Product Description
The MediaTek MT6735V/WMAZ is an affordable, mid-range system-on-chip (SoC) primarily designed for budget smartphones. It offers a substantial performance upgrade over older 3G-only devices by introducing 4G LTE support and more powerful quad-core processing. The chipset is particularly suited for emerging markets where high-performance smartphones are less affordable, and users are looking for a device with solid performance at a budget-friendly price.
The quad-core ARM Cortex-A53 processor clocked at up to 1.3 GHz provides sufficient processing power for daily tasks such as browsing the web, messaging, light gaming, and media consumption. The inclusion of 64-bit architecture in the Cortex-A53 cores allows the chipset to handle modern applications and system requirements with greater efficiency than older 32-bit processors. This enables smoother multitasking, improved app compatibility, and future-proofing for newer software that requires 64-bit support.
For graphics performance, the PowerVR G6200 GPU enhances the overall multimedia experience. While it is not a high-end GPU, it supports OpenGL ES 3.0, OpenCL, and DirectX, providing sufficient performance for moderate 3D gaming and HD video playback. The GPU enables smooth video streaming from services like YouTube or Netflix, and supports 1080p video recording and playback, ensuring a solid multimedia experience on a budget device.
The 4G LTE connectivity of the MT6735V/WMAZ is a game-changer for budget smartphones, enabling download speeds of up to 150 Mbps and upload speeds of 50 Mbps. This allows users to enjoy faster browsing, better video calling, and quicker downloads compared to older 3G or 2G devices. The multi-band LTE support also ensures that the device can connect to LTE networks across different regions, providing reliable internet access worldwide. For areas where 4G is not available, the chipset falls back on 3G WCDMA/HSPA for dependable internet access, with HSPA+ speeds of up to 42 Mbps.
In terms of camera capabilities, the MT6735V/WMAZ supports up to 13 MP for the rear camera, allowing for decent photo and video quality. The chipset also supports video recording in 1080p (Full HD), making it a good choice for entry-level smartphones where users still expect capable camera functionality. The 5 MP front camera allows for decent quality selfies and video calls, adding to the overall versatility of the device.
The battery efficiency of the MT6735V/WMAZ ensures that devices powered by this chipset can deliver good battery life despite the inclusion of power-hungry features like 4G LTE. With advanced power management features, the chipset optimizes energy use during periods of activity and idle states, making it ideal for users who need a reliable device throughout the day without frequent charging.
Overall, the MT6735V/WMAZ is a highly capable chipset for entry-level smartphones, offering an impressive combination of quad-core performance, 4G LTE connectivity, and enhanced multimedia capabilities. It is designed to deliver a well-rounded user experience with a strong focus on balancing performance and power efficiency. This makes it a solid choice for users seeking a budget-friendly smartphone with modern features like fast mobile internet, HD media playback, and a smooth user experience for everyday tasks.
Specification
CPU and Performance:
Quad-Core ARM Cortex-A53: The MT6735V/WMAZ uses a quad-core ARM Cortex-A53 CPU, clocked at up to 1.3 GHz. The Cortex-A53 is part of ARM’s big.LITTLE architecture, designed for power-efficient processing, offering a significant performance increase over older chips like Cortex-A7. The four cores enable smoother multitasking, allowing for better performance when running multiple applications or handling moderately intensive tasks like browsing and media playback.
64-bit Architecture: The Cortex-A53 cores are 64-bit, allowing for better processing power and memory addressing, which benefits 64-bit optimized apps. This is especially useful for newer Android versions and applications that are optimized for 64-bit processors, offering more efficient performance and enhanced user experience.
Multitasking: With four cores, the MT6735V/WMAZ allows for improved multitasking capabilities compared to single-core and dual-core chips. This ensures that users can run more apps concurrently without significant slowdowns.
GPU and Graphics:
PowerVR G6200 GPU: The chipset integrates a PowerVR G6200 GPU, a mid-range graphics processor that supports OpenGL ES 3.0, OpenCL, and DirectX. The GPU enhances the visual experience for gaming, video playback, and general user interface animations. It is capable of running 3D games and handling moderate HD video streaming. The PowerVR G6200 supports hardware-accelerated 1080p video playback, making it suitable for entry-level smartphones that need smooth multimedia performance.
Gaming and Multimedia: While not a high-end GPU, the PowerVR G6200 is more than adequate for entry-level devices, allowing users to play less graphically demanding games and enjoy video streaming from platforms like YouTube and Netflix at HD resolutions.
Connectivity:
4G LTE Support: One of the standout features of the MT6735V/WMAZ is its 4G LTE connectivity. It supports LTE Category 4, which provides download speeds up to 150 Mbps and upload speeds up to 50 Mbps. This enables faster mobile internet performance, allowing users to browse the web, stream media, and download files at speeds typically seen on higher-end devices.
Multi-Band LTE: The MT6735V/WMAZ supports multiple LTE bands, allowing it to operate on different networks across various regions. This makes the chipset suitable for global usage, ensuring fast and reliable connectivity in both developed and emerging markets.
WCDMA/HSPA Support: In addition to 4G LTE, the MT6735V/WMAZ supports 3G WCDMA and HSPA+ technologies, providing fallback options for areas without 4G coverage. It supports HSPA+ download speeds up to 42 Mbps, ensuring a reliable mobile data experience even in regions with limited 4G coverage.
Camera and Multimedia:
Camera Support: The MT6735V/WMAZ supports up to a 13 MP rear camera and a 5 MP front camera, making it suitable for basic photography needs on budget smartphones. It can handle simple photography, video recording, and video calling with acceptable quality. The chipset also supports camera functions like autofocus, HDR, and video recording at 1080p (Full HD).
Video Playback: The PowerVR G6200 GPU ensures smooth video playback in formats like H.264 and MPEG-4, supporting HD video (1080p) for a better multimedia experience. The chipset is capable of delivering an enjoyable video streaming experience on platforms such as YouTube, Netflix, or local media files.
Audio: The MT6735V/WMAZ supports high-quality audio playback, including MP3, AAC, and WAV formats, ensuring an enhanced music and video experience for users.
Memory and Storage:
RAM: The MT6735V/WMAZ supports up to 2 GB of RAM, which provides a smooth multitasking experience and allows for the seamless running of everyday apps. This memory capacity is sufficient for entry-level smartphones and ensures that users can run most basic applications, web browsers, and messaging apps without significant lag.
Storage: The chipset supports up to 32 GB of internal storage, expandable via microSD cards. This flexibility allows users to store music, photos, apps, and other content, making it a well-rounded solution for budget smartphones with moderate storage needs.
Power Management:
Battery Efficiency: The MT6735V/WMAZ is designed to be power-efficient, ensuring good battery performance even with 4G LTE support. The chipset features advanced power management to optimize battery life during active use and idle periods. Entry-level smartphones with this chipset typically offer long battery life, with devices running for a full day on moderate usage.
Power-Optimized Performance: The quad-core ARM Cortex-A53 processor’s power-efficient design and the optimized GPU help reduce power consumption during multimedia usage and browsing. This ensures that users can enjoy a good balance of performance and energy efficiency on their devices.
