| Brand | Samsung |
| Model | SM-T337T Galaxy Tab 4 8.0 LTE |
| Released | 2014 Aug |
| Hardware Designer | Samsung Electronics |
| Manufacturer | Samsung Electronics |
| Codename | Samsung Millet |
| OEM ID | milletltetmo |
| Device Category | Tablet |
| Width | 124 mm |
| Height | 210 mm |
| Depth | 7.95 mm |
| Dimensions | 4.88×8.27×0.31 inches |
| Mass | 320 g |
| Platform | Android |
| Operating System | Google Android 4.4.2 (KitKat) |
| CPU Clock | 1200 MHz |
| CPU | Qualcomm Snapdragon 400 MSM8926, 2013, 32 bit, quad-core, 16 Kbyte I-Cache, 16 Kbyte D-Cache, 1024 Kbyte L2, 28 nm, Qualcomm Adreno 305 GPU |
| RAM Type | Yes |
| RAM Capacity (converted) | 1.5 GiB RAM |
| Non-volatile Memory Interface | eMMC 4.5 |
| Non-volatile Memory Capacity (converted) | 16 GB ROM |
| Display Diagonal | 203.1 mm |
| Resolution | 800×1280 |
| Horizontal Full Bezel Width | 16.36 mm |
| Display Area Utilization | 71.2% |
| Pixel Density | 189 PPI |
| Display Type | Color TN-TFT LCD display |
| Number of Display Scales | 16.8M |
| Scratch Resistant Screen | Gorilla Glass |
| Graphical Controller | Qualcomm Adreno 305 |
| Dedicated Graphics Memory | 0.25 MiB |
| A/V Out | MHL |
| Microphone(s) | mono |
| Loudspeaker(s): | stereo |
| Audio Output: | 3.5mm |
| Supported Cellular Bands | GSM850 , GSM900 , GSM1800 , GSM1900 , UMTS2100 (B1) , UMTS1900 (B2) , UMTS1700/2100 (B4) , UMTS850 (B5) , LTE1900 (B2) , LTE1700/2100 (B4) , LTE2600 (B7) bands |
| Supported Cellular Data Links | GPRS , GPRS C12 , EDGE , EDGE MSC12 , UMTS , HSUPA , HSUPA 5.8 , HSDPA , HSPA+ 21.1 , HSPA+ 42.2 , LTE , LTE 150/50 data links |
| SIM Card Slot | Yes |
| SAR (body) | 0.560 W/kg |
| 2nd highest SAR (body) | 1.050 W/kg |
| Sec. Supported Cellular Networks: | No |
| Touchscreen Type | Capacitive multi-touch screen |
| Expansion Interfaces | TransFlash , microSD , microSDHC , microSDXC |
| USB | Yes |
| USB Services | USB charging |
| USB Connector | USB Micro-B (Micro-USB) |
| Bluetooth | Bluetooth 4.0 |
| Wireless LAN | 802.11a , 802.11b , 802.11g , 802.11n |
| Wireless Services | DLNA , Wi-Fi Direct |
| IR | Yes |
| FM Radio Receiver | No |
| Complementary Satellite Services | A-GPS , Geotagging , QuickGPS |
| Supported GLONASS protocol(s) | L1OF |
| Camera Placement | Rear |
| Camera Image Sensor | CMOS |
| Number of effective pixels | 3.1 MP camera |
| Zoom | 1.0 x optical zoom |
| Focus | No |
| Video Recording | 1280×720 pixel |
| Flash | No |
| Aux. Camera Image Sensor | No |
| Aux. 2 Camera Image Sensor | No |
| Aux. 3 Camera Image Sensor | No |
| Aux. 4 Camera Image Sensor | No |
| Secondary Camera Placement | Front |
| Secondary Camera Sensor | CMOS |
| Secondary Camera Number of pixels | 1.3 MP sec. cam |
| Secondary Video Recording | 1280×720 pixel |
| Sec. Aux. Cam. Image Sensor | No |
| Built-in compass | Yes |
| Built-in accelerometer | Yes |
| Built-in gyroscope | Yes |
| Additional sensors | L sensor |
| Protection from solid materials | Yes |
| Protection from liquids | Yes |
| Battery | Li-ion |
| Market Countries | USA |
| Mobile Operator | T-Mobile USA |
| Added | 2024-07-06 |
Specifications data description of this 📱Samsung SM-T337T Galaxy Tab 4 8.0 LTE📱
Title: **⭐The Ultimate Specification Guide for Your Next Device⭐**
Introduction
—-
Welcome, tech enthusiasts! In this blog post, we will delve into the nitty-gritty details of a device’s specifications. We will explore each aspect of the device, from its network capabilities to the chipset, ensuring that you have a comprehensive understanding of what makes a device tick. So, fasten your seatbelts and let’s dive into the world of technology!
Lineup
—-
Devices come in various shapes and sizes, each targeting specific needs and use cases. To keep things simple, we will categorize them into three broad categories: Smartphones, Laptops, and Smart Devices.
Design
—-
The design of a device plays a crucial role in its appeal and usability. We will discuss the build quality, materials used, and aesthetics here. A well-crafted device not only looks good but also feels premium in the hand.
Now, let’s move on to the exciting part – the specifications! 🤓
🌐 **NETWORK**: Network connectivity has become an integral part of our lives, enabling us to stay connected with people, information, and services. Devices typically support Wi-Fi, Bluetooth, and Cellular (4G, 5G) networks.
📅 **LAUNCH**: The launch date of a device signals its entry into the market. This information helps potential buyers compare devices and decide on their purchase.
🏋️ **BODY**: The body specification of a device includes the dimensions, weight, and build materials. A sleek, lightweight design often wins the hearts of consumers.
🌈 **DISPLAY**: The display is the window to the device’s soul. We will look at various factors like screen size, resolution, panel technology, refresh rate, and brightness.
🤖 **OS**: The operating system (OS) is the backbone of any device. It determines the user interface, compatibility with apps, and security features. Popular OS include Android, iOS, Windows, and Linux.
🛠️ **🔧, 🚀, 💪, 🎮, 🧠, 📷, 🔈**: To keep things concise, we grouped these aspects together. These include the Chipset, CPU, GPU, Memory, Camera, Sound, and Communications (Network chips) specifications. These elements collectively dictate the device’s performance and capabilities.
💡 **FEATURES**: A device isn’t just about hardware. Software features and unique selling points (USPs) play a significant role in setting it apart from the competition. Some of these features include biometric authentication, customizable UI, battery management, etc.
🔋 **BATTERY**: Lastly, we will discuss the battery capacity and charging technology. A device with a powerful battery and efficient charging mechanism improves user experience.
Conclusion
—-
I hope this blog post provided a clearer picture of device specifications. So, which aspect intrigued you the most? Or perhaps you have a query about a particular specification? Feel free to leave a comment! Let’s keep the conversation going! 😊
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For the `mixtral-8x7b-32768` model, the above text has 567 tokens, and the remaining tokens (1024 – 567 = 457) can be used for additional information or interaction based on the model’s capabilities.
