Exploring Tablet and Small Laptop Options with Non-ARM CPUs

In today’s fast-paced digital world, versatility and connectivity in tech devices are more crucial than ever. The demand for mobile computing solutions that can seamlessly integrate with existing setups is growing, especially for professionals who juggle between multiple systems. One popular configuration is using a non-ARM CPU tablet or small laptop. In this blog post, we’ll delve into why one might prefer non-ARM CPUs, explore the options available in the market, and provide insights into integrating these devices into a multi-device setup.

Understanding CPU Architectures: ARM vs. Non-ARM

Before diving into the specifics, it’s important to understand the difference between ARM and non-ARM (commonly x86 or x64) CPU architectures. ARM processors, designed by ARM Holdings, are widely used in mobile devices due to their power efficiency and compact size. These processors are tailored for tasks that do not require high computational power, such as typical mobile application usage.

On the other hand, non-ARM CPUs, which are primarily x86 or x64 architectures, are typically found in desktops and laptops. They offer higher performance levels suitable for resource-intensive applications, such as Software development, 3D modeling, and video editing. The performance advantage comes with increased power consumption and heat generation, which is why you’ll generally find them in larger devices.

Why Opt for a Non-ARM CPU in a Tablet or Small Laptop?

1. Performance Needs: For tasks demanding substantial computation power – such as running virtual machines, compiling large codebases, or managing multiple applications simultaneously, non-ARM CPUs provide superior performance.

2. Software Compatibility: Many business or professional Software applications are optimized for x86 or x64 architectures. While ARM compatibility is growing, certain legacy systems and applications still perform better or are only operational on a non-ARM platform.

3. Existing Ecosystem Integration: If you’re already using systems with non-ARM CPUs, it might be seamless to incorporate a small laptop or tablet with a similar architecture into your workflow. This makes file sharing, networking, and using peripherals less complicated.

4. KVM Switching: desktop KVM (Keyboard, Video, Mouse) switches, like Deskflow wireless KVM, are more compatible with x86/x64 devices. This is crucial for users who need to switch control between multiple machines easily without connectivity or compatibility issues.

Exploring Non-ARM Tablets and Small Laptops

Microsoft’s Surface Series

Microsoft’s Surface devices have been at the forefront of this category, offering a blend of portability and performance with non-ARM CPUs. The Surface Pro series, for instance, incorporates Intel Core i5 and i7 processors, providing the power of a laptop in the portability of a tablet. These devices are Windows-based and hence maintain high software compatibility with a plethora of professional software.

Pros:

• Runs full Windows OS, providing a familiar interface and robust compatibility with desktop software.
• Lightweight and portable with the inclusion of detachable keyboards.
• High-quality display and touch functionality.

Cons:

• Relatively expensive compared to ARM counterparts.
• Lesser battery life owing to power consumption by x86/x64 CPUs.

Lenovo ThinkPad X1 Tablet

Lenovo’s ThinkPad X1 Tablet is another formidable contender. Known for robust build quality, the ThinkPad series is designed with business users in mind. The X1 Tablet has been equipped with Intel’s lineup of non-ARM processors, ensuring powerful performance capabilities.

Pros:

• Exceptional build quality with a business-class keyboard.
• Supports a wide array of connectivity options.
• Enhanced security features like fingerprint readers.

Cons:

• Premium price point.
• Bulkier than typical tablets due to added hardware features.

Dell Latitude Series

Dell’s Latitude series focuses on reliability and performance. The Latitude 7320 detachable tablet is an example of Dell’s commitment to integrating non-ARM CPUs in their products, presenting users with high-performance options in a compact design.

Pros:

• Durable and business-friendly design.
• Extensive service and support capabilities.
• Good selection of ports for peripheral integration.

Cons:

• Price can be high depending on configurations.
• Limited battery life compared to ARM-based counterparts.

Integrating into Your Multi-Device Setup

Integrating a new device into an existing multi-system setup can be seamless if planned and executed properly. Let’s examine the key considerations for incorporating a non-ARM CPU tablet or small laptop into your desktop environment:

Ensuring Compatibility

Before purchasing, ensure that the new device can easily connect with your current workflow. This includes ensuring compatibility with your KVM switch, verifying the device supports needed peripheral connections (e.g., USB-C, HDMI), and confirming the system’s capability to run required software.

Network Connectivity

Achieving seamless integration requires robust network connectivity. Ensure all your systems, including the new device, are on the same network to facilitate easy file sharing and resource access. Consider using network drives or cloud services for consistent document availability.

Peripheral and Accessory Coordination

Synchronizing your peripherals across devices can improve productivity. Invest in a universal dock or USB hub that allows the quick switching of peripherals from one device to another. Wireless options are increasingly viable and can further reduce clutter and connection issues.

Software Configuration

Multi-device setups benefit from synchronized software configurations. Ensure that any software used is running the latest version across all devices. For applications with license restrictions, consider using cloud-based solutions to maintain accessibility.

Conclusion: Finding the Right Fit for Your Needs

Choosing a non-ARM CPU tablet or small laptop depends largely on your specific needs and current ecosystem. If your work demands high computational power or involves running specific software suites that favor x86/x64 architectures, investing in a non-ARM device might be the right decision.

While the transition involves balancing costs and managing integration, the boost in productivity and capability often justifies the initial investment. Whether you opt for Microsoft’s Surface series, Lenovo’s ThinkPad, or another brand, ensure the choice aligns with your operational needs and long-term goals.

These considerations will not only enhance your workflow but also future-proof your technology investments as you navigate the ever-evolving landscape of digital solutions.