An industrial PC supplies the computing host behind a machine, display, gateway, or data collection system. Unlike an integrated panel computer, it can be installed separately from the operator screen. Anhui Wenrui Metal Products Co., Ltd. welcomes inquiries from automation integrators, embedded equipment manufacturers, and industrial distributors comparing computing platforms. The first selection question is which software and connected devices the host must support.
The actual product listing includes ANBOX, NANO-I, NANO, GW100, and BPC-102H. These products cover different processor architectures, enclosure arrangements, and cooling approaches. Their specifications should be evaluated separately. A compact box shape does not establish that a computer is fanless, and a category description cannot replace the data for the selected hardware revision.
The NANO Intel Celeron embedded industrial computer publishes J1900 or N2840 processor options, a fanless enclosure, dual Gigabit LAN, serial connections, and HDMI plus VGA outputs. Its listed dimensions are 136 by 127 by 40 millimeters. It is a useful reference for compact host integration, subject to software compatibility and the processing demands of the application.
The NANO-I Intel Core industrial edge computer describes Core processor configurations and active cooling. Its published enclosure is larger than NANO and includes additional USB connectivity. This platform should be assessed where the application requires a different computing package. Processor selection still needs testing because a family name alone does not determine throughput for a particular database, inspection routine, or gateway workload.
The ANBOX Rockchip ARM industrial mini computer describes an ARM platform with Android and Linux deployment paths. It also lists dual LAN, industrial DC terminal input, and peripheral connections. Treat this as a different software architecture from the x86 products. An application package or driver compiled for one architecture may require modification or a different version before it runs on the other.
An embedded host can collect readings, maintain local records, and forward information to a supervisory system. Specify the device protocols, polling requirements, and record retention period. Identify what happens during a network outage and when it reconnects. These details determine storage, software, and connection requirements more clearly than a broad industrial IoT label.
Inspection tasks may involve image acquisition, analysis, and results presentation. Separate those functions when sizing the host. Camera count, frame rate, image size, and algorithm complexity affect the workload. Use production samples in the evaluation and measure response under the full software environment. Do not assign an unsupported AI or machine-vision performance claim to an unspecified configuration.
Kiosk hosts and transport information systems may need stable screen output, peripheral management, and remote application updates. Define the media formats, resolution, network arrangement, and service method. A host mounted behind a display also needs enough clearance for heat and cable access. The enclosure layout should be assessed as part of the terminal design.
| Selection dimension | x86 compact platform | ARM platform | Buyer action |
|---|---|---|---|
| Application compatibility | Assess the intended Windows or Linux build | Assess Android or the offered ARM Linux image | Test actual application packages and dependencies |
| Cooling approach | May be passive or active by model | Confirm the selected enclosure and processor | Review thermal conditions for the actual build |
| Device communication | Published serial, USB and LAN vary | Interfaces depend on the chosen board | Create a device-to-port schedule |
| Local records | Drive options differ across products | Storage arrangement needs confirmation | Size retention and recovery requirements |
| Mounting | Use the model drawing and kit | Use the model drawing and terminal layout | Trial the host inside the final enclosure |
The comparison helps organize procurement rather than ranking architectures universally. A supported ARM application may suit a dedicated terminal, while an existing x86 tool may make another platform easier to deploy. Identify mandatory software before considering alternatives. The cost of application redevelopment can exceed the difference between computer quotations.
NANO uses passive cooling, while NANO-I describes active ventilation. BPC-102H product images also identify dual fans, despite its presence in the fanless category. This is a reason to request the actual cooling arrangement in writing. Assess airflow access, dust exposure, and service obligations for the offered hardware instead of transferring a category label to each model.
Power input, grounding, and cable routing need equally clear specifications. Name the site voltage and the desired connector arrangement. Confirm whether the proposed build includes a standard adapter or expects an equipment supply. Keep antenna locations, serial connectors, and network cables accessible. Reserve space for service tools and replacement without dismantling unrelated machine components.
| Evaluation | Representative condition | Evidence for purchasing |
|---|---|---|
| Application load | Normal tasks with logging and background services | Resource use and acceptable response |
| Peripheral access | Actual devices, drivers and cables | Successful communication and reconnect behavior |
| Network handling | Intended routes and temporary connection loss | Record continuity and defined recovery |
| Thermal installation | Final enclosure and nearby heat sources | Operation within agreed limits |
| Image restoration | Approved backup on a replacement sample | Repeatable deployment procedure |
For a fleet deployment, retain the hardware bill, BIOS settings, operating system image, and application version. Add the interface mapping and approved accessory list. Purchasing teams can then order a configured system instead of relying on an informal product description. This also helps maintenance staff identify whether a replacement unit needs different drivers or wiring.
Customization inquiries may cover motherboard selection, memory, storage, ports, branding, startup settings, and operating system preparation. Mechanical changes should include dimensioned drawings and connector clearance. Explain which requirements are fixed and which can use supported standard options. Request confirmation of feasibility and identify engineering work separately from recurring hardware supply.
For wholesale and project orders, ask for configuration-specific MOQ, sample arrangements, production lead time, warranty terms, and change notification. Avoid inventing an annual supply commitment from a general manufacturer description. Agree the requested service and documentation in the quotation so the buyer can evaluate the hardware and procurement conditions together.
No. A box-style host can connect to an external monitor or run without a local display. The required operator interface and maintenance method determine whether a screen is needed. Confirm video outputs and remote access requirements for the selected arrangement.
Not necessarily. Architecture, operating system, application packaging, and drivers must match the destination platform. Ask the software owner to assess compatibility and test the real application. A common Linux label does not make all binaries interchangeable.
No. The documented range includes different cooling arrangements. NANO-I describes active cooling, and BPC-102H images show dual fans. Verify the quoted configuration's thermal design before specifying maintenance or installation exposure.
Use the same processor, RAM, storage, interfaces, power arrangement, software preparation, mounting kit, and acceptance requirement. Ask suppliers to identify exclusions and substitutions. Compare the configured package and integration work rather than the bare host price alone.
Use the Contact Us page for an industrial PC project quotation to provide Anhui Wenrui Metal Products Co., Ltd. with your software list, devices, installation drawing, and purchasing schedule. State the required architecture and cooling conditions where they are already defined. This gives the model review a practical foundation for configuration and sample testing.
