Samsung Launched Galaxy A18 With Exynos 1610 Chip
The company introduced the 4G smartphone in September 2026, powered by its new 5nm mobile processor.
Updated on Oct. 5, 2026 in Semiconductors
Live Poll
Do you prioritize benchmark performance over specific component specifications when choosing a new smartphone?
In September 2026, Samsung launched the Galaxy A18 4G, a new mobile device featuring the company's Exynos 1610 processor. The hardware release arrives as a mid-range offering focused on essential mobile computing.
Why it matters
The Exynos 1610 processor represents a strategic effort to balance performance and power efficiency in non-5G devices. By utilizing a 5nm architecture, Samsung aims to provide updated multimedia capabilities to entry-level market segments.
The Exynos 1610 is built on a 5nm process node and utilizes two Cortex-A78 cores at 2.4GHz alongside six Cortex-A55 cores at 2GHz. It features a Mali-G68 MP4 GPU and supports LPDDR4X RAM with UFS 2.2 or eMMC 5.1 storage.
The players
Samsung
A South Korean multinational manufacturing conglomerate that is one of the world's largest producers of electronic devices and semiconductor chips.
GSMArena
A prominent website that provides detailed technical specifications, news, and benchmarking reviews for mobile devices and smartphone hardware.
The details
The processor includes an image signal processor capable of native 4K 60fps video, though the Galaxy A18's recording is capped at 1080p 30fps. Additionally, the chip integrates a multimedia codec providing native VP9 decoding and features two more GPU cores than the predecessor Exynos 1330.
Timeline
Samsung launched the Galaxy A18 4G in September 2026.
The technical review was published on October 5, 2026.
The Tech Race
This release follows the trend of bringing advanced 5nm manufacturing nodes to lower-cost segments previously dominated by 7nm or older processes. By updating the Mali-G68 MP4 graphics architecture, Samsung maintains competitive graphical throughput against rival silicon providers.
Users can expect stable performance for daily tasks and video playback thanks to the chip's native VP9 decoding support. However, those looking for advanced 5G connectivity or high-resolution 4K recording will find this device limited due to the hardware's lack of a 5G modem.
The takeaway
The Galaxy A18 demonstrates that 5nm processing efficiency is becoming a standard baseline even for devices lacking premium features like 5G. Consumers prioritize this hardware for reliable daily utility rather than high-end mobile gaming or cinematography.
Further reading
For more information on the latest hardware developments, visit the /tech/semiconductors/ section.
Live Poll
Do you prioritize benchmark performance over specific component specifications when choosing a new smartphone?
