The Snapdragon S4 MSM8627 has been used in the HTC range of mobile phones. The chipset is a mid range chipset and does not have all the features such as high resolution screen ability that other higher end chipset such as the Snapdragon S4 Pro APQ8064 would offer. It is however better than theSnapdragon S4 MSM8960 Lite. The chipset was used in the HTC Windows Phone 8S range of mobile phones.
The Snapdragon S4 MSM8627 is a chipset which is powered by a 1 Ghz Qualcomm Krait processor. This is normally a dual core processor. The processor has a 1,024 KB/Core L2 cache processor with a Qualcomm Adreno 305 GPU. The signal processor is a Hexagon QDSP6 500MHz processor. The camera on the phone can be up to 13.5 MP camera as that is the limit of the chipset. The chipset has a 854 x 480 pixels screen resolution ability.
ISA Supported: ARMv7
CPU Structure: RISC
Semiconductor Technology: CMOS
Year Released: 2014
The following mobile phones use this chipset. Always check before you buy a mobile phone that the specs and abilities are correct. We cant guarantee the specs on this website as versions of the software or chipsets may change without notice.
HTC Windows Phone 8S
Below you will find the basic specs of the mobile phone. Always check with the seller if these are correct.
Specifications
The Snapdragon S4 MSM8627, fortified with a 1 GHz Qualcomm Krait processor, stands as a prominent chipset in the realm of mobile technology. Typically dual-core, this processor boasts a robust 1,024 KB/Core L2 cache alongside the formidable Qualcomm Adreno 305 GPU. Augmenting its capabilities, the chipset integrates a Hexagon QDSP6 500MHz signal processor, ensuring seamless performance across various tasks.
Likewise you wi9ll note that the chipset empowers mobile photography enthusiasts with a camera capacity of up to 13.5 MP,. Likewise marking the pinnacle of its imaging prowess. This as well as being coupled with its innate capabilities, the chipset supports a screen resolution of 854 x 480 pixels, enriching visual experiences on compatible devices.
Lastly, in terms of technical specifications. You will note that the Snapdragon S4 MSM8627 aligns with the ARMv7 architecture, epitomizing its compatibility with modern mobile computing standards. In addition the operating under a RISC CPU structure and harnessing the potential of CMOS semiconductor technology, this chipset embodies efficiency and reliability. Its initial release in 2014 heralded a new era in mobile processing, setting benchmarks for subsequent innovations. Likewise also see the MSM8260Aon here as well as the MPQ8064as well.
Noteworthy mobile devices utilizing this chipset abound in the market, constituting a testament to its widespread adoption and enduring relevance. However, it’s imperative for consumers to exercise diligence in verifying specifications prior to purchase, as the dynamic landscape of technology entails potential variations and updates. The fluid nature of software versions and chipset configurations underscores the importance of vigilance in ensuring compatibility and optimal performance. Thus, prudent scrutiny remains essential when navigating the ever-evolving realm of mobile devices. Lastly also see the articles that I wrote on Snapdragon S4 Processor as well as the one I wrote on the Qualcomm APQ8064on here.
