HomeNewsSnapdragon 782G SoC launched, successor of Snapdragon 778G+

Snapdragon 782G SoC launched, successor of Snapdragon 778G+

Qualcomm has unveiled the Snapdragon 782G processor, which replaces the Snapdragon 778G+.


  • Snapdragon 782G SoC has been launched
  • Snapdragon 782G replaces Snapdragon 778G+
  • Snapdragon 782G supports up to 200MP resolution cameras

Qualcomm recently unveiled its flagship Snapdragon 8 Gen 2 and now, the brand is refreshing its mid-range processor lineup with the Snapdragon 782G which aims to replace the Snapdragon 778G+. However, this makes Qualcomm’s lineup a little bit confusing as it launched the Snapdragon 7 Gen 1 processor earlier this year as highest end 7-series chip which was also the successor to the 778G+.

Any which ways, the Snapdragon 782G is a very minor upgrade over the 778G+. It is a 6nm with an 8-core Kryo 670 processor and an Adreno 642L GPU, same as the SD778G+.

The has the same core configuration as the 778G+, including one Kryo 670 Prime core (Cortex-A78), operating at 2.7GHz, three Kryo 670 Gold cores (also Cortex-A78), which operates at up to 2.2GHz clock speed and four Kryo 670 Silver cores (Cortex-A55), which are clocked at 1.9GHz.

Read More: Vivo X90, X90 Pro, X90 Pro+: Powered by Dimensity 9200, Snapdragon 8 Gen 2

Compared to the 778G+, the clock speed bump makes the CPU 5% faster, and the 10% faster, says Qualcomm. For connectivity, it gets FastConnect 6700 that supports Wi-Fi 6 up to 2.9, 6 GHz and integrated 5.2, while the is the same Snapdragon X53 with Sub-6GHz and mmWave capabilities.

The processor supports up to 200MP camera resolution. Additionally, it offers Quick Charge 4+ (up to 50% in 15 minutes), Fused Accelerator architecture, and the same Qualcomm Spectra ISP with triple 14-bit ISP compatibility. The chip supports FHD+ displays at up to 144Hz refresh rate.

Talking about the recently launched Snapdragon 8 Gen 2, it is based on TSMC’s 4nm node and has an octa-core design. The octa-core design consists of the prime ARM Cortex-X3, clocked at 3.19GHz. Then there are two A715 cores and two A710 cores which are the performance cores. Finally, there are three A510R1 cores as efficiency cores. What’s unusual here is the core layout, which is 1+4+3 in comparison to 1+3+4 which we see in most chips.

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