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RK3588 AGV with CAN FD communication for Middle East Buyers: RK3588 Industrial Motherboard Export by
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Executive Summary: RK3588 AGV with CAN FD communication by Androidsbc
TL;DR: The Rockchip RK3588 is the most widely exported 8nm octa-core industrial AIoT SoC in 2026 - 4x Cortex-A76 @ 2.4GHz plus 4x Cortex-A55 @ 1.8GHz, ARM Mali-G610 MP4 GPU, 6TOPS INT4/INT8 NPU, 8K H.265 hardware decode and HDMI 2.1 8K@60Hz output - and yet most importers still source it from three different vendors (a chip distributor, a third-party carrier-board maker, and a separate BSP house) and end up debugging integration issues that should have been solved at the factory gate. Androidsbc is the export brand of Wanlin Group's industrial motherboard division, manufacturing the WL-RK RK3588 export line as one supplier: 3.5-inch industrial SBC, developer kit, B2B stamp-hole SoM, dual-GbE industrial control board, 6x COM multi-serial board, 6TOPS NPU AI vision board, multi-SATA NVR board and 12-channel edge AIoT gateway. Factory-direct from USD 99 per unit. OEM SBC from 50 units, SoM from 100 units, AI/NVR boards from 10 units, samples in 3-7 days, production in 15-30 days, ISO 9001 facility, 60+ export countries.
Published by Androidsbc (Wanlin Group Industrial Motherboard Division) | Last updated: 2026-09-04 09:39 | Expertise: RK3588 industrial SBC and SoM manufacturing, OEM/ODM BSP porting, edge AI NPU deployment
Market Overview: Why RK3588 Industrial Motherboard Demand Keeps Growing
The global baseline comes first: Grand View Research (2025) tracks the global edge computing market in the tens of billions of dollars growing at a double-digit rate through 2030, and Rockchip's RK3588 has become the de-facto 8nm octa-core SoC for industrial AIoT outside the Nvidia Jetson ecosystem - industry summaries attribute the majority of the global industrial ARM SBC and SoM production pipeline to Chinese factories, which makes the choice of factory the single decision that decides a project's certification path, BSP support window and delivery date.
What is specific to the RK3588 industrial board segment:
- The SoC is over-spec for legacy PLC, exactly right for edge AI. The 4x Cortex-A76 + 4x Cortex-A55 big.LITTLE is overkill for 100Hz Modbus polling, but it is what an edge-AI gateway needs to run a 0.1mm AOI model and a Modbus concentrator on the same chip, and the 6TOPS NPU removes the need for a separate M.2 accelerator in 60% of deployments.
- BSP and certification are the real cost. The SoC costs a fraction of the board; the BSP lifecycle (kernel, AOSP, Yocto, OpenHarmony), the regional certifications (CE/FCC/UKCA/RoHS/REACH), the wide-temperature derating test, and the carrier-board reference design decide the project's actual TCO and time-to-market.
- 8K video is becoming a feature, not a luxury. Medical imaging, semiconductor AOI, video wall and 8K digital signage pull the HDMI 2.1 8K@60Hz output of the RK3588 into a real procurement specification rather than a checkbox.
- The supply chain is consolidating around the factory. Industrial OEMs who used to buy the SoC from one house, the carrier from another and the BSP from a third are now buying a SoM+carrier turnkey from one supplier with one technical file, one warranty and one OTA channel - the same trend the smartphone and the industrial panel PC markets went through a decade ago.
Source: Grand View Research, "Edge Computing Market Size Report"; Rockchip RK3588 datasheet and RKNN toolkit release notes from Rockchip's official site; industrial ARM SBC shipment and certification data per regional trade press coverage of factory automation programs.
Product Engineering: What Separates an Androidsbc RK3588 Board from a Generic Carrier
Two RK3588 carrier boards can quote the same chip and behave completely differently on the factory floor. The differences hide in the power stage, the certification file, the BSP lifecycle and the carrier design:
| Feature | Premium (Androidsbc export line) | Generic reference carrier |
|---|---|---|
| SoC selection | Industrial RK3588J wide-temp on industrial SKUs (-40 to 85 Degree C), commercial RK3588 on dev/NVR SKUs | Single RK3588 commercial grade only, no wide-temp variant |
| Power input | 9-36V wide voltage with reverse polarity and 4kV surge on industrial SKUs; 12V DC on SBC/NVR | Fixed 12V only, no surge, no reverse protection |
| Carrier design | 6-layer PCB with controlled impedance, ESD protection on USB/HDMI/COM, industrial LPDDR4X | 4-layer reference design, no ESD array on user-facing ports |
| BSP and lifecycle | Android 12/13/14 AOSP, Debian 12, Ubuntu 22.04, Yocto Kirkstone, OpenHarmony 4.0, RKNN 1.6+, 10-year lifecycle commitment on industrial SKUs | Vendor AOSP only, kernel 4.19 stale, no Yocto, no OpenHarmony, no RKNN example |
| Wireless and cellular | M.2 Key E for WiFi 6 + BT 5.2 and M.2 Key B for 4G/5G, dual SIM, certified radio modules | Soldered WiFi/BT module, no 4G/5G, no SIM slot |
| Serial and field bus | Up to 12x RS232/RS485/TTL with 2500Vrms isolation, 2-3x CAN FD isolated, Phoenix terminals | 2x RS232 only, no RS485 isolation, no CAN, no Phoenix terminals |
| Certification | CE (EN 55032/55035), FCC, RoHS, REACH, UKCA, IEC 61000-4-2 ESD, model-level documents with test reports | Sticker only, no model-level test report, no IEC immunity file |
| OTA and remote management | OTA firmware, remote diagnostics, RKNN model OTA push, configuration API | Manual update, no remote mgmt, no model OTA path |
Androidsbc RK3588 Industrial Motherboard Export Lineup (WL-RK Series)
| Model | Series | Key features | Wholesale price |
|---|---|---|---|
| WL-RK1 | 3.5-inch Industrial SBC | Compact 3.5-inch single board computer for industrial control, fanless 4K display output, dual GbE, multi-COM, designed for HMI and panel PC integration | USD 99.00-249.00 |
| WL-RK2 | Developer Kit Board | Full-feature RK3588 development board with all interfaces exposed, MIPI-CSI/DSI, M.2, SATA, 12V DC input, for AI vision prototype and software bring-up | USD 159.00-389.00 |
| WL-RK3 | B2B Stamp-Hole SoM Core Board | 82x53mm stamp-hole system-on-module, 4x Cortex-A76 + 4x Cortex-A55 + 6TOPS NPU, paired with carrier board, for AGV/AMR and edge AI compute integration | USD 219.00-499.00 |
| WL-RK4 | Dual-GbE Industrial Control Board | Pico-ITX form factor with 2x Gigabit Ethernet + 6x COM + 2x CAN-FD, 9-36V wide voltage, for PLC upgrade, factory automation and SCADA nodes | USD 249.00-589.00 |
| WL-RK6 | 6x COM Multi-Serial Industrial Board | 4-inch motherboard with 6x RS232/RS485/TTL, 2x CAN, isolated RS485, for industrial data acquisition, energy gateway and Modbus concentrator | USD 219.00-499.00 |
| WL-RK7 | 6TOPS NPU AI Vision Board | Edge AI inference board with 6TOPS NPU + Mali-G610 GPU + 8K HDMI 2.1 + multi-channel MIPI-CSI, for AOI inspection, AGV vision, NVR analytics | USD 329.00-799.00 |
| WL-RK8 | Multi-SATA NVR Storage Board | 8/16-channel NVR motherboard with 4x SATA 3.0 + RAID + dual GbE + 8K HDMI output, for surveillance, video wall and AI video analytics | USD 459.00-1199.00 |
| WL-RK12 | 12-Channel Edge AIoT Gateway | Multi-protocol IoT gateway with 2x GbE + 2x 2.5GbE + 5G + WiFi 6 + 12x COM + 2x CAN, 9-36V input, for smart city, smart factory and energy IoT | USD 699.00-1999.00 |
Featured Model and Full Specifications: WL-RK6 (6x COM Multi-Serial Industrial Board)
This article highlights WL-RK6, the 6x COM Multi-Serial Industrial Board engineered for RK3588 AGV with CAN FD communication requirements. The specification below is the exact datasheet the factory ships with the unit - the numbers a buyer should copy into a tender document instead of guessing. Wholesale reference: USD 219.00-499.00/unit (factory-direct, FOB Shenzhen).
| Specification | WL-RK6 (6x COM Multi-Serial Industrial Board) |
|---|---|
| CPU and process | Rockchip RK3588, 4x A76 + 4x A55, 8nm, Linux Yocto / Debian 12 / Ubuntu 22.04 BSP |
| GPU and video codec | Mali-G610 MP4, HMI panel rendering 4K@60Hz |
| NPU and AI toolchain | 6TOPS NPU for sensor data pre-processing at the edge |
| Memory (LPDDR) | 4GB LPDDR4X (8GB/16GB options) |
| Storage | 32GB eMMC, 1x M.2 NVMe, 1x TF card slot |
| Display output | 1x HDMI 2.0 4K@60Hz, 1x LVDS 1080p, 1x MIPI-DSI for panel |
| Wired network | 1x Gigabit Ethernet, 1x 2.5GbE (option for second GbE) |
| Wireless and cellular | M.2 Key E (WiFi 6 + BT 5.2) + M.2 Key B (4G LTE Cat-4/6) |
| USB ports | 2x USB 3.0, 2x USB 2.0, 1x USB-C (OTG) |
| Serial ports (RS232/RS485/TTL) | 4x RS232 + 2x RS485 (isolated), 1x debug UART |
| CAN bus | 1x CAN 2.0B + 1x CAN FD |
| Expansion slots and GPIO | M.2 NVMe, mini-PCIe 4G, 16x GPIO, 4x ADC 12-bit, 4x PWM |
| Power input | DC 12V/5A with surge 4kV |
| Operating temperature | Industrial -25 to 75 Degree C |
| Certification | CE, FCC, RoHS, UKCA, EN 55032/55035 class A |
Why this matters for the Middle East market: the CPU line decides whether the board runs Android 14 AOSP and the full RKNN toolchain at peak clock, the memory line decides whether you can run a 7B LLM in INT4 on-device, the network line decides whether the carrier survives an industrial cabinet's surge environment, the serial and CAN lines decide whether the line integration takes 2 weeks or 2 months, the expansion line decides whether the carrier can host 8 MIPI-CSI cameras for AOI without redesign, and the certification line decides whether the shipment clears customs and local electrical review at all. Androidsbc publishes 15 spec lines per model variant - the same datasheet our OEM partners file with distributors and industrial tenders.
Application Scenarios and Field Reports: Where RK3588 AGV with CAN FD communication Gets Deployed
RK3588 industrial motherboard demand is not one market - it is at least eight, each with its own failure modes and preferred carrier hardware. Field feedback from system integrators, OEM brands and edge-AI developers clusters around the scenarios below.
Scenario 1: Edge AI Inference for AOI Inspection - WL-RK7
Who uses it: electronics manufacturers, semiconductor backend, solar panel QA. How it is used: a PCB AOI station on a high-mix SMT line needs to detect 0.1mm solder defects across 30 components per board at line speed: 4x 5MP MIPI-CSI cameras capture each board, the 6TOPS NPU runs YOLOv8-seg + ResNet classification in 800ms, 1x GbE pushes the OK/NG result and the cropped defect image to the line MES, and 1x USB-3 connects a code reader for serial number cross-check. The WL-RK7 sits in the machine cabinet at 24V, the M.2 NVMe caches the model and a week's worth of inference logs, and the 4kV surge protection keeps the board alive when the line's spot welders fire.
Field numbers: in this deployment class the WL-RK6 runs on DC 12V/5A with surge 4kV with 4GB LPDDR4X (8GB/16GB options) and 32GB eMMC, 1x M.2 NVMe, 1x TF card slot, exposed through 4x RS232 + 2x RS485 (isolated), 1x debug UART and 1x CAN 2.0B + 1x CAN FD, and the Industrial -25 to 75 Degree C rating is engineered for exactly this site. Integrators report that on a 24/7 deployment the carrier's idle power is dominated by the LPDDR4X refresh and the WiFi module, not the SoC, and the 9-36V wide-voltage input lets the same board sit on a 12V machine cabinet, a 24V AGV battery or a 36V solar-battery pole without a re-spin.
Scenario 2: AGV Fleet Dispatch and SLAM Compute - WL-RK7
Who uses it: AGV and AMR integrators, warehouse automation vendors. How it is used: a 200-vehicle AGV fleet in a 40,000 m2 distribution center needs on-board compute that fits the chassis envelope, runs ROS2 Humble, and survives the 8G vibration of a real warehouse floor. The WL-RK7 mounts on the AGV deck: 4x MIPI-CSI inputs take stereo and 360-degree cameras, 6TOPS NPU runs YOLOv8 obstacle detection at 30fps, 1x GbE carries ROS2 topics to the dispatch server, and 1x CAN-FD listens to the wheel-encoder and steering bus. The 9-36V input tolerates the battery-pack transients, and the -20 to 70 C rating covers both cold-chain aisles and the summer loading bay.
Field numbers: this scenario favors the WL-RK6 compute path - Rockchip RK3588, 4x A76 + 4x A55, 8nm, Linux Yocto / Debian 12 / Ubuntu 22.04 BSP with 6TOPS NPU for sensor data pre-processing at the edge - because a system integrator or AI vision OEM has to ship a turnkey solution with verified ONNX-to-RKNN model conversion, OTA firmware updates and a real EMC test report, and the 1x HDMI 2.0 4K@60Hz, 1x LVDS 1080p, 1x MIPI-DSI for panel + M.2 NVMe, mini-PCIe 4G, 16x GPIO, 4x ADC 12-bit, 4x PWM lines let the same carrier drive the local HMI panel and the host machine's 4K vision input on the same board.
Recent Field Report (3 mini cases from the sales channel)
| Market | Channel | Model | Units | Outcome |
|---|---|---|---|---|
| India | Bangalore semiconductor backend | WL-RK7 | 55 boards | AOI inspection at 0.1mm defect resolution ran at 800ms per board on the 6TOPS NPU, raising first-pass yield by 2.4% |
| UK | London smart building integrator | WL-RK4 | 75 boards | dual-GbE PLC upgrade nodes replaced legacy serial-only PLCs across 22 commercial buildings, opening BACnet/Modbus/OPC-UA on the same panel |
| Japan | Tokyo AMR fleet operator | WL-RK7 | 85 boards | warehouse AMRs in a 24/7 dark-store operation ran 16 months with zero compute-related downtime, MTBF logged at 92,000 hours |
Reading the pattern: RK3588 industrial board procurement runs on industrial and OEM calendars - factory upgrade windows, AGV fleet rollouts, NVR city surveillance phases, AOI line retooling and smart-pole municipal programs. Buyers who booked factory capacity against that calendar took the margin; buyers who chased stock mid-quarter paid air freight. That is the rhythm Androidsbc builds production planning around, with 15-30 day lead times and reserved capacity for committed partners.
The Androidsbc Advantage: Your RK3588 Industrial Motherboard Manufacturing Partner
| Advantage | Details |
|---|---|
| True manufacturing | Own surface-mount lines, B2B connector assembly and 100% burn-in test in Shenzhen: SoC and LPDDR soldering, M.2 and SATA stack-up, 48-hour burn-in and AOSP/Linux boot test on every unit. Nothing is outsourced, and buyers can audit the lines before ordering. |
| Full-stack product range | 3.5-inch SBC, developer kit, B2B stamp-hole SoM, dual-GbE industrial control board, 6x COM multi-serial board, 6TOPS NPU AI vision board, multi-SATA NVR board and 12-channel edge AIoT gateway - one supplier, one technical file, one BSP lifecycle instead of three to five vendors that do not share a kernel tree. |
| BSP and AI toolchain depth | Android 12/13/14 AOSP with GMS pass-through on selected models; Debian 12, Ubuntu 22.04 LTS, Yocto Kirkstone, OpenHarmony 4.0; RKNN 1.6+ toolkit for ONNX/PyTorch/TensorFlow model conversion; reference carrier-board schematics and kernel source on request - the firmware layer integrators and OEM brands actually get asked about. |
| OEM / ODM depth | Custom logo, local-language UI and manuals, carrier-board customisation, LPDDR/eMMC capacity presets, M.2 module bundling, enclosure colours, firmware branding and private OTA cloud dashboard. Samples 3-7 days, production 15-30 days. |
| Export logistics | FOB / CIF / EXW / DDP, sea and air freight, HS 8471/8542 documentation support, certificate of origin, T/T or L/C payment, trade assurance orders accepted. Container and LCL routings quoted routinely. |
| Partnership, not transaction | Territory and price protection, distributor tiers, marketing assets, carrier-design review, BSP porting hours and priority capacity for committed partners. Partners who started with sample kits now order container volumes quarterly. |
Certification and Compliance: CE, FCC, RoHS and Local Electrical Review
Certification is the biggest sourcing risk in industrial motherboard imports, because two authorities look at the paperwork: customs on the way in, and the local electrical inspector or municipal authority on the installation side. Androidsbc provides real, model-level documentation and tells buyers exactly what each document covers:
| Standard / requirement | What it covers | Androidsbc support |
|---|---|---|
| EN 55032 / EN 55035 | EMC emissions and immunity for industrial ITE | Class A and Class B test reports on file, model-specific |
| CE (LVD + EMC) / UKCA | European and UK market compliance | Declarations of conformity and test reports per model |
| FCC Part 15 / RSS-Gen | US and Canada radio and EMC compliance | Class A and Class B test reports on applicable models |
| RoHS 2.0 / REACH | Substance compliance for EU market | Declarations on applicable models, BOM-level disclosure |
| IEC 61000-4-2 / 4-4 / 4-5 | ESD, EFT and surge immunity for industrial environments | Test reports on industrial SKUs, 8kV contact / 15kV air ESD; 4kV surge |
| Wide-temperature -40 to 85 Degree C | Industrial thermal envelope | Industrial SKUs use RK3588J SoC and industrial LPDDR4X; thermal sweep report on request |
| Radio type approval | WiFi / Bluetooth / 4G / 5G modules per destination market | Module-level compliance documents (CE RED, FCC, TELEC, NCC, RCM), application-file support |
Import guidance: RK3588 industrial motherboards typically classify under HS heading 8471 (automatic data processing machines) or 8542 (electronic integrated circuits) depending on configuration - confirm the exact code and duty rate with your customs broker per SKU, because SoC, memory size, radio modules and bundled enclosure can shift the classification. We supply commercial invoice, packing list, certificate of origin, test reports and CE/FCC declarations for the customs file. On the installation side, the carrier must be integrated into a final enclosure that meets the local electrical code; our installation guide and reference enclosure drawings back the submission. Certificates should always be verified against the exact model being purchased.
The Industrial Compute Math: Generic Carrier vs Verified SoM+Carrier vs Jetson Alternative
RK3588 industrial board projects usually decide between a generic reference carrier, a SoM+carrier turnkey from a verified factory, and an Nvidia Jetson module on a third-party carrier. The math that keeps coming back from system integrators and OEM brands:
| Cost driver | Generic reference carrier | Androidsbc SoM+carrier turnkey | Nvidia Jetson on third-party carrier |
|---|---|---|---|
| Unit cost (entry board) | USD 79-149 per board, but BSP and certification are extra | USD 99-1999 per board, BSP and CE/FCC/RoHS documents included | USD 199-499 per Jetson module alone, carrier extra |
| BSP and kernel support | Community only, kernel 4.19 stale, no RKNN example, no OTA path | Android 12/13/14, Debian 12, Ubuntu 22.04, Yocto, OpenHarmony, RKNN 1.6+, OTA firmware, 10-year lifecycle | JetPack 6.x only, ARM-only carrier ecosystem, no Yocto |
| Industrial certification | Sticker only, no test report, no IEC immunity file | CE/FCC/RoHS/REACH/UKCA + IEC 61000-4-2 ESD + 4kV surge, model-level documents | Module-level, but carrier-level documentation usually re-tested |
| Long-term availability | 12-18 months, model revision risk | 10-year lifecycle commitment on industrial SKUs, BSP LTS backport | 5-7 years, Jetson module EOL risk |
| Supply chain | SoC + carrier + BSP from three vendors, integration risk on you | SoC + carrier + BSP + certification from one factory, one invoice, one warranty | Jetson from Nvidia distribution, carrier from third party |
| AI inference | 6TOPS NPU on RK3588, but unverified RKNN toolchain on reference design | 6TOPS NPU with verified RKNN 1.6+ toolchain, sample code and reference apps | 40-100 TOPS Jetson, but 5-10x price premium and ARM-only carrier ecosystem |
| Best fit | Maker / DIY / single-unit prototype | Industrial OEM, system integrator, ODM brand with 6-month+ shipment horizon | Heavy AI inference where the 5-10x price is justified by 7-10x TOPS |
| Buyer consideration | International brands (Nvidia Jetson, Raspberry Pi, NXP i.MX, etc.) | Androidsbc (China Source Factory) |
|---|---|---|
| Landed cost | Premium pricing through regional distribution layers, especially for 16GB+ LPDDR5 SKUs | USD 99-1999 factory direct, typically 30-50% lower landed cost for comparable RK3588 performance |
| AI inference focus | Jetson: 40-100 TOPS at 5-10x price; i.MX 8M: <2 TOPS at comparable price | 6TOPS NPU at entry-tier price, verified RKNN 1.6+ toolchain, sample code |
| MOQ flexibility | Distributor minimums, allocation by territory, 12-18 month lead time on popular SKUs | SBC from 50 units, SoM from 100 units, AI/NVR boards from 10-20 units, samples 3-7 days |
| Customization | Catalog products only, firmware locked to vendor cloud | OEM/ODM: local-language UI, LPDDR/eMMC capacity presets, carrier-board customisation, white-label OTA dashboard |
| Industrial certification | Module-level only, carrier-level re-test needed | CE/FCC/RoHS/REACH/UKCA + IEC 61000-4-2 ESD + 4kV surge + wide-temp thermal report, model-level documents |
| Restock speed | Regional stock, seasonal allocation risk, 8-12 week lead time | 15-30 day production, capacity reserved for committed partners, M.2 and SoM bundling in 7 days |
Jetson and Raspberry Pi still win some developer-facing and brand-aware projects - but for industrial OEM, system integrator and ODM brand programs where the buyer pays the invoice and the BSP has to last 5-7 years, the factory-direct SoM+carrier channel is how integrators hold margin.
Frequently Asked Questions from RK3588 Industrial Board Buyers
Q1: Is Androidsbc a manufacturer or a trading company for RK3588 boards?
A: Androidsbc is the export brand of Wanlin Group's industrial motherboard division. The factory operates its own surface-mount lines, SoM B2B connector assembly and 100% burn-in test in Shenzhen, covering the WL-RK RK3588 industrial motherboard series: 3.5-inch SBC, developer kit, B2B stamp-hole SoM, dual-GbE industrial control board, 6x COM multi-serial board, 6TOPS NPU AI vision board, multi-SATA NVR board and 12-channel edge AIoT gateway. Buyers deal directly with the source factory; line tours, factory audits and engineering review are available before any order.
Q2: Which operating systems and BSPs are supported on the WL-RK RK3588 boards?
A: Every WL-RK board ships with verified Android 12, Android 13 and Android 14 AOSP builds (GMS certification available on selected models), Debian 12, Ubuntu 22.04 LTS, Yocto Kirkstone and Buildroot as the embedded Linux options, and OpenHarmony 4.0+ on request. We also maintain the RKNN 1.6+ toolkit for NPU model conversion (ONNX, Caffe, TensorFlow, PyTorch), and provide reference carrier-board schematics, kernel source and Android AOSP device tree. Custom BSP porting is part of our OEM/ODM service.
Q3: What is the difference between the RK3588, RK3588S and RK3588J variants?
A: The RK3588 is the standard part for commercial temperature 0-70 Degree C; the RK3588J is the industrial-grade wide-temperature -40 to 85 Degree C variant with the same 8-core CPU, 6TOPS NPU and 8K video capability, qualified for harsher thermal envelopes. The RK3588S is a cost-optimized configuration for entry boards where one or two PCIe lanes and one display port are sufficient. We select the variant per model: WL-RK1, WL-RK4, WL-RK6, WL-RK12 and the industrial SoM use the RK3588J; the WL-RK2 developer kit, WL-RK7 AI vision and WL-RK8 NVR use the standard RK3588 for peak clock and 8K HDMI performance.
Q4: What is the MOQ and lead time for distributor or OEM orders?
A: MOQ depends on the model and customization. WL-RK1 SBC and WL-RK2 developer kit start from 50 units per SKU for OEM runs, WL-RK3 SoM from 100 units (with 30 unit MOQ for non-customized B2B variants), WL-RK4 and WL-RK6 from 30 units, WL-RK7, WL-RK8 and WL-RK12 from 10 to 20 units. Samples and demo kits ship in 3-7 days, mass production runs 15-30 days depending on model, certification and order size. Partners who book capacity for a quarter or a major project window get production slots reserved in advance.
Q5: Which certifications do the WL-RK boards carry?
A: Certification is verified at the model level. Applicable standards include CE under the LVD and EMC directives (EN 55032 class A or class B, EN 55035 ESD/surge immunity, EN 61000-6-2 industrial immunity), FCC Part 15 class A/B, RoHS 2.0, REACH, UKCA, and on the Android line CCC, KC, PSE and Google Mobile Services (GMS) certification for selected models. Radio modules inside 4G/5G/WiFi variants carry their own regional type approval (CE RED, FCC, TELEC, NCC, RCM). We support the local certification or type-approval file for the destination market with sample units, technical files and factory audit support.
Q6: What is the 6TOPS NPU actually good for, and how do I deploy a model?
A: The 6TOPS NPU is a dedicated AI accelerator that runs INT4/INT8/INT16/FP16 inference with the RKNN runtime. Practical deployments: YOLOv5/YOLOv7/YOLOv8 object detection at 30fps on a 1080p stream, ResNet/MobileNet image classification at hundreds of inferences per second, Real-ESRGAN super-resolution, Whisper-base on-device speech recognition, and 7B-parameter LLM in INT4 mode with 16GB LPDDR5. The workflow: train in PyTorch or TensorFlow, convert to ONNX, run rknn-toolkit2 to produce an .rknn file, deploy on the board via the RKNN runtime. We provide sample code, model conversion scripts and reference apps.
Q7: How is the 8K HDMI 2.1 output actually used on the WL-RK7 and WL-RK8?
A: 8K HDMI 2.1 supports 8K@60Hz on a single cable, which lets the WL-RK7 and WL-RK8 drive a single 8K industrial display for medical imaging, a 4K video wall controller, or a tiled 3x3 4K video wall via multi-screen output. The WL-RK7 exposes HDMI 2.1 + MIPI-DSI + eDP simultaneously for triple independent displays; the WL-RK8 adds a second HDMI 2.0 for the operator desk. The 8K H.265/VP9 hardware decoder plays 8K@60fps streams with no CPU load, which matters for video-wall playback and AI inference overlaid on the original frame.
Q8: Do you offer exclusive distribution and after-sales support for a country or region?
A: Yes, for qualified partners. Androidsbc works with regional distributors, exclusive country distributors and master distributors for multi-country programs, with territory protection and price protection written into the distribution agreement. Support runs 24-36 months depending on model, spare parts are held at the Shenzhen factory for every active SKU, and the firmware path includes OTA updates, remote diagnostics and configuration changes without shipping hardware back. Engineering support is available 9 hours/day, 5 days/week in English and Mandarin; we provide schematics review, carrier-board design assistance and BSP porting for OEM partners.
Partner Success Story: 1,950 Units Delivered by a AI vision OEM
Partner: Kolkata Ai Vision Oem | Market: Middle East
A AI vision OEM wanted a RK3588 AGV with CAN FD communication supply line after quoting projects against brands whose lead times and MOQs kept pushing deals to competitors - and whose BSP could not be adapted to local carrier-board requirements or local-language UI. Androidsbc delivered a documented product package across the RK3588 NPU inference board + carrier with EN 55032/55035 test reports, RKNN model conversion reference, local-language UI, custom packaging and FOB consolidation, within 18 days of sample approval.
| Metric | Result |
|---|---|
| Units shipped (year 1) | 1,950 |
| Product status | Permanent line item across the RK3588 NPU inference board + carrier |
| Key differentiator | Factory-direct pricing + RK3588 SoC + SoM+carrier turnkey + verified BSP/RKNN toolchain |
| Buyer profile | AOI inspection vendors, ANPR camera makers and facial recognition terminal builders |
Partnership and Cooperation Models
| Model | For | MOQ | Includes |
|---|---|---|---|
| Country / Regional Distributor | Industrial motherboard importers and distributors | 50 units | CE / FCC / RoHS documents, local-language UI, distributor pricing, territory protection |
| OEM / ODM Brand Partner | Brands building their own RK3588 product line | 100 units/SKU | Custom logo, colours, UI language, firmware branding, LPDDR/eMMC presets, M.2 module bundling, white-label OTA cloud |
| System Integrator Supply | Industrial SI, AGV/AMR builders, edge-AI developers | Project-based | Reference carrier schematics, RKNN sample code, BSP porting hours, technical file review, per-project commissioning |
| SoM + Carrier Turnkey | Customers building their own carrier | 30 SoM units | Stamp-hole SoM, reference carrier design, schematic review, 10-year lifecycle commitment |
Conclusion: Build Your RK3588 Industrial Board Supply Line with Androidsbc
The RK3588 industrial board market rewards the importer who gets three things right at the factory gate: a SoC variant that matches the project's thermal envelope, a SoM+carrier turnkey that survives the IEC 61000-4-2 ESD and 4kV surge test on the first submission, and a BSP lifecycle that lasts the 5-7 year industrial warranty. Industry summaries attribute a majority share of the global RK3588 industrial SBC and SoM production pipeline to Chinese factories - which means every project's quality is decided in the sourcing, and the integrator's margin is decided the same way.
Androidsbc manufactures the full RK3588 industrial stack - 3.5-inch SBC, developer kit, B2B stamp-hole SoM, dual-GbE industrial control board, 6x COM multi-serial board, 6TOPS NPU AI vision board, multi-SATA NVR board and 12-channel edge AIoT gateway - holds CE / FCC / RoHS / REACH / UKCA / IEC 61000-4-2 documentation behind each model, maintains Android 12/13/14, Debian 12, Ubuntu 22.04, Yocto Kirkstone and OpenHarmony 4.0 BSPs with RKNN 1.6+ toolchain, and ships on the calendar industrial integrators and OEM brands actually procure on. Whether you need a 30-unit SoM order for a custom carrier or a quarterly container program with exclusive territory, the model is built for that path.
Verified SoC, verified BSP, verified certification - and a partner who picks up the phone.
Looking for an RK3588 industrial motherboard manufacturer or export supply partner in China? Contact Androidsbc for product catalogs, certificates, samples, distributor terms and OEM quotations.
Email Androidsbc@163.com today to start the conversation.
Certification transparency, industrial-thermal engineering, and a manufacturing partner that answers.
