Framework 13 Review: A Laptop for Repairability

Matthew Brunelle recently acquired a Framework 13 laptop, driven by a desire for hardware that supports long-term use and repairability. The device is configured with an Intel Core Ultra 7 155H processor, 64GB of DDR5 RAM, and a 2TB NVMe SSD. A key feature of the laptop is its modular expansion card system, allowing the user to customize ports such as USB-C, USB-A, and HDMI. Brunelle installed Fedora Linux on the machine, encountering minor hurdles with the fingerprint reader which required manual driver installation. The article praises the 13-inch form factor and the ability to easily replace components like the screen and battery, positioning the Framework 13 as a practical choice for users who value self-serviceability over standard consumer offerings.

Matthew Brunelle selected the Framework 13 based on specific performance and storage requirements. The laptop is powered by the Intel Core Ultra 7 155H processor, a chip chosen for its balance of efficiency and power. To ensure ample memory for his workflow, he opted for 64GB of DDR5 RAM, significantly higher than the standard configurations offered by many mainstream manufacturers. Storage needs were met with a 2TB NVMe SSD, providing fast access to files and applications.

The choice of the 13-inch model was deliberate, described as the "Goldilocks" size for portability and screen real estate. While the 16-inch version was considered, the author ultimately preferred the smaller chassis. The laptop's construction is aluminum, providing a sturdy feel. The screen is a 2256x1504 display, which offers sharp visuals for daily tasks. The device also features a 1080p webcam and a microphone array suitable for video conferencing.

Key specifications include:

• Processor: Intel Core Ultra 7 155H
• Memory: 64GB DDR5
• Storage: 2TB NVMe SSD
• Display: 13.5-inch 2256x1504
• Weight: Approximately 2.9 lbs (1.3 kg)

The defining characteristic of the Framework 13 is its use of expansion cards, which replace fixed ports found on traditional laptops. Brunelle utilized four cards in his setup: two USB-C ports, one USB-A port, and one HDMI port. This flexibility allows him to adapt the laptop to different environments without carrying dongles. For example, if a presentation requires a standard HDMI connection, the user can simply swap a USB-C card for the HDMI card.

This modularity extends the life of the device by allowing users to upgrade connectivity standards as they evolve. If a new port standard emerges in the future, Framework users can purchase new cards rather than replacing the entire laptop. The author notes that the swapping process is tool-less and takes only seconds. The system also supports other card types, including:

• High-speed storage expansion
• Audio jack (3.5mm)
• MicroSD card reader
• Ethernet (RJ45)

This approach to I/O is central to the Framework philosophy, offering a future-proof solution to hardware obsolescence.

For the operating system, Matthew Brunelle chose Fedora Linux. He reports that the installation process was straightforward. However, he encountered a specific issue with the fingerprint reader. Out of the box, the reader did not function. Following documentation from the Framework community, he installed the necessary fprintd drivers, which resolved the issue and allowed for fingerprint login.

Beyond the fingerprint reader, the rest of the hardware functioned well with the Linux kernel. Wi-Fi, Bluetooth, and the keyboard all worked without additional configuration. The author contrasts this with the often complex driver issues found on other non-standard laptops. The ability to run Linux natively is a significant selling point for the device. The laptop also supports Windows 11, but the user opted for the open-source operating system for development work. The combination of the Framework 13 hardware and Fedora Linux provides a stable, customizable environment for technical users.

Repairability is the core value proposition of the Framework 13. The author emphasizes that nearly every part of the laptop can be replaced by the user. This includes the battery, which is often a point of failure in older laptops. Framework provides a DIY guide and sells individual parts directly to consumers. This stands in stark contrast to many modern laptops that use glue and proprietary screws to prevent opening the chassis.

The laptop features a 13-inch screen that is easily replaceable if damaged. The input cover (keyboard/trackpad) is also modular and can be swapped out. Brunelle argues that this design reduces electronic waste and saves money over time. By replacing a single faulty component, the user avoids discarding the entire device. The author also mentions the mainboard, which can be repurposed into a mini-PC if the laptop chassis is ever damaged beyond repair. This level of serviceability appeals to a niche of users who reject the disposable nature of modern electronics.

In summary, Matthew Brunelle's experience with the Framework 13 highlights the benefits of modular laptop design. By selecting a configuration with the Intel Core Ultra 7 155H, 64GB of RAM, and 2TB of storage, he created a powerful machine tailored to his needs. The ability to customize ports via expansion cards and install Fedora Linux demonstrates the device's versatility. While the laptop requires a higher initial investment and some technical know-how compared to mainstream options, the long-term benefits of repairability and upgradeability are clear. The Framework 13 serves as a viable alternative for those seeking control over their hardware and a departure from locked-down consumer electronics.