Boost your embedded projects with Kiwi Pi’s cutting-edge single-board computer.

I. Introduction

In the fast-evolving landscape of embedded systems, the Kiwi Pi-P2 (RK3588EBV Development Board) emerges as a leading hardware platform. Built around Rockchip’s flagship 8nm octa-core RK3588 processor (4x Cortex-A76 + 4x Cortex-A55), this board delivers unmatched performance, versatile interfaces, and scalability for AIoT, industrial, and consumer applications. Whether you’re developing ARM PCs, NVRs, servers, large-screen displays, or smart devices, the Kiwi Pi-P2 is designed to fuel innovation. This guide dissects its features, use cases, and development ecosystem to help you leverage its full potential.

II. Performance Highlights of the Kiwi Pi-P2 (RK3588EBV)

(A) Robust Processor Performance

The RK3588’s 8nm LP architecture ensures optimal power efficiency and speed, with a 2.4GHz max clock and NEON coprocessor. Its heterogeneous multi-core design dynamically allocates tasks, excelling in high-load scenarios like multimedia processing and edge computing while conserving energy in low-power modes.

(B) Exceptional Graphics Processing

Powered by the ARM Mali-G610 MP4 GPU, the board supports OpenGL ES 3.2, OpenCL 2.2, and Vulkan 1.2, enabling seamless 8K video playback, 3D gaming, and immersive VR/AR experiences. A dedicated 2D hardware engine enhances UI responsiveness for fluid user interactions.

(C) Advanced AI Computing Capability

Featuring a 6 TOPS NPU (Neural Network Processor), the Kiwi Pi-P2 accelerates AI workloads with support for INT4/INT8/FP16 operations and compatibility with TensorFlow, PyTorch, and Caffe frameworks. Ideal for real-time image recognition, speech processing, and intelligent security systems, its AI prowess drives next-gen IoT applications.

(D) Professional Multimedia Codec Support

The board’s embedded hardware engines enable 8K@60fps H.265/VP9 decoding, 8K@30fps H.264 encoding, and 4K@60fps AV1 decoding. With JPEG codec and image pre/post-processing units, it delivers studio-grade video and image quality for media centers, surveillance, and digital signage.

III. Versatile Interfaces and Scalability

(A) Display Connectivity

1. HDMI OUT/RX: Supports dual 8K displays for multi-screen setups.

2. DP-OUT/MIPI-DSI/LVDS/EDP: Connect high-resolution monitors, touchscreens, and large-format displays with up to 4K@60Hz resolution.

(B) High-Speed Communication

1. Dual Gigabit Ethernet (RJ45): Ensures stable network connectivity for industrial IoT and edge servers.

2. USB 3.0/2.0 & Type-C: Enable fast data transfer (up to 5 Gbps) and OTG functionality, with DP 1.4 support for display expansion.

3. M.2/Wi-Fi/BT: Optional modules for wireless connectivity and high-speed storage expansion.

(C) Storage Options

1. LPDDR4X RAM: Delivers fast data processing for multitasking.

2. TF Card Slot/eMMC/SATA: Supports up to 2TB storage expansion for video recording and data-intensive applications.

(D) Industrial-Grade Interfaces

1. RS485/RS232/CAN: Ideal for factory automation, smart grids, and automotive systems.

2. SIM Slot: Enables LTE/5G connectivity for remote IoT devices.

3. DEBUG/RESET/BOOT: Streamline development and system recovery workflows.

IV. Diverse Application Scenarios

(A) AIoT & Industrial Solutions

1. ARM PCs & Workstations:

   Multi-screen support via HDMI/DP for productivity and creative workflows.

   Energy-efficient design for lightweight office computers and mobile workstations.

2. NVRs & Smart Surveillance:

   8K video encoding/decoding for real-time analytics (face detection, motion tracking).

   Scalable storage for 24/7 video recording in retail, logistics, and healthcare.

3. Edge Servers & Gateways:

   Low-power architecture for cost-effective data processing in IoT networks.

   Gigabit Ethernet and M.2 expansion for edge computing and cloud connectivity.

(B) Consumer Electronics

1. Smart TVs & Media Centers:

   8K HDR playback and Dolby Audio support for premium home entertainment.

   Built-in Wi-Fi/BT for streaming services and local network integration.

2. Tablets & Portable Devices:

   Compact design with long battery life for mobile productivity.

   Mali-G610 GPU for smooth gaming and AR/VR experiences.

V. Why Choose Kiwi Pi-P2?

As a trusted alternative to Raspberry Pi 5, the Kiwi Pi-P2 combines:

1. Performance: 8nm RK3588 processor with 6 TOPS NPU.

2. Flexibility: 20+ interfaces for custom hardware integration.

3. Reliability: Industrial-grade thermal design and Linux/Android support.