Qualcomm announced its new processor Snapdragon 6s Gen 4 for the middle segment in the mobile market. The new chipset promises serious performance increases compared to the previous generation. It offers a structure that can meet the speed required by users in both daily use and games. Qualcomm’s innovations in production architecture and graphics infrastructure have become more accessible with Snapdragon 6s Gen 4.
The production process of the processor was carried out with Samsung’s advanced 4nm technology. This detail stands out as one of the most important factors that strengthens the balance between energy efficiency and performance. In the processor with Kryo architecture, four performance cores can operate up to 2.4 GHz and four efficiency cores can operate up to 1.8 GHz. This structure produces more stable results, especially in multitasking and processing-intensive scenarios. In addition, the speed offered by this processor is at a higher level compared to competitors in its segment. This makes it one of the main points that can make Snapdragon 6s Gen 4 preferable.
Snapdragon 6s Gen 4 improves visual performance
On the graphics side, developments that will please the users are included. While the GPU offers HDR-supported gaming performance, it is also compatible with graphics technologies such as OpenGL ES 3.2, Vulkan 1.1 and OpenCL 2.0 FP. One of the advantages of this support is that more fluid and detailed visual experiences are possible. For game lovers, Snapdragon Elite Gaming features such as Game Quick Touch and Variable Rate Shading are also integrated. Thanks to these innovations, touch responses are perceived faster and the graphics processing load is distributed more efficiently. Thus, the delay rate during the game is reduced and the visual quality is preserved.
The improvements made on the screen side are also remarkable. Snapdragon 6s Gen 4 supports 144Hz displays with FHD + resolution. This rate makes a difference, especially in mobile games and applications where high frame rates are important. However, the number of phone models that support such displays is still limited. Still, the processor’s potential in this area could offer manufacturers more flexibility. On the user side, this technology means smoother animations and less screen tearing.
In terms of connection technologies, Snapdragon 6s Gen 4 is structured to meet today’s needs. Faster and more stable data transmission can be achieved thanks to the 5G modem that supports both mmWave and Sub-6GHz frequency ranges. In addition, there is also Wi-Fi 6E support. In this way, a stable connection can be maintained even in crowded network environments. Snapdragon Sound support that comes with Bluetooth 5.4 offers a clearer sound experience. In short, we are faced with a processor that meets users’ expectations on the connection side.
New generation standards have also been adopted in memory and storage options. While up to 12 GB LPDDR5X RAM support is offered, these memory modules can operate at 3200MHz. With UFS 3.1 technology, application installation and data transfer times are significantly reduced. These improvements mean less waiting time, especially when using multiple applications and loading games. However, it is aimed to prevent the problems experienced in previous generations. These details, which directly affect the user experience, can make a difference in the middle segment.
Photo and video performance is strengthened thanks to the Qualcomm Spectra ISP module on the camera side. This processor can support camera sensors with up to 200MP resolution. Additionally, 2K video recording can be done at 30 frames per second. Thus, it becomes possible to obtain near professional level images with mobile devices. These features can be very attractive, especially for users who produce content. Still, camera performance is directly linked not only to the ISP but also to the lens and software the manufacturer uses.
Snapdragon 6s Gen 4 also includes updates to audio and charging technologies. With Snapdragon Sound support, high-quality sound transmission with less delay is provided. Fast charging is also offered with Qualcomm Quick Charge 4+. Thanks to this technology, higher battery charge can be achieved in a shorter time. For users who use it extensively during the day, this support can facilitate daily routines. Especially devices with low charging times can be made more functional with this technology.
It has not yet been announced in which devices the processor will be used. However, sources close to the industry suggest that manufacturers such as Motorola and Vivo may be interested in this chipset. Although the release date of the first models is not clear, it seems likely that they will be available in some markets before the end of the year.