The IPC-810 is a 4U rackmount industrial computer built around expansion rather than size: nine 19-inch rack units of steel, two internal drive positions and up to seven PCI/PCIe slots in a single chassis. It runs an Intel Core i3/i5/i7 from the 3rd to the 14th generation, or a Hygon 3350 where the project requires a non-Intel x86 processor, with DDR3/DDR4 memory up to 32 GB and SATA storage to 8 TB.
Rear I/O covers HDMI, DVI and VGA for three displays, one Gigabit Ethernet port, a configurable RS-232/422/485 serial port, six USB ports and PS/2. The all-metal body is rated from -10 °C to 60 °C and uses active fan cooling, so a frame grabber, motion card and GPU can work in the same machine.
The IPC-810 is a 4U rackmount industrial computer: 482 mm wide, 463 mm deep and 175 mm high, with two front handles and an all-metal front panel that locks. It slides into a standard 19-inch cabinet, and everything an operator touches sits behind that door — power switch, two USB ports, drive bays and status LEDs. Nothing needs to be opened to start a shift.
Inside it is a conventional but industrial-grade build: a long-life industrial motherboard, an Intel Core processor or a Hygon 3350, DDR3/DDR4 memory up to 32 GB and room for two SATA drives. That combination is what machine-vision, motion-control and DVR projects actually need, and it is the reason a rackmount chassis outlives a desktop tower in a cabinet that never drops below 40 °C.
The standard platform is an industrial motherboard with an Intel Core i3/i5/i7 from the 3rd to the 14th generation. We quote the generation that matches your software and your cards, not automatically the newest one: 12th–14th Gen parts bring hybrid cores and higher peak clocks, while older generations still have the widest driver coverage for legacy PCI cards and for Windows 7.
A Hygon 3350 option is available where the project requires a non-Intel x86 processor — typically a domestic-platform requirement in a Chinese tender, or a customer standardising on Hygon across a fleet. It runs the same x86 software, so the difference is in procurement, not in the application.
Storage is SATA, from 128 GB to 8 TB, SSD or HDD, with two drive positions. The usual split is an SSD for the operating system and a large HDD for images, logs or video, which keeps write endurance off the system disk and makes the data disk replaceable without a reinstall.
The drive bays sit behind the front door, so a disk can be changed without pulling the unit out of the rack. The door also carries the key lock, the power and HDD indicator lights, and the two front USB ports used for a keyboard during commissioning.
Cooling is active: multiple internal fans pull air through the perforated front panel and exhaust at the rear. That is deliberate. A 4U chassis carrying a 65–125 W processor and four add-in cards cannot be cooled passively, and a passively cooled box in a closed cabinet is how thermal throttling starts.
The body is all-metal, folded and screwed rather than glued, with the front panel on a hinge and the top cover removable for card access. Leave one rack unit of clearance above the unit and keep the rear exhaust unobstructed; if your cabinet runs hot, tell us the measured ambient and we will quote the fan and filter configuration that suits it.
Graphics are integrated, with HDMI, DVI and VGA on the rear panel. Three outputs means an operator screen, a second review monitor and a legacy VGA panel can run from one unit without an add-in card. Where the application needs more, a discrete graphics card goes into the PCIe x16 slot.
Networking is one Gigabit Ethernet port as standard, expandable, and the serial port is configurable as RS-232, RS-422 or RS-485 — the three interfaces that cover PLCs, weighbridges, barcode scanners and legacy machine controllers. Six USB ports (expandable) and PS/2 are provided for peripherals that industrial software still expects.
Operating range is -10 °C to 60 °C, storage -20 °C to 60 °C. The enclosure is all-metal and grounded, and the design is validated with electrostatic discharge testing, which is what separates an industrial chassis from a desktop one on a factory floor where welders and drives share the same supply.
The sheet-metal parts are treated for moisture and corrosion resistance, and the front intake is perforated rather than open, so cable swarf and dust do not fall straight onto the motherboard. For food, plating or other wet environments, ask for the sealed-panel and filter variant — the standard unit is splash-resistant, not washdown-rated.
Supported systems are Windows 7, 8 and 10; Linux including Ubuntu and CentOS; and the domestic distributions Kylin and UOS. Drivers for the chipset, NIC, graphics and serial ports are supplied with the unit, and we will pre-install and burn-in the image you specify if you send it to us.
If your application is a 32-bit Windows 7 tool from 2012, say so at quotation: the CPU generation and the storage controller are chosen around that constraint, and the answer is rarely the newest board in the catalogue.
The chassis suits any project that needs several add-in cards in one enclosure, in a cabinet, on a production floor:
· Machine vision — inspection stations running a frame grabber and a discrete GPU
· Industrial automation — cell controllers, SCADA hosts, multi-card control cabinets
· Rail transit — passenger information, ticketing and onboard control racks
· Medical equipment — imaging consoles and PACS workstations
· Intelligent transportation — roadside cabinets, tolling and traffic control
Self-service terminals — kiosk controllers with card readers and a second display
CPU generation, memory size, storage capacity, drive type, card configuration, serial protocol, front panel logo, silk-screen, BIOS boot logo, OS image and packaging are all built to order. Because the machine is assembled rather than moulded, a change in card list or drive size does not need a new tooling budget.
Send the requirement list — CPU, memory, disks, cards, OS, logo — and we will return a configuration with the slot map and a lead time. Single units for evaluation are available; OEM branding starts at the quantity agreed for your configuration.
The unit can be supplied with CE, FCC, LVD and RoHS documentation for the configuration you order. The declaration of conformity is issued against the exact bill of materials, because the graphics card, radio module and power supply each change the test scope — a certificate for a base unit does not automatically cover a build with a discrete GPU.
The factory runs an ISO 9001 quality system with 12 inspection points from incoming sheet metal to final power-on, and reports a repair rate below 0.5%. Meetneng holds more than 30 patents covering chassis structure, thermal design and embedded control.
Every unit is assembled, powered, burned in and function-tested before packing, including a check of each installed card and each display output. Standard warranty is one year on the complete unit plus three years on hardware; stocked configurations ship within 72 hours, built-to-order units follow the lead time on the quotation.
Packing list: one IPC-810 chassis, one power cord, and the drive and card configuration as ordered. Rack rails and a discrete graphics card are quoted separately.
Item | Specification |
Model | IPC-810 |
Form factor | 4U rackmount industrial computer, 19-inch |
Motherboard | Industrial motherboard |
Processor | Intel Core 3rd–14th Gen i3 / i5 / i7; Hygon 3350 |
Graphics | Integrated graphics; discrete graphics card optional |
Audio | Integrated sound card, 1 × audio output |
Memory | DDR3 / DDR4 — 4 GB / 8 GB / 16 GB / 32 GB |
Storage | SATA 128 GB / 256 GB / 512 GB / 1 TB / 2 TB / 4 TB / 8 TB, SSD or HDD; 2 drive positions |
Front panel | 1 × power switch, 2 × USB, power and HDD indicators, key lock, optical drive bay (no ODD by default) |
Rear panel | 6 × USB (expandable), 1 × COM (RS-232 / RS-422 / RS-485), 1 × GbE (expandable), 1 × VGA, 1 × HDMI, 1 × DVI, 1 × audio, 1 × PS/2, AC power inlet |
Expansion slots | 2 × PCI (expandable to 6); 1 × PCIe x16 (optional); 1 × PCIe x4 (optional) |
Operating system | Windows 7 / 8 / 10, Linux (Ubuntu, CentOS), Kylin, UOS |
Dimensions | 482 × 463 × 175 mm (W × D × H) |
Cooling | Active — multiple internal fans, perforated front intake |
Operating temperature | -10 °C to 60 °C |
Storage temperature | -20 °C to 60 °C |
Meetneng (Foshan Lineng Electronic Equipment Co., Ltd.) is an industrial computing manufacturer based in Shunde, Foshan, Guangdong, China. Founded in 2008, the company designs, builds and supports industrial panel PCs, fanless industrial PCs, embedded computers, rackmount servers, industrial displays and rugged tablets for automation projects worldwide.
Our 5,000 m² production base runs an ISO 9001 quality system with a 12-step inspection process covering incoming components, assembly, burn-in, function testing and final packing. Units are built from globally sourced components, and our field repair rate is kept below 0.5%.
OEM and ODM are core to how we work rather than an add-on service. Our engineering team adjusts display size, processor platform, memory and storage, interface layout, enclosure structure, operating system image and branding to match a specific machine or project — from a single evaluation unit to series production, with drawings for approval before tooling.
Meetneng products are used in factory automation, smart manufacturing, machine vision, transportation, energy, medical equipment and industrial IoT. Every project is supported by pre-sales configuration advice, testing before shipment, and after-sales remote diagnostics with spare-parts supply.
Meetneng is backed by the Vinwo Electronics Group and employs a 20-plus member R&D team holding more than 30 patents in industrial computer and display design. The 5,000 m² factory follows ISO 9001 with 12 inspection nodes and produces a catalogue of over 1,000 product types, supported by more than 30 certificates covering safety, EMC, environmental compliance and design patents.
Products are exported to more than 100 countries and regions and are in service with over 15,000 customers, including Haier, Gree, BYD, Hikvision, Foxconn and CRRC. That customer base is the reason our configurations are standardized rather than improvised: the same chassis, mounting pattern and BIOS behaviour are already deployed in production environments, so a new project starts from a proven baseline instead of a prototype.
If you are standardizing a plant, retrofitting an existing machine or sourcing a private-label industrial PC, send us the application and peripheral list — we will propose a configuration and a sample schedule.
