Samsung Upcoming SoC Exynos 1330 & Exynos 1380 - Full Details
A new set of processors from Samsung has been spotted in the Bluetooth SIG database, the Exynos 1330 and 1380. Both chipsets have Bluetooth 5.3 support and Samsung Bluetooth Controller v6. They're expected to be used in Samsung's Galaxy A, F, and M series smartphones. The Exynos 1330 and 1380 are expected to have two ARM Cortex-A cores each, and a Mali-series GPU.
The Exynos 1330 and 1380 processors are expected to debut on Samsung's Galaxy A series phones in 2023. The chip is said to support Bluetooth 5.3, and Samsung Bluetooth Controller V6 RF, which is a specialized Bluetooth chip. This processor has two ARM Cortex-A CPUs and an integrated modem.
These devices also support Bluetooth 4.2, and support for Bluetooth 4.0. These new features should help users to connect their Bluetooth-enabled devices to each other. Besides, the Bluetooth-SIG-certified devices are more durable than their predecessors. They are also more energy-efficient, which is great news for the environment.
The next-generation Exynos 1330 and 1380 processors from Samsung are expected to debut on the new Galaxy A-series phones in Q1 2023. The 1330 and 1380 are likely to have two ARM Cortex-A series high-performance CPU cores, but they may also include an ARM Mali-G615 CPU. Additionally, the new chipsets from Samsung could also have a built-in 5G modem.
The next flagship from Samsung is expected to include a 5G modem, mmWave connectivity, and sub-6GHz connectivity. The Exynos 1330 is a mid-range processor, and its name suggests it's likely to be a replacement for the Exynos 850 and 880. This processor is expected to be used in Samsung's mid-range smartphones, and will be focused on enhanced cameras, high-octane performance, and a long battery life.
The Exynos 1380 processor will also feature two ARM Cortex-A series CPU cores and a Mali-G615 graphics processing unit. It is expected to include a fully integrated 5G modem, sub-six-GHz connectivity, and mmWave support. It's expected to be used in the next-generation Galaxy A34 and Galaxy A54.