Anbernic RG477V Debuts: A Pocket Retro Handheld Powering PS2 and Wii U Emulation

Anbernic is expanding its lineup of pocket-friendly retro gaming handhelds with the new RG477V, a device built for players who want smooth emulation performance and modern wireless features without jumping into premium pricing territory.

At the heart of the RG477V is the MediaTek Dimensity 8300 chipset. This setup pairs an octa-core CPU configuration (one Cortex-A715 alongside seven Cortex-A510 cores) with a Mali-G615 MP6 GPU, giving the handheld the horsepower needed for demanding emulation. With either 6 GB or 8 GB of RAM available depending on the version, Anbernic positions the RG477V as capable of running emulators up to Nintendo Wii U and PlayStation 2 levels, which is a key selling point for retro enthusiasts looking to consolidate multiple generations of games into one portable system.

Battery life and charging are also clearly part of the RG477V’s appeal. Anbernic includes a 5,500 mAh battery, and it supports up to 27 W charging—useful for cutting down downtime between play sessions.

Connectivity is modern as well, with a built-in modem supporting Bluetooth 5.3 and WiFi 6E. That combination should help with low-latency wireless controllers, faster downloads, and more stable connections for streaming or network-based features where supported by the software ecosystem.

Pricing starts at $199.99 for the base model with 128 GB of storage, though it does not include a microSD card. For buyers who want more memory and storage headroom, a higher configuration increases the cost by $40 and scales up to $269.99 when bundled with a 256 GB microSD card. Color options include Black and Retro Grey, giving shoppers a choice between a modern look or a more nostalgic finish.

One important detail for anyone planning to buy soon: Anbernic expects to increase prices by $20 across the lineup on December 23 at 10:00 UTC. If the RG477V is on your shortlist for a retro emulation handheld, that deadline could make a difference in getting the best value.