ANBERNIC's Dream Dual Screen Handheld Mimics Nintendo 3DS Design
ANBERNIC has unveiled the RG DDS, a new handheld device designed to closely replicate the Nintendo 3DS form factor with dual screens and similar aspect ratios. The device features a Qualcomm Snapdragon G2 Gen 2 processor, a 6000mAh battery, and an integrated stylus, available in blue, white, and black colorways matching New 3DS aesthetics. The handheld is optimized for DS and 3DS game emulation while potentially supporting less demanding Switch titles.
ANBERNIC's new handheld represents a deliberate hardware homage to Nintendo's discontinued 3DS line, incorporating dual screens with matching aspect ratios that enable pixel-perfect emulation of the original library. The device pairs this nostalgic design language with contemporary mobile processors—specifically Qualcomm's mid-range Snapdragon G2 Gen 2 chipset—creating a bridge between retro game compatibility and modern performance expectations. This approach mirrors a broader industry trend of handheld manufacturers targeting abandoned gaming ecosystems through accurate hardware replication.
The console includes features that extend beyond simple emulation support, such as front-firing speakers, a stylus input system, and a customizable interface framework. These additions suggest the device aims to recreate the tactile and interactive experience of original 3DS play rather than merely running archived software. ANBERNIC's color palette directly echoes Nintendo's New 3DS aesthetic, emphasizing visual continuity with the source material.
The RG DDS release may influence consumer behavior among enthusiasts seeking portable access to discontinued game libraries without relying on original hardware that faces degradation or scarcity. Retro gaming communities could benefit from a modernized platform supporting legacy titles. However, the device's close physical resemblance to Nintendo intellectual property may present legal complexities around trademark and design similarities, potentially affecting long-term market viability and industry precedents for hardware homage products.