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BASCO Industrial PC
Flexible & Highly Expandable Industrial BOX PC IBPC-D6 Optional Interfaces High Cost-Effectiveness
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About Flexible & Highly Expandable Industrial BOX PC IBPC-D6 Optional Interfaces High Cost-Effectiveness
BASCO IBPC-D6 Technical Parameters Supports 6th/7th/8th/9th Gen CPU
the table display is not optimized for mobile devices. Please contact online customer service to obtain the data sheet.
Flexible Industrial BOX PC Specification
| Model | IBPC-D6 |
| CPU | Intel® 6th/7th/8th/9th Gen Core™ i9/i7/i5/i3/Pentium®/Celeron® LGA1151 processors (CoffeeLake 14nm 8/9th Gen, KabyLake 14nm 7th Gen, Skylake 14nm 6th Gen) |
| Chipset | Intel® H110/Q170 chipset |
| BIOS | 64Mb SPI FLASH |
| Memory | Supports 2x DDR4 2133/2400/2666 MHz memory slots, up to 64GB |
| Display | 1x VGA, 1x DVI-D, 1x HDMI display interfaces |
| Network | 2x Intel® i210AT, 1x Intel® i219LM |
| Storage | 1x mSATA, 1x M.2 M-Key SATA/NVMe X42280 (Q170); Optional 2.5" or 3.5" HDD bay, Q170 supports RAID0 acceleration/RAID1 mirroring |
| USB | Default 6x USB 3.0, expandable for more USB ports |
| COM | Default 2x COM, optional TTL/RS232/422/485 protocols, optional chip isolation, optional optocoupler isolation, expandable for more COM ports |
| Expansion Interfaces | Rich interface expansion options: COM, USB, SMBUS, PS/2, LPT, 16/32 GPIO, multi-network vision cards, light source controllers |
| Expansion Slots | Rich slot expansion options: 1x full-length mini PCIe slot for Wi-Fi, 4G, MVB modules, etc.; 1x M.2 B-Key 3042/3052 slot for 4G/5G modules, etc.; Flexible PCIe16X, 4X (Q170), 1X, PCI slots, with dozens of expansion slot options |
| GPIO | Optional 16/32 GPIO, optional motherboard standard GPIO, optional optocoupler isolated robust GPIO, supports dry and wet contacts, bi-directional optocoupler isolation, withstands voltages up to 80V. NPN/PNP modes available. DI filters interference, not active below 5V. DO amplified via OD gate, output current up to 300-500mA |
| Audio | Realtek sound card, supports Line-out, Mic-in |
| Watchdog | Watchdog reset function, supports system reboot within 1-255 seconds |
| Power Interface | Lockable power interface, input voltage options: 12V, 19V, 24V, 36V, 48V, 55V; default wired power terminal, multiple power terminal options available (see specifications) |
| Operating System | Windows 7/10/11, various Linux versions, UOS Kirin, and others |
| Fanless Design | Sealed fanless body for heat dissipation, eliminating the risk of failure due to internal cooling fans and dust buildup |
| Temperature-Controlled Auxiliary Fan | Optional external temperature-controlled auxiliary fan, operates at idle speed at low temperatures, increases fan speed as temperature rises, easy to disassemble and maintain. The fan assists in heat dissipation in high-temperature, closed environments, enhancing system stability and comfort |
| Placement | Horizontal placement fixed design, multi-slot version supports vertical placement fixed design |
| Operating Environment | Operating Temperature: -10℃~60℃, Storage Temperature: -20℃~85℃, Operating Humidity: 5%~95% (non-condensing), Vibration: SSD 5Grms/5~500Hz/random; HDD 1Grms/5~500Hz/random, Shock: SSD 50G/half-sine/11ms; HDD 20G/half-sine/11ms |
| EMC/Certifications | CE/FCC/CCC |
Optional Processor
| Model | Cores | Base Frequency | Turbo Frequency | Power Consumption |
|---|---|---|---|---|
| I9-9900 | 8 Cores | 3.1G | 5.0G | 65W |
| I9-9900T | 8 Cores | 2.1G | 4.4G | 35W |
| I7-9700 | 8 Cores | 3.0G | 4.7G | 65W |
| I7-9700T | 8 Cores | 2.0G | 4.3G | 35W |
| I7-8700 | 6 Cores | 3.2G | 4.6G | 65W |
| I7-8700T | 6 Cores | 2.4G | 4.0G | 35W |
| I7-7700 | 4 Cores | 3.6G | 4.2G | 65W |
| I7-7700T | 4 Cores | 2.9G | 3.8G | 35W |
| I7-6700 | 4 Cores | 3.4G | 4.0G | 65W |
| I7-6700T | 4 Cores | 2.8G | 3.6G | 35W |
| I7-6700TE | 4 Cores | 2.4G | 3.4G | 35W |
| I5-9600 | 6 Cores | 3.1G | 4.6G | 65W |
| I5-9500 | 6 Cores | 3.0G | 4.4G | 65W |
| I5-9500T | 6 Cores | 2.2G | 3.7G | 35W |
| I5-8600 | 6 Cores | 3.1G | 4.3G | 65W |
| I5-8600T | 6 Cores | 2.3G | 3.7G | 35W |
| I5-8500 | 6 Cores | 3.0G | 4.1G | 65W |
| I5-8500T | 6 Cores | 2.1G | 3.5G | 35W |
| I5-8400 | 6 Cores | 2.8G | 4.0G | 65W |
| I5-8400T | 6 Cores | 1.7G | 3.3G | 35W |
| I5-7500 | 4 Cores | 3.4G | 3.8G | 65W |
| I5-7500T | 4 Cores | 2.7G | 3.3G | 35W |
| I5-7400 | 4 Cores | 3.0G | 3.5G | 65W |
| I5-7400T | 4 Cores | 2.4G | 3.0G | 35W |
| I5-6600 | 4 Cores | 3.3G | 3.9G | 65W |
| G5420 (9th Gen) | 2 Cores | 3.8G | / | 54W |
| G5400 (8th Gen) | 2 Cores | 3.7G | / | 58W |
| G4930 (8th Gen) | 2 Cores | 3.2G | / | 54W |
| G4900 (8th Gen) | 2 Cores | 3.1G | / | 54W |
| G4600 (7th Gen) | 2 Cores | 3.6G | / | 51W |
| G4560 (6th Gen) | 2 Cores | 3.5G | / | 54W |
| G4400 (6th Gen) | 2 Cores | 3.3G | / | 54W |
| G4400T (6th Gen) | 2 Cores | 2.9G | / | 35W |
| G3930 (7th Gen) | 2 Cores | 2.9G | / | 51W |
| G3900 (6th Gen) | 2 Cores | 2.8G | / | 51W |
| G3900T (6th Gen) | 2 Cores | 2.6G | / | 35W |
IBPC-D6 Slot Expansion Card
- Expansion slots offer flexible PCIe/PCI combinations for various needs.
- Independent power supports high-power devices, up to dual 300W graphics cards.
- Optional fan system for heat management in high-power cards.
- Extra space for additional and external pull-out hard drives.
Dual-slot Expansion Card
| Model | IPC-CARD-PE | IPC-CARD-PP | IPC-CARD-E4E |
| Dual-slot Expansion Card |  |
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| Slot 1 | PCI | PCI | PCIE4X |
| Slot 2 | PCIE8X | PCI | PCIE16X |
Tree-slot Expansion Card
| Model | IPC-CARD-PPE | IPC-CARD-PPP | IPC-CARD-E1E4E | IPC-CARD-E4E1E |
|---|---|---|---|---|
| Tree-slot Expansion Card |  |
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| Slot 1 | PCI | PCI | PCIE1X | PCIE4X |
| Slot 2 | PCI | PCI | PCIE4X | PCIE1X |
| Slot 3 | PCIE16X | PCI | PCIE16X | PCIE16X |
Four-slot Expansion Card
| Model | IPC-CARD-PE4PE | IPC-CARD-PEE4E | IPC-CARD-PPPE | IPC-CARD-E4E4EE |
| Four-slot Expansion Card |  |
 |
 |
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| Slot 1 | PCI | PCI | PCI | PCIE4X(4X) |
| Slot 2 | PCIE4X | PCIE16X(8X) | PCI | PCIE4X(4X) |
| Slot 3 | PCI | PCIE4X | PCI | PCIE16X(8X/4X) |
| Slot 4 | PCIE16X | PCIE16X(16X/8X) | PCIE16X | PCIE16X(16X/8X/4X) |
Dual 2x Width GPU Four-Slot Expansion Card
| Model | IPC-CARD-NE4E4ENE |
| Dual Double-Wide GPU Quad-Slot Card |
 |
| Slot 1 | PCIE4X (4X) |
| Slot 2 | PCIE4X (4X) |
| Slot 3 | PCIE16X (8X/4X) |
| Slot 4 | PCIE16X (16X/8X/4X) |
Dual 2.5x Width GPU Four-Slot Expansion Card
| Model | IPC-CARD-NE1NEE4NE |
| Dual 2.5 Slot GPU Quad-Slot Card |
 |
| Slot 1 | PCIE4X (1X) |
| Slot 2 | PCIE16X (8X) |
| Slot 3 | PCIE4X (4X) |
| Slot 4 | PCIE16X (16X/8X) |
Partial Box Size Parameters Illustration
You can select different chassis sizes according to your needs to accommodate different GPUs
210mm GPU solution
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Chassis length: 210mm, supports GPUs up to 210mm. For independent power GPUs, notify in advance for power adjustment. |
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260mm GPU solution
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Chassis length: 260mm, supports GPUs up to 260mm. For independent power GPUs, notify in advance for power adjustment. |
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300mm GPU solution
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Chassis length: 300mm, supports GPUs up to 300mm. For independent power GPUs, notify in advance for power adjustment. |
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350mm GPU solution
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Chassis length: 350mm, supports GPUs up to 350mm. For independent power GPUs, notify in advance for power adjustment. |
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Partial box size parameters illustration
Drawings and Dimensions
Explore More Industrial Control Products
Customer Reviews
Fulcrum Control Technologies
We needed several mini PCs for different automation tasks and found BASCO during our search for compact industrial systems. Their team quickly understood our requirements and made the necessary hardware adjustments without complicating the process. Communication was smooth, response time was fast, and—even with customization—the delivery timeline exceeded expectations. Pricing was reasonable compared with other industrial suppliers. For anyone looking for reliable mini PCs with flexible configuration options, BASCO is a solid choice.
Takamul Automation Group
After facing repeated production downtime due to overheating in our legacy controllers, we searched for industrial computers with strong environmental resistance. BASCO stood out with their IP67-rated units and TÜV-certified vibration compliance, which gave us confidence to deploy them in our automotive welding lines. Their systems offered a cost advantage without compromising build quality. Since installation, we’ve seen significantly more stable operation under the tough thermal and EMI conditions of our facility.
DeltaSync Industrial
We began working with BASCO after meeting their engineering team at Hannover Messe 2019. Their technical depth became clear early on: they optimized our testing cycle through remote customization, pinpointed an EMC-related alignment issue we had struggled to diagnose, and helped reduce long-term maintenance costs through a structured TCO program. Based on consistent performance and engineering support, we upgraded BASCO to our Tier-1 supplier list and extended our partnership through 2030.
Präzision Dynamics
After three years of continuous operation in our machining environment, BASCO’s rugged systems have demonstrated impressive reliability. Their engineers supported us through detailed hardware hardening and ensured smooth integration with our existing automation layer. Though custom builds took additional time, the return on investment has been clear: stable 24/7 performance, reduced unplanned downtime, and a predictable lifecycle plan that helps lower our equipment refresh costs.
Dhruva Nanotech
Integrating new industrial PCs into our legacy control infrastructure was a major challenge, but BASCO handled it professionally from the start. Their team planned a phased migration that allowed us to upgrade with zero downtime. The redundant hardware design eliminated several failure points in our old system. What we appreciate most is their proactive lifecycle support—keeping our compliance standards current and giving us clear upgrade guidance ahead of regulatory changes.
Sílício Brasil
When our fab’s legacy controllers started showing signs of instability, BASCO provided replacement units on a surprisingly tight schedule. Their IPCs were compatible with our older drivers and introduced useful improvements like real-time thermal monitoring. The custom ESD-safe configuration took additional coordination but worked flawlessly once deployed. Since installation, we haven’t experienced any unexpected outages, and firmware updates have strengthened system security without disrupting operations.
Yantrix
In our Chennai plant, seasonal heat and dust caused frequent shutdowns in our previous computers. BASCO’s heat-resilient motherboards and IP-rated enclosures significantly reduced these incidents. Their local engineering support was particularly valuable—they understood India’s grid fluctuations and delivered surge-hardened systems that other vendors couldn’t provide. Since implementation, emergency repair calls have dropped noticeably, and overall equipment lifespan has improved.
AmandlaGrid
In our African operations, high ambient temperatures and unstable power grids often push control systems to their limits. BASCO supplied temperature-resilient motherboards and IP66 dust-proof IPCs that performed reliably even under 48°C conditions. Their engineers also helped stabilize our power input with supercapacitor-based solutions. While customization extended lead times slightly, the improvements in system lifespan and reduction in failures have been substantial.
Технопром Автоматика
Our Siberian plant requires equipment that can start and operate in extremely low temperatures. BASCO’s cold-resistant industrial PCs performed reliably where several competitor units had failed. Their protective coatings also helped reduce corrosion issues caused by smelting fumes. After deployment, we recorded fewer temperature-related failures and smoother integration with our older PLC systems. For operations in harsh winter climates, BASCO has proven to be a dependable partner.
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