Product Description
The MediaTek MT6739V/WAZA is an entry-level system-on-chip (SoC) designed for smartphones that require a balance of performance, connectivity, and power efficiency. It is aimed at budget-conscious consumers who need a device that supports modern 4G LTE networks while offering acceptable performance for everyday tasks like browsing, video streaming, and light gaming.
At the heart of the MT6739V/WAZA is the quad-core ARM Cortex-A53 processor, clocked at up to 1.5 GHz. This processor is part of the 64-bit architecture, which offers better performance than older 32-bit processors and ensures that the device can run modern apps and games that require more computational power. The big.LITTLE architecture helps improve battery life by using the right number of cores based on the task at hand, which is especially beneficial for users who need their devices to last through long hours of use.
The PowerVR GE8100 GPU integrated in the MT6739V/WAZA ensures that graphics-intensive tasks like 3D gaming and video playback are handled smoothly. While the GPU is not designed for demanding gaming titles, it provides enough power to play casual games, view HD videos, and provide a good overall graphical experience for entry-level devices. The GPU also supports 1080p video playback, making it a solid choice for media-centric devices.
One of the key features of the MT6739V/WAZA is its 4G LTE support, which significantly enhances the browsing, streaming, and downloading experience compared to older 3G-only devices. With download speeds of up to 150 Mbps and upload speeds of 50 Mbps, users can enjoy fast internet on their budget smartphones, whether they are streaming videos, downloading apps, or browsing the web. Additionally, the multi-band LTE support ensures compatibility with cellular networks across the globe, making this chipset an ideal choice for international use.
The camera support of the MT6739V/WAZA ensures that users can take decent-quality photos and videos, with support for 13 MP rear cameras and 5 MP front cameras. This makes the chipset suitable for casual photography, video calls, and social media sharing, even though it is not designed for professional-level photography.
Overall, the MT6739V/WAZA is a solid entry-level chipset that provides a good combination of performance, 4G LTE connectivity, and multimedia capabilities at a budget price. It is designed for consumers who need an affordable yet modern smartphone that can handle everyday tasks and offer access to fast mobile internet, all while being energy-efficient for long-lasting battery life.
Specification
CPU and Performance:
Processor: The MT6739V/WAZA is powered by a quad-core ARM Cortex-A53 processor, which is clocked at up to 1.5 GHz. The Cortex-A53 is based on ARM’s 64-bit architecture, which provides enhanced computational power, enabling the chipset to run newer apps and operate more efficiently compared to older 32-bit processors. The CPU's cores are based on ARM's big.LITTLE architecture, ensuring that the chipset is power-efficient while still offering good performance for tasks like browsing, social media, and light gaming.
Performance: While the MT6739V/WAZA is an entry-level chipset, the four Cortex-A53 cores working in tandem provide enough power for most everyday tasks. It supports multitasking well, so users can seamlessly switch between apps, run web browsers, media players, and social apps without significant lag. It also supports 64-bit processing, meaning the chipset can handle 64-bit optimized apps and provide better performance in multitasking scenarios compared to older chips with only 32-bit support.
GPU (Graphics Processing Unit):
PowerVR GE8100: The MT6739V/WAZA features the PowerVR GE8100 GPU, a mid-range GPU designed for budget smartphones. This GPU offers support for OpenGL ES 3.2, Vulkan, and other modern graphical APIs, making it capable of rendering 3D graphics and supporting HD video playback. The GE8100 GPU allows for moderate gaming performance, enabling users to play less graphics-intensive 3D games, as well as providing smooth video playback at 1080p resolution.
Gaming and Multimedia Performance: While it is not intended for heavy gaming, the PowerVR GE8100 GPU offers a good experience for casual gamers and multimedia consumers. It handles 3D games and 1080p video well, ensuring smooth visuals and acceptable performance in both gaming and media consumption. Whether users are streaming HD content or playing lightweight games, the GE8100 is efficient enough to provide a pleasant experience for entry-level smartphones.
Connectivity:
4G LTE: The MT6739V/WAZA supports 4G LTE connectivity with LTE Category 4. This allows for downloading at speeds up to 150 Mbps and uploading at speeds of up to 50 Mbps. This ensures fast internet access for tasks such as browsing, streaming, and downloading content. The addition of 4G LTE to an entry-level chipset provides users with a significant advantage in terms of internet speed, offering more responsive and efficient internet use compared to older 3G-only devices.
Global LTE Bands: The MT6739V/WAZA supports multiple LTE bands, ensuring compatibility with a wide range of mobile carriers globally. This multi-band support is crucial for users in emerging markets or those who travel frequently, as it guarantees that the device can access LTE networks in various regions for fast mobile data.
3G and 2G Fallback: In areas where 4G LTE is unavailable, the MT6739V/WAZA can fall back to 3G (HSPA+) and 2G networks. It supports HSPA+ speeds of up to 42 Mbps for downloads, and upload speeds of up to 5.76 Mbps, ensuring users can still access mobile data, albeit at slower speeds when LTE networks are not available.
Camera and Multimedia:
Camera Support: The MT6739V/WAZA is designed to support up to 13 MP rear cameras and up to 5 MP front cameras, making it suitable for entry-level devices aimed at casual photography and video calls. The chipset supports essential camera features like autofocus, HDR, and face detection, allowing users to take decent photos and record videos in a variety of conditions.
Video Recording: The MT6739V/WAZA supports 1080p Full HD video recording at 30 fps, which allows users to capture good quality video for personal use and social media sharing. It also supports video recording in HD (720p), providing users with an option for lighter video resolutions depending on storage and quality preferences.
Multimedia Playback: The chipset’s GPU ensures that 1080p HD video can be streamed or played locally with minimal stuttering. Whether watching movies, streaming content from services like YouTube and Netflix, or viewing personal media files, the device can support high-definition video playback smoothly. Audio capabilities include support for formats like MP3, AAC, and WAV, ensuring good quality music and video playback on compatible devices.
Memory and Storage:
RAM: The MT6739V/WAZA supports up to 3 GB of LPDDR3 RAM, providing a solid multitasking experience for budget smartphones. With this amount of memory, users can switch between apps and perform everyday tasks like web browsing, messaging, and media consumption without significant performance issues.
Storage: The chipset supports up to 32 GB of internal storage, which can be expanded via microSD cards. This offers ample space for storing apps, photos, videos, and other user data. For users who need more storage, the support for expandable memory ensures that they can increase capacity without the need for high-end devices.
Power Efficiency:
Battery Life Optimization: The MT6739V/WAZA is designed with power efficiency in mind, leveraging the Cortex-A53 cores’ low-power design and big.LITTLE architecture to balance performance with battery consumption. The chipset’s low-power cores kick in during light tasks, ensuring that users get the most out of their device’s battery life. Devices equipped with this chipset can last longer than those with previous-generation chipsets, even with regular use.
CorePilot Technology: MediaTek’s CorePilot technology optimizes the usage of the processing cores, ensuring that battery life is extended by switching off unused cores or reducing their clock speed when idle. This allows for an overall energy-efficient user experience, especially in smartphones where battery longevity is crucial.
