Framework's proposition is unique: laptops you can actually repair and upgrade yourself, with publicly available part numbers and screwdriver-only disassembly. The Framework 16 takes that further with a modular GPU expansion bay. The Framework 13 updated to AMD's Ryzen AI 300 series (Strix Point, TSMC 4nm) delivers serious performance in a 1.3kg chassis. If you care about right-to-repair, sustainability, or simply not throwing away a $1,400 laptop when one component fails, Framework is the only company making compelling arguments in this market.
Framework Laptop 13 (AMD Ryzen AI 300)
The Framework 16 is for users who want discrete GPU capability and a larger screen; the Framework 13 Ryzen AI 300 is the better all-around portable for most people.
Specs Comparison
| Spec | Framework Laptop 16 | Framework Laptop 13 (AMD Ryzen AI 300) |
|---|---|---|
| CPU | AMD Ryzen AI 9 HX 370 (12C, 4nm TSMC) | AMD Ryzen AI 9 365 (10C, 4nm TSMC) |
| GPU | Radeon 780M iGPU + RX 7700S expansion (optional) | Radeon 880M iGPU |
| Display | 16" 2560×1600 165Hz IPS 500-nit | 13.5" 2256×1504 60Hz IPS 400-nit |
| Battery | 85Wh / 9-11 hrs (no GPU) / 6-8 hrs (GPU) | 61Wh / 10-12 hrs light use |
| Weight | 2.1kg (no GPU) / 2.4kg (with GPU) | 1.3 kg |
| Repairability | 10/10 iFixit | 10/10 iFixit |
| Ports | 6× configurable modules | 4× configurable modules |
| Price | ~$1,899 (with GPU module) | ~$1,299 (configured) |
The Framework Philosophy: Why Repairability Matters
Both Framework laptops ship with a QR code that links to a repair manual and a parts storefront. The SSD, RAM, battery, display, keyboard, ports, and mainboard are all user-replaceable with standard tools — no proprietary clips, no glued-in batteries, no ultrasonic welds hiding screws. Framework publishes repair scores: both models rate 10/10 on iFixit.
In practice, Framework's business model has proven sustainable. Mainboard upgrades let Framework 13 owners from 2021 run 2025-generation AMD silicon in their original chassis. This is the only laptop brand where a four-year upgrade makes financial sense — replace the mainboard for $350-450 rather than buying a new machine.
The Framework 16's expansion bay — a PCIe 4.0 x8 slot behind the keyboard — accepts AMD's Radeon RX 7700S module (currently the only shipping option, with more in development). The GPU module adds discrete graphics at the cost of battery life and weight, and it can theoretically be swapped for future GPU generations.
Framework Laptop 13: Ryzen AI 300 Upgrade
The Framework 13's latest mainboard uses AMD Ryzen AI 9 365 (Strix Point, TSMC 4nm) — a 10-core Zen 5 chip with an integrated Radeon 880M GPU (12 CUs) and a 50 TOPS XDNA 2 NPU. Single-core Geekbench 6 scores approach 3,200; multi-core around 17,000. For a 13-inch fanless-capable laptop weighing 1.3kg, these are impressive numbers.
The integrated Radeon 880M is genuinely capable for light gaming — it handles titles like Baldur's Gate 3 at medium settings 1080p above 40fps, and esports games at well over 100fps. For a laptop without a discrete GPU, the 880M closes the gap considerably. AI features on the 50 TOPS NPU qualify it as a Copilot+ PC.
The Framework 13 starts at $1,049 as a DIY kit (you install RAM, SSD, and OS) or $1,299 fully configured with 16GB LPDDR5X and 512GB SSD. The price-to-performance ratio is excellent; what you're also paying for is the repairability premium and Framework's supply chain commitments.
Framework Laptop 16: The Discrete GPU Case
The Framework 16 uses AMD Ryzen AI 9 HX 370 (Strix Halo, TSMC 4nm, 12 Zen 5 cores) as the baseline CPU, with the optional AMD Radeon RX 7700S expansion GPU. The RX 7700S adds 12GB GDDR6 and roughly doubles gaming performance over the integrated Radeon 780M in the base Framework 16 config.
The 16-inch display is a 2560×1600 165Hz IPS panel at 500 nits — not the brightest or most color-accurate in its price tier but perfectly competent. The larger chassis houses the GPU expansion bay and a larger battery (85Wh vs Framework 13's 61Wh). The keyboard features a full numpad module that can be swapped for a blank panel, macro pad, or numpad depending on your preference.
Framework 16 with discrete GPU expansion bay runs $1,899-$2,199 depending on RAM and SSD configuration. This is the only laptop where you can buy the chassis, use it without the GPU, then add the GPU expansion module later when budget allows — or when a faster GPU module ships.
Portability, Battery, and Real-World Use
The Framework 13 weighs 1.3kg and the 61Wh battery delivers 10-12 hours of light productivity use. It's a genuinely portable laptop — meetings, coffee shops, and travel are all comfortable. Port selection is the one area where Framework's modular approach shines most obviously: you configure your own port layout from USB-A, USB-C, HDMI, DisplayPort, MicroSD, and 2.5GbE modules.
The Framework 16 weighs 2.1kg without the GPU module and 2.4kg with it. Battery life drops to 6-8 hours at light use with the GPU installed — the RX 7700S draws power even at idle unless you use GPU switching to disable it. Without the discrete GPU, the Framework 16 gets 9-11 hours from its 85Wh battery.
Both laptops use USB-C charging at up to 180W (Framework 16) or 100W (Framework 13), and both accept any compatible USB-C charger — no proprietary charging requirement. This is an underrated practical advantage for travelers who already carry a multi-port GaN charger.
Framework Laptop 16 Strengths
- Discrete GPU expansion bay: RX 7700S module adds real gaming capability
- Larger 16-inch 2560×1600 165Hz display
- 85Wh battery — larger capacity than Framework 13's 61Wh
- Full numpad module plus configurable keyboard expansion zone
- PCIe 4.0 x8 expansion bay supports future GPU module upgrades
Framework Laptop 13 (AMD Ryzen AI 300) Strengths
- 1.3kg — genuinely portable, 1.1kg lighter than Framework 16 with GPU
- 10-12 hours battery life at light use
- Ryzen AI 300 Radeon 880M: competitive iGPU for light gaming without carrying GPU weight
- $350-500 cheaper than Framework 16 with discrete GPU
- 50 TOPS NPU — Copilot+ PC certification for AI features
Framework Laptop 16 Weaknesses
- 2.4kg with GPU module — significantly heavier than the competition at this price
- RX 7700S is already behind current discrete GPU generations
- 6-8 hours battery with GPU installed
- Premium over comparable non-modular gaming laptops is real
Framework Laptop 13 (AMD Ryzen AI 300) Weaknesses
- No discrete GPU option — iGPU only
- 13-inch screen constrains productivity workflows vs 16-inch
- 61Wh battery — smaller than most competitors at this price
Best For
- Framework Laptop 16 Repair-focused users who also need discrete GPU performance for gaming or 3D work, and don't mind the weight premium
- Framework Laptop 13 (AMD Ryzen AI 300) Portability-first buyers who want the best right-to-repair laptop under $1,400 with competitive performance and daily-driver battery life
FAQ
Can I buy a Framework 16 without the discrete GPU and add it later?
Yes — this is one of Framework's key selling points. Buy the base Framework 16 without the GPU expansion module, use the integrated Radeon 780M, and add the RX 7700S expansion module when your budget allows or when a more powerful GPU module ships. The expansion bay PCIe connection is hardware-ready from day one.
How does Framework's repairability compare to mainstream competitors in 2026?
It's in a different category. Apple's MacBook Pro requires depot repair for most components. Dell's XPS line has improved repairability but still uses proprietary parts. Framework publishes every part as a purchasable SKU with a repair manual. For someone who has ever paid $400 for a battery replacement on a laptop that costs $800, Framework's approach changes the economics of ownership meaningfully.