Qualcomm Snapdragon CPUs are found in the top Android smartphones. It is not surprising that Qualcomm, one of the most significant semiconductor firms, has a reputation for making trustworthy and effective processors. Although the CPU is already widely used, it is simple to understand why smartphone and tablet owners like having it act as a powerhouse in their gadgets. Everything you need to know about Qualcomm’s mobile technologies will be covered in this article.
Qualcomm Snapdragon processors are often used in smartphones and other mobile devices because of their powerful performance.
Snapdragon processors handle high-speed graphics, games, and other tasks requiring lots of processing power. Snapdragon processors enable advanced connectivity, jaw-dropping graphics, and robust and efficient processing and multitasking.
Each Snapdragon processor is designed to enable a next-level user experience. Gaming, watching videos, streaming music or whatever you want to do on your mobile device, there is a Snapdragon processor designed to empower you.
Here is a series of Snapdragon processors:
Snapdragon 800 Series Processors
The Snapdragon 800 series processors provide maximum performance and power economy. The Snapdragon 800 series is the highest tier of Qualcomm’s CPUs, giving the finest performance and feature set. The Snapdragon 800 series processors increase the possibilities of linked computing and allow manufacturers to create top mobile experiences.
One of the most exciting features of the Snapdragon 800 series is that they are the first mobile processors to support LTE-Advanced. LTE-Advanced is the next generation of LTE, and it offers speeds that are significantly faster than what is currently available on most LTE networks.
The Snapdragon 800 series processors are also the first Qualcomm processors to support 802.11ac Wi-Fi. 802.11ac is the latest and fastest version of Wi-Fi, and it offers speeds that are significantly faster than what is currently available on most 802.11n networks.
The 800 series is quad-core and has Adreno 330 graphics and LPDDR3 memory. The Snapdragon 820 is the first custom-designed 64-bit CPU, X12 LTE. It represents a complete re-imagining of mobile processors regarding connectivity, power, efficiency, graphics and camera capabilities. Snapdragon 820 Automotive is integrated with X12 LTE modem capable of Cat 12 speeds.
The Snapdragon 810 processor with X10 LTE, with 64-bit computing on a multi-core CPU, is designed to support the most advanced connected mobile user experiences. It includes streaming 4K Ultra HD video, sharing top-quality digital photos and playing online 3D games, and also provides outstanding battery life.
The Snapdragon 808 is meant to offer extraordinary connected mobile user experiences, such as sharing digital images of the highest quality and playing online 3D games. Additionally, the Snapdragon 808 provides exceptional battery life. In addition to having a long battery life, the Snapdragon 805 can record and play back 4K Ultra HD videos.
The Snapdragon 801 CPU is meant to offer much better picture capture and post-processing, immersive 3D gaming, enhanced performance, almost smooth connectivity, and great battery life. It also has a smaller footprint than its predecessor, the Snapdragon 805.
Snapdragon 600 Series Processors
Snapdragon 600 series processors are designed to outperform other mobile processors in their class in performance per watt and 4G LTE-Advanced connectivity. Offering superior mobile user experiences ranging from 4K Ultra HD video capture and playback, advanced camera, multichannel audio and expanded connectivity options.
The Snapdragon 600 series processors are a natural fit for powerful, beautifully designed smartphones and tablets.
The Snapdragon 652 processor with X8 LTE redefines the Snapdragon 600 tier with better performance, multimedia, gaming, and connectivity. The Snapdragon 650 processor also supports better performance, multimedia, gaming and connectivity for the Snapdragon 600 tier, thanks to ARM Cortex-A72 architecture with hexacore CPUs, X8 LTE Cat 7, and support for 4K Ultra HD video and next-gen Adreno graphics.
The Snapdragon 625 processor raises the bar for efficiency, offering full HD (1080p), integrated X9 LTE with battery power to spare. The Snapdragon 617 processor is designed to deliver performance and connectivity with an octa-core CPU, X8 LTE with Cat 7 speeds, Adreno 405 graphics, and support for up to 21-megapixel images. Snapdragon 616 processor supports full 1080p and has a fast octa-core CPU for an optimal balance of power and efficiency.
Snapdragon 615 processor sets the standard for high-tier mobile device design with the industry’s first commercial dual quad-core 64-bit. The Snapdragon 602A processor is an integrated chipset solution that supports advanced smartphone-level multimedia, navigation, connectivity, voice quality, and control features in cars. The Snapdragon 600 processors are designed to deliver outstanding performance for today’s coolest apps, fast web browsing, seamless connectivity and great battery life.
Qualcomm Snapdragon 400 series
You will mainly find these processors in budget smartphones and smartwatches, too. Qualcomm said, “Snapdragon 400 series processors are designed to support the most popular smartphone features, internet connections with 4G LTE-Advanced, cutting-edge camera technologies, Full HD displays, and high-fidelity audio.”
This proven performance allows you to switch between your favourite apps and enjoy amazing visuals, capture memories, stream films or play the latest 3D games.
Although it’s been around for a long while, the Snapdragon 400 is still popping up in some devices, notably Android Wear smartwatches, including the Huawei Watch and Motorola Moto 360 (2nd gen). Various iterations are offering up to quad-core with Adreno 305 graphics.
Snapdragon 435, Snapdragon 430, Snapdragon 425, Snapdragon 415, and Snapdragon 400 comes under this series.