The RK3588 chip series offers a highly capable SoC (System on Chip) solution with advanced computing cores, including a CPU, GPU, NPU, VPU, and MCU. This performance-rich setup supports complex cluster server applications by forming powerful, interconnected nodes within a server cluster.
High-Performance CPUs and GPUs for Demanding Applications
The RK3588 integrates a robust eight-core CPU (four Cortex-A76 and four Cortex-A55 cores) clocked at 2.4GHz. This architecture enables seamless multitasking and high-speed processing, while the ARM G610 MP4 GPU supports demanding graphical needs, from video rendering to gaming.
Advanced AI Processing Power
Equipped with a three-core NPU, the RK3588 delivers 6 TOPS in INT4/INT8/INT16/FP16 formats, essential for AI-driven applications. If additional AI capacity is needed, external AI acceleration can boost performance to 26 TOPS. This setup enhances both standalone and cooperative AI processing, making it ideal for projects like intelligent security and image recognition.
Enhanced Multimedia Capabilities
With dual 8K VPUs, the RK3588 can handle 8K@60fps decoding and 8K@30fps encoding, supporting H.264, H.265, VP9, and JPEG. This performance allows it to decode up to 32 1080p@30fps video streams or encode 16 at once, perfect for high-demand streaming and real-time applications.
Efficient Data Bandwidth and Memory
Each RK3588 SoC node is equipped to support up to 32GB LPDDR4X or LPDDR5 RAM, suitable for server demands. The chip offers a range of data communication speeds (1Gbps to 10Gbps), providing customizable bandwidth to match server requirements.
Flexible Software Ecosystem and Operating System Support
Neardi offers support for several OS distributions, such as Debian 11, Ubuntu 22.04 LTS, and Android 11, enhancing adaptability for custom applications and industry needs. This flexibility allows clients to efficiently build differentiated products.
Key Applications for RK3588 ARM Cluster Servers
Cloud Gaming and Mobile Services
ARM-based cluster servers are ideal for cloud gaming, data backup, and mobile testing. The RK3588’s mobile-optimized architecture allows it to run Android containers efficiently, with a single node supporting up to six 1080p Android instances. A 2U server with 80 nodes can serve up to 480 virtual devices, ideal for scalable cloud solutions.Video Analysis Systems
The RK3588’s video-processing capabilities, coupled with AI inference, make it an excellent choice for video analysis. A 40-node server can analyze input from over 1,000 full-HD cameras, making it well-suited for applications like smart security and traffic monitoring.Application and Scientific Servers
ARM servers can support back-end applications and databases, and their energy efficiency offers advantages for scientific computing. A 2U RK3588-based server can accommodate 80 SoCs, equating to 640 CPU cores, 320 GPU cores, and 240 NPU cores—ideal for mid-sized scientific applications requiring high processing power and cost-efficiency.
Power Efficiency and Cost Savings
Using an 8nm process, the RK3588 balances power with performance, with typical full-load power consumption of just 25W per node, far lower than x86 systems. Reduced power costs and compact design contribute to lower operating expenses, ideal for 24/7 server demands.
Project Flexibility with Customizable Solutions from Neardi
Neardi provides a fully customizable solution for RK3588 ARM cluster servers, including system BSP development and application support. The modular SoC design enables compact node sizes (50mm x 50mm), enhancing project flexibility. With a comprehensive hardware and software offering, Neardi’s solutions can meet diverse project specifications and adapt to specialized use cases.
Selecting the Right RK3588 Chip
The RK3588 series includes the RK3588S and RK3588 chips, suited for consumer and industrial needs, respectively. Options like the industrial-grade RK3588J and automotive-grade RK3588M allow precise chip selection based on project requirements, from durability to specific interface needs.
The RK3588 series brings substantial benefits to ARM-based cluster server projects, providing high-performance computing, AI processing, multimedia handling, and power efficiency. With a strong market presence, these chips offer scalable solutions for diverse applications. For more information, contact Neardi to explore a free project evaluation and learn more about our custom server options.