Scalable Computing Nodes.
Powered by Intel® Core™.
Consumer-grade fragility is discarded. A highly scalable, industrial computing platform is engineered by us.
Whether an efficient Core™ i3 for standard POS terminals, a balanced i5 for digital signage, or a high-performance i7 for edge AI is required, absolute stability is guaranteed. Your infrastructure is powered flawlessly, 24/7.
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Engineered for Unforgiving Environments.
Toys are for homes. Our computing nodes are deployed where downtime equals massive revenue loss.
Operational Uptime
24/7/365
Thermal Mastery
Thermal throttling is eradicated. Heavy-duty aluminum alloy chassis and pure copper heat pipes are utilized. Fanless (passive cooling) and Smart Active Cooling architectures are provided to ensure maximum CPU performance in high-temperature commercial environments.
Mission-Critical I/O
Dongles and adapters are eliminated. Multiple RS232/RS485 COM ports, Dual Gigabit LAN, and abundant USB 3.0 interfaces are embedded natively on the motherboard. Seamless connection to legacy industrial equipment and modern retail peripherals is achieved.
Unattended Operation Logic
Manual intervention is minimized. "Auto Power-On" after power loss and hardware Watchdog Timers are deeply integrated into the BIOS. System crashes are detected automatically, and reboots are executed without human assistance.
Processing Power, Scaled to Your Needs.
From standard POS terminals to multi-camera edge computing, the correct CPU tier is deployed seamlessly.
The Essential Node
Intel® Core™ i3 Series
Cost-efficiency is maximized. Engineered for standard Smart POS systems, ticketing terminals, and single-screen digital signage. Reliable daily operations are handled effortlessly.
The Performance Node
Intel® Core™ i5 Series
Multi-tasking bottlenecks are broken. Built for self-service kiosks, dual-screen POS environments, and 4K digital menu boards. Smooth user interactions are processed seamlessly.
The Edge AI Node
Intel® Core™ i7 Series
Heavy data workloads are conquered. Deployed for machine vision, complex IoT edge computing, and multi-camera surveillance DVRs. Uncompromised computational superiority is unleashed.
Industrial Specifications & Configurations.
| System Component | Engineering Parameter |
|---|---|
| Processor Options | Intel® Core™ i3 / i5 / i7 (Gen 10 / Gen 11 / Gen 12 architectures available) |
| Memory (RAM) | DDR4 2666/3200MHz SO-DIMM (Scalable from 8GB up to 64GB) |
| Storage Architecture | M.2 NVMe SSD (Up to 2TB) + 2.5" SATA HDD/SSD Expansion slot |
| Display Output | Dual/Triple Independent Displays (HDMI 2.0, DP, VGA options; 4K@60Hz supported) |
| Network (LAN) | 2 x RJ45 Gigabit Ethernet (Intel i211/i225 chips for stable bridging) |
| Wireless & Cellular | M.2 Wi-Fi 6 (802.11ax) + Bluetooth 5.2 / Optional 4G LTE SIM slot |
| Industrial I/O | 2-6 x RS232 COM ports (RS485 configurable), 4 x USB 3.0, 2 x USB 2.0 |
| Operating Systems | Windows 10/11 Pro, Windows 10 IoT Enterprise, Ubuntu Linux |
| Power Input | Wide voltage DC 12V~24V (Aviation plug options available) |
Powering Critical Infrastructures.
Omnichannel Retail & POS
Checkout latency is destroyed. Multi-peripheral POS setups and complex ERP sync protocols are driven instantly by our robust computing cores.
Interactive Kiosks & Vending
Space constraints are overcome. The ultra-compact chassis is concealed easily within self-ordering kiosks, delivering massive graphical power to large touchscreens.
Industrial Automation
Harsh factory floors are dominated. Fanless i7 nodes are deployed to process massive high-frequency data from PLCs and sensors directly at the edge.
Barebone & Custom Engineering (OEM).
Off-the-shelf limits are broken. Deep motherboard-level customization is executed by our engineering team for enterprise partners. From bespoke I/O panel layouts and specific COM port voltages, to custom BIOS startup logos and white-label chassis design, your proprietary hardware platform is built here. Barebone shipments (without RAM/SSD) are supported for local assembly.
Discuss OEM SpecsArchitectural & Technical Inquiries
Q: Should I choose a fanless (passive) or actively cooled Mini PC?
A: Environmental physics dictate the choice. Fanless models are highly recommended by us for dusty environments (warehouses, factories) or places requiring absolute silence, as dust accumulation is prevented entirely. Active cooling is suggested for enclosed kiosks operating in high ambient temperatures to maximize i5/i7 turbo-boost performance.
Q: How do we handle power outages in remote kiosk deployments?
A: Manual resets are obsolete. "Restore on AC Power Loss" (Auto Power-On) is enabled natively in our customized BIOS. Once electricity is restored, the Mini PC boots itself automatically. Additionally, a hardware Watchdog Timer is integrated to automatically reboot the system if the OS freezes.
Q: Can we configure the COM ports for RS485 to connect to legacy PLCs?
A: Yes. Maximum legacy compatibility is engineered. Selected COM ports on our industrial motherboards can be toggled between RS232, RS422, and RS485 via BIOS settings or onboard jumpers, allowing direct data acquisition from industrial sensors and PLCs.
Q: Do you provide drivers for Windows 10 IoT Enterprise and Linux?
A: Cross-platform stability is assured. Full driver packages for Windows 10/11 Pro, Windows 10 IoT Enterprise (LTSC), and major Linux distributions (Ubuntu, Debian) are provided. Our hardware is strictly tested to ensure all network and I/O chips function flawlessly across OS environments.
Scale Your Computing Infrastructure Today.
System Integrators (SIs) and software vendors are empowered by TillNode with uncompromising processing nodes. Request an evaluation unit or discuss bulk OEM deployment with our engineering sales team.