What To Know
- The ROG Flow X13 has a slightly larger battery capacity of 62Wh, while the Surface Pro 9 has a 47Wh battery.
- In real-world usage, the ROG Flow X13 can last for around 8-10 hours, while the Surface Pro 9 can last for around 6-8 hours on a single charge.
- The base model of the ROG Flow X13 starts at $1,299, while the base model of the Surface Pro 9 starts at $999.
The world of 2-in-1 laptops has become increasingly competitive, with the ROG Flow X13 and Surface Pro 9 emerging as two of the most popular options. Both devices offer a unique blend of portability, performance, and versatility, but which one is the better choice for your needs? In this comprehensive comparison, we’ll pit the ROG Flow X13 vs Surface Pro 9 head-to-head to help you make an informed decision.
Design and Build
The ROG Flow X13 and Surface Pro 9 have distinct designs that reflect their intended use cases. The ROG Flow X13 is more gaming-centric, featuring a sleek and angular chassis with RGB lighting accents. It also comes with a detachable GPU module, providing users with the option to boost graphical performance when needed.
The Surface Pro 9, on the other hand, has a more refined and professional look. Its sleek magnesium casing and optional Alcantara fabric keyboard cover give it a premium feel. It’s also incredibly thin and lightweight, making it easy to carry around.
Display
Both the ROG Flow X13 and Surface Pro 9 offer excellent displays with high resolutions and vibrant colors. The ROG Flow X13 features a 13.4-inch IPS panel with a 16:10 aspect ratio and a 120Hz refresh rate, providing a smooth and immersive gaming experience.
The Surface Pro 9 has a slightly larger 13-inch PixelSense Flow display with a 3:2 aspect ratio. It offers a high resolution of 2880 x 1920 and supports Dolby Vision HDR. Both displays are touch-enabled and support stylus input.
Performance
The ROG Flow X13 and Surface Pro 9 offer different levels of performance depending on the configuration you choose. The ROG Flow X13 is powered by up to an Intel Core i9-12900H processor and an NVIDIA GeForce RTX 3050 Ti graphics card, providing excellent gaming and creative performance.
The Surface Pro 9, on the other hand, is powered by a choice of Intel Core i5-1235U or Core i7-1255U processors with integrated Intel Iris Xe graphics. While not as powerful as the ROG Flow X13, it still offers decent performance for everyday tasks, productivity, and light gaming.
Battery Life
Battery life is an important consideration for any 2-in-1 laptop. The ROG Flow X13 has a slightly larger battery capacity of 62Wh, while the Surface Pro 9 has a 47Wh battery. In real-world usage, the ROG Flow X13 can last for around 8-10 hours, while the Surface Pro 9 can last for around 6-8 hours on a single charge.
Ports and Connectivity
The ROG Flow X13 and Surface Pro 9 offer a similar range of ports and connectivity options. Both devices have USB-C ports with Thunderbolt 4 support, allowing for fast data transfer and charging. They also have a headphone/microphone jack and a microSD card reader.
Price
The ROG Flow X13 and Surface Pro 9 have similar starting prices, but the price can vary depending on the configuration you choose. The base model of the ROG Flow X13 starts at $1,299, while the base model of the Surface Pro 9 starts at $999.
In a nutshell: The Best Choice for You
Ultimately, the best choice between the ROG Flow X13 and Surface Pro 9 depends on your individual needs and preferences. If you prioritize gaming performance and versatility, the ROG Flow X13 is the better option. If you prefer a more refined and portable device for productivity and everyday tasks, the Surface Pro 9 is a solid choice.
Popular Questions
Q: Which device has a better display?
A: Both devices offer excellent displays, but the ROG Flow X13 has a higher refresh rate, making it more suitable for gaming.
Q: Which device is more powerful?
A: The ROG Flow X13 offers more powerful hardware options, including a dedicated GPU.
Q: Which device has better battery life?
A: The ROG Flow X13 has a slightly larger battery capacity, resulting in longer battery life.
