In our previous blog post, we shared the exciting news that we’ll be attending the Electra Mining Africa 2024 event from September 2nd to 6th, 2024!

To access innovative mining, electrical, automation, manufacturing, power, and transport solutions, you need to register for this event.

But how exactly do you register? 

Follow this blog post for a step-by-step guide on how to register for Electra Mining Africa 2024! We will also share a list of our other groundbreaking products that we cannot wait to showcase to you.

Register and get your tickets today before it is too late! Visit us in Hall 9, Stand C03, to explore our innovative products and solutions.

Electra Mining Africa is more than just a trade show; it’s the heartbeat of innovation in the mining, electrical, automation, manufacturing, power, and transport industries.

Over five decades, it has become the premier showcase for the latest advancements and trends in these sectors. From September 2nd to 6th, 2024, the Expo Centre in Johannesburg will transform into a bustling hub of activity, where industry leaders gather to share knowledge, network, and explore a plethora of new technologies.

Hundreds of exhibitors will display thousands of new products, offering live demonstrations that bring machinery and equipment to life. Attendees can expect to hear from trailblazers through insightful talks and presentations, making this event a must-attend for anyone looking to stay ahead of the curve.

We want to see you at Electra Mining Africa 2024! Visit us in Hall 9, Stand C03, to explore our innovative products and solutions designed for the mining industry.

What Is A Touch Monitor?

A touch monitor is a high-quality, durable panel with high brightness, high contrast ratios, and broad viewing angles. It has been designed to enhance operational efficiency and boost productivity.

A touch monitor serves as both an input and output device, typically integrated with a laptop. Users can interact directly with the screen, eliminating the need for a keyboard or mouse. This allows for quick and efficient data entry simply by touching the screen.

Below are some of the key benefits of touch monitors in industrial settings:

1. Cost Effective

Touch screen monitors provide industrial settings with a cost-effective solution for data entry and management.

It eliminates the need for external parts such as keyboards and mice, and its durable design reduces the need for frequent replacements due to damage.

This can ultimately save money in the long run.

2. Durable

Touch monitors have durable panels that can withstand harsh industrial environments. Their aluminium frames, glass screens, and sealed edges are resistant to dust, debris, and liquids, making them ideal for use in factories, warehouses, retail stores, docking stations, and other industrial settings.

3. Easy to Use

One of the main advantages of touch monitors is their ease of use. Users can easily navigate menus, enter data, and perform tasks with a simple touch. Without the need for external devices, touch monitors simplify operations and reduce training time for new employees.

4. Enhances Productivity

Touch monitors can significantly increase productivity in industrial settings. With their quick and efficient data entry capabilities, workers can complete tasks faster and with fewer errors, helping to streamline operations and improve overall efficiency.

5. Reliable

Touch monitors offer a reliable solution in harsh environments where accidents and mishaps can occur. Sturdy construction and sealed edges make them less prone to damage from spills, drops, or other accidents that may occur in industrial settings.

6. Versatile

Touch monitors come in various sizes and design colours, making them versatile for different applications. They can be mounted on walls or put on desktop stands, and their compact size allows them to fit into small spaces.

7. Customisable

Some touch monitors also offer customisation options. Customisation can be in the form of interface layout, OEM branding, or specialised software integration. This makes touch monitors an adaptable and flexible solution for different industrial needs.

Industrial computing has come a long way in recent years, and the advancements continue to be made at an impressive pace. As technology evolves, industrial industries like manufacturing or construction need alternative PCs that can operate 24/7 in rugged environments.  This is where fanless mini PCs lead the way.

A Fanless Mini PC is similar to a standard PC in terms of performance and capabilities but is compact and lightweight. These PCs fit in space-constrained areas and are designed to operate without a fan, making them perfect for industrial environments.

A fanless mini PC uses passive cooling technology instead of a traditional cooling fan to dissipate heat.

This is achieved through the use of heat sinks and, often, the construction of the PC’s casing itself, which acts as a large heat sink.

Without a fan, these computers are not only quieter but also more dependable, as they contain fewer moving parts. The absence of a fan means that dust, dirt, and other particulates cannot enter the system, making fanless mini PCs particularly suited for harsh industrial environments where these elements are prevalent.

This design choice also reduces the risk of failure. A failure in industrial computing can be very costly, which is why fanless mini PCs are designed to operate 24/7 with minimal downtime.

• Smallest full-featured PCs on the market.
• The fitlet2 is designed for the unique needs of each IoT project, allowing for customisation through extension modules. These modules fit seamlessly into the fitlet2’s metal housing via the Function And Connectivity Extension T-Card (FACET-card).
• Featuring quad-core Apollo-Lake Atom processors and up to 16 GB of RAM, the fitlet2 delivers impressive performance in a compact size.
• Fitlet2 supports multiple storage technologies: eMMC on M.2 for cost-effective needs, M.2 SATA for better performance and storage, and 2.5″ HDD/SSD for extra storage and heavy write tasks like video recording.
• The fitlet2 can operate in a wide temperature range – from -40 to 85° C. It’s designed for efficient convection cooling, with its metal housing acting as an effective heatsink.

• The fitlet3 serves as an IoT gateway, AI Edge Computer, and Industrial Automation PC in one compact device.
• Powered by the Intel® Elkhart Lake x6000E Atom processor, the fitlet3 features a low-power, rugged embedded system-on-module (SOM).
• Customisation and upgrades are made easy with various FACET cards, offering endless possibilities.
• Its fanless, robust housing is ideal for harsh environments, while the versatile design ensures silence, dust and dirt resistance, and superior heat dissipation.
• Fitlet3 is guaranteed to be available for at least 15 years, ensuring long-term reliability and support. You can count on Fitlet3 for the long haul.

Don’t miss out on the future of industrial computing. Invest in Fanless Mini PCs today and start reaping the benefits for your business. 

We at Brandwagon are proud to offer a range of small form factor PCs that are perfect for industrial use. 

Contact us today, and we’ll help you choose the right fanless mini PC for your specific needs.

Various industries use IoT Gateways to act as a central hub that connects IoT devices to the cloud. This means that daily operations, communication, and data transfer are done through the gateway.

Some of the common industries that rely on IoT Gateways include:

• manufacturing
• healthcare
• IT and networking
• retail
• transport and logistics
• smart buildings

The use of IoT Gateways is becoming increasingly popular as more devices become connected to the internet.

If your business does not yet use IoT Gateways, it is definitely worth it.

Read this article, where we’ll explain what IoT Gateways do, how they work, and why they are essential for any business looking to implement an IoT strategy. As a bonus, we also have a list of some of the top IoT Gateways available on the market today!

In simple terms, they act as a bridge between connected IoT devices and the internet.

But let’s break it down further:

• Data Collection: IoT Gateways collect data from sensors, devices, and other connected equipment. This is done using various communication protocols such as Wi-Fi, Bluetooth, and cellular networks.
• Data Processing: Once the gateway has collected the data, it processes it before sending it to the cloud for further analysis. This can include data filtering, aggregation, and transformation.
• Communication Management: IoT Gateways manage communication between devices and the cloud, ensuring a smooth flow of data without any hiccups or delays.
• Security: As with any internet-connected device, security is a top priority. IoT Gateways provide secure connections between devices and the cloud, protecting sensitive data from cyber threats.
• Protocol Translation: IoT devices often use different communication protocols, making it difficult for them to communicate with each other. Gateways act as translators, converting data from one protocol to another so that all devices can understand and work together.