Q1: What processor architecture drives the YC-P6801 mainboard, and what are its computational capabilities?
A1: The YC-P6801 is built around the high-performance Rockchip RK3568 quad-core 64-bit Cortex-A55 processor, clocked at up to 2.0GHz, paired with an ARM Mali-G52 2EE GPU. This combination delivers stable, energy-efficient processing power ideal for multi-threaded automation workloads and smooth graphical rendering on smart terminals.
Q2: What machine learning features does the YC-P6801 offer for edge intelligence?
A2: The mainboard integrates an onboard RKNN AI Accelerator (NPU) providing 1 TOPS of computing performance (INT8). Crucially for developers, it supports one-click model conversion for popular frameworks including Caffe, TensorFlow, TFLite, ONNX, PyTorch, Keras, and Darknet. This allows engineering teams to deploy pre-trained AI models locally for smart detection, object recognition, and voice processing.
Q3: What are the networking and power delivery specifications of the YC-P6801?
A3: The motherboard features a 100Mbps RJ45 Ethernet port that natively supports Power over Ethernet (PoE). This allows the YC-P6801 to receive both reliable network data and electrical power through a single standard Ethernet cable, eliminating the need for local power outlets at the installation point and simplifying deployments in smart buildings or industrial walls.
Q4: Which display and touch interfaces are broken out on the YC-P6801 for HMI design?
A4: To accommodate various screen types used in commercial and industrial settings, the YC-P6801 supports two high-definition display pathways:
MIPI-DSI: Delivering up to 1920×1080 @ 60fps output.
eDP (Embedded DisplayPort): Supporting higher resolution panels up to 2560×1600 @ 60fps.
Additionally, it includes native I2C and UART interfaces for seamless integration with capacitive touch panels and environmental sensors (light, temperature, and humidity).
Q5: Which operating systems are compatible with the YC-P6801? How does Portworld support secondary development?
A5: The YC-P6801 offers an exceptionally broad software ecosystem, supporting Android, Ubuntu, Debian, Yocto, Buildroot, and CentOS. To compress your time-to-market, Portworld provides a complete developer package containing the full open-source SDK, system firmware for all supported operating systems, APIs, APKs, demo resources, programming tools, and detailed motherboard schematics.
Q6: What is the benefit of Portworld’s "Protocol Integration" service for smart home developers?
A6: Portworld's engineering team specializes in hardware-level protocol integration. We can build the mainboard to natively support automation standards like KNX and Zigbee directly on the board. This eliminates the engineering overhead of developing external bridge modules, decreases signal latency, and reduces multi-SKU inventory risks for smart building providers.
Q7: How do Portworld’s CKD/SKD/PCBA services help global buyers manage costs?
A7: To assist international clients facing high import tariffs or specific local production requirements, Portworld offers highly flexible manufacturing models:
PCBA Only Supply: Delivery of the populated core motherboard.
SKD (Semi Knocked Down): Semi-assembled hardware kits.
CKD (Completely Knocked Down): Fully disassembled kits ready for local manufacturing.
This allows you to choose the exact supply chain model that optimizes your local tax efficiency, logistics volume, and assembly strategy.
Q8: What project-specific customization options does Portworld offer for the YC-P6801?
A8: backed by 17+ years of embedded R&D experience, Portworld provides comprehensive customization tailored to your business goals. We support prototype and small-batch customization, bid-specific hardware adaptations, BOM optimization for budget-conscious projects, custom firmware tuning, and export-ready packaging with regional certifications.
