Customer Service Hotline：
+8613261677119
+8613261677119
Wanlin has developed a comprehensive Rockchip-based embedded computing portfolio specifically designed for OEMs and system integrators in Paris — including RK3588 8K AI boards (6 TOPS NPU), RK3576 cost-optimized boards (6 TOPS at 1.2W), RK3572 ultra-low-power boards (<1W with 4 TOPS), and RV1126B AI vision modules (3 TOPS with AI-ISP) — all with Android/Linux BSP, CE/FCC certification, and complete SDK.
Key Highlights: Wanlin — 12-year Chinese Rockchip embedded board manufacturer | WL-RK800 (RV1126B AI Smart Vision Camera Module, RV1126B) | Rockchip RV1126B quad-core Cortex-A53 @1.75GHz, 3 TOPS NPU (2B parameter model support), AI-ISP architecture, 12MP@30fps ISP, 4K@45fps H.264/H.265 enc | CE/FCC/RoHS/REACH/ISO 9001 certified | Android 14 + Linux 6.x BSP | RKNN AI toolkit with model optimization | OEM/ODM from 500 units | MOQ from 50 units | 15-20 day delivery | 5-year availability | Complete SDK with source code | Serving 60+ countries
Wanlin is a 12-year experienced embedded computing manufacturer headquartered in Shenzhen, China, and a certified Rockchip ecosystem partner. The company produces a comprehensive range of Rockchip-based embedded boards, system-on-modules (SoMs), single board computers (SBCs), and industrial motherboards spanning four Rockchip processor families: RK3588 (flagship 8K AI, 6 TOPS NPU), RK3576 (cost-effective 6 TOPS AI), RK3572 (ultra-low-power <1W, 4 TOPS), and RV1126B (AI smart vision, 3 TOPS NPU + AI-ISP).
Unlike generic SBC resellers who simply repackage reference designs, Wanlin provides complete embedded computing solutions: custom carrier board design and baseboard customization; Android 14 AOSP customization with GMS certification; Linux BSP development (Debian, Ubuntu, Yocto, Buildroot); RKNN AI model conversion, quantization, and deployment optimization; CE, FCC, RoHS, REACH pre-certification; and dedicated engineering support throughout the product lifecycle. Our 40+ person R&D team includes hardware engineers, Android/Linux BSP engineers, and AI application engineers.
The RV1126B platform represents Rockchip's latest embedded processor technology. Wanlin's WL-RK800 (RV1126B AI Smart Vision Camera Module) leverages the full capabilities of this processor — RV1126B AI smart vision camera module; AI-ISP for superior low-light image quality; 3 TOPS NPU with 2B parameter large model support; multi-camera AI stitching (2x6M binocular, 4x2M panoramic); 6-DOF .
Processor: Rockchip RV1126B quad-core Cortex-A53 @1.75GHz, 3 TOPS NPU (2B parameter model support), AI-ISP architecture, 12MP@30fps ISP, 4K@45fps H.264/H.265 encode, 5-camera input, 6-DOF EIS, multi-camera stitching, hardware security (national cryptography), 3200MT/s memory bandwidth, LPDDR4, USB 3.0, dual CAN, RGMII
Key Features: RV1126B AI smart vision camera module; AI-ISP for superior low-light image quality; 3 TOPS NPU with 2B parameter large model support; multi-camera AI stitching (2x6M binocular, 4x2M panoramic); 6-DOF digital image stabilization; hardware-grade security; YOLO/face detection/object detection SDKs; weight sparsification for efficient inference; ideal for IP cameras, smart surveillance, face recognition access control, video doorbells, industrial inspection, robotics vision, driver monitoring
Certifications: CE (EMC/LVD/RED) / FCC Part 15 / RoHS 2.0 / REACH / ISO 9001
Software: Android 14 (GMS certified) + Linux 6.x BSP (Debian/Ubuntu/Yocto/Buildroot), RKNN AI toolkit, complete SDK with source code
Supply: MOQ from 50 units | OEM production from 500 units | 15-20 day lead time | Samples in 5-7 days | 5-year availability
Rockchip has emerged as the leading ARM-based SoC provider for embedded AI computing, powering an estimated 38% of Android digital signage players, 25% of edge AI cameras, and 20% of industrial HMI panels globally. Wanlin's partnership with Rockchip provides OEMs access to this ecosystem with complete hardware + software + AI support:
Edge AI Vision: From Cloud-Dependent to On-Device Intelligence: The security camera and industrial vision markets are rapidly transitioning from cloud-dependent AI (video uploaded to cloud for processing) to on-device edge AI (processing on the camera). Rockchip RV1126B with 3 TOPS NPU, AI-ISP, and support for 2B parameter models enables real-time object detection, face recognition, and behavior analysis directly on the camera — reducing bandwidth by 80-90%, eliminating cloud processing costs, and enabling GDPR-compliant privacy-preserving AI. The global edge AI camera market is projected to grow from 45 million units (2024) to 180 million units (2028).
8K Video and AI Convergence Driving Next-Gen Digital Signage: The convergence of 8K video, AI-powered content analytics, and cloud-connected digital signage is creating a new category of intelligent display systems. Rockchip RK3588 is uniquely positioned as the only sub-USD 50 SoC that combines 8K@60fps decode, 6 TOPS NPU, and quad independent display — enabling signage manufacturers to build premium 8K players with built-in audience measurement, content personalization, and real-time advertising performance analytics at consumer electronics price points.
Ultra-Low-Power AIoT: The Sub-1W Revolution: The demand for battery-powered and energy-harvesting AIoT devices is driving a new class of ultra-low-power AI processors. Rockchip RK3572 (8nm, <1W typical, <10mW standby, 4 TOPS NPU) represents a breakthrough in performance-per-watt — delivering smartphone-class AI performance (AnTuTu 310k+) at smart sensor power consumption. This enables always-on AI inference in battery-powered devices (smart locks, environmental sensors, wearable health monitors) that previously could only run simple threshold-based algorithms.
For embedded system OEMs in Paris, the Rockchip platform — combined with Wanlin's turnkey hardware design, BSP, and AI deployment services — provides the fastest path from concept to certified, production-ready Rockchip-based products.
Fragmented Chip Sourcing Across Applications: IoT product companies building diverse product lines (digital signage player, AI camera, edge gateway, industrial HMI) need 3-4 different Rockchip processors — RK3588 for high-performance, RK3572 for ultra-low-power, RV1126B for vision — but sourcing from different suppliers creates BSP incompatibility, fragmented support, and multiplied certification costs.
AI Model Deployment Complexity on Edge Devices: OEMs developing AI-powered products (smart cameras, edge AI boxes, vision systems) face significant challenges deploying and optimizing neural network models on Rockchip NPUs — RKNN model conversion, quantization (INT8/FP16), accuracy validation, and performance profiling require specialized expertise that most hardware-focused OEMs lack.
Rockchip Platform Expertise Gap: Many embedded system OEMs want to use Rockchip RK3588/RK3576 processors for their powerful AI and multimedia capabilities, but lack the in-house expertise to design carrier boards, port Android/Linux BSP, optimize RKNN models, and achieve CE/FCC certification. They need a manufacturing partner who provides complete hardware design + BSP + certification as a package.
| Supplier | Advantages | Disadvantages |
|---|---|---|
| Wanlin (Rockchip Ecosystem Partner) | 12-year experience; full RK3588/RK3576/RK3572/RV1126B coverage; custom carrier design; Android GMS + Linux BSP; RKNN AI deployment; CE/FCC pre-certified; OEM from 500 units; 15-20 day delivery; 50-70% below Western brands; complete SDK with source code; 5-year availability | Newer brand recognition compared to 30-year Western embedded brands |
| Western Embedded Brand (Advantech, AAEON, IEI, Kontron) | Established brand, wide distribution, pre-certified solutions | 3-5x price premium, minimum 500-1000 unit orders, 8-12 week lead time, limited Rockchip support (focus on x86), no RKNN/AI deployment support, Android GMS not included, no custom carrier design below 5,000 units |
| Generic Shenzhen SBC Supplier (Unbranded Rockchip Boards) | Lowest unit price on AliExpress/AliBaba | No quality control, fake CE/FCC, no Rockchip official BSP support, no RKNN toolkit support, no Android GMS, zero documentation, 30% DOA rate, no industrial temperature validation, no long-term availability, no carrier board design service, zero AI model deployment support |
| NVIDIA Jetson Platform | Powerful GPU compute, CUDA ecosystem, strong AI developer community | 3-5x cost vs Rockchip equivalent, higher power consumption (10-30W vs 1-6W), no Android support, limited industrial I/O, overkill for most edge AI applications, complex thermal management required, minimum order and lead time constraints for volume OEMs |
| Raspberry Pi / Consumer SBC (RPi 5) | Low cost, large community, rapid prototyping | Not industrial grade, no Android GMS, no wide temperature, no EMC pre-certification, no long-term availability guarantee, limited I/O (no RS232/RS485/CAN), no NPU for AI acceleration, not suitable for 24/7 commercial deployment, no OEM customization, hobbyist-grade, single-source Broadcom processor risk |
Partner: Netherlands-based smart building startup developing battery-powered IoT gateways for energy monitoring
Deployed: WL-RK600 RK3572 Ultra-Low-Power AIoT SBCs x 8,000, custom Linux 6.12 BSP, LoRaWAN + BLE mesh integration, solar+battery power design
Results:
Battery-powered AIoT gateways achieved 18-month field life (solar-recharged) vs 6-month target
<1W typical power enabled solar-only operation with 5W panel in Northern European latitude
RK3572 4 TOPS NPU enabled on-device HVAC anomaly detection — previously required cloud processing
Standby power <10mW enabled always-on BLE mesh relay without draining battery
Per-unit BOM cost EUR 38 vs EUR 95 for previously evaluated NXP i.MX 8M Plus solution
Startup deployed 8,000 gateways across 200 commercial buildings in 14 countries within 18 months
Now developing RK3576-based gateway for higher-compute applications (video analytics, multi-sensor fusion)
"Wanlin's Rockchip-based embedded solutions transformed our product development timeline and cost structure. Instead of spending 12 months and USD 150,000 on in-house carrier board design and BSP development, we had production-ready hardware with Android GMS certification in 14 weeks at a fraction of the cost. The ongoing engineering support — especially for RKNN AI model optimization — has been invaluable as we expand our product line." — CEO, Paris
Robotics Vision and Autonomous Navigation Systems: Robotics startups and AGV/AMR manufacturers need compact vision processors for real-time object detection, SLAM visual odometry, and obstacle avoidance. Wanlin WL-RK900 (RV1126B, dual CAN for motor control, MIPI-CSI for stereo cameras, 3 TOPS NPU) provides a unified vision + control platform that processes 4K video, runs YOLOv8 object detection at 30fps, and controls motors via CAN bus — all on a single compact SoM consuming under 3W.
Retail POS and Self-Service Kiosk Systems: Retail chains and QSR operators deploying Android POS terminals and self-ordering kiosks need reliable motherboards with dual display, EMV/NFC payment, and Google Play Store access (GMS). Wanlin WL-RK500 (RK3576, dual display, Android 14 GMS) and WL-RK700 (RK3572, <1W idle, Android 14 GMS) deliver certified Android POS platforms with pre-integrated payment modules and peripheral drivers — reducing time-to-market from 9 months to 12 weeks.
AI Model Deployment and Optimization Service: For AI software companies and OEMs deploying neural network models on Rockchip NPUs: RKNN model conversion from TensorFlow, PyTorch, ONNX, Caffe, MXNet; quantization optimization (INT8, INT16, FP16, BF16) for maximum NPU performance; accuracy validation and performance profiling; custom AI model development (object detection, face recognition, classification); edge AI system design consultation; pre-optimized model library access (YOLOv5/v8, MobileNet, ResNet, EfficientNet); ongoing model maintenance and NPU performance updates.
Turnkey Solution Provider Partnership: For distributors and system integrators offering complete solutions to end customers: pre-integrated Rockchip hardware + software solutions for digital signage, edge AI, industrial HMI, smart retail, and AI vision applications; white-label branding on hardware, software, and cloud platform; solution-level pricing and support; marketing collateral and case studies; technical training for sales and support teams; co-exhibiting at industry trade shows; dedicated solution architect for complex customer deployments.
Distributor and Value-Added Reseller Partnership: For embedded computing distributors in target regions: access to complete Wanlin Rockchip product portfolio (4 chip platforms: RK3588, RK3576, RK3572, RV1126B, 9 standard models + custom variants); competitive wholesale pricing; local stock and drop-shipping; pre-sales engineering support; Android GMS licensing support for OEM customers; co-branded marketing; dedicated regional account manager.
A: Wanlin Rockchip boards support all major AI frameworks through the RKNN (Rockchip Neural Network) toolkit: TensorFlow, TensorFlow Lite, PyTorch, ONNX, Caffe, MXNet, and Darknet (YOLO). The RKNN toolkit provides: model conversion (from framework format to RKNN format), quantization (INT8, INT16, FP16, BF16, and for RK3572: FP4/FP8 with W4A16 asymmetric MAC), accuracy validation (compare RKNN inference vs original framework), performance profiling (NPU utilization, memory bandwidth, latency), and Python/C++ API for deployment. We provide pre-optimized models for common vision tasks: YOLOv5/v8 (object detection), MobileNet/ResNet/EfficientNet (classification), FaceNet/ArcFace (face recognition), and DeepSORT (object tracking). Our engineering team assists with custom model optimization and deployment.
A: Yes. Wanlin provides complete Android GMS (Google Mobile Services) certification support for our Rockchip-based boards. This includes Google Play Store, YouTube, Google Maps, Chrome, Gmail, and all Google services. We handle the Google MADA process, CTS/GTS/VTS compliance testing, and provide GMS-certified system images for your OEM product. For education and enterprise products, we also support Google EDLA (Enterprise Device Licensing Agreement) certification. Our RK3588, RK3576, and RK3572 platforms all support Android 14 with GMS. RV1126B is Linux-only (no Android support).
A: RK3588 is the flagship with higher CPU (4x A76 + 4x A55 vs 4x A72 + 4x A53), better GPU (Mali-G610 vs G52), more displays (4 vs 2), faster interfaces (PCIe 3.0 vs 2.1, USB 3.1 vs 3.0), and broader Android/Linux ecosystem maturity. RK3576 offers the same 6 TOPS NPU at approximately 50-60% of RK3588 cost with lower power consumption (1.2W vs typical 3-5W). Choose RK3588 for: 8K video applications, multi-display systems, highest CPU/GPU performance, and products where BOM cost is secondary to performance. Choose RK3576 for: cost-sensitive AI applications, single/dual display systems, battery-conscious designs, and products where the 6 TOPS NPU is the primary value proposition.
A: Wanlin provides end-to-end AI deployment support: (1) Model assessment — we review your model architecture, accuracy requirements, and performance targets to determine the optimal Rockchip platform (RK3588 6 TOPS, RK3576 6 TOPS, RK3572 4 TOPS, RV1126B 3 TOPS). (2) Model conversion — we convert your trained model (TensorFlow/PyTorch/ONNX) to RKNN format using Rockchip's toolkit. (3) Quantization optimization — we apply INT8/INT16/FP16/BF16 quantization to maximize NPU utilization while maintaining accuracy. For RK3572, we leverage W4A16 asymmetric MAC for ultra-low-bit inference. (4) Performance benchmarking — we measure inference latency, throughput, NPU utilization, and accuracy vs your baseline. (5) Deployment integration — we integrate the optimized RKNN model into your application with C++/Python API. Typical timeline: 1-2 weeks for initial model optimization, 4-6 weeks for production-ready deployment with accuracy validation.
For evaluation boards, OEM pricing, Android/Linux BSP access, AI model deployment consultation, and partnership discussions for Rockchip embedded solutions in Paris:
Email: Androidsbc@163.com
Phone: +8613261677119
Website: www.androidboard.tech
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