TouchThink has expanded its X86-architecture industrial PC product line with two new models: the CL Series B and CL Series C. Positioned for rugged durability, compact design, and cost-effectiveness, these new offerings are particularly suitable for deployment in scenarios with budget constraints and space limitations.
The new models support Intel® multi-core processing and dual-network port redundancy, while featuring comprehensive I/O expansion capabilities. Whether for lightweight applications demanding ultimate cost-performance or intelligent upgrades requiring robust computing power, Touch Think industrial computers stand as the ideal choice for your needs.
Economical, Rugged, Compact Industrial PC
Models B and C continue the rugged, practical and compact design style of TouchThink’s CL series industrial computers, while further optimizing the structure and application performance.
▶ More compact
Both industrial computers feature an ultra-compact minimalist design, using internal copper pipes + aluminum fin covers to replace fan cooling. This not only significantly reduces the volume, but also achieves silent, dust-proof and low-power consumption. The ultra-small chassis, combined with flexible installation methods, can quickly participate in every key link of the manufacturing industry to provide efficient control support.
▶ More Stable
The new models feature a fully enclosed all-metal body, fearless of vibration, impact, and dusty environments. With industrial-grade wide-temperature (-20°C to 70°C) and wide-voltage (DC 12-36V) capabilities, anti-interference protection, and support for 24-hour continuous maintenance-free operation, they are ideally suited for long-term operational setups.
▶ More Economical
The standard configurations of the two industrial computers are more refined and practical, eliminating the need for customers to pay for redundant functions. The rich interface matrix enables better device integration and easier maintenance, reducing costs for functional iteration and post-deployment upkeep. This ensures long-life cycle applications, delivering true “small investment, big return” value.
Configurable options for easy expansion.
CL Model B Industrial Computer : Compact, Energy-Saving, Stable and Low-Consumption
Performance Highlights:
Model B is standard-equipped with an Intel® Celeron quad-core J1900 processor (2.0GHz main frequency) and supports up to 8GB memory. With low power consumption and high energy efficiency, it meets lightweight control requirements.
Interface Configuration:
4×USB + 2×GbE + 2×COM + HDMI + VGA
Recommended Scenarios:
Control of small-scale automation equipment, HMI human-machine interfaces, energy & environmental monitoring, digital signage, self-service terminals, etc.
CL Model C Industrial Computer : Excellent in Design, Powerful in Core
Performance Highlights:
Model C supports 5th to 13th generation Intel® Core™ i3/i5/i7 processors, with standard DDR4 memory and SATA/mSATA expansion, enabling fast and low-cost configuration and upgrades.
Interface Configuration:
4×USB + 2×GbE + 4×COM + HDMI + VGA + 12Pin industrial terminals, distributed in a dual-sided layout for coordinated and user-friendly operation.
Recommended Scenarios:
Intelligent AGVs, service robots, precision visual inspection, edge computing gateways, traffic monitoring, etc.
Comprehensive functions, universal for all scenarios
The two new industrial computer models also feature rich functionality and scene-matching capabilities, meeting diverse application requirements.
- Flexible Networking: Supports dual Gigabit Ethernet + built-in mini PCIe for expanding 3G/4G or WiFi+Bluetooth modules, enabling easy connection between field devices and upper-level systems.
- System Compatibility: Compatible with OS like Windows/Ubuntu/CentOS and 99% of industrial software, and adapted to domestic systems such as UOS/Kylin/Euler.
- Multi-Screen Collaboration: Supports VGA+HDMI dual-screen HD video output to meet visualization monitoring needs in complex scenarios.
- Custom Solutions: Provides hardware customization (interfaces, configurations, functional modules, etc.) and software customization (firmware, drivers, underlying adaptation, etc.) to precisely match diversified scene requirements.
