Fanless Computer & Industrial Fanless PCs

Tekdis UK's Industrial Fanless Computers, Fanless PCs, and DIN-Rail Embedded Systems are ultimate solution for rugged and demanding industrial environments. Axiomtek Fanless Edge or Rugged AI Systems and Nexcom Cabinet Mount Fanless PC, our products are built for performance and reliability. These Fanless PCs are also energy-efficient, consuming less power, and promoting sustainability. Experience the benefits of fanless design, where silent operation and low maintenance costs are the norm. Eliminating cooling fans ensures protection against dust and debris ingress, making these systems ideal for harsh conditions. They are perfect for industries like transportation, manufacturing, mining, and energy, where extreme temperatures and vibrations are common.

Fanless PCs

Fanless PCs are compact and noiseless computer systems that do not rely on internal cooling fans. Rather, they utilise passive cooling methods like heatsinks or heat pipes to effectively dissipate heat. Fanless PCs are well-suited for various industrial applications, as their durable designs shield them from dust, debris, and harsh environmental conditions. Because of this, fanless PCs have been commonly used in industries such as manufacturing, automation, transportation, and outdoor industries. They are also highly sought after in various vocations where reliably silent PC operation is crucial. Such sectors include broadcasting & media, healthcare, libraries, financial institutions, call centres, research & development labs, and home offices. A fanless PC ultimately offers a stable performance, reduces maintenance needs, and ensures continuous and uninterrupted operation in demanding industrial environments.

Fanless Computer & PCs Types

There is a wide scope of options when it comes to fanless devices. Depending on your requirements, you may wish to consider:

Industrial Fanless Box PC is the term to describe any computer without a fan and without a screen (the label “box PC” can be used interchangeably with fanless PCs and embedded PCs). Industrial fanless box PCs are often compact, rugged, and enclosed in a box-shaped chassis. They are commonly used in industrial settings where space is limited and reliable performance is crucial, and typically have designs that include ridges that are included to create more surface area so as to dissipate heat, and/or antennas, which can serve the same function while simultaneously boosting Wi-Fi signal power.
Industrial Fanless Tablets are made to last. Foregoing the fans and other mechanical components that make a device easily breakable, industrial fanless tablets can withstand standard shocks and drops while still providing you with a sturdy, functioning device in harsh work environments. It’s worth noting that industrial fanless tablets generally have a lower computing power than some other devices, though this is by design, as it makes it easier for the device to dissipate heat via a stable heat management solution.
Industrial Fanless Panel PCs is a rugged and silent computing solution designed for industrial environments. In the past, these panel computers were commonly interconnected through COM lines, though the more modern designs usually feature a bezel on the outer edge, allowing it to fit snugly into a cut-out area on a control panel with surrounding workspace. These PCs serve as dedicated human-machine interfaces (HMIs) for operators, enabling seamless monitoring and control of industrial processes. With a fanless design, they offer enhanced reliability, reduced maintenance, and efficient heat management. Industrial Fanless Panel PCs are ideal for control rooms, manufacturing floors, and automation systems, ensuring smooth and uninterrupted operations.
Industrial Fanless All-in-One PCs are complete computing solutions with built-in displays and fanless designs. These PCs provide a modern aesthetic and are ideal for industrial settings where reliable and maintenance-friendly computing solutions are required. Some are built for continuous 24/7 operation, and they are ideal for any business that prioritises space-saving. Most feature a streamlined bezel with minmises seams and ridges, which helps provide a sleek and contemporary appearance while facilitating effortless cleaning.
Industrial Fanless Stainless Steel PCs (with IP65 Rating or Above) are resistant to dust, water, and most other other environmental contaminants. Housed in stainless steel that can resist corrosion and rust, these computers are designed to operate in the most hostile conditions; in fact, they typically come with an IP65 rating (sometimes higher) which means they are also considerably waterproof, meaning you can even use them in heavy rain.
Rugged Fanless Computers are built to withstand shock, vibrations, and extreme temperatures - including humidity, freezing frost, or blazing sun. They are commonly used in outdoor, military, transportation, and mining applications where standard computers may fail due to harsh conditions. Rugged fanless computers usually come equipped with a MIL-STD-810 vibration/shock rating and an IP65 housing, along with intermittent internal heating components.

The Pros of Investing in a Fanless Computer

Silent Operation: Fanless PCs produce little to no noise, making them suitable for noise-sensitive environments.
Improved Reliability: Without moving parts like fans, there are fewer components prone to failure, leading to increased reliability and longer lifespan.
Dust and Debris Resistance: Fanless PCs are less likely to accumulate dust and debris, reducing the need for regular maintenance.
Energy Efficiency: They consume less power than traditional PCs with fans, leading to reduced energy costs.
Compactability: Fanless PCs often have space-saving designs, making them ideal for constrained environments.

The Cons of Investing in a Fanless Computer

Heat management: Fanless PCs may require larger heatsinks or passive cooling solutions to dissipate heat effectively, which can limit performance in some cases.
Price: Fanless PCs can be more expensive than standard PCs due to their specialised design and components.
Performance limitations: In high-performance computing tasks, fanless PCs may not match the processing power of systems with active cooling.

How Do Fanless PCs Work?

Rather than using fans to cool its internal components, a fanless computer relies on heat sinks to transfer heat away from the heat-generating parts (such as the CPU and silicon chips) to the aluminium body of the computer. This aluminium body acts as a large heat sink, dissipating the heat and keeping the PC cool. Some high-end industrial fanless PC brands may also include fins on top of their aluminium cases to enhance heat transfer from the computer's outer casing to the surrounding air. Heat sinks effectively manage the system's temperature by absorbing heat generated by components and transferring it to the cooler aluminium enclosure. The outer casing is then cooled by the surrounding air, ensuring optimal temperature regulation without the need for fans.

Features of Fanless Computer & PCs

Quiet Performance: Fanless computers operate noiselessly, creating a peaceful and distraction-free environment.
Shock and Vibration Resistance: Fanless PCs are designed to withstand shocks and vibrations, making them ideal for rugged and challenging environments.
Low Power Consumption: Fanless PCs consume less power, leading to energy savings and reduced operating costs.
Enhanced Reliability: The absence of moving parts like fans increases the reliability and durability of fanless computers, reducing the risk of component failures.
Dust and Debris Resistance: With no internal fans, fanless computers are less prone to dust and debris accumulation, ensuring smoother and cleaner operation.

Why Choose Tekdis?

At Tekdis, we provide a diverse range of industrial computers in various form factors, and we can customise comprehensive solutions that are tailored to meet any customer’s specific needs. Beyond fanless PCs, we also provide a wide range of tech solutions tailored to the industrial, medical, and automotive sectors. Being a technology-focused company, Tekdis constantly surveys the market to identify emerging needs and incorporates new products aligned with current trends and cutting-edge technologies. Tekdis takes great pride in its exceptional customer service and retention by offering extensive pre and post-sales support.

You can browse the wide range of Tekdis Fanless Computers & Fanless PCs here, and you can see the vast range of other Tekdis products here. Can’t find what you’re looking for? Don’t hesitate to get in touch with us directly via our Contact Us page, and one of our friendly staff members will help you find what you’re looking for.

FAQs

Are fanless PCs any good?

Yes, fanless PCs can be an excellent choice for specific use cases, providing an ideal solution for noise-sensitive environments, industrial settings, and outdoor environments.

Do fanless computers overheat?

As long as they are used within their specified operating conditions and in suitable environments, fanless computers should not overheat. Fanless computers are designed to handle heat without the use of internal fans, using passive cooling methods like heat sinks or heat pipes to dissipate heat effectively.

What are some benefits to fanless PCs?

Some benefits of fanless PCs include silent operation, improved reliability, and durability due to fewer moving parts, resistance to dust and debris, energy efficiency leading to lower power consumption, and their suitability for space-constrained environments.

Does fan speed matter on PC?

Simply put: yes. Proper fan speed helps maintain optimal temperature levels for components, preventing overheating and potential damage. Fan speed control is crucial in balancing cooling performance and noise levels. Modern systems often employ fan speed management to adapt cooling based on the workload and thermal conditions.

Is a fanless mini PC better than a fan PC?

The choice between a fanless mini PC and a fan-equipped PC depends on specific requirements and use cases. Fanless mini PCs excel in silent operation, reliability, and reduced maintenance needs. On the other hand, fan-equipped PCs can handle more demanding computing tasks and offer greater performance potential. Before you make your choice, consider both the intended use of the device, as well as the environment you’ll be using it in.