Industrial environments demand computing that operates silently yet relentlessly. The CL260, a palm-sized industrial PC from OnLogic, answers that call with a design built for longevity, efficiency, and seamless integration into edge deployments.
The system is not a high-performance workstation or server, but it excels where those categories often falter: in tight spaces, with minimal maintenance needs, and under the harsh conditions of factory floors, control rooms, or remote monitoring stations. Its compact footprint—115 x 30 x 82 millimeters—and fanless construction make it ideal for environments where heat dissipation is a concern, and its aluminum-and-plastic casing ensures durability without sacrificing space efficiency.
At the heart of the CL260 lies Intel’s N-Series processor, offering two performance tiers: the N150 with a base clock of 0.8 GHz or the slightly faster N250 at 1.3 GHz. Paired with 8 GB of LPDDR5 memory running at 4800 MT/s, the system is engineered for lightweight but consistent workloads—collecting sensor data, translating industrial protocols, or managing connected devices without overheating or drawing unnecessary attention.
This balance between capability and constraint is what defines the CL260’s role. It is not meant to replace a full server, nor does it aim for the raw power of a desktop. Instead, it sits in the middle: processing data locally, filtering what needs to be sent upstream, and operating as a silent bridge between machines and central systems.
Built for Industrial Resilience
The CL260’s design reflects its industrial roots. Power input comes via a 3-pin terminal block supporting a broad 12–24 VDC range, aligning with standard industrial power distributions. This eliminates the need for bulky external power supplies and simplifies integration into existing infrastructure.
Cooling is entirely passive—no fans, no moving parts—meaning less to fail over time. The system can be mounted using DIN rails or VESA brackets, making it adaptable to control cabinets, wall installations, or even embedded setups where space is at a premium. Its weight of just 1 pound ensures stability without adding undue load.
The enclosure’s cast aluminum and plastic construction provides rigidity while keeping the unit lightweight, a common trait in industrial hardware designed for longevity rather than aesthetics.
Input, Output, and Expansion
The CL260’s I/O is a study in practicality. On the front, four USB 3.2 Gen 1 Type-A ports provide ample connectivity for peripherals, while a single USB-C port handles both data and display output—supporting up to two screens via DisplayPort 1.4 over USB-C. This makes it suitable for simple visual interfaces, such as status dashboards or digital signage.
Rear connectivity includes another USB-C port (identical to the front), a serial port supporting RS-232/422/485 protocols—critical for interfacing with legacy industrial equipment—and dual Gigabit Ethernet ports. The latter allows for network segmentation, separating machine traffic from business or upstream systems, a common requirement in secure edge deployments.
Expansion is handled via two M.2 slots: one 2230 E-key slot for Wi-Fi modules (PCIe x1 / USB 2.0) and a separate 2280 slot for storage. This modular approach lets users add wireless connectivity or additional storage without compromising the system’s compact form factor.
Performance in Practice
The CL260 is not built for heavy computation, but its Intel N-Series processors are more than capable of handling routine edge tasks. The N150 and N250 offer four cores each, with base clocks that hint at their intended use: steady, low-power operation rather than bursts of high performance.
8 GB of LPDDR5 memory provides enough capacity for most edge workloads—data logging, light analytics, or device management—but it is not designed for memory-intensive applications. The single-channel configuration reflects this focus on efficiency over raw bandwidth.
The CL260 is available now, positioning itself as a scalable solution for organizations deploying edge devices in large numbers. Whether monitoring production lines, managing digital signage, or acting as a gateway between legacy systems and modern networks, its combination of compactness, reliability, and practical I/O makes it a strong contender in the industrial computing space.
