LCB3588/LCS3588 Rockchip RK3588 System on Module
RK3588 SoM features the Rockchip RK3588, an octa-core processor with four ARM Cortex-A76 cores and four ARM Cortex-A55 cores. This architecture delivers a blend of performance and efficiency, making it ideal for a wide range of applications, from AI processing to multimedia tasks.
SOC: RK3568
Configuration:2+16 GB / 4+16 GB/ 8+32 GB
Size: 60mm(L)*40mm(W)*7.8mm(H)
OS: Android / Ubuntu / Buildroot / Debian
High-Performance RK3588 System on Module for AIoT, Vehicle, Monitor
Neardi LCB artificial intelligence core module adopts Rockhcip RK3588 octa-core 64-bit low-power processor (4*Cortex-A76 and 4*Cortex-A55), adopts advanced 8nm process, with a maximum main frequency of up to 2.4GHz, integrated ARM Mali-G610 MP4 quad-core GPU graphics processor, supports 8K ultra-high-definition display, multi-screen easy display, dual Gigabit Ethernet ports, automotive-grade circuit design, NPU supports a variety of algorithm models, equipped with precision interfaces, stable and reliable performance, high-precision 140pin double-row B2B connection, through vibration test, stable and reliable connection, long-lasting and stable performance, suitable for vehicle-mounted and monitoring-related products, and also provides stable, reliable and highly scalable product support for various AI application scenarios.
4*Cortex A76 + 4*Cortex A55
6 TOPS
4-16GB RAM
32-128GB eMMC
8K HD
Open System Architecture, Android/Linux Available
LCB RK3588 SoM supports Android, Ubuntu, Debian, and Buildroot kernels. Based on the Linux system kernel, it can perform in-depth customization and development of the service layer to achieve remote device upgrades and management, greatly improving the convenience and efficiency of subsequent maintenance.
Industrial-grade standard RK3588 SoM for harsh environments
After rigorous testing and production, the reliability, safety, and stability of the RK3588 SoM product in harsh environments are guaranteed. Built-in temperature control strategy, whether it is -20°C extreme cold or 85°C high temperature, can run 7*24 hours uninterruptedly, meet industrial-grade application requirements, and are suitable for various harsh working environments.
Neardi Service
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Custom Design
Neardi’s technical team can quickly create prototypes based on your project’s design ideas.
Expert Advice
With rich experience in hardware-related technologies, Neardi technical team will give you suggestions based on your project needs and reduce your product costs while ensuring product function realization and quality.
Sample First
After the project starts, we will produce a batch of samples for you first, and after acceptance, we will start mass production.
Technical Support
No need to worry about the progress of subsequent projects, Neardi’s professional technical after-sales team will solve your problems 24 hours a day.
Neardi Equipment
AOI Machine
AOI machine ensures quality control by detecting defects in Neardi's embedded boards and modules during production. It integrates seamlessly into the manufacturing process, verifying component accuracy and solder quality, ensuring reliable and high-performance products for customers.
Auto Printing Press Machine
Auto Printing Press Machine automates the process of printing patterns or texts onto surfaces like PCBs, reducing manual labor. Integrated into Neardi's production, it ensures precise labeling, component marking, or branding on boards, enhancing production efficiency and product traceability.
BGA Rework Station
BGA Rework Station is used to repair or replace Ball Grid Array (BGA) components on PCBs. Neardi's production, ensures accurate rework of complex components, enabling high-quality repairs and minimizing waste, ensuring the reliability of embedded boards and modules.
Lead-free Wave Solding Machine
Lead-free Wave Soldering Machine automates the soldering of electronic components to PCBs using a lead-free solder. In Neardi's production, it ensures precise, eco-friendly soldering for high-quality embedded boards, meeting environmental standards while enhancing product durability and performance.
Pick-and-place Machine
Pick-and-Place Machine automates the precise placement of electronic components onto PCBs. In Neardi's production process, it ensures fast, accurate assembly of embedded boards, enhancing manufacturing efficiency and product consistency while reducing errors in component placement.
Precise Hot Air Oven
Precise Hot Air Oven is used for controlled heating, curing, or drying of materials in electronics production. In Neardi's process, it ensures consistent curing of coatings or solder, optimizing the reliability and performance of embedded boards by providing uniform heat distribution during manufacturing.
Reflow Soldring Machine
Reflow Soldering Machine melts and solidifies solder paste to permanently attach surface-mounted components to PCBs. In Neardi's production, it ensures precise and uniform soldering of embedded boards, enhancing connection reliability and maintaining high-quality standards for electronic products.
SPI Machine
SPI (Solder Paste Inspection) Machine checks the accuracy of solder paste application on PCBs before component placement. In Neardi's production, it ensures optimal solder paste thickness and placement, preventing defects and enhancing the reliability and quality of embedded boards.
X-ray Detector
An X-ray Detector inspects the internal quality of solder joints and components on PCBs, revealing issues like voids or misalignments. In Neardi's production, it ensures thorough inspection of embedded boards, enhancing product reliability by detecting hidden defects that might affect performance.
