Framework Laptop 16: The Modular Gaming Rig

The laptop market has traditionally forced users to make a difficult choice between portability, power, and longevity. If you wanted high-end gaming performance, you usually had to accept that the machine would be obsolete within three or four years. The Framework Laptop 16 challenges this obsolescence by introducing a fully modular, repairable ecosystem to the high-performance category. It is the first legitimate attempt to bring the flexibility of a desktop PC into a mobile form factor.

The Expansion Bay: Real Upgradeable Graphics

The defining feature of the Framework Laptop 16 is the Expansion Bay. This is the rear section of the laptop that houses the discrete graphics card (dGPU). Unlike other “modular” attempts in the past that required proprietary cables or massive external docks, the Framework implementation is seamless and integrated directly into the chassis.

The system launches with the AMD Radeon RX 7700S module. This is a capable mid-range GPU designed for 1080p and 1440p gaming. What makes this revolutionary is how it connects. The module contains the GPU, the video memory, and the cooling fans in a single detachable unit.

How the Swap Works

When you want to upgrade or change your configuration, you simply loosen the fasteners and slide the entire back section of the laptop off. This PCIe x8 interface supports high bandwidth, meaning future GPU generations can be slotted in without bottlenecking performance.

If you do not need gaming power for a specific trip, you can swap the heavy GPU module for an “Expansion Bay Shell.” This houses cooling fans to keep the CPU running optimally but significantly reduces the weight and thickness of the laptop. Framework also offers an Expansion Bay that houses dual M.2 SSD slots, allowing you to add up to 16TB of additional storage if you prioritize data over graphics.

A Fully Customizable Input Deck

The modularity extends to the surface you touch every day. The Framework Laptop 16 does not have a fixed keyboard layout. Instead, it uses a system of Input Modules that connect via pogo pins.

You can configure the deck in several ways:

  • Centered Keyboard: Place the keyboard in the middle and use spacers on the sides for a clean, symmetrical look.
  • Offset with Numpad: Shift the keyboard to the left or right and snap in a dedicated Numpad module.
  • Macropads and Spacers: Developers and streamers can swap the Numpad for an RGB Macropad or use LED Matrix spacers to display system stats or pixel art.

This flexibility solves the age-old debate between users who need a number pad for data entry and those who despise the off-center typing experience it creates. You can change your mind—and your layout—at any time.

Performance Specifications and Display

While the modularity is the hook, the machine must perform well to justify its price tag. The laptop is powered by AMD Ryzen 7040 Series processors. You can choose between the Ryzen 7 7840HS or the Ryzen 9 7940HS. Both are high-wattage chips capable of handling video editing, compiling code, and AAA gaming.

The display panel is purpose-built for this chassis. It features a 16-inch screen with a 16:10 aspect ratio, providing more vertical screen real estate than standard 16:9 gaming laptops. The resolution is 2560 x 1600 with a 165Hz refresh rate. It covers 100% of the DCI-P3 color gamut and hits 500 nits of brightness. Crucially, the display supports FreeSync, which eliminates screen tearing during fast-paced gaming sessions.

Port Selection and Connectivity

The Framework Laptop 16 includes six user-configurable expansion card slots (three on each side). This is an upgrade from the four slots found on the smaller Framework 13.

You select the ports you need and slide them into the chassis. Options include:

  • USB-C
  • USB-A
  • HDMI (2.0b or 2.1)
  • DisplayPort
  • Ethernet (2.5GbE)
  • MicroSD
  • Audio Jack (3.5mm)
  • Storage Expansion Cards (250GB or 1TB)

This eliminates the need for dongles. If your workflow changes and you suddenly need an Ethernet port for a LAN party or a specific office environment, you can swap out a USB-A card for an Ethernet card in seconds.

Repairability and Sustainability

Most gaming laptops are sealed shut with glue and use soldered components that make repair impossible. Framework takes the opposite approach. Every part of the laptop has a QR code scannable with a smartphone. This code leads directly to a guide on how to replace the part and a link to buy a replacement.

The battery is an 85Wh unit that allows for significant runtime, though high-end gaming will drain it quickly (typical for the category). By the time the battery degrades after a few years of use, you can buy a fresh one from the Framework Marketplace and install it yourself in under ten minutes. The RAM and storage are standard SO-DIMM and M.2 NVMe drives, avoiding the expensive proprietary soldering practiced by companies like Apple and Dell.

Pricing and Availability

The Framework Laptop 16 is available in two configurations:

  1. DIY Edition: Starting around $1,399. You bring your own OS, RAM, and SSD. You assemble the final parts yourself.
  2. Pre-built: Starting higher (often $1,699+), this arrives ready to run with Windows installed.

Adding the discrete graphics module generally adds about $400 to the base price. While the upfront cost is higher than a budget Acer or ASUS gaming laptop, the value proposition lies in the fact that you will not need to buy a whole new laptop in three years.

Frequently Asked Questions

Can I put an Nvidia GPU in the Framework Laptop 16? Currently, Framework only offers the AMD Radeon RX 7700S module. However, because the Expansion Bay is an open standard, third-party manufacturers or Framework themselves could release Nvidia modules in the future.

Is the Framework Laptop 16 heavy? Yes, it is a substantial machine. With the Graphics Module installed, the laptop weighs approximately 2.4 kg (5.3 lbs). If you swap the GPU for the empty Expansion Shell, the weight drops to roughly 2.1 kg (4.6 lbs).

Does the DIY Edition come with a warranty? Yes, the DIY Edition carries the same limited warranty as the Pre-built version. Framework covers hardware defects, provided you did not cause damage during the assembly process.

Can I upgrade the CPU later? Technically, yes, but the CPU is soldered to the mainboard. To upgrade the processor, you must replace the mainboard. Framework designs the chassis to fit future mainboards, so you can upgrade from an AMD 7040 series to a future generation without replacing the screen, keyboard, or battery.