Xiao Dragon 615 and 801 which is good?

Xiao Dragon 615 and 801 which is good? The following will be Gaotong Dragon 615 and 801 contrast, this two processor is the new product launched at the same time, then which will be more outstanding? If you want to know, please see below.

Xiao 801 uses a higher-resolution sensor, but does not have previous processing delays. This is the case, for example, with the Nokia Lumia 1020, which uses a 41 million megapixel camera. It also enables better portable gaming capabilities and brings more powerful photo and video real-time processing and post-processing capabilities. In addition, the chip supports dual SIM card, with EMMC 5.0 storage interface, support 1080p h.265 video decoding ability.

In addition to the flagship model of the Xiao 801 processor, Qualcomm also launched another two for midrange products processor Xiao Dragon 610 and Xiao 615. And these two processor highlights even more than Xiao Dragon 801 also eye-catching, support 5 model LTE, 64, eight core, the latest ARM Cortex A53 architecture, and so the same attention.

Specifications, Xiao 615 Hairon 610 use arm's latest 64-bit cortex A53 architecture, the former is the eight-core design, and the latter is the four-core. Xiao 615/610 is compatible with the 64-bit Xiao 4,103 chipset that was launched prior to Qualcomm and supports the same Qualcomm Power management, audio, Wi-Fi, Bluetooth, RF, and RF360 solutions that support scalable but consistent hardware design.

In addition to the CPU and LTE module updates, Xiao Dragon 615/610 is also equipped with Qualcomm's latest Adreno 405 graphics chip, the highest support qHD (resolution 2560X1600) of the display, built-in h.265 hardware decoder, will Xiao Dragon 800 top series Adreno The 400 series GPU was first applied to the mainstream Xiao Dragon 600 high-end series. The Adreno 405 specification is compatible with DirectX 11.2 and open GL ES3.0, and provides complete support for OPENCL specifications, leveraging the GPU to share more CPU-like work, such as Gpgpu computing, video, and image processing.