Is the Anbernic R36S Real? Truth & Deep Hardware Analysis

Liam Parker By Liam Parker
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Apr 08, 2026
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Upd: Oct 28, 2026
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14 min
2Bluebox Blog Banner: Is the Anbernic R36S Real?

Quick answer

No, there is no official Anbernic R36S or Anbernic RG36S - the R36S is an independent open-source Linux handheld powered by a quad-core Rockchip RK3326 processor and 1GB DDR3L RAM with dual analog sticks, which shoppers frequently confuse with the Anbernic RG35XX series.

Before we compare the internal circuit boards, processor speeds, and ergonomics against the RG35XX family, you can also check our hands-on R36S hardware review for full daily gaming test results.

1. Is the Anbernic R36S an official console from the famous handheld manufacturer?

The R36S is an independent open-source Rockchip RK3326 handheld rather than an official Anbernic product, though buyers often blend both names when searching online.

Demystifying the Brand Origin and the R36S Anbernic Search Trend

Every week on our test bench, we receive messages from players asking whether the Anbernic R36S or Anbernic 36S is a newer version of the RG35XX. Because Anbernic popularized vertical retro handhelds in North America and Australia, thousands of buyers type R36S Anbernic or Anbernic RG36S into search engines whenever they see a transparent purple handheld with two thumbsticks.

Rear shell and internal PCB comparison between the open-source R36S handheld and Anbernic RG35XX series
Rear housing and internal circuit architecture comparing the open-source R36S blueprint against the Anbernic RG35XX family.

In reality, the R36S is built on an open-source hardware reference design shared by independent Shenzhen assembly lines. Instead of locking buyers into a closed manufacturer ecosystem, a real R36S uses a standardized multi-layer PCB built around three core components that we inspect on every unit at 2BlueBox:

  • The Rockchip RK3326 System-on-Chip (SoC): A 64-bit quad-core processor paired with a Mali-G31 MP2 GPU that has years of mainline Linux and community emulator support.
  • Two Physical DDR3L RAM Chips (1GB Total): Authentic dual-RAM boards populate both memory pads next to the CPU, whereas cheap marketplace knockoffs leave one pad empty and run locked EmuELEC firmware.
  • Independent RK817-1 Power Management IC (PMIC): Regulates voltage from the removable 3,200mAh lithium-polymer battery pack so the CPU, RAM, and 3.5-inch IPS panel stay stable during 3D rendering.

2. How does the Anbernic R36S perform with childhood classic titles?

Powered by a 1.5GHz quad-core ARM Cortex-A35 processor and Mali-G31 GPU, the R36S runs 8-bit, 16-bit, Arcade, and PlayStation 1 titles at 60 FPS.

Exploring the Complete Anbernic R36S Games List and Emulation Accuracy

When shoppers search for the Anbernic R36S library, they want to know if childhood favorites from the NES, Super Nintendo, Sega Genesis, Game Boy Advance, and original PlayStation run without audio stutter. You can browse every pre-loaded folder by console in our verified 15,000+ R36S games list.

Smooth 60 FPS PlayStation 1 and arcade gameplay running on the R36S 3.5-inch 640x480 IPS display
Powered by the quad-core ARM Cortex-A35 processor, the R36S renders 32-bit PlayStation 1 graphics and CRT scanline filters at a locked 60 FPS.

To understand why 2D sprites and early 3D polygons run smoothly on a sub-$80 handheld, look at the R36S processor and R36S chipset specifications documented in the ARM Cortex-A35 technical reference manual. On our bench, we apply this 3-step optimization routine to unlock maximum frame rates:

  1. Switch the ArkOS CPU Governor to Performance Mode: Press Start on the main EmulationStation menu, open Options → Advanced, and set the governor to Performance so all four ARM Cortex-A35 cores stay locked at 1.5GHz during heavy PlayStation 1 and Nintendo 64 boss fights.
  2. Select the Standalone Emulator Core for N64 and PSP: Highlight any Nintendo 64 or PSP game, press Select → Edit This Game's Metadata, and switch the emulator core to Standalone-Rice (N64) or Standalone PPSSPP to bypass RetroArch overhead.
  3. Enable NEON Enhanced Resolution for PlayStation 1: Inside any PS1 game, press Fn + X to open the RetroArch Quick Menu, go to Core Options → GPU Plugin, and toggle Enhanced Resolution (Slow) for crisp 640×480 3D polygons via ARM NEON SIMD acceleration.

Once you are inside a classic game, ArkOS gives you instant hardware-level shortcuts to check frame rates, fast-forward slow RPG intros, and save your exact frame:

Button Combo In-Game ArkOS Action & Bench Tip
Fn + Y (or Select + Y) Toggle Real-Time FPS Counter: Displays the live frames-per-second overlay in the corner of the IPS screen to verify 60 FPS stability.
Fn + R1 (or Select + R1) Create an Instant Save State: Freezes your exact gameplay frame to the MicroSD card before a difficult jump or boss stage.
Fn + X (or Select + X) Open RetroArch Quick Menu: Lets you apply CRT scanline shaders, adjust core clock speeds, or remap controls on the fly.
Fn + Start (or Select + Start 2×) Cleanly Exit Back to ArkOS: Flushes your in-game .srm memory card file safely to the EASYROMS partition and returns to the console list.

For the full list of standalone Nintendo DS (DraStic) and PSP (PPSSPP) button combos, keep our R36S ArkOS hotkeys and shortcuts cheat sheet bookmarked on your phone.

3. What are the core hardware differences when comparing Anbernic RG35XX H vs R36S?

The horizontal Anbernic RG35XX H uses an Allwinner H700 chip with built-in Wi-Fi, while the vertical R36S offers unlocked ArkOS 2.0 customization at a lower cost.

CPU Micro-Architecture and OS Kernel Analysis

When players compare the Anbernic RG35XX H vs R36S, the most obvious visual difference is the shell orientation: the RG35XX H uses a horizontal candy-bar layout, whereas the R36S keeps the classic vertical Game Boy silhouette while still adding two recessed analog thumbsticks at the bottom.

Side-by-side form factor comparison between the horizontal Anbernic RG35XX H and the vertical R36S handheld
Form factor comparison: the horizontal Anbernic RG35XX H versus the vertical dual-stick R36S handheld.

Under the hood, the RG35XX H runs an Allwinner H700 SoC (quad-core Cortex-A53 at 1.5GHz with 1GB LPDDR4 RAM) and includes an internal Wi-Fi module. By contrast, the Rockchip RK3326 processor architecture inside the R36S pairs four Cortex-A35 cores at 1.5GHz with a Mali-G31 MP2 GPU and 1GB DDR3L RAM, relying on a USB-C OTG adapter when you want to connect a Wi-Fi dongle. Table 1 breaks down how those specs translate to real-world play.

Table 1: R36S vs Anbernic RG35XX H Hardware & Firmware Comparison
Hardware Feature R36S (Verified Dual-RAM Edition) Anbernic RG35XX H Real-World Gaming Impact Evidence
Processor (SoC) Rockchip RK3326 (Quad-core Cortex-A35 @ 1.5GHz) Allwinner H700 (Quad-core Cortex-A53 @ 1.5GHz) Identical 60 FPS on 8-bit to PS1; H700 is 10%–15% faster in heavy Dreamcast/PSP Tested on our unit
GPU Subsystem ARM Mali-G31 MP2 (OpenGL ES 3.2 / Vulkan) ARM Mali-G31 MP2 Both GPUs render CRT shaders and 2x PS1 resolution scaling cleanly Manufacturer spec
System Memory 1GB DDR3L (Dual-chip PCB layout) 1GB LPDDR4 Both provide ample RAM for RetroArch cores, PortMaster, and NDS Tested on our unit
Form Factor Vertical pocket shell with dual analog sticks Horizontal candy-bar shell with dual analog sticks Vertical mimics classic Game Boy; horizontal spreads hands wider Tested on our unit
Operating System Open-source ArkOS 2.0 / AmberELEC / ROCKNIX Stock Linux OS (or community muOS / Knulli) ArkOS 2.0 offers deep RetroArch & standalone emulator tuning out of the box Tested on our unit
Wi-Fi Connectivity USB-C OTG Wi-Fi dongle or Android tethering Built-in 2.4G/5G Wi-Fi & Bluetooth OTG keeps battery draw lower when offline; built-in is easier for scraping art Manufacturer spec

“Tested on our unit” means we checked it on a device we own. “Manufacturer spec” means the maker states it and we haven't verified it ourselves. “Community reports” means players report it, and results can vary.

Because third-party marketplaces flood search results for “Anbernic R36S” with single-RAM EmuELEC knockoffs that suffer from severe audio stutter and missing hotkeys, always make sure your handheld is a verified dual-RAM RK3326 unit before ordering.

4. Who wins the vertical form factor battle in Anbernic RG35XX Pro vs R36S?

In the vertical handheld matchup, the R36S beats the D-pad-only Anbernic RG35XX Plus by including dual analog sticks for 3D PlayStation 1, N64, and arcade games.

Detailed Breakdown of R36S vs Anbernic RG35XX Pro Value Proposition

Many shoppers searching for Anbernic RG35XX Pro vs R36S (or R36S vs Anbernic RG35XX Pro) are actually referring to the vertical Anbernic RG35XX Plus or original RG35XX, as third-party sellers often tack the word “Pro” onto listings. Both devices share the exact same screen size and resolution: a 3.5-inch 640×480 IPS display with a native 4:3 aspect ratio that displays Super Nintendo, PlayStation 1, and Genesis pixel art edge-to-edge without black bars.

Close-up of the recessed dual analog thumbsticks and classic D-pad on the front of the R36S handheld
The R36S includes dual recessed L3/R3 analog thumbsticks underneath the D-pad and ABXY buttons, giving it a decisive control advantage in 3D titles.

Where the two vertical handhelds diverge is control versatility. The vertical RG35XX and RG35XX Plus omit analog thumbsticks entirely, leaving only a D-pad and four face buttons on the front shell. That works well for 2D Game Boy and NES platformers, but it makes 3D movement in Super Mario 64, Ape Escape, GTA: Vice City Stories (PSP), or twin-stick arcade shooters awkward. Table 2 shows how the two vertical designs compare head-to-head.

Table 2: R36S vs Vertical Anbernic RG35XX Plus (Pro) Comparison
Vertical Feature R36S Handheld Anbernic RG35XX Plus (“Pro”) Practical Winner & Why Evidence
Display Panel 3.5-inch 640×480 IPS (4:3 aspect ratio) 3.5-inch 640×480 IPS (4:3 aspect ratio) Tie: Both deliver sharp 4:3 integer scaling for retro consoles Tested on our unit
Analog Thumbsticks Dual clickable L3/R3 analog joysticks None (D-pad only on standard vertical shell) R36S: Essential for N64, PS1 DualShock, PSP, Dreamcast, and DS stylus Tested on our unit
Rear Shoulder Keys 4 stacked triggers (L1/L2 and R1/R2) 4 sloped rear triggers (L1/L2 and R1/R2) Tie: Both provide full 4-trigger support for PlayStation 1 games Tested on our unit
MicroSD Architecture Dual TF slots (TF1-OS + TF2-GAME) Dual TF slots (TF1/INT + TF2/EXT) Tie: Both allow keeping ROMs separate from the Linux OS card Tested on our unit
Battery Capacity 3,200mAh removable Li-Po (4 to 6 hours) 3,300mAh Li-Po (5 to 6 hours) Tie: Nearly identical runtime at 50% indoor screen brightness Manufacturer spec

“Tested on our unit” means we checked it on a device we own. “Manufacturer spec” means the maker states it and we haven't verified it ourselves. “Community reports” means players report it, and results can vary.

5. Where can users find reliable firmware tweaks and setup guides for the Anbernic R36S?

Because the R36S runs open-source ArkOS 2.0 across three MicroSD partitions, upgrading to a brand-name card and matching your screen .dtb file unlocks peak stability.

ArkOS File System Structure and Optimization Tips

Unlike closed consoles, the R36S stores its entire operating system on the Slot 1 (TF1-OS) MicroSD card using the standard three-partition layout documented in the official ArkOS GitHub Wiki:

  • BOOT Partition (FAT32): Holds the Linux kernel image (Image), bootloader scripts, and the hardware Device Tree Blob (.dtb) file (rk3326-r35s-linux.dtb) that initializes your specific IPS display panel revision (Panel 1 through Panel 4) and maps the center Fn hotkey button.
  • rootfs Partition (Linux ext4): Contains the Ubuntu-based ArkOS 2.0 system files, RetroArch cores, and standalone emulators (PPSSPP, DraStic, Mupen64Plus).
  • EASYROMS Partition (exFAT): Automatically expands to fill the rest of your card and holds all game folders (/roms/psx/, /roms/n64/, /roms/nds/), /roms/bios/ files, and your .srm / .state save files.

Watch the video walkthrough below for a visual tour of the R36S hardware, ArkOS 2.0 interface, and initial setup steps:

Video walkthrough: R36S Starter Guide & ArkOS Setup Walkthrough (Source: Alex Blogoodf on YouTube).

Whenever you want to flash a fresh SanDisk or Samsung MicroSD card or copy new ROMs into the EASYROMS partition from your computer, follow our step-by-step R36S ArkOS update guide.

Ready to skip the marketplace clone lottery and start playing on a verified dual-RAM R36S handheld with ArkOS 2.0 and 15,000+ classics pre-configured? Check out our bench-tested R36S edition below.

Frequently Asked Questions (FAQ)

Is the R36S made by Anbernic?

No. Anbernic does not manufacture the R36S or any model called the “Anbernic RG36S.” The R36S is an open-source vertical retro handheld built around the Rockchip RK3326 processor and ArkOS 2.0 Linux firmware, which shoppers often associate with the Anbernic RG35XX series due to its similar transparent shell colors and 3.5-inch 4:3 IPS screen.

Does the R36S have built-in Wi-Fi or Bluetooth?

No, the R36S motherboard omits internal Wi-Fi antennas to keep the console affordable and prevent RF speaker interference. However, ArkOS 2.0 natively supports external networking: plug a compatible USB-A Wi-Fi dongle (or connect your Android phone via USB tethering) into the right-side OTG port using a USB-C to USB-A adapter to scrape box art or run OTA updates.

Why does my R36S show a black screen after flashing a new OS?

During manufacturing, R36S assembly lines use four different 3.5-inch IPS display panels (Panel 1 through Panel 4). If you flash a new ArkOS image whose .dtb file does not match your screen revision, the backlight turns on with a black display. Copy your original .dtb file from the factory BOOT partition or follow our R36S black screen fix guide to swap the correct Panel 1–4 file in two minutes.

Can the R36S play PlayStation 2 or GameCube games?

No. The quad-core Rockchip RK3326 processor and 1GB DDR3L RAM are engineered for 8-bit, 16-bit, 32-bit (PlayStation 1, Arcade), and 64-bit systems (Nintendo 64, Nintendo DS, Dreamcast, and select PlayStation Portable games with frameskip). Playing PS2 or GameCube requires a much more expensive handheld or a TV/PC system like our Batocera 500GB HDD console.

Should I buy the R36S or the vertical Anbernic RG35XX?

If you want dual analog thumbsticks for 3D PlayStation 1, N64, Dreamcast, and PSP games at the lowest price under $80, the R36S is the stronger value. If you never use analog sticks and want built-in Wi-Fi out of the box without using a USB-C OTG adapter, the RG35XX Plus is an alternative.

Conclusion

While the Anbernic R36S name is a search myth born from how closely the R36S rivals the RG35XX family, the hardware itself is one of the best open-source bargains in retro gaming. By combining a genuine dual-RAM Rockchip RK3326 board, a crisp 3.5-inch 640×480 IPS panel, dual analog sticks, and community-driven ArkOS 2.0 software, the R36S delivers smooth PlayStation 1, SNES, Arcade, and Nintendo DS gameplay without a $150 price tag.

Game on, and always back up your BOOT partition .dtb files before flashing a new card - Liam Parker, 2BlueBox Hardware Bench.

Further Reading & Resources

Technical References & External Sources · Click to expand

To verify the processor micro-architecture, Linux partition layout, and RetroArch core settings referenced in this analysis, consult these primary technical resources:

  • ARM Cortex-A35 Processor Technical Reference Manual: Official architecture documentation covering the 64-bit ARMv8-A execution pipeline and NEON SIMD instruction set used by the RK3326 CPU (ARM Developer Documentation).
  • Rockchip Semiconductor SoC Specifications (RK3326 & Mali-G31 MP2): Hardware reference table detailing clock speeds, GPU APIs, and memory bus support for the RK3326 family (Rockchip Architecture Overview).
  • ArkOS 2.0 Official GitHub Wiki & Partition Guide: Documentation maintained by Christian Haitian covering the BOOT, rootfs, and EASYROMS file system and emulator configurations (ArkOS Official GitHub Wiki).
  • Libretro RetroArch Core & Shader Documentation: Technical reference for PCSX-ReARMed NEON acceleration, CPU scaling governors, and OpenGL ES CRT shader pipelines (Libretro Technical Docs).

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