Retroid Pocket Nova and Anbernic RG477M offer distinct advantages for retro gaming emulation

The Retroid Pocket Nova and Anbernic RG477M provide different performance and build experiences for retro gaming emulation. The Retroid Pocket Nova, priced at $229, features a Snapdragon 8 Gen 2 chip with an Adreno GPU, making it superior for demanding PlayStation 2 and GameCube titles. In contrast, the $279 Anbernic RG477M utilizes a MediaTek Dimensity 8300 chip with a Mali GPU, which, while capable, struggles more with complex emulators. The RG477M is distinguished by its premium CNC aluminum chassis and a larger 4.7-inch LTPS screen, offering a more robust, albeit heavier, build. The Anbernic RG476H, priced at $169, serves as a budget-friendly alternative that handles systems up to PlayStation 1, Dreamcast, and PSP effectively. While the AMOLED screen on the Nova offers better contrast and deeper blacks, both the Nova and the RG477M provide excellent displays for indoor play. Ultimately, the choice between these devices depends on whether the user prioritizes high-end emulation performance or a premium, durable build quality.

Tech4K StaffVideo report

The Retroid Pocket Nova and Anbernic RG477M provide different performance and build experiences for retro gaming emulation. The Retroid Pocket Nova, priced at $229, features a Snapdragon 8 Gen 2 chip with an Adreno GPU, making it superior for demanding PlayStation 2 and GameCube titles. In contrast, the $279 Anbernic RG477M utilizes a MediaTek Dimensity 8300 chip with a Mali GPU, which, while capable, struggles more with complex emulators. The RG477M is distinguished by its premium CNC aluminum chassis and a larger 4.7-inch LTPS screen, offering a more robust, albeit heavier, build. The Anbernic RG476H, priced at $169, serves as a budget-friendly alternative that handles systems up to PlayStation 1, Dreamcast, and PSP effectively. While the AMOLED screen on the Nova offers better contrast and deeper blacks, both the Nova and the RG477M provide excellent displays for indoor play. Ultimately, the choice between these devices depends on whether the user prioritizes high-end emulation performance or a premium, durable build quality.

The Retroid Pocket Nova features a Snapdragon 8 Gen 2 chip, providing superior emulation performance for PlayStation 2 and GameCube games. The Anbernic RG477M is constructed with a premium CNC aluminum chassis, making it the most durable and heaviest device in the comparison.

The Anbernic RG476H is a budget-friendly option that effectively emulates systems up to PlayStation 1, Dreamcast, and PSP. The Retroid Pocket Nova's AMOLED screen provides better contrast and deeper black levels compared to the LTPS screens on the Anbernic models.

The Adreno GPU in the Retroid Pocket Nova offers better compatibility with emulators than the Mali GPU found in the Anbernic RG477M. All three devices utilize 4:3 aspect ratio screens, which are well-suited for traditional retro gaming content.

Chapter guide

IntroductionOverview of the three handheld devices being compared: the Retroid Pocket Nova, Anbernic RG477M, and Anbernic RG476H.Device SpecificationsDetailed breakdown of the hardware specifications for each of the three handhelds.Screen ComparisonAnalysis of the display quality, brightness, and color reproduction across the different screen technologies.Emulation PerformanceTesting the devices with various games, including PlayStation 2 and GameCube titles, to evaluate performance.Fan Noise and Build QualityDiscussion on the cooling fan noise and the physical build quality of the devices.Value AssessmentEvaluating the price-to-performance ratio of the devices based on their emulation capabilities.Final VerdictRecommendations on which device to choose based on specific user needs and gaming libraries.

Worth noting

  • Performance claims regarding emulation are based on the creator's specific testing methodology and may vary based on software settings and game titles.
  • Pricing for the Anbernic RG477M is noted as variable due to potential AliExpress coupons.

Watch the original video ↗