Rockchip RK3566 vs Amlogic S905X4 - Which Powers Your Perfect TV Box?

In the rapidly evolving world of smart entertainment, choosing the right chipset for your TV box can feel like navigating a technological labyrinth. RK3566 vs S905X4 — as streaming platforms demand more from hardware, consumers are often caught between these two powerhouse choices. Both of these chipsets promise to revolutionize your viewing experience, yet they cater to different needs and priorities. Whether it's the robust graphics capability of the RK3566 or the next-gen streaming efficiency of the S905X4, understanding their unique strengths is crucial. This guide dives deep into these chipsets, helping you unveil which option best aligns with your digital lifestyle.

1.Rockchip RK3566

2.Amlogic S905X4

3.Rockchip RK3566 VS Amlogic S905X4

RK3566 vs S905X4 is a battle of power, efficiency, and forward-thinking technology. Let's delve into the specific configuration details that set these two apart:

1. CPU Architecture:

   • RK3566: This chipset features a quad-core ARM Cortex-A55 CPU, which is designed for energy efficiency and balanced performance for everyday tasks and applications.
   • S905X4: Similarly, it comes with a quad-core ARM Cortex-A55 CPU. However, it's optimized further for enhanced performance in media processing and multitasking.

2. GPU Performance:

   • RK3566: Equipped with the Mali-G52 GPU, it provides robust graphics capabilities, making it suitable for gaming and graphical applications.
   • S905X4: Utilizes the Mali-G31 MP2 GPU. While slightly less powerful in raw graphics compared to the Mali-G52, it is highly efficient in rendering video content.

3. Video Codec Support:

   • RK3566: Supports H.265/HEVC, H.264, VP9, but lacks support for AV1 codec which is becoming increasingly popular for streaming.
   • S905X4: Stands out with its support for AV1, alongside H.265/HEVC, and H.264. This makes it superior for handling newer streaming formats that require reduced data bandwidth.

4. Manufacturing Process:

   • RK3566: Built on a 22nm process, which is a generation behind compared to some newer chipsets, affecting power consumption and heat generation.
   • S905X4: Utilizes a 12nm process technology, which offers better efficiency and thermal performance, allowing for cooler operations and potentially longer life cycles.

5. Memory and Storage:

   • RK3566: Offers flexibility with support for LPDDR3, LPDDR4, and DDR4 RAM types, and has integrated storage expansion options.
   • S905X4: Also supports a similar range of RAM, but it often comes with optimizations for handling multiple streams and applications in a smart home environment.

6. Connectivity:

   • RK3566: Provides comprehensive connectivity with HDMI 2.0, multiple USB ports, and Gigabit Ethernet, making it versatile for various setups.
   • S905X4: Features HDMI 2.0 with eARC, USB 3.0, and also supports various wireless standards, aimed at ensuring seamless connectivity in smart devices.

By comparing RK3566 vs S905X4, consumers can make informed decisions. Whether prioritizing the RK3566's graphics flexibility and storage expansion or the S905X4’s advanced streaming capabilities, this detailed configuration comparison ensures that you choose a TV box chipset that aligns perfectly with your digital lifestyle.