ARM Processors - What to Know

The technology landscape is shifting, and ARM processors are becoming increasingly influential across various industries—including the Built Environment sector. Whether you’re working with architectural software, CAD applications, or project management tools, understanding how ARM processors impact performance, energy efficiency, and compatibility is essential.

In this blog, we’ll explore what makes ARM processors unique, how they are shaping the Built Environment sector, and what professionals using ARM for CAD and other industry-specific tools need to know.

What are ARM Processors?

ARM (Advanced RISC Machine) processors are a type of CPU architecture known for their efficiency and low power consumption. Unlike traditional x86 processors from Intel and AMD, ARM chips use a Reduced Instruction Set Computing (RISC) approach, which simplifies processing tasks and enhances power efficiency.

ARM processors power everything from smartphones and tablets to IoT devices and high-performance computing systems. With companies like Apple (M-series chips), Qualcomm, and NVIDIA investing heavily in ARM-based computing, the technology is rapidly expanding into professional applications, including those in the Built Environment sector.

Why it Matters for Built Environment

The Built Environment sector relies on high-performance computing for architectural design, engineering simulations, and construction project management. The adoption of ARM-based chips offers several benefits, but also raises important considerations.

1. Efficiency and Sustainability

With sustainability being a priority in the Built Environment, ARM processors align with green computing initiatives. They consume less power than traditional x86 chips, making them ideal for mobile workstations, cloud-based applications, and energy-conscious enterprises.

2. Performance in Architectural Software

While many architectural software solutions were traditionally built for x86 processors, major developers are now optimising their tools for ARM-based systems. Apple's M-series chips, for example, have demonstrated impressive performance gains in applications like AutoCAD, Revit (via virtualisation), and other design tools.

3. ARM for CAD: Things to Know

Using ARM for CAD is becoming a viable option, especially with companies like Autodesk and Adobe optimizing software for ARM architecture. While not all CAD programs are fully native to ARM yet, performance improvements and compatibility enhancements are progressing rapidly.

Here are a few key points when considering ARM processors for CAD workflows:

• Native Support is Growing: Some CAD software providers are now offering native ARM versions, while others run efficiently through emulation.
• Cloud-Based CAD as a Workaround: Many CAD solutions now offer cloud-based versions, eliminating hardware compatibility concerns and leveraging ARM’s efficiency.
• Performance vs Compatibility: ARM chips offer high efficiency and speed, but certain plug-ins and extensions may still require x86 support.

Challenges and Considerations

While ARM processors offer exciting possibilities, professionals in the Built Environment should be aware of a few challenges:

Software Compatability. Not all architectural software is fully optimised for ARM yet. Always check for native support or workarounds.

Limited Customisation Options. Unlike traditional x86-based workstations, ARM devices (such as MacBooks with M-series chips) often have non-upgradable components, requiring careful hardware selection.

Adoption. Many corporate IT environments still rely on x86 infrastructure. Transitioning to ARM may require re-evaluating software licenses and compatibility.

Arm in the Built Environment - Looking Ahead

With companies increasingly adopting ARM architecture for power efficiency and high performance, the Built Environment sector will likely see more tools optimised for ARM-based workflows. As major software vendors continue to adapt, ARM processors may soon become a standard choice for professionals working with architectural software and CAD applications.

For now, businesses and professionals should stay informed about software compatibility, explore cloud-based alternatives, and assess their hardware needs before transitioning fully to ARM-based systems.

The rise of ARM processors is reshaping computing in many industries, and the Built Environment is no exception. From architectural software to ARM for CAD, professionals must stay ahead of the curve to leverage the benefits of this evolving technology.

Whether you’re an architect, engineer, or construction professional, keeping an eye on ARM’s development could help you make informed decisions for the future of your digital workflows.