Samsung Galaxy S6: Moving Away from Snapdragon 810 and Embracing Its Own 14nm Chip
In the past, there were rumors that the Snapdragon 810 processor might affect shipments, but Qualcomm later denied these claims. However, it seems that Samsung's upcoming Galaxy S6 might skip the Snapdragon 810 altogether. This decision is likely influenced by the power consumption issues of the Snapdragon 810, which reportedly caused crashes during benchmark tests on Samsung devices. Additionally, industry insiders have mentioned that Samsung’s 14nm chip still has yield problems, but they expect these to be resolved before the product launch.
This shift could mark a significant change in Samsung’s strategy. Historically, the company has used both Qualcomm and Exynos chips for its flagship models. However, sources suggest that the Galaxy S6 may abandon the Snapdragon 810 in favor of its own 14nm processor. Some believe that while Samsung may not completely remove the Snapdragon 810, it might reduce its usage or adjust the proportion of devices using the in-house chip.
According to reports from SamMobile, Samsung has been developing its own LTE baseband chip (model SS333 or Exynos Modem 333), aiming to reduce dependency on Qualcomm. Whether or not the Galaxy S6 will fully drop the Snapdragon 810 remains uncertain, but it’s clear that Samsung is working towards increasing the use of its own chips in future devices.
The Galaxy S6 is expected to be equipped with an Exynos 7420 processor, which is rumored to be built on a 14nm FinFET process. Compared to the current 20nm processors, the 14nm technology offers a 15% smaller core area, 35% lower power consumption, or a 20% increase in frequency. While the exact specifications of the Exynos 7420 are still unclear, it is said to be Samsung’s first 64-bit chip, featuring quad-core Cortex-A53 and quad-core Cortex-A57 cores.
The Galaxy S6 is also expected to feature a 2K display, a dual-curved side screen design, and run on Android 5.0. It will come with 3GB of RAM and offer storage options of 32GB, 64GB, and 128GB, using UFS (Universal Flash Storage) for faster data transfer speeds.
While the official launch date is still under discussion, some reports suggest that the Galaxy S6 might be launched in the second quarter of next year, around April. This timeline would give Samsung enough time to ensure a stable supply of 14nm chips before the release. Whether it will fully ditch the Snapdragon 810 or just reduce its presence remains to be seen, but one thing is certain — Samsung is making a bold move toward self-reliance in chip manufacturing.
Qiuck deatail:
- Synchronization mechanism for multi-screen playing
- Powerful processing capability
- Comprehensive control plans
- Synchronous and asynchronous dual-mode
- Dual-Wi-Fi mode
Other Hardware Features
- 4 Ethernet ports, loading capacity of each port up to 2,300,000 pixels, with the maximum width of 4096 pixels and maximum height of 1920 pixels
- Wired Gigabit Ethernet
- Stereo audio output
- HDMI Loop
- HDMI input and auto full-screen display
- 2 USB ports allowing for USB playback
- Onboard light sensor connector allowing for automatic and scheduled brightness adjustment
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* Entertainments:
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Guangzhou Chengwen Photoelectric Technology co.,ltd , https://www.cwleddisplay.com