| 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 |
| 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 |
| 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 |
| 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 |
| 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
