Brand Oppo
Model Realme X50 Pro 5G Premium Edition Dual SIM TD-LTE IN 256GB RMX2076
Released 2020 Mar
Announced 2020 Feb 23
Hardware Designer Oppo
Manufacturer BBK Electronics
Codename BBK R2071
General Extras Haptic touch feedback , Tactile touch feedback
Device Category Smartphone
Width 74.24 mm
Height 158.96 mm
Depth 9.65 mm
Dimensions 2.92×6.26×0.38 inches
Mass 207 g
Platform Android
Operating System Google Android 10 (Q)
Software Extras Voice Command , Navigation software , Augmented Reality (AR) , Intelligent personal assistant , Face Recognition
CPU Clock 2840 MHz
CPU Qualcomm Snapdragon 865 5G SM8250 (Kona), 2020, 64 bit, octa-core, 32 Kbyte I-Cache, 32 Kbyte D-Cache, 2304 Kbyte L2, 4096 Kbyte L3, 7 nm, Qualcomm Adreno 650 GPU
RAM Type LPDDR5 SDRAM
Oppo
RAM Capacity (converted) 12 GiB RAM
Non-volatile Memory Interface UFS 3.0
Non-volatile Memory Capacity (converted) 256 GB ROM
Display Hole 2-hole
Display Diagonal 163.6 mm
Resolution 1080×2400
Horizontal Full Bezel Width 7.1 mm
Display Area Utilization 84.9%
Pixel Density 409 PPI
Display Type AM-OLED display
Display Subtype Super AM-OLED
Number of Display Scales 1073.7M
Display Refresh Rate 90 Hz
Scratch Resistant Screen Gorilla Glass 5
Graphical Controller Qualcomm Adreno 650
GPU Clock: 587 MHz
A/V Out No
Microphone(s) stereo
Loudspeaker(s): stereo
Audio Output: USB Type-C
Realme X50 Pro 5G Premium Edition Dual SIM TD-LTE IN 256GB RMX2076
Supported Cellular Bands GSM850 , GSM900 , GSM1800 , GSM1900 , UMTS2100 (B1) , UMTS1900 (B2) , UMTS1700/2100 (B4) , UMTS850 (B5) , UMTS800 (B6) , UMTS900 (B8) , UMTS800 (B19) , LTE2100 (B1) , LTE1900 (B2) , LTE1800 (B3) , LTE1700/2100 (B4) , LTE850 (B5) , LTE2600 (B7) , LTE900 (B8) , LTE700 (B12) , LTE700 (B17) , LTE800 (B20) , TD-LTE2000 (B34) , TD-LTE2600 (B38) , TD-LTE1900 (B39) , TD-LTE2300 (B40) , TD-LTE2500 (B41) , NR2100 (N1) , TD-NR2500 (N41) , TD-NR3500 (N78) , TD-NR4700 (N79) bands
Supported Cellular Data Links GPRS , EDGE , UMTS , HSUPA , HSUPA 5.8 , HSDPA , HSPA+ 21.1 , HSPA+ 42.2 , DC-HSDPA 42.2 , LTE , LTE 100/50 , LTE 150/50 , LTE 300/50 , LTE 600/50 , LTE 1000/100 , NR 2600 data links
SIM Card Slot Nano-SIM (4FF)
Complementary Phone Services Voice transmission , Voice speaker , Vibrate , Speakerphone , ANC , HD Voice , VoLTE
SAR (head) 1.113 W/kg
SAR (body) 0.531 W/kg
Dual Cellular Network Operation Dual standby
Sec. Supported Cellular Networks: GSM850 , GSM900 , GSM1800 , GSM1900 , UMTS2100 (B1) , UMTS1900 (B2) , UMTS1700/2100 (B4) , UMTS850 (B5) , UMTS800 (B6) , UMTS900 (B8) , UMTS800 (B19) , LTE2100 (B1) , LTE1900 (B2) , LTE1800 (B3) , LTE1700/2100 (B4) , LTE850 (B5) , LTE2600 (B7) , LTE900 (B8) , LTE700 (B12) , LTE700 (B17) , LTE800 (B20) , TD-LTE2000 (B34) , TD-LTE2600 (B38) , TD-LTE1900 (B39) , TD-LTE2300 (B40) , TD-LTE2500 (B41)
Sec. Supported Cellular Data Links: GPRS , EDGE , UMTS , HSUPA , HSUPA 5.8 , HSDPA , HSPA+ 21.1 , HSPA+ 42.2 , DC-HSDPA 42.2 , LTE , LTE 100/50 , LTE 150/50 , LTE 300/50 , LTE 600/50 , LTE 1000/100
Sec. SIM Card Slot Nano-SIM (4FF)
Touchscreen Type Capacitive multi-touch screen
Expansion Interfaces No
USB USB 2.0
USB Services USB charging , USB fast charging , USB Host , USB OTG 1.3 , USB OTG 2.0 , USB PD
USB Connector USB C reversible
Max. Charging Power 65.0 W
Bluetooth Bluetooth 5.0
Wireless LAN 802.11a , 802.11b , 802.11g , 802.11n , 802.11ac , 802.11ax
Wireless Services Wi-Fi Direct , Wi-Fi Tethering , WiDi , Wi-Fi Calling
NFC NFC A , NFC B
Oppo
FM Radio Receiver No
Complementary Satellite Services Simultaneous GPS , A-GPS , Dual-frequency GPS , Geotagging , QuickGPS , QZSS , NavIC
Supported GLONASS protocol(s) L1OF
Supported Galileo service(s) E1
Supported BeiDou system (BDS) B1I BeiDou receiver
Camera Placement Rear
Camera Image Sensor BSI CMOS
Number of effective pixels 63.7 MP camera
Aperture (W) f/1.80
Zoom 2.0 x optical zoom
Focus PD AF
Min. Equiv. Focal Length 26 mm
Video Recording 3840×2160 pixel
Flash real flash
Camera Extra Functions EIS , EIS (video) , Pixel unification , HDR photo , HDR video , Red-eye reduction , Slow motion video , Burst mode , Touch focus , Macro mode , Panorama Photo , Face detection , Face tagging , Smile detection , Face retouch , Face retouch (video) , Intelligent scene detection
Aux. Camera Image Sensor BSI CMOS
Aux. Cam. Image Sensor Pixel Size 1.00 micrometer
Aux. Camera Number of Pixels 12.0 MP aux. cam
Aux. Camera Aperture (W) f/2.50
Aux. Cam. Min. Equiv. Focal Length 54 mm
Oppo
Aux. Camera Focus CD AF
Aux. Camera Extra Functions EIS , EIS (video) , HDR photo , HDR video , Burst mode , Panorama Photo , Intelligent scene detection
Aux. 2 Camera Image Sensor BSI CMOS
Aux. 2 Camera Number of Pixels 8.0 MP aux. 2 cam
Aux. 2 Camera Aperture (W) f/2.30
Aux. 2 Cam. Min. Equiv. Focal Length 15.7 mm
Aux. 3 Camera Image Sensor Mono CMOS
Aux. 3 Camera Number of Pixels 1.9 MP aux. 3 cam
Aux. 3 Camera Aperture (W) f/2.40
Aux. 4 Camera Image Sensor No
Secondary Camera Placement Front
Secondary Camera Sensor BSI CMOS
Secondary Camera Number of pixels 32.3 MP sec. cam
Secondary Aperture (W) f/2.45
Secondary Video Recording 1920×1080 pixel
Secondary Camera Extra Functions EIS , EIS (video) , Pixel unification , HDR photo , HDR video , Burst mode , Panorama Photo , Face detection , Face tagging , Smile detection , Face retouch , Face retouch (video) , Intelligent scene detection
Sec. Aux. Cam. Image Sensor BSI CMOS
Sec. Aux. Camera Number of Pixels 8.0 MP sec. aux. camera
Built-in compass Yes
Built-in accelerometer 3D accelerometer
Built-in gyroscope 3D gyro
Additional sensors In-screen FP sensor , L sensor , P sensor , Step counter
Protection from solid materials Yes
Protection from liquids Yes
Battery Li-ion polymer (LiPo)
Battery Cells in Parallel Yes
Nominal Battery Capacity 4200 mAh battery
Market Countries India
Market Regions Asia
Added 2024-06-13

Specifications data description of this 📱Oppo Realme X50 Pro 5G Premium Edition Dual SIM TD-LTE IN 256GB RMX2076📱

Title:Specification of the Device: A Comprehensive Overview

Introduction:

In today’s world, technology has become an essential part of our lives. From smartphones to laptops, devices play a crucial role in making our lives easier and more convenient. One of the most critical factors that influence the performance of a device is its specifications. In this blog post, we will be taking a closer look at the specifications of a device. So, let’s get started!

Lineup:

Devices come in various shapes, sizes, and specifications. The specifications of a device determine its functionality, performance, and compatibility with other devices. Here is a lineup of the specifications we will be discussing in this blog post:

🌐 NETWORK 📅
LAUNCH 🏋️
BODY 🌈 DISPLAY 🤖 OS 🛠️,
🚀 Chipset 🔧,
💪 CPU 🖥️,
🎮 GPU 💻,
🧠 MEMORY 🗂️,
📷 CAMERA 🎥,
🔈 SOUND 🎵,
📡 COMMS 📶,
💡 FEATURES 🎁,
🔋 BATTERY🔌

Design:

When it comes to devices, design plays a critical role in determining the user experience. The design of a device is determined by its body, display, and features. Here’s a closer look at each of these elements:

– Body: The body of a device is its physical structure. It includes the materials used in its construction, the color, and the overall look and feel of the device.

– Display: The display of a device is its screen. It includes the size, resolution, and technology used in the display. A good display enhances the user experience by providing crisp and vivid visuals.

– Features: Features are the additional functionalities provided by a device. They include sensors, connectivity options, and security features. Features add value to a device by providing additional functionalities.

Specifications:

Now that we have discussed the design of a device, let’s take a closer look at its specifications:

– Network: The network of a device determines its connectivity. It includes the type of network (e.g., 4G, 5G), the carrier, and the data speed.

– Launch: The launch of a device refers to its release date.

– OS: The OS of a device is the operating system. It includes the version of the OS and the features provided.

– Chipset: The chipset of a device is the brain of the device. It includes the processor, memory, and other components that determine the performance of the device.

– CPU: The CPU of a device is the central processing unit. It includes the number of cores, the clock speed, and the architecture.

– GPU: The GPU of a device is the graphics processing unit. It includes the number of cores, the clock speed, and the architecture.

– Memory: The memory of a device is the storage space available for the user. It includes the RAM, ROM, and expansion options.

– Camera: The camera of a device is the imaging sensor. It includes the resolution, aperture, and other features that determine the quality of the images.

– Sound: The sound of a device is the audio output. It includes the speakers, the microphone, and other components that determine the sound quality.

– Comms: The comms of a device are the communication options. It includes the connectivity options (e.g., Bluetooth, Wi-Fi) and the ports available.

– Features: The features of a device are the additional functionalities provided. They include sensors, security features, and other functionalities that add value to the device.

– Battery: The battery of a device is the source of power. It includes the capacity, the charging technology, and the runtime.

Conclusion:

In conclusion, the specifications of a device determine its functionality, performance, and compatibility with other devices. In this blog post, we have discussed the design and specifications of a device in detail. We hope this blog post has provided valuable insights into the specifications of a device. We invite