ADLINK SBC35 Single Board Computer revolutionising Computing for Industry
In the evolving landscape of edge computing and industrial automation, space efficiency and performance are paramount. Enter ADLINK Technology Inc.’s latest innovation—the SBC35 series of 3.5” Single Board Computers (SBCs).
Designed specifically to meet the needs of applications where every inch of space is crucial, this new series sets a new benchmark in compact computing, combining versatility, performance, and adaptability.
Cutting-Edge Engineering for Space-Constrained Environments
The SBC35 series from ADLINK targets industries where squeezing the most out of limited space is critical. The line-up includes two models: the SBC35-RPL, a high-performance board driven by 13th Gen Intel Core processors, and the energy-efficient SBC35-ALN, which houses the Intel N97 processor.
These boards are engineered for a broad spectrum of industries, including automation, transportation, healthcare, and smart city infrastructure. Applications such as Autonomous Mobile Robots (AMRs), Electric Vehicle (EV) charging stations, and self-service kiosks stand to benefit significantly from the compact yet powerful capabilities offered by these new SBCs.
What makes these boards exceptional is their form factor—measuring just 146x102mm—yet they are packed with features that rival larger, bulkier systems. Whether it’s processing power, memory capacity, or display options, the SBC35 series delivers on all fronts without compromising on size.
Power and Performance
At the core of the series are the two distinct models, each tailored for specific needs. The SBC35-RPL is a powerhouse that supports up to 64GB of DDR5 4800MHz RAM and four independent displays, making it ideal for high-performance tasks where multitasking and data processing are key.
On the other hand, the SBC35-ALN, which supports up to 16GB DDR5 4800MHz RAM and three displays, focuses on energy efficiency, a crucial factor in environments where power conservation is as important as performance.
Both models are outfitted with a comprehensive set of connectivity options:
- Four USB Ports
- M.2 Slots (2280 M Key, 2230 E Key, 3042 B Key)
- Dual RS-232/422/485 and RS-232 Ports
- Audio and Digital I/O Capabilities
These versatile features ensure that the boards can be adapted to a wide range of industrial applications. Security is also prioritised with optional TPM 2.0 integration, a significant consideration in environments handling sensitive or critical data.
Expanding Possibilities with SBC-FM Adaptive Function Modules
Where the SBC35 series truly shines is in its customisability. One of the standout features is the SBC-FM Adaptive Function Modules (AFM), which offer extensive I/O expansion and user-driven customisation. These modules seamlessly integrate with the SBC35 series through reserved connectors like PCIe, USB, and LPC/eSPI, offering precise adaptability for specific use cases.
This flexibility opens doors to endless configuration possibilities, a key advantage for sectors with specialised requirements. Julie Huang, ADLINK’s Product Manager for Edge Computing Platforms, emphasised the design philosophy behind the SBC35 series: “The industrial field has so many different custom requirements that we designed the SBC35 with the SBC-FM, a function module expansion system that enables customised functions to be integrated onto a function board that connects via cable to the mainboard. With such flexibility, the options are almost limitless.”
ADLINK goes a step further by providing a detailed design guide, empowering clients to develop their own function modules tailored to unique project needs. This level of adaptability makes the SBC35 series a game-changer for industries ranging from medical devices to smart city systems, offering a level of customisation rarely seen in off-the-shelf solutions.
Efficiency Meets Reliability in Extreme Conditions
Industrial environments often present extreme operating conditions that require durable and resilient hardware. ADLINK has designed the SBC35 series to withstand these challenges, with high thermal resilience and seamless integration between the mainboard and function modules through FPC cables. The modules can be attached either vertically or in parallel, allowing for optimal design flexibility without compromising thermal management.
Moreover, the series is engineered to maintain high performance and reliability even in challenging environments, making it a robust choice for industries that demand both precision and durability. This ensures that applications run smoothly without unexpected interruptions, further cementing the SBC35 series as a dependable choice for critical infrastructure.
Tailored Solutions for Evolving Industry Needs
In today’s industrial landscape, the demand for solutions that are both scalable and future-proof is greater than ever. The SBC35 series is poised to meet this demand head-on. As industries such as automation, transportation, and healthcare continue to evolve, there’s a growing need for computing solutions that can adapt to changing requirements.
The combination of compact form factor, high performance, and unparalleled customisation makes the SBC35 series an ideal fit for sectors undergoing rapid technological transformation. Whether it’s enabling smarter cities, powering next-generation medical devices, or driving the automation revolution, ADLINK’s latest offering is engineered to stay ahead of the curve.
Looking Ahead with Confidence
The launch of the SBC35 series is more than just a product introduction; it represents a significant step forward in how industries can leverage compact computing technology. By offering a range of customisable options, robust performance, and energy-efficient designs, ADLINK is not only catering to current market needs but also anticipating future trends.
For those in the industrial sector looking for a space-efficient, adaptable, and reliable computing solution, the SBC35 series is a strong contender. As edge computing continues to grow in importance, solutions like this are set to play a crucial role in shaping smarter, more efficient operations across various industries.
