ANDROID RugOne Xsnap 7 Pro Launches with Detachable Action Camera for $999 GAMES EA FC 27 Web App Release Date Approaches for Ultimate Team GAMES Sega Redefines Gamers: Like a Dragon Fans Watch Streams Without Playing DLSS DLSS 5 Mod Boosts RTX 5080 Frames by 61% in Assassin’s Creed Shadows AMD NeuralScreen Brings DLSS 5 Neural Rendering to Windows 11 Desktop NINTENDO Zelda Ocarina of Time 3D Remake Price Leaked at $60 USD ACCESSORIES IKEA Dubbelkisel Driver Adds Matter Wireless Control to Smart Lighting NINTENDO Lego Zelda Link & Epona Set Announced for Spring 2027 GAMES Roco Kingdom Closed Beta Test Now Open for Sign-Up NINTENDO Aniimo Not Free-to-Play: Pre-Order Tiers and Rewards Explained GAMES GTA 5 Voice Actor Ned Luke Plans Final Playthrough Before GTA 6 Launch GAMES Marvel Rivals Season 10 Trailer Confirms Gorr The God Butcher GAMES Path of Exile co-creator admits to planting fake assets to troll dataminers GAMES The Outlast Trials Chemical Leak Update Hits Sept 8

Framework Laptop 13 Pro: Intel LPCAMM2 Costs $1600 for 64GB

Simon Ellis 2 min read

Framework Laptop 13 Pro Intel models cost $1600 for 64GB RAM, while AMD options are $810. We analyze the value difference between LPCAMM2 and DDR5.

Framework Framework Laptop 13 Pro
PC HARDWARE

Framework has opened pre-orders for the Laptop 13 Pro, introducing a significant shift in memory architecture that directly impacts buyer costs. The new configurations utilize the newer LPCAMM2 standard, while models continue with traditional DDR5 SODIMM modules. This divergence creates a stark price difference for equivalent memory capacities, forcing users to weigh speed against value. Buyers seeking maximum memory capacity or budget efficiency will find the AMD path more logical, while Intel users pay a premium for higher transfer rates.

AMD configurations offer significantly better performance per dollar

The laptop is available with Intel Core Ultra 3 Panther Lake processors or AMD Ryzen AI 300 Zen 5 chips. Intel versions are restricted to the LPCAMM2 form factor, which supports memory speeds up to 7467 MT/s. AMD versions rely on standard DDR5 SODIMM slots, capping memory speeds at 5600 MT/s. This hardware split defines the two distinct configuration paths available to consumers.

Specifications

  • Intel RAM Type: LPCAMM2
  • Intel Max RAM Capacity: 64 GB
  • Intel Max RAM Speed: 7467 MT/s
  • AMD Max RAM Capacity: 96 GB
  • AMD Max RAM Speed: 5600 MT/s

Memory capacity limits also differ between the two platforms. The Intel LPCAMM2 configuration tops out at 64 GB of RAM. In contrast, the AMD DDR5 setup supports up to 96 GB of memory. This 32 GB gap allows AMD users to run more demanding workloads that exceed the Intel memory ceiling.

Pricing highlights the cost disparity between these memory technologies. A 64 GB Intel configuration costs $1600. The same 64 GB capacity on an AMD system costs $810 when configured with two 32 GB DDR5 modules. The author notes that configuring with the 64 GB LPCAMM2 module will cost $1600 compared to "only" $810 when configuring with two 32 GB DDR5 SODIMM modules. This price gap makes the AMD option significantly stronger on a performance-per-dollar basis. Framework does not appear to use the space saved by LPCAMM2 for larger cooling solutions or other features.

The Framework Laptop 13 Pro is now available for pre-order globally. We've been tracking Framework Laptop 13 Pro closely — see our earlier coverage on Framework Laptop 13 Pro RAM Prices. The decision between Intel and AMD now hinges on whether the higher memory speed justifies the doubled cost for the same capacity.

Source: NotebookCheck