In the AI era,interactive flat panel call for much high end CPU for its Andriod OS. In the landscape of China's semiconductor industry, Rockchip, as a domestic SoC chip leader, has launched many intelligent application processor chips with its deep accumulation and continuous innovation in the field of processor chip design, which have been widely used in the field of embedded systems. As representatives of Rockchip's high-performance processors, how are the performance of RK3588 and RK3576 series? How about the price? As hardware product developers, what is the difference between these two products? Let's explore together.

CPU performance: multiple coprocessors, adapt to more applications

[CPU performance]: RK3588 uses quad-core Cortex-A76+quad-core Cortex-A55, while RK3576 uses quad-core Cortex-A72+quad-core Cortex-A53 architecture for cost considerations, and is equipped with ARM Cortex M0 coprocessor, which brings more possibilities to related applications.

GPU performance: RK3576 uses ARM Mali G52 MC3, RK3588 is equipped with ARM Mali - G610MC4, both support OpenGL ES 1.1, 2.0 and 3.2, Vulkan 1.2, and the supported graphics standards are similar, but RK3588 has a higher OpenCL version (2.2 vs. 2.1).

NPU performance:Both are equipped with 6Tops computing power, support int4/int8/int16/FP16/BF16/TF32 and other data formats, and are suitable for a variety of AI application scenarios.

Memory and storage

RK3576 supports 32-bit LPDDR4/LPDDR4X/LPDDR5, and also supports eMMC5.1, SDIO3.0, SFC, and UFS v2.0;

RK3588 supports 64-bit LPDDR4/LPDDR4x/LPDDR5, and supports eMMC5.1; it can be paired with HS400, SDIO3.0 with HS200, and supports NMe and SFC. The two are different in memory data bit width (64bit vs. 32bit), and RK3588 has more advantages in data transmission.

Super video encoding and decoding capabilities

Encoding capabilities RK3588 supports up to 8K@30fps H.264/H.265, and RK3576 supports up to 4K@60fps H.264/H.265. Decoding capability RK3588 supports up to 8K@60fps H.265, RK3576

supports up to 8K@30fps. Both have strong video encoding and decoding capabilities, and RK3588 is better in 8K video encoding and decoding capabilities.

Support multi-screen display

Both support multi-screen display and various common display interfaces. RK3576 supports up to 3 screens and up to (4K@120 + 2.5K@60 + 2K@60), with HDMI v2.1/ eDP v1.3 combination interface, MIPI DSI 4 channels, DP v1.4 and USB 3.0 combination (Type-C) interface and other interfaces.

RK3588 can support up to 7 screens and 8K, with dual HDMI2.1/eDP V1.4 combination interface, dual MIPI - DSI TX 4 channels and dual DP v1.3 embedded USB 3.1 with audio and HDCP2.x.

Camera video input comparison

RK3576 supports up to 16M Pixel ISP with HDR and 3DNR

RK3588 is equipped with 48M Pixel ISP with HDR and 3DNR, and the pixel ISP resolution of RK3588 is higher (48M vs. 16M)

Summary: In terms of comprehensive performance, RK3588 has stronger CPU performance, and RK3588 is recommended for strong AI needs; but RK3576 is the latest high-performance SOC launched by Rockchip, which can be said to be very cost-effective, with 70% of the performance of RK3588 at 30% of the price, and can be used in most AIOT, artificial intelligence, industrial applications and other scenarios. RK3576 is another conscientious masterpiece of Rockchip, and it is your best choice.

RK3576 Flagship Chip: 8nm process technology, Quad-core Cortex-A72 (2.2GHz) + Quad-core Cortex-A53 architecture, and a 6TOPS NPU for AI acceleration. Supports 4K video encoding/decoding and triple-screen independent display for multitasking excellence.

In May 2025, we launched new model 3576 16g+256G for our brand new design interactive flat panel. Indisplay new Series Interactive Flat Panels embody cutting-edge innovation,integrating theRK3576 processorwith Android 15.0 OSand EDLA certificationto deliver a high-performance solution for modern collaborative environments. Below are the main benefit from 3576 mainboard.

Android 15.0 + EDLA-Certified: Native Google Mobile Services (GMS) compatibility ensures secure access to Google Workspace, Play Store apps, and enterprise-grade compliance.

Intuitive Interaction Experience:50-Point Multi-Touch + Multi-Color Pen Writing: Enables simultaneous writing by multiple users with automatic color differentiation and <15ms latency for paper-like precision.

Direct Pen Annotation: Stylus or finger-touch activation for instant markup on documents/images, with palm-rejection technology for seamless creativity.

Flexible Screen Modes: Supports Mirror & Control (duplicate screens) or Independent Display & Control (dedicated workflows), ideal for group learning or multi-tasking meetings.

Professional Audiovisuals:48MP AI Camera: Paired with an 8-array microphone and noise-cancellation algorithms for crystal-clear video conferencing and lecture recording.

Scenario-Driven Hardware Design

   400-nits Brightness + Etched AG Glass: High-haze anti-glare surface boosts visibility by 60% in bright environments and reduces eye strain.

    Full-Featured Type-C: Single-cable solution for 4K video, 100W power delivery, and touch-signal transmission.

    Smart Sensing Suite: Built-in NFC (quick login), fingerprint recognition (access control), and human-presence detection (energy-saving wake/sleep).