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| LPCAMM2 may be smaller and more efficient than SODIMM, but the small savings are hard to justify when costs are currently out of control |
The wait is finally over for tech enthusiasts and productivity power users. Framework has officially opened pre-orders for the highly anticipated Framework Laptop 13 Pro, and this time, the upgradeable laptop maker is giving us something we've never seen before: a genuine CPU dilemma.
For the first time, buyers can choose between the latest Intel Core Ultra 3 Panther Lake and AMD Ryzen AI 300 Zen 5 processors. Both are absolute monsters in their own right, but the choice isn't as straightforward as "which one is faster." It comes down to what you actually do with your machine—and how much you're willing to spend on memory.
The CPU Showdown: AMD vs. Intel
Let's cut straight to the performance talk. If you're a power user who lives in CPU-intensive workloads—think compiling code, running complex simulations, or heavy data processing—the AMD Ryzen AI 300 series is your clear winner. The Zen 5 architecture is a beast for raw computational throughput, and Framework's implementation lets it stretch its legs.
On the flip side, if you're a creative professional who works with video editing, 3D rendering, or any GPU-accelerated tasks, the Intel Core Ultra 3 Panther Lake takes the crown. Intel's integrated graphics have made massive strides, and the Panther Lake iGPU punches well above its weight class for gaming and creative workflows.
But here's where things get interesting—and potentially frustrating.
The Memory Dilemma: LPCAMM2 vs. SODIMM
This is where the Framework Laptop 13 Pro story takes a bizarre twist. All Intel configurations ship with newer LPCAMM2 memory modules, while the AMD options stick with standard DDR5 SODIMM. On paper, LPCAMM2 sounds like the future—and it is—but in practice, the benefits are surprisingly underwhelming.
Here's what you're actually looking at:
| Specification | Intel (LPCAMM2) | AMD (DDR5 SODIMM) |
|---|---|---|
| Max Capacity | 64 GB | 96 GB |
| Max Speed | 7467 MT/s | 5600 MT/s |
| 64 GB Cost | $1,600 | $810 |
Yes, you read that correctly. **Configuring an Intel Framework with 64 GB of LPCAMM2 memory will cost you a staggering $1,600**, while the AMD equivalent with two 32 GB SODIMM sticks sets you back just $810. That's nearly double the price for memory that, in most real-world scenarios, delivers barely noticeable performance gains.
During our testing with the Intel Framework, we found the advantages of LPCAMM2 to be disappointingly narrow. Sure, benchmark numbers look pretty on a chart, but day-to-day multitasking, app launches, and even heavy productivity workloads felt nearly identical to the SODIMM-equipped AMD model.
The Elephant in the Room: Framework's Missed Opportunity
What makes this memory decision even more frustrating is the physical space savings. LPCAMM2 modules are significantly smaller than traditional SODIMM sticks, freeing up valuable real estate on the motherboard. But here's the kicker: Framework doesn't actually utilize that extra space.
Imagine if that freed-up motherboard area housed a larger cooling solution, allowing the Intel processor to sustain higher boost clocks for longer periods. That would have made a compelling argument for paying the LPCAMM2 premium. Instead, we're left with empty PCB space and a lighter wallet.
It's genuinely unfortunate that Framework offers no SODIMM options for the Intel variant. Skipping LPCAMM2 would have easily saved hundreds of dollars without impacting the user experience for 99% of users.
So, Which Should You Pre-Order?
If you're asking for our recommendation, the value proposition heavily tilts toward AMD. The AMD Ryzen AI 300 Zen 5 configuration offers:
- Superior CPU performance for most productivity tasks
- More RAM capacity (up to 96 GB vs. 64 GB)
- Drastically lower memory costs ($790 less for 64 GB)
- Standardized, easier-to-find SODIMM modules for future upgrades
The only scenario where Intel makes sense is if you specifically need the superior integrated GPU performance and are willing to pay a significant premium for the memory upgrade.
👉 Ready to configure your own Framework Laptop 13 Pro?
Build your ideal AMD configuration here and see exactly how much you'll save.
The Bottom Line
The Framework Laptop 13 Pro represents everything we love about the company—repairability, upgradeability, and now, genuine processor choice. But this generation's memory decision feels like a step backward in terms of consumer value.
For most users, the AMD Ryzen AI 300 configuration with standard DDR5 SODIMM delivers better CPU performance, more memory capacity, and saves you hundreds of dollars. Unless you absolutely need Intel's GPU power, the AMD option is simply the smarter buy.
The Framework Laptop 13 Pro remains one of the most exciting laptops of 2026—just make sure you're not paying extra for technology that doesn't actually benefit your workflow.
What do you think? Are you team Intel or AMD for the new Framework? Let us know in the comments below!
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