Samsung has officially unveiled its latest mobile processor — the Exynos 1680, a next-generation chipset designed to deliver enhanced AI capabilities, improved gaming performance, and better power efficiency.

As the successor to the Exynos 1580, the new chip introduces significant upgrades across the CPU, GPU, and NPU, making it a strong contender in the mid-to-premium smartphone segment. With a focus on on-device AI processing, the Exynos 1680 reflects the industry’s shift toward smarter, faster, and more efficient mobile computing.

Key Highlights

Built on advanced 4nm process technology

New tri-cluster CPU architecture (1+4+3)

19.6 TOPS NPU for advanced AI processing

Supports up to 200MP camera sensors

Enhanced gaming and graphics performance

Wi-Fi 6E and next-gen connectivity support

Expected to debut in upcoming Galaxy A-series smartphones

CPU Architecture: Smarter Multitasking and Performance

Revised Tri-Cluster Design

The Exynos 1680 introduces a refined octa-core CPU setup:

1x high-performance core (for demanding tasks)

4x mid-performance cores (for balanced workloads)

3x efficiency cores (for power-saving operations)

This updated 1+4+3 configuration replaces one efficiency core with an additional mid-core compared to its predecessor, enabling:

Better multitasking performance

Faster app switching

Improved sustained performance

Real-World Benefits

Users can expect smoother performance in:

Gaming and heavy applications

Multitasking scenarios

Background processing

GPU Performance: Console-Level Gaming on Mobile

Xclipse 550 GPU with AMD RDNA 3

The Exynos 1680 features the Xclipse 550 GPU, developed in collaboration with AMD.

Key GPU Features:

Based on RDNA 3 architecture

2WGP (Workgroup Processor) configuration

2RB (Render Backend) setup

Up to 16% performance improvement over previous generation

Gaming Advantages

Smoother frame rates in high-end games

Better graphics rendering and realism

Support for console-like gaming experiences

This makes the chipset ideal for gamers looking for immersive mobile gameplay.

AI Capabilities: Next-Level On-Device Intelligence

8K MAC NPU with 19.6 TOPS

One of the biggest upgrades in the Exynos 1680 is its powerful Neural Processing Unit (NPU):

Capable of 19.6 trillion operations per second (TOPS)

Equipped with a dedicated vector engine

What This Means for Users

Faster AI-based photo processing

Real-time language translation

Smarter voice assistants

Enhanced personalization features

Importantly, these tasks are handled on-device, reducing reliance on cloud processing and improving privacy.

Camera & Imaging: Advanced Photography Support

Up to 200MP Camera Support

The integrated Image Signal Processor (ISP) allows:

Support for up to 200MP sensors

Enhanced image clarity and detail

AI-Powered Imaging

Improved low-light photography

Advanced noise reduction

Better color accuracy and contrast

The Exynos 1680 ensures that smartphones equipped with this chip can deliver flagship-level photography experiences.

Manufacturing & Efficiency: Built on 4nm Technology

4nm Process Node

The chipset is manufactured using a 4nm process, which offers:

Improved energy efficiency

Reduced heat generation

Better performance per watt

This ensures longer battery life and consistent performance even during heavy usage.

Connectivity & Modern Features

Next-Gen Connectivity

The Exynos 1680 supports:

Wi-Fi 6E for faster internet speeds

Advanced 5G connectivity

Bluetooth 6.1

Storage & Memory Support

LPDDR5X RAM

UFS 4.1 storage

These upgrades enable:

Faster app loading

Improved data transfer speeds

Seamless multitasking

Comparison with Previous Generation

Compared to its predecessor, the Exynos 1680 brings:

Improved CPU efficiency and core balance

More powerful GPU (Xclipse 550 vs Xclipse 540)

Higher AI processing capability (8K MAC vs 6K MAC NPU)

Better memory and storage support

Overall, it delivers a well-rounded upgrade across performance, AI, and efficiency.

Expected Availability

The Exynos 1680 is expected to debut in upcoming smartphones, including the anticipated Samsung Galaxy A57 5G.

More devices, including:

Mid-range smartphones

Tablets

are also expected to feature this chipset in the near future.

Benefits of Exynos 1680

Enhanced AI Experience

Smarter features powered directly on-device.

Better Gaming Performance

Improved graphics and smoother gameplay.

Efficient Power Usage

4nm process ensures longer battery life.

Advanced Camera Capabilities

Supports high-resolution sensors with AI enhancements.

Conclusion

The Samsung Exynos 1680 represents a significant step forward in mobile processing, combining powerful AI capabilities, improved graphics performance, and efficient architecture into a single platform.

With its focus on on-device intelligence, gaming performance, and energy efficiency, the chipset is well-positioned to power the next generation of mid-range and premium smartphones.

As smartphone users increasingly demand smarter and faster devices, the Exynos 1680 sets a strong foundation for delivering a future-ready mobile experience.