AP-AR1DS02 | 6.0 TOPS RK3576 Edge AI Industrial Panel PC
A unified AI-ready HMI platform with scalable display sizes from 10.1″ to 21.5″ for machine-level and operator-panel deployment
- Operator-facing HMI with local AI processing
- One hardware platform, multiple display form factors
- Designed for intelligent interaction at the machine level
Next-Gen Intelligent HMI: RK3576 ARM Panel PC Platform
The AP-AR1DS02 is built on the Rockchip RK3576 octa-core ARM platform, delivering enhanced CPU and AI capability compared to basic ARM HMIs. The integrated 6.0 TOPS NPU enables on-device AI inference for vision inspection, object detection, and intelligent operator interaction—without cloud dependency.
As a unified platform, the AP-AR1DS02 supports multiple display size variants from 10.1″ to 21.5″, all sharing the same mainboard, I/O architecture, and software stack. This enables consistent software deployment and simplified inventory management across your HMI product line.
AP-AR1DS02 Modular Display Sizes & Mechanical Specifications
| Display & Mechanical Specifications | |
| Display Size | 10.1″ |
| Resolution | 1280 × 800 |
| Brightness | 400 nits |
| Aspect Ratio | 16:10 |
| Panel Cutout | 243 × 170 mm |
| Mechanical Size | 268 × 195 × 55 mm |
| Ordering Code | AP-AR1DS02 |
| Platform Specifications (Fixed) | |
| Processor | Rockchip RK3576 Octa-Core |
| NPU | 6.0 TOPS |
| Memory | On-board 4GB DDR4 (Up to 16GB) |
| Touch | 10-point Capacitive Touch |
| Power Input | DC 9–36V |
Unified RK3576 Mainboard Architecture for Scalable Form Factors
All display size variants of the AP-AR1DS02 are built on the same Rockchip RK3576 octa-core platform with 6.0 TOPS NPU. The I/O configuration, software stack, and BSP remain identical across all sizes—only mechanical dimensions and display parameters differ.
This unified architecture simplifies software development, reduces validation effort, and enables consistent deployment across multiple HMI configurations.
AP-AR1DS02 Industrial-Grade Hardware Specifications & Reliability Highlights
Octa-Core ARM Platform
Rockchip RK3576 with 4× Cortex-A72 + 4× Cortex-A53 cores, up to 2.2GHz
6.0 TOPS NPU for Local Edge Inference
Integrated NPU for local AI inference without cloud dependency
ARM G52 MC3 GPU
Smooth graphics rendering for HMI visualization and UI
Scalable Display Sizes
12.1″ to 21.5″ options on unified platform architecture
IP65-Rated Dust-Tight & Water-Resistant Front Bezel
Dust-tight and water-resistant front bezel for harsh environments
Fanless Aluminum Alloy Unibody Thermal Design
Fanless, cable-less aluminum alloy construction for silent operation
Wide 9–36V DC Input
Industrial-grade power interface with remote on/off support
AP-AR1DS02 Technical Specifications (Shared Platform)
These specifications apply to all display size variants. For display-specific parameters, use the size selector above.
| Processor | Rockchip RK3576, Octa-Core (4× Cortex-A72 + 4× Cortex-A53), up to 2.2GHz |
| GPU | ARM Mali G52 MC3 |
| NPU | 6.0 TOPS |
| Memory | On-board LPDDR4 4GB (8GB / 16GB options) |
| Storage | eMMC 32GB (64GB / 128GB / 256GB options) |
| Ethernet | 2× Gigabit LAN (10/100/1000) |
| Serial | 2× RS232, 2× RS232/RS485 |
| CAN | 1× CAN Bus |
| USB | 2× USB 2.0 |
| Display Output | HDMI 2.1 (4K@60Hz) |
| GPIO | 8-bit GPIO |
| Wireless | Dual-band Wi-Fi (2.4G / 5G, Wi-Fi 6 option), BT 5.2 |
| Cellular | Built-in 4G / 5G module support (Mini PCIe, SIM / eSIM) |
| Power Input | DC 9–36V, Phoenix terminal, Remote Power On/Off |
Embedded Android 12, Linux Distribution & Edge AI Framework Support
The AP-AR1DS02 platform natively supports Android 12 and Linux distributions (Ubuntu 22.04, Debian 11). The 6.0 TOPS NPU enables local AI tasks such as vision inspection, object detection, and intelligent operator interaction.
Android 12
Native support for embedded HMI applications
Ubuntu / Debian
Ubuntu 22.04 and Debian 11 with full BSP
On-Device AI
6.0 TOPS NPU for local inference tasks
AI Frameworks
TensorFlow, TensorFlow Lite, ONNX, Caffe
Designed for Intelligent Industrial HMI Deployment
The AP-AR1DS02 platform is engineered for front-panel installation on machines and control cabinets, providing reliable operator interface capabilities with embedded AI. The fanless thermal design ensures silent, maintenance-free operation for continuous 7×24 industrial deployment.
Front-Panel Installation
Designed for machine panels and control enclosures
IP65 Rated Front
Protection against dust and water ingress
Fanless Thermal
Silent operation for clean environments
7×24 Operation
Continuous industrial deployment ready
Flexible Mounting for Machine-Level Integration
The AP-AR1DS02 platform supports wall mount, VESA mount, and open-frame installation across all display sizes. Mechanical dimensions scale with display size while maintaining consistent mounting patterns. This flexibility supports equipment panels, control enclosures, and operator workstations.
AP-AR1DS02 Ordering Codes & Modular Display Configurations
Select the ordering code that matches your required display size.
| Ordering Code | Display Size | Notes |
|---|---|---|
| AP-AR2SDS02 | 12.1″ | Compact machine panels |
| AP-AR3SDS02 | 15.0″ | Compact machine panels (4:3) |
| AP-AR4SDS02 | 15.6″ | Standard operator HMI |
| AP-AR5SDS02 | 17.0″ | Large interface panels (5:4) |
| AP-AR6SDS02 | 17.3″ | Large interface panels |
| AP-AR7SDS02 | 19.0″ | Large interface panels (5:4) |
| AP-AR8SDS02 | 21.5″ | Information-dense dashboards |
Display size suffix defines mechanical dimensions only. Core hardware platform and I/O remain unchanged.
Embedded Android Platform for Industrial System Development
Native Android operating system with open root access, enabling customized system-level and application development
Designed to support deep functional customization beyond standard HMI applications
Suitable for long-lifecycle industrial products requiring controlled software environments
Remote Monitoring & Unattended Operation Support
Supports real-time remote system monitoring for distributed industrial deployments
Automatic system recovery mechanisms designed for 24/7 unattended operation
Supports OTA (Over-The-Air) system and application upgrades, reducing on-site maintenance requirements
Supports scheduled power on/off for centralized device management and energy-efficient operation
Hardware Watchdog & Built-In System Reliability Mechanisms
Integrated system watchdog, supporting both software and hardware watchdog modes to ensure long-term system stability
Built-in real-time clock (RTC) with backup battery to maintain accurate system time during power loss
Integrated super capacitor design for improved power-off protection and enhanced system reliability
Flexible Touch and Input Interface Support
AP-AR1DS02 supports multiple industrial touch technologies, allowing system designers to select the most suitable input method for their application environment.
Supports multi-point capacitive touch
Supports multi-point resistive touch
Supports multi-point infrared touch
Supports multi-point nano-film touch
Supports multi-point SAW (Surface Acoustic Wave) touch
Supports multi-point optical touch
USB-based touch interface support
1 × I²C interface for touch controller integration
Touch technology selection is project-dependent and can be customized based on environmental and operational requirements.
OEM & Customization Support
BITECH supports OEM customization including RAM and storage scalability, OS and BSP customization, branding, and mechanical modifications. Long-term lifecycle availability (5–7 years) with formal PCN and EOL management ensures stable supply for intelligent HMI projects.
Hardware Scalability
RAM and storage options to match project needs
OS & BSP Custom
Custom OS builds and SDK support
Branding Options
Logo, labeling, and packaging customization
Long-Term Supply
5–7 year lifecycle with PCN/EOL support
AP-AR1DS02 Technical FAQ
Expert engineering answers for Edge AI integration and deployment.
What real-world AI tasks is the 6.0 TOPS NPU optimized for?
The 6.0 TOPS (INT8) NPU is designed for lightweight edge inference. It excels at real-time object detection (e.g., YOLO variants), image classification, and pose estimation. It is optimized via our RKNN toolkit for local execution without cloud dependency, making it perfect for defect detection and autonomous mobile robot (AMR) vision guidance.
How does the NPU workload impact system stability?
The NPU operates as a dedicated co-processor. By offloading inference workloads from the ARM cores, the CPU remains responsive for HMI UI rendering, data communication, and I/O handling, preventing system lag during AI-heavy tasks.
Is Docker supported for containerized application deployment?
Yes. Our Linux BSP includes full kernel-level support for Docker, allowing you to containerize your AI models and HMI applications. This ensures version consistency across large fleet deployments and simplifies OTA update management.
RK3576 vs. RK3568: When to upgrade?
Upgrade to RK3576 (octa-core) when your HMI requires more than just basic visualization—specifically for multi-camera streams, faster AI inference response times (6.0 TOPS vs 1.0 TOPS), or running parallel complex application services alongside the HMI.
Does this support CAN Bus for industrial connectivity?
Yes. The AP-AR1DS02 features a dedicated CAN Bus interface, critical for real-time communication with PLC controllers, motor drives, and industrial sensor networks commonly found in factory automation and AGV/AMR applications.
Which Linux distros are validated for this hardware?
We provide full BSP support for Ubuntu 22.04 LTS and Debian 11. Our kernel is optimized for industrial stability, including long-term support (LTS) patches and optimized driver stacks for our touch controllers and wireless modules.
Can I swap display sizes easily for different product models?
Yes. The mainboard and I/O architecture are unified across the 10.1"–21.5" range. This modular design allows you to use a single software image and maintenance strategy across your entire range of panel sizes.
What protective features exist for power stability?
The unit features a wide 9–36V DC input, reverse polarity protection, and over-voltage surge protection. It also includes an integrated Super Capacitor for data retention and graceful shutdown during sudden power loss.
Does the system support remote OTA updates?
Yes. Our Android and Linux BSP include native support for Over-The-Air (OTA) update mechanisms. This allows you to deploy firmware fixes, security patches, and application updates to large fleets of deployed HMI terminals remotely.
How does BITECH guarantee supply longevity for OEM projects?
We provide a 5–7 year product lifecycle guarantee. We manage all component end-of-life cycles and issue formal Product Change Notifications (PCN) well in advance of any mandatory hardware revisions, ensuring your industrial production never stalls.
Ready to Evaluate for Your Project?
Contact our engineering team to discuss your HMI requirements, request samples, or get detailed specifications.