Octa-core Android System on Module(SoM)
As the name implies, Octa-core System on Module is different from other System on Modules in that the core processor is an octa-core ARM Cortex-A series processor and can run the Android operating system, allowing developers to develop their embedded devices using familiar Android APIs and applications. The high performance of the octa-core can efficiently handle complex tasks such as multimedia playback, graphics rendering, and AI processing, and developers familiar with Android development can also quickly adapt to creating applications for SoM-based devices.
Rockchip Octa-core Android System on Module(SoM)
RK3588 Octa-core Android System on Module(SoM)
DDR: LPDDR4, 4GB/8GB/16GB (optional)
EMMC: 8GB/16GB/32GB/64GB/128GB (optional)
OS: Android/Ubuntu/Buildroot/Debian
EMMC: 8GB/16GB/32GB/64GB/128GB (optional)
OS: Android/Ubuntu/Buildroot/Debian
RK3588 Octa-core Android System on Module (SoM), designed with precision to deliver high performance and reliability. Based on the Rockchip RK3588 chip platform, it features compact dimensions of 75mm × 70mm, making it an ideal solution for embedded systems requiring powerful computing in a small form factor.
To ensure seamless connectivity, the RK3588 Octa-core Android System on Module (SoM) employs a robust combination of two 140-pin board-to-board connectors (0.8mm pitch) and four 30-pin FPC connectors (0.5mm pitch), secured with four M2 screws. This design fully exposes all external pin signals of the RK3588, while meeting the needs of high reliability, cost efficiency, and design flexibility. The FPC connectors can be selectively integrated based on functional requirements, providing better adaptability compared to card-edge connectors or smaller-pitch connectors (e.g., 0.5mm). This approach ensures superior reliability and durability in harsh industrial environments and long-term vibration-intensive applications, such as vehicle systems.
The RK3588 Octa-core Android System on Module (SoM) integrates essential components, including CPU, DDR, eMMC, and PMU, to provide a complete embedded solution:
•CPU: Rockchip RK3588 Octa-core processor, delivering superior computing power for Android-based applications.
•Memory: Supports LPDDR4/LPDDR4X with configurations of 2GB/4GB/8GB/16GB, ensuring low power consumption and high-speed performance.
•Storage: Features high-speed eMMC 5.1, available in 32GB/64GB/128GB options to accommodate different storage needs.
•Power Management: Integrated RK806 PMU, multiple DC-DC converters, and LDO regulators with DVFS dynamic voltage adjustment, optimizing power efficiency and system stability.
Built with a modular design philosophy, the RK3588 Octa-core Android System on Module (SoM) adheres to the same rigorous standards as full-function modules, exposing all CPU functional pins for seamless integration. It has undergone comprehensive testing and mass verification, ensuring high reliability for diverse applications. By leveraging the RK3588 Octa-core Android SoM, developers can shorten product development cycles, reduce costs, and enhance efficiency, making it an optimal choice for industrial automation, edge computing, AI vision, and embedded multimedia applications.
RK3588S Octa-core Android System on Module(SoM)
DDR: LPDDR4, 4GB/8GB/16GB (optional)
EMMC: 8GB/16GB/32GB/64GB/128GB (optional)
OS: Android/Ubuntu/Buildroot/Debian
EMMC: 8GB/16GB/32GB/64GB/128GB (optional)
OS: Android/Ubuntu/Buildroot/Debian
RK3588S Octa-core Android System on Module (SoM), designed for high-performance embedded applications. Built on the Rockchip RK3588S chip platform, it features compact dimensions of 75mm × 70mm, offering a powerful and space-efficient solution for industrial, AI, and multimedia applications.
To ensure robust connectivity and high signal integrity, the RK3588S Octa-core Android System on Module (SoM) utilizes a combination of two 140-pin board-to-board connectors (0.8mm pitch) and four 30-pin FPC connectors (0.5mm pitch), secured with four M2 screws. This design exposes all external pin signals of the RK3588S while maintaining high reliability, cost efficiency, and design flexibility. In practical applications, FPC connectors can be selectively integrated based on functional requirements. Compared to card-edge connectors or smaller-pitch connectors (e.g., 0.5mm), this setup ensures superior durability and yield assurance, making it well-suited for harsh industrial environments and long-term vibration-intensive applications, such as vehicle systems.
The RK3588S Octa-core Android System on Module (SoM) integrates key hardware components, including:
•CPU: Rockchip RK3588S Octa-core processor, optimized for Android-based embedded systems.
•Memory: Supports LPDDR4/LPDDR4X in 2GB/4GB/8GB/16GB configurations, delivering low power consumption and high-speed performance.
•Storage: Equipped with eMMC 5.1 high-speed storage, available in 32GB/64GB/128GB options to meet diverse application requirements.
•Power Management: Features RK806 PMU, multiple DC-DC converters, and LDO regulators, supporting DVFS (Dynamic Voltage and Frequency Scaling) for optimized power efficiency and system stability.
Designed with a modular approach, the RK3588S Octa-core Android System on Module (SoM) adheres to the same rigorous standards as full-function modules, exposing all CPU functional pins for seamless integration. Having undergone extensive testing and mass verification, this module ensures high reliability for a wide range of embedded applications. By leveraging the RK3588S Octa-core Android SoM, developers can accelerate product development, reduce costs, and enhance efficiency, making it an ideal choice for industrial control, AI computing, edge processing, and multimedia solutions.
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Neardi After-sale Service Policy
1. Please take a valid purchasing voucher for maintenance requests when you have product failure problems.
2. We kindly provide one year of warranty to the ARM board except for non-warranty components(CPU, RAM, and Flash/ storage chips) and a three-month warranty to display and power adapter from the ex-factory date.
3. Product failure in expired time, we kindly provide paid maintenance service. Charges depend on the assessment by the maintenance department. If goods are seriously damaged, the accessory is discontinued, or other uncontrollable conditions may cause the products can not be fixed, Neardi will not provide maintenance service.
4. Neardi kindly provides one month of warranty for the repaired items, payment should be made to the appointed account. Note: This warranty is only valid for the repaired problem.
5. Please take necessary data backup before the defective item is sent back up for maintenance, all risks caused by no backup should be borne by customers.
6. Neardi will reject items sent back without our permission.
7. To goods within the warranty period, freight should be shared by both sides, otherwise, the customer should bear all maintenance-related freight and customs fees.
Non-warranty Coverage(Paid Maintenance Service):
1. Products out of warranty period;
2. Non-warranty components including CPU, RAM, and Flash chips;
3. Failure caused by improper operations like PCB short circuit, rupture;
4. Bar code or factory ID tampered or other operations cause the products can not be recognized;
5. The bar code or factory ID on the purchasing voucher is not matched with the product itself;
6. Product failure caused by unauthorized maintenance, improper operations, misuse operations, or other unexpected behaviors.
7. Product failure caused by force majeure.
8. Other failures caused during delivery.
3. Product failure in expired time, we kindly provide paid maintenance service. Charges depend on the assessment by the maintenance department. If goods are seriously damaged, the accessory is discontinued, or other uncontrollable conditions may cause the products can not be fixed, Neardi will not provide maintenance service.
4. Neardi kindly provides one month of warranty for the repaired items, payment should be made to the appointed account. Note: This warranty is only valid for the repaired problem.
5. Please take necessary data backup before the defective item is sent back up for maintenance, all risks caused by no backup should be borne by customers.
6. Neardi will reject items sent back without our permission.
7. To goods within the warranty period, freight should be shared by both sides, otherwise, the customer should bear all maintenance-related freight and customs fees.
Non-warranty Coverage(Paid Maintenance Service):
1. Products out of warranty period;
2. Non-warranty components including CPU, RAM, and Flash chips;
3. Failure caused by improper operations like PCB short circuit, rupture;
4. Bar code or factory ID tampered or other operations cause the products can not be recognized;
5. The bar code or factory ID on the purchasing voucher is not matched with the product itself;
6. Product failure caused by unauthorized maintenance, improper operations, misuse operations, or other unexpected behaviors.
7. Product failure caused by force majeure.
8. Other failures caused during delivery.