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From the Baloney Slicer to Fanless Industrial Computers

From the Baloney Slicer to Fanless Industrial Computers: 69 Years of Innovation

The groundbreaking advance in industrial computers!!!
Ok… let’s go back 69 years.

In September 1956, IBM introduced the RAMAC 350 disk storage unit, the world’s first hard disk drive. It weighed more than a ton, held 50 spinning platters, and stored what was then a truly remarkable 3.75MB of data. Nicknamed “the baloney slicer,” this machine wasn’t just about size or storage capacity, it represented a new way of thinking about information.

 

What once took up an entire room now fits in the palm of your hand. That contrast alone shows how far industrial computers have come since 1956. But it’s not just about size or performance, it’s about resilience and adaptability.

For the first time, businesses could move away from punch cards and access data directly, quickly, and efficiently. That was the beginning of industrial computers as we know it today. The journey from the RAMAC 350 to today’s fanless industrial computers is a story of constant refinement: faster, smaller, tougher, and more reliable. And while technology has transformed beyond recognition, the spirit of innovation remains the same.

The RAMAC 350 showed the world what was possible when bold ideas met engineering ambition. Today, industrial computers may look very different, but they carry the same DNA of innovation, reliability, and purpose.

 

Because just like in 1956, it’s not only about the technology itself, it’s about what that technology makes possible.

Embedded Technologies carries this legacy forward, bringing rugged, reliable industrial computers to Australian industries. Let’s talk!

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Industrial PCs for Efficiency and Safety in Food Processing

At Embedded Technologies (ETE), we understand that food processing is one of the most demanding sectors when it comes to both safety and efficiency. With strict regulations and the ever-present risk of contamination, the need for reliable and specialized technology has never been greater. Industrial PCs are quickly becoming the backbone of modern food processing, ensuring operations run smoothly while adhering to safety and regulatory standards.

As food processing facilities become increasingly automated, choosing the right technology is essential. Industrial PCs, such as rugged embedded systems and high-brightness display screens, are critical components for ensuring seamless operations even in the harshest conditions. But why exactly do industrial PCs excel in food processing, and why are they a necessity rather than a luxury?

Table of contents

  1. Why Standard PCs Fall Short in Food Processing
  2. The Role of Industrial PCs in Ensuring Food Safety and Efficiency
  3. The GENE-ADP6 Embedded Board: A Perfect Companion for Food Processing Automation
  4. How ETE’s Embedded Solutions Are Optimized for Food Processing
  5. Case Study: How Embedded Solutions Transformed Operations at Tetrapac
  6. Unlock our free eBook
  7. Get in touch

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