security systems, and industrial sensors, operate on 2G networks. The low power requirements and extensive coverage provided by 2G make it an ideal choice for these applications. c. Remote Areas: In remote and rural areas with limited infrastructure, 2G networks may be the only viable option for mobile communication due to their extended coverage capabilities. Conclusion: While 2G bands may no longer dominate the mobile phone landscape, their impact and legacy are undeniable. These networks laid the groundwork for the digital revolution and interconnected world we inhabit today. As newer generations of mobile networks continue to evolve, it's important to remember the humble origins of 2G and the significant role it played in shaping our mobile communication landscape.||GSM 850 / 900 / 1800 / 1900 - SIM 1 & SIM 2|
|3G bands In the ever-evolving world of mobile communication, each generation of technology builds upon its predecessor, pushing the boundaries of connectivity and functionality. 3G bands, the third generation of mobile networks, emerged as a game-changer, introducing a new era of high-speed data transmission and paving the way for a range of advanced mobile services. In this article, we explore the significance of 3G bands, their impact on the mobile phone industry, and the lasting influence they continue to exert in our daily lives. The Leap to 3G: The development of 3G technology emerged in the early 2000s, following the widespread adoption of 2G networks. 3G, which stands for third-generation, marked a significant shift by bringing high-speed data transmission capabilities to mobile devices. It introduced a host of technological advancements that revolutionized the way people communicate, consume media, and access the internet on their phones. Advantages of 3G Bands: a. Faster Data Transfer: One of the key advantages of 3G bands was the significant improvement in data transfer speeds compared to 2G networks. 3G networks allowed for faster web browsing, email access, and multimedia streaming, making it possible to enjoy a richer mobile experience. b. Multimedia Capabilities: With the introduction of 3G, mobile phones became multimedia powerhouses. Users could now access video calls, live TV, music streaming, and video-on-demand services directly on their devices. This shift brought about a fundamental change in the way people consumed media on the go. c. Enhanced Connectivity: 3G networks provided a more stable and reliable connection compared to their predecessors. This stability enabled users to stay connected even in areas with weaker network coverage, ensuring a more consistent communication experience. Evolution and the Transition to 4G: As technology continued to progress, 3G networks eventually made way for the fourth generation of mobile networks, commonly known as 4G. With faster speeds, lower latency, and improved efficiency, 4G networks further expanded the possibilities of mobile communication. However, even with the emergence of 4G, 3G networks continued to play a vital role in many parts of the world, particularly in areas where 4G infrastructure was still under development. The Global Impact of 3G Bands: a. Bridging the Digital Divide: 3G networks played a significant role in bridging the digital divide by providing internet access to regions that lacked wired infrastructure. In developing countries, 3G networks offered a gateway to the digital world, enabling people to access vital information, educational resources, and online services. b. Mobile Broadband Revolution: The advent of 3G opened up new opportunities for mobile broadband services, allowing users to connect their devices to the internet wherever they went. This revolutionized the way people worked, communicated, and accessed information, empowering a more mobile and flexible lifestyle. c. Legacy Devices and Backup Networks: Even as newer generations of networks emerged, 3G bands remained relevant due to the presence of legacy devices that relied on 3G connectivity. Additionally, 3G networks acted as backup networks during emergencies or network congestion scenarios, ensuring a continuous communication channel. Conclusion: The introduction of 3G bands marked a significant milestone in the history of mobile communication, bringing forth a wave of technological advancements and transforming the way we interact with our mobile devices. While 4G and now 5G networks continue to push the boundaries of connectivity, 3G networks still play a vital role in providing access to information, bridging the digital divide, and serving as a fallback option in certain scenarios. The influence||HSDPA 850 / 900 / 2100|
|4G bands In an era driven by constant connectivity and high-speed data transfer, 4G bands have emerged as the backbone of mobile communication, revolutionizing the way we connect, communicate, and consume content on our smartphones. As the fourth generation of mobile networks, 4G has brought unprecedented speed, efficiency, and reliability to the world of mobile communication. In this article, we delve into the significance of 4G bands, their impact on the mobile phone industry, and the transformative possibilities they offer in our increasingly connected world. The Rise of 4G: 4G technology represents a significant leap forward from its predecessor, 3G, in terms of speed, capacity, and capabilities. It was introduced in the late 2000s and quickly gained traction worldwide as mobile network operators began deploying 4G infrastructure. This technology breakthrough enabled mobile devices to achieve faster download and upload speeds, reduced latency, and enhanced network stability. Advantages of 4G Bands: a. Lightning-Fast Data Transfer: The primary advantage of 4G bands lies in their ability to deliver blazingly fast data transfer speeds. With download speeds ranging from several megabits to gigabits per second, users can seamlessly stream HD videos, video conference with crystal-clear quality, and download large files in seconds. b. Enhanced Multimedia Experience: 4G networks have revolutionized the way we consume multimedia content on our mobile devices. With high-speed connectivity, users can enjoy seamless streaming of high-definition videos, music, and live broadcasts. This has driven the rise of video-on-demand services, online gaming, and immersive virtual reality experiences. c. Advanced Applications and Services: The speed and low latency offered by 4G have paved the way for a wide range of advanced applications and services. From real-time navigation and augmented reality applications to cloud-based services and Internet of Things (IoT) connectivity, 4G has unlocked new possibilities and improved efficiency across various industries. Global Impact and Accessibility: a. Bridging the Digital Divide: 4G networks have played a significant role in bridging the digital divide, bringing internet connectivity to underserved areas and regions with limited infrastructure. The accessibility and affordability of 4G-enabled devices have empowered individuals and communities by providing access to education, e-commerce, healthcare services, and government initiatives. b. Mobile Workforce and Connectivity: 4G has facilitated the growth of the mobile workforce by enabling seamless remote work and collaboration. With fast and reliable connectivity, professionals can work from anywhere, participate in virtual meetings, and access corporate resources on the go. This flexibility has transformed traditional work dynamics and increased productivity. c. Rural Connectivity and IoT Applications: 4G networks have extended connectivity to remote and rural areas, enabling IoT applications such as smart agriculture, smart grid systems, and remote monitoring. These applications have the potential to improve efficiency, reduce resource consumption, and enhance the quality of life in these regions. Future Prospects and the Transition to 5G: While 4G has transformed mobile communication, the evolution continues with the advent of 5G networks. As the fifth generation of mobile networks, 5G promises even faster speeds, ultra-low latency, and massive connectivity to support emerging technologies like autonomous vehicles, smart cities, and the Internet of Things on a larger scale. However, the widespread adoption of 5G will take time, and 4G networks will continue to play a crucial role in providing reliable connectivity during the transition. Conclusion: The emergence of 4G bands has ushered in a new era of mobile communication, revolutionizing the way we connect and interact with the digital world. With its lightning-fast data transfer speeds, enhanced multimedia capabilities, and transformative applications, 4G has empowered individuals, communities, and industries worldwide. As we embark on the journey towards 5G, it is essential to acknowledge the lasting impact and continued relevance of 4G networks in driving connectivity, bridging gaps, and creating a more connected and inclusive global society.||1, 3, 5, 8, 38, 40, 41|
|Speed||HSPA 42.2/5.76 Mbps, LTE-A|
|Dimensions||164.4 x 75.7 x 8.4 mm (6.47 x 2.98 x 0.33 in)|
|Weight||190 g (6.70 oz)|
|Build Smartphone body build refers to the physical construction and materials used in the manufacturing of smartphones. The body build plays a significant role in the overall design, durability, and feel of the device. Here are some common smartphone body build types: Metal Unibody: Smartphones with a metal unibody construction are made from a single piece of metal, usually aluminum or stainless steel. This design offers a premium look and feel, as well as robustness and structural integrity. Metal unibody smartphones often have a sleek and seamless appearance with minimal visible seams or joints. Glass and Metal Combination: Many smartphones feature a combination of glass and metal elements in their body construction. These devices typically have a metal frame for structural strength and rigidity, with glass panels on the front and/or back. Glass provides a smooth and reflective surface while allowing for wireless charging functionality in some cases. However, glass bodies may be more prone to fingerprints, smudges, and accidental drops. Plastic (Polycarbonate): Plastic, specifically polycarbonate, is a lightweight and flexible material commonly used in smartphone bodies. Plastic smartphones are often more affordable and can offer a range of colors and finishes. While they may be less premium in appearance compared to metal or glass, plastic bodies can be more resistant to impact and provide better signal reception. Ceramic: Ceramic body smartphones are less common but offer a unique look and feel. Ceramic is a durable material that provides a smooth and scratch-resistant surface. Ceramic smartphones are often more resistant to heat and have a premium aesthetic. However, they can be more prone to shattering if dropped compared to other materials. Composite or Hybrid Materials: Some smartphones incorporate composite or hybrid materials that combine elements like metal, plastic, glass, or even carbon fiber. These materials are used to achieve specific design characteristics, such as improved strength, weight reduction, or unique visual effects. It's important to note that different smartphone models and manufacturers may have variations in body build materials and design choices. The choice of body build materials can impact factors such as device weight, durability, signal reception, heat dissipation, and wireless charging compatibility. Manufacturers often aim to strike a balance between aesthetics, durability, functionality, and cost when choosing the body build materials for their smartphones.||Glass front, plastic frame, plastic back|
|SIM||Dual SIM (Nano-SIM, dual stand-by)|
|Display Type Display Technology => A number of display technologies and types used in mobile phones => TFT (Thin Film Transistor), IPS (In-Place Switching), OLED (Organic Light Emitting Diode), AMOLED (Active-Matrix Organic Light-Emitting Diode), Super AMOLED (an even advanced version of AMOLED), Resistive Touchscreen (Resistive touchscreens contain two layer of conductive material with a very small gap between them which acts as a resistance), Capacitive Touchsceen (Capacitive touchscreen technology consists of a layer of glass coated with a transparent conductor)||IPS LCD capacitive touchscreen, 16M colors|
|Size||6.6 inches, 104.8 cm2 (~84.2% screen-to-body ratio)|
|Resolution||1080 x 2412 pixels, 20:9 ratio (~400 ppi density)|
|Features||90Hz, 480 nits (typ)|
|Card Slot Memory Card Slot is a special slot for inserting a memory card. Memory cards allow you to expand the phone's built-in memory, A memory card (sometimes called a flash memory card or a storage card) is a small storage medium used to store data such as text, pictures, audio, and video, for use on small, portable or remote computing devices such as mobile phones, mp3 players, digital cameras.||microSDXC (dedicated slot)|
|Internal Storage Internal Storage is a data storage space (flash memory) mostly used in smartphones, tablets and other electronic devices where operating system, apps, music, photos, videos, files and other user data Is stored.||64/128 GB UFS 2.1|
|OS||Android 11, Realme UI 2.0|
|Chipset Chipset is a group of integrated circuits designed to perform one or a more dedicated functions, often with real time computing constraints, Popular smartphones are equipped with more advanced embedded chipsets that can do many different tasks depending on their programming.||Qualcomm SM6225 Snapdragon 680 4G (6 nm)|
|CPU CPU (Central Processing Unit) mostly known as processors, CPU processes instructions in order to carry out certain functions that make your device operate properly. Processors are often described as the brain of computers, smartphones and tablets, Smartphones and tablets rely on processors to carry out their every task, Processors are an incredibly important factor in selecting any type of computing device, including your smartphone.||Octa-core (4x2.4 GHz Kryo 265 Gold & 4x1.9 GHz Kryo 265 Silver)|
|GPU GPU (Graphics Processing Unit) is a single-chip processor designed to rapidly manipulate and alter memory to accelerate the creation of images in a frame buffer intended for output to a display, This includes things such as lighting effects, object transformations, and 3D motion.||Adreno 610|
50 MP, f/1.8, 26mm (wide), 1/2.76", 0.64µm, PDAF
2 MP, f/2.4, (macro)
2 MP, f/2.4, (depth)
|Features||LED flash, HDR, panorama|
|Single||16 MP, f/2.1, (wide), 1/3.0", 1.0µm|
|Capacity Battery Capacity is a measure (typically in Amp-hr) of the charge stored by the battery, and is determined by the mass of active material contained in the battery. The battery capacity represents the maximum amount of energy that can be extracted from the battery under certain conditions.||Non-removable Li-Po 5000mAh|
|Charging||Fast charging 33W, 100% in 70 min (advertised)|
|WLAN||Wi-Fi 802.11 a/b/g/n/ac, dual-band, Wi-Fi Direct, hotspot|
|Bluetooth The smartphone Bluetooth system refers to the built-in Bluetooth functionality and software present in smartphones. Bluetooth is a wireless communication technology that allows devices to connect and exchange data over short distances without the need for cables. Here are some key aspects of the smartphone Bluetooth system: Bluetooth Version: Smartphones support different Bluetooth versions, such as Bluetooth 4.0, 4.2, 5.0, and so on. Each version introduces improvements in terms of data transfer speed, range, power efficiency, and features. Pairing: To establish a connection between two Bluetooth-enabled devices, they need to go through a pairing process. Pairing involves making the devices discoverable, searching for nearby devices, and entering a PIN or confirming a passkey to establish a secure connection. Profiles: Bluetooth profiles define the functions and capabilities supported by a device. Smartphones typically support various Bluetooth profiles, such as Hands-Free Profile (HFP) for phone calls, Advanced Audio Distribution Profile (A2DP) for streaming audio, and File Transfer Profile (FTP) for sharing files. Connection Range: The effective range of Bluetooth connectivity can vary depending on the Bluetooth version and external factors like obstacles and interference. Typically, Bluetooth has an indoor range of up to 30 feet (10 meters) or more in ideal conditions. Battery Efficiency: Bluetooth technology has evolved to be more power-efficient in newer versions. Bluetooth Low Energy (LE) introduced in Bluetooth 4.0 and later versions enables devices to maintain a connection with minimal power consumption, making it suitable for applications like fitness trackers and smartwatches. Audio and Data Transfer: The smartphone Bluetooth system enables wireless audio streaming to Bluetooth headphones, speakers, or car audio systems. It also supports data transfer between smartphones and other Bluetooth-enabled devices like laptops, tablets, and smart home devices. Bluetooth Settings: Smartphones have dedicated settings menus for Bluetooth, allowing users to manage paired devices, enable or disable Bluetooth, adjust visibility settings, and control other Bluetooth-related preferences. Bluetooth Security: Bluetooth connections employ various security measures, including encryption and authentication, to ensure secure communication between devices and protect against unauthorized access. It's important to note that different smartphone models and manufacturers may have variations in the Bluetooth features and settings offered. The Bluetooth capabilities and user interface may differ based on the smartphone's operating system, such as Android or iOS. The smartphone Bluetooth system plays a crucial role in facilitating wireless connectivity, enabling users to connect and interact with a wide range of Bluetooth-enabled devices and accessories for enhanced functionality and convenience.||5.0, A2DP, LE|
|GPS GPS The Global Positioning System is a satellite-based radio navigation system, GPS permits users to determine their position, velocity and the time 24 hours a day, in all weather, anywhere in the world, In order to locate your position, your device or GPS receiver must have a clear view of the sky.||Yes, with dual-band A-GPS, GLONASS, BDS, GALILEO|
|NFC NFC (Near field communication) is a set of standards for smartphones and similar devices to establish peer-to-peer radio communications with each other by touching them together or bringing them into proximity, usually no more than a few inches.||No|
|Infrared Infrared The world is becoming more and more reliant on technology, and one of the most exciting and innovative forms of technology is infrared technology. Infrared technology is able to capture light, heat, and other signals that are invisible to the naked eye, and can be used in a variety of applicat Infrared technology can be used in many different ways. It has been used to detect heat sources in infrared cameras and to help detect damage in buildings. It can also be used to create images of objects that are invisible to the naked eye. Additionally, it can be used to control remote devices, measure temperature, and provide an extra layer of security in buildings and homes. Furthermore, it can be used to help in medical diagnostics, such as thermography and thermometry. Finally, infrared technology is used in robotics and drones to provide navigation. With its many applications, it is clear that infrared technology is an important tool that can be used in many different fields. ions from medical imaging to security. In this blog post, we'll explore the basics of infrared technology and discuss how it is being used in a variety of fields.||No|
|USB||USB Type-C 2.0, USB On-The-Go|
|Sensors Sensors are electronic components that detects and responds to some type of input from the physical environment. The specific input could be light, heat, motion, moisture, pressure and location, The output is generally a signal that is converted to use in computing systems, a location sensor, such as a GPS receiver is able to detect current location of your electronic device.||Fingerprint (side-mounted), accelerometer, gyro, proximity, compass|
Realme 9i Full Specification & Price in Bangladesh
There are now two versions of the Realme 9i, with 64/128GB/4/6GB RAM. In Bangladesh, the Realme 9i is currently priced at 20999 taka. The 9i has a 33W fast charging battery with 5000 mAh. This gadget is powered by a Qualcomm SM6225 Snapdragon 680 4G (6 nm) chipset and runs Android 11.
Realme 9i price in bd
Model : Realme 9i
Price : BDT. 20,999
Display : 6.6″1080×2412 pixels
RAM : 4/6 GB
ROM : 64/128 GB
Released : 2022, January 10
Realme 9i spotlight
Realme 9i: A Mid-Range Smartphone with a Powerful Performance
The Realme 9i is a mid-range smartphone that was released in January 2022. It is powered by the Qualcomm Snapdragon 680 4G processor, which is a 6nm octa-core processor that offers a powerful performance. The Realme 9i also comes with 4GB or 6GB of RAM and 64GB or 128GB of storage.
The Realme 9 i has a 6.6-inch Full HD+ IPS LCD display with a 90Hz refresh rate. This means that the display can refresh 90 times per second, which results in a smoother and more fluid user experience. The display also has a punch-hole cutout for the 16MP front-facing camera.
The Realme 9 i has a triple-camera system on the back, which consists of a 50MP main camera, a 2MP macro camera, and a 2MP depth sensor. The main camera is capable of taking high-quality photos in a variety of conditions. The macro camera is useful for taking close-up shots, and the depth sensor helps to create a more professional-looking bokeh effect in portrait shots.
The Realme 9 i is powered by a 5000mAh battery, which can easily last for a full day on a single charge. The phone also supports 33W fast charging, which means that you can quickly charge the battery up to 100%.
The Realme 9i runs on Android 11 with Realme UI 3.0 on top. Realme UI 3.0 is a custom skin that offers a number of features and customization options. The phone also has a side-mounted fingerprint sensor for quick and secure unlocking.
Overall, the Realme 9 i is a great mid-range smartphone that offers a powerful performance, a large display, a good camera system, and a long-lasting battery. It is a great option for those who are looking for a reliable and affordable smartphone.
Here are some of the pros and cons of the Realme 9i:
- Powerful Qualcomm Snapdragon 680 4G processor
- 6.6-inch Full HD+ IPS LCD display with a 90Hz refresh rate
- 50MP triple-camera system
- 5000mAh battery with 33W fast charging
- Android 11 with Realme UI 3.0
- No expandable storage
- No headphone jack
- Plastic build
Overall, the Realme 9 i is a great mid-range smartphone that offers a lot of value for its price. It is a great option for those who are looking for a reliable and affordable smartphone with a powerful performance, a large display, a good camera system, and a long-lasting battery.
What is the Realme 9i?
The Realme 9 i is a mid-range smartphone that was released in January 2022. It is powered by the Qualcomm Snapdragon 680 4G processor, which is a 6nm octa-core processor that offers a powerful performance. The Realme 9i also comes with 4GB or 6GB of RAM and 64GB or 128GB of storage.
What are the specifications of the Realme 9i?
Here are the specifications of the Realme 9 i:
- Display: 6.6-inch Full HD+ IPS LCD display with a 90Hz refresh rate
- Processor: Qualcomm Snapdragon 680 4G
- RAM: 4GB or 6GB
- Storage: 64GB or 128GB
- Rear cameras: 50MP main camera, 2MP macro camera, 2MP depth sensor
- Front camera: 16MP
- Battery: 5000mAh with 33W fast charging
- Operating system: Android 11 with Realme UI 3.0
What is the price of the Realme 9i?
The price of the Realme 9 i varies depending on the region. In India, the 4GB/64GB model costs ₹13,999 and the 6GB/128GB model costs ₹15,499.
Where can I buy the Realme 9i?
The Realme 9 i is available for purchase from a variety of retailers, including Realme’s official website and online marketplaces such as Amazon and Flipkart.
What are the features of the Realme 9i?
The Realme 9 i has a number of features, including:
- A powerful Qualcomm Snapdragon 680 4G processor
- A 6.6-inch Full HD+ IPS LCD display with a 90Hz refresh rate
- A 50MP triple-camera system
- A 5000mAh battery with 33W fast charging
- Android 11 with Realme UI 3.0
What are the reviews of the Realme 9i?
The Realme 9 i has received positive reviews from critics. The phone has been praised for its powerful performance, large display, good camera system, and long-lasting battery. However, some critics have noted that the phone’s plastic build quality is not as high-end as some of its competitors.
Is the Realme 9i a good phone?
Overall, the Realme 9 i is a good phone. It offers a powerful performance, large display, good camera system, and long-lasting battery. It is a great option for those who are looking for a reliable and affordable smartphone.