Small equipment housings require careful planning because the computer shares space with power supplies, cables, and peripherals. A compact MINI PC can reduce the host footprint, but installation success depends on usable clearance around it. Anhui Wenrui Metal Products Co., Ltd. welcomes OEM and distributor inquiries for embedded terminals, signage controllers, data stations, and small automation assemblies. Start with a drawing of the available volume and access route.
The MINI PC listing contains NANO and NANO-I. These are distinct platforms with different enclosure dimensions, processor families, and cooling arrangements. Select the model against its documented specification and the application's requirements. The category's compactness should not be taken as a promise that every version has the same ports, thermal behavior, or software support.
The NANO compact fanless mini industrial PC states dimensions of 136 by 127 by 40 millimeters. Its table describes Celeron J1900 or N2840 options, 4 or 8 GB DDR3L memory, dual storage connections, two LAN ports, and five USB ports. These published details provide a starting point for a compact equipment design. Confirm the drive and memory supplied in the quotation.
The NANO-I Core processor mini industrial computer publishes a 178.4 by 127 by 60-millimeter enclosure and active cooling. It describes six USB connections, dual LAN, and serial interfaces. The larger enclosure may be acceptable when software or peripherals favor this platform. Evaluate the processor configuration offered rather than assuming every Core option provides identical application performance.
For a project requiring a different software ecosystem, the ANBOX ARM compact embedded host provides a related alternative from the industrial computer range. It is not one of the two listed MINI PC products, but its Android and ARM Linux positioning may be relevant. Any architecture change should be reviewed by the application's developer before hardware is purchased.
A mini computer's published dimensions describe the body, not the installed assembly. Ethernet plugs, serial connectors, video cables, antenna connections, and strain relief can add substantial space. Place these items on the equipment drawing. Check whether a technician can remove each connector after neighboring components are installed. A host that fits tightly may become difficult to replace later.
Right-angle adapters can help in some layouts, but they introduce additional connection points and may obstruct adjacent ports. Trial the chosen adapters with the actual model. Do not rely on a drawing showing empty connectors. Equipment builders should include the full cable assembly in the prototype approval because it determines the practical footprint.
Passive cooling needs heat to move from the chassis to its surroundings. Active cooling needs a suitable air path. Avoid enclosing either arrangement in an unreviewed pocket beside a hot power supply. Evaluate the mini PC with its normal workload and final mounting orientation. Compactness is useful only when the installed system maintains suitable operating conditions.
| Published item | NANO | NANO-I | Integration meaning |
|---|---|---|---|
| Body dimensions | 136 x 127 x 40 mm | 178.4 x 127 x 60 mm | Compare installed volume after adding cables |
| Processor positioning | Celeron J1900 or N2840 | Listed Core configurations | Validate the offered CPU against software demand |
| Cooling description | Fanless passive enclosure | Active cooling and ventilation | Plan clearance and maintenance accordingly |
| USB quantity | Five published ports | Six published ports | Map devices and service connections |
| Network arrangement | Two Gigabit LAN ports | Two Gigabit LAN ports | Specify routing and driver requirements |
| Drive connections | mSATA and SATA described | mSATA and SATA described | Confirm populated drives and retention capacity |
The comparison uses published series information, not a fixed promise for every customized unit. Ask the supplier to list deviations in its configuration sheet. A storage connector does not mean that a drive is included, and a wireless expansion slot does not mean that the radio is installed. Clear inclusion rules make quotations and receiving checks more reliable.
A signage host should be evaluated using the required media, output resolution, playback schedule, and remote update process. Check startup behavior and display reconnection after an interruption. For a self-service terminal, add scanners, printers, and touch input to the trial. A smooth media demonstration alone does not establish complete kiosk functionality.
For a logger, define reading frequency, file growth, and local retention. For a workstation, include browsers, reporting tools, and background management services. A low-demand application may fit one platform comfortably while another requires more resources. Measure the working system and allow an agreed margin for expected growth without assigning unsupported performance figures.
| Procurement step | What to document | Useful outcome |
|---|---|---|
| Prototype installation | Host location, cables and mounting kit | Repeatable equipment assembly |
| Software approval | Image, drivers and startup settings | Consistent application behavior |
| Peripheral validation | Device mapping and reconnection results | Fewer unresolved integration tasks |
| Bulk order reference | Exact components and included accessories | Clear receiving inspection |
| Replacement planning | Backup image and spare configuration | Practical service restoration |
For devices fitted in inaccessible housings, assess how service staff will reach the power control or recover the application. Confirm supported startup settings with the supplier. Remote access should follow the customer's network and account policy. A compact host should have a documented recovery method rather than depending on a temporary development arrangement.
OEM buyers can discuss logo marking, RAM, storage, interface options, wireless modules, and application image preparation. Provide the installation drawing and software dependencies. If a mount must change, explain the structure and vibration conditions relevant to the equipment. Ask which options are supported on the selected platform and which require separate engineering approval.
Request sample pricing, MOQ, batch lead time, packaging, and component change handling for the intended build. Industrial distributors should identify the variants they plan to stock rather than mixing several configurations under one description. Keep product labels useful for distinguishing memory, storage, architecture, and software image versions during support.
The installed footprint includes plugs, cable bends, antennas, mounting hardware, and thermal clearance. Model the complete assembly before approving the enclosure. An installation trial is the most direct way to discover conflicts between the host and adjacent equipment.
An expansion provision does not establish that a radio module and antenna are supplied. Specify Wi-Fi, cellular, or Bluetooth requirements and ask what the quotation includes. Test the selected module with the intended network and enclosure arrangement.
Choose by the actual media workload, output requirements, cooling conditions, and software support. Trial playback and recovery with representative content. A processor-family comparison is useful, but it does not replace testing the complete signage application.
Use an identifier tied to the approved CPU, memory, drive, ports, radio options, and software preparation. Keep records of revisions and included accessories. This helps sales and support teams distinguish units that share a similar enclosure but differ internally.
Provide Anhui Wenrui Metal Products Co., Ltd. with the available installation space, application, connection list, and estimated quantities through the Contact Us form for MINI PC OEM supply. Include a cable layout where space is tight. The proposal can then address the installed host rather than only the dimensions of an empty chassis.
