RK3588 vs RK3576: Which Rockchip SoC Fits Your Project?

Overview

Both are Rockchip octa-core SoCs, but RK3588 is the flagship (higher CPU clocks, 6 TOPS NPU, 8K video, PCIe) while RK3576 is the efficiency-oriented sibling with similar multi-core layout at a lower price. If your software already targets the Rockchip stack, RK3576 is often the smarter buy.

RK3588 vs RK3576 spec table

Spec RK3588 RK3576
CPU 4× A76 + 4× A55 (up to 2.4 GHz) 4× A72 + 4× A53 (up to ~2.2 GHz)
GPU Mali-G610 MP4 Mali-G52 MP2/MP4
NPU 6 TOPS 6 TOPS
Video 8K@60 decode / encode 4K@60 decode / encode
Memory Up to 32 GB Up to 16 GB
Interfaces PCIe, dual GbE, USB3, MIPI GbE, USB3, MIPI, cost-optimized
Typical price $269–$499 $199–$449

RK3588 picks

RK3576 picks

When to choose RK3576 over RK3588

Choose RK3576 for cost-sensitive, always-on edge boxes, lightweight AIOT gateways, and kiosks where 4K is enough and every dollar matters. Choose RK3588 when you need 8K video, more memory headroom (up to 32 GB), PCIe expansion, or the strongest CPU for heavy preprocessing.

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Frequently Asked Questions

Is RK3576 much slower than RK3588?

In CPU-bound tasks RK3576 is roughly 20–35% behind RK3588; for many AIOT and 4K workloads the difference is minor, and both share the same 6 TOPS NPU.

Can I reuse RK3588 software on RK3576?

Largely yes — both run mainline-friendly Linux and the Rockchip BSP, so most drivers and the RKNN toolkit carry over with minor device-tree changes.

Which is better for an NVR / gateway?

RK3576 is ideal for cost-sensitive NVRs and gateways (e.g. the GS1-N1); RK3588 suits higher-channel-count or 8K analytics.


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