Rear mounted 2 RS232 (COM1/2 can support RS485) Scalable 4 RS232
USB
Front end 2 USB 2.0 Rear 8 USB 3.2
Display
1*VGA,1*HDMI 2.0
PS interface
/
Expansion Slots
2*PCI-E X16，3*PCI-E X4 | 2*PCIE X16 3*PCIE X4
LPT parallel port
scalable
Audio
Mic in, Line out
Dimensions
482*463*175mm
Mounting
Shelf style/desktop style
Operating Temperature
-30℃ to +70℃
Storage Temperature
-40℃ to +80℃
Storage Humidity
10%~95%, non-condensing
Material
Aluminum
Color
Black & Blue
Led Indicator Light
Power, Storage
Control Buttons
Power Button
ConfigurationsList
Chipset
CPU
Clock rate
Audit count
Memory
Storage
Expand
LAN
H310
I3-6100
3.70 GHz
2 cores and 4 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
1*PCIE X16, 2*PCI, 1*PCIE X4
1*I219+1*I226
H310
I5-6500
3.20 GHz
4 cores and 4 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
1*PCIE X16, 2*PCI, 1*PCIE X4
1*I219+1*I226
H310
I7-6700
3.40 GHz
4 cores and 8 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
1*PCIE X16, 2*PCI, 1*PCIE X4
1*I219+1*I226
H310
I3-8100
3.60 GHz
6 cores and 6 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
1*PCIE X16, 2*PCI, 1*PCIE X4
1*I219+1*I226
H310
I5-8400
2.80 GHz
6 cores and 12 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
1*PCIE X16, 2*PCI, 1*PCIE X4
1*I219+1*I226
H310
I7-8700
3.20 GHz
4 cores and 4 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
1*PCIE X16, 2*PCI, 1*PCIE X4
1*I219+1*I226
H610
I5-10400
2.90 GHz
6 cores and 12 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
2*PCIE X16, 3*PCIE X4
1*I219+1*I226
H610
I7-11700
2.50 GHz
8 cores and 16 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
2*PCIE X16, 3*PCIE X4
1*I219+1*I226
H610
I3-12100
4 large cores
4 cores and 8 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
2*PCIE X16, 3*PCIE X4
1*I219+1*I226
H610
I5-12400
6 large cores
6 cores and 12 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
2*PCIE X16, 3*PCIE X4
1*I219+1*I226
H610
I7-12700
8 large cores+4 small cores
12 cores and 20 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
2*PCIE X16, 3*PCIE X4
1*I219+1*I226
H610
I3-14100
3.5 GHz
4 cores and 8 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
2*PCIE X16, 3*PCIE X4
1*I219+1*I226
H610
I5-14400
6 large cores+4 small cores
10 cores and 16 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
2*PCIE X16, 3*PCIE X4
1*I219+1*I226
H610
I7-14700K
8 large cores+4 small cores
20 cores and 28 threads
2*DDR4 MAX64G
3*SATA 3.0+1*M.2 NVME
2*PCIE X16, 3*PCIE X4
1*I219+1*I226
1. High-Wattage High-Efficiency Industrial Power Supply System
The core technical advantage of VG-IPC610 lies in its upgraded high-wattage power supply solution, supporting multiple high-power specifications including 500W, 850W and 1200W, fully adapting to high-performance CPUs, discrete graphics cards and multi-device expansion loads. Adopting 80 Plus Gold-certified energy-saving technology, the power supply maintains high conversion efficiency under full and partial load conditions, effectively reducing power consumption and heat generation. It supports wide-range AC voltage input (90–240V), ensuring stable power output against industrial voltage fluctuations and power interference. Optional redundant power supply configuration enables uninterrupted power supply and hot-swap replacement, avoiding system downtime caused by single power failure and greatly improving the reliability of critical industrial control and server systems.
VG-IPC610 features a front-to-back dual-channel airflow cooling design with high-CFM industrial fans, forming a streamlined and efficient heat dissipation air duct. The front high-speed intake fans quickly bring in cold air, while the rear exhaust fans efficiently discharge internal heat, achieving full coverage heat dissipation for CPUs, power supplies and storage devices. Equipped with intelligent temperature control fan logic, the system automatically adjusts fan speed according to internal temperature, balancing optimal heat dissipation performance and low noise operation. A detachable dust filter is pre-installed at the air inlet to block industrial dust and particle pollution, preventing fan blockage and heat dissipation attenuation, and lowering long-term maintenance frequency.
Built with high-strength industrial steel plates, the chassis features an integrated reinforced frame structure with excellent compression resistance and deformation resistance. The hard disk bay adopts professional rubber buffer shockproof design, which effectively offsets vibration and impact from factory equipment operation and transportation, protecting hard disk data security and extending hardware service life. The whole machine passes strict electromagnetic compatibility (EMC) optimization, resisting strong electromagnetic interference in industrial workshops, power plants and automation production lines. It supports a wide operating temperature range of 0℃–50℃, adapting to high-temperature, dusty and humid harsh industrial environments and realizing stable 7×24-hour uninterrupted operation.
As a standard 4U rackmount chassis compliant with industrial cabinet specifications, VG-IPC610 supports mainstream ATX, Micro-ATX and industrial-grade motherboards, compatible with multi-generation Intel Core and Xeon high-performance processors. It reserves abundant storage expansion space, with multiple 5.25-inch external drive bays and 3.5-inch internal hard disk bays, meeting large-capacity data storage and multi-disk array expansion demands. The chassis retains complete industrial I/O expansion space, supporting multi-card parallel installation of graphics cards, motion control cards and data acquisition cards, perfectly matching high-load computing, visual detection, industrial data collection and other high-expansion application scenarios.
The chassis is equipped with a lockable front door to prevent unauthorized opening and equipment tampering, ensuring on-site equipment safety. Front-panel intuitive LED indicators clearly display power status and hard disk operating status, enabling real-time equipment status monitoring. Front-accessible fan and dust filter design supports tool-free disassembly and replacement, greatly improving on-site maintenance efficiency. Standard rackmount installation design is compatible with mainstream industrial standard cabinets, realizing fast deployment and fixed installation, suitable for centralized equipment management in industrial automation, intelligent monitoring, edge computing and server room scenarios.
1. Industrial Automation & Smart Manufacturing
As the core carrier of factory industrial control hosts, VG-IPC610 is suitable for automated production line control, PLC linkage scheduling, robotic arm operation control, and workshop data acquisition and analysis. Its high-wattage power supply supports long-term stable operation of high-performance motherboards, multi-channel acquisition cards and motion control cards, meeting the high-load computing demands of precision manufacturing, automotive assembly, electronic processing and other production scenarios. The industrial rugged structure features shock resistance, dust resistance and electromagnetic interference resistance, adapting to complex workshop environments, ensuring 7×24-hour uninterrupted operation of production control systems, and improving the overall automation and operational stability of production lines.
2. Machine Vision & Industrial Inspection
Machine vision systems require sustained high-performance graphics computing and multi-device access capability, making VG-IPC610 an ideal chassis solution. The high-power power supply fully supports discrete graphics card expansion and multi-camera synchronous access, adapting to product defect detection, size sorting, visual positioning and high-definition image recognition scenarios in industrial production. Its efficient front-to-back heat dissipation system effectively solves the heat accumulation problem of long-time GPU high-load operation, avoiding performance attenuation caused by overheating. The rich expansion slots can be equipped with dedicated vision acquisition and processing cards, realizing real-time analysis and rapid feedback of massive image data, widely used in precision industrial inspection and intelligent sorting equipment.
3. Edge Computing & Industrial Server Deployment
For industrial edge computing and small-scale server room deployment scenarios, VG-IPC610 delivers outstanding comprehensive performance. Compatible with high-wattage power supply and redundant power supply configuration, it guarantees uninterrupted power supply for key computing equipment and avoids data loss and system downtime caused by power failure. The standard 4U 19-inch rackmount design supports centralized cabinet installation, facilitating unified management and maintenance of edge servers. It can carry high-performance processors and large-capacity storage arrays, completing on-site real-time collection, calculation, storage and upload of industrial big data, effectively reducing cloud computing pressure and improving the response speed of industrial edge systems.
4. Intelligent Security & Video Surveillance
VG-IPC610 is perfectly applicable to industrial-grade video monitoring, DVR storage and intelligent security management systems. The high-power power design supports stable operation of multi-hard-disk array storage devices, meeting the long-cycle video storage demands of factory parks, industrial bases and comprehensive monitoring scenarios. The sealed dustproof structure and wide-temperature operating design adapt to indoor and outdoor complex monitoring environments, ensuring stable operation of equipment in high-temperature, humid and dusty conditions. It supports multi-channel video decoding and streaming processing, realizing real-time monitoring, video playback and abnormal alarm analysis, and is widely used in industrial security, smart park and urban industrial monitoring systems.
In the fields of smart power, new energy monitoring, rail transit and environmental protection detection, VG-IPC610 provides reliable hardware support for professional industrial systems. It can be deployed in power distribution monitoring equipment, photovoltaic energy storage control systems, highway toll monitoring and rail transit on-site control terminals. With excellent EMC anti-interference performance and wide-voltage power supply adaptation capability, it can resist complex electromagnetic interference and voltage fluctuation interference in energy and transportation scenarios. It also supports multi-sensor data access and real-time operational data analysis, realizing intelligent monitoring, fault early warning and data statistics for energy equipment and environmental quality.
6. Commercial Intelligent Equipment & Industrial Control Hosts
The chassis is also applicable to commercial intelligent terminal hosts, industrial control display systems, factory data management hosts and other scenarios. Its flexible hardware compatibility supports diverse configuration upgrades from mainstream civilian-grade to industrial-grade motherboards, meeting the differentiated computing demands of different commercial and industrial scenarios. The tool-free maintenance design and lockable safety structure reduce on-site operation and maintenance costs, while the low-noise heat dissipation design adapts to indoor office and monitoring room deployment environments, achieving a perfect balance between high performance, stability and usability.
