Linus Sebastian meets with Framework CEO Nirav Patel to unveil a significant expansion of the modular laptop ecosystem, highlighting the transition into "Pro" hardware and community-driven development. The update introduces high-performance standards like LP Cam 2 memory and OCulink connectivity while maintaining the company's core commitment to backwards compatibility and user repairability.
Framework 13 Pro Advancements
play_arrow1:44 The Framework 13 Pro features a CNC aluminum chassis similar to a MacBook Pro, moving away from the original entry-level materials for a more premium feel
play_arrow2:24 Framework invested over a million dollars to develop a fully custom 2.8K panel that offers 700 nits of brightness and a matte anti-glare finish
play_arrow3:34 The system supports Intel Core Ultra Series 3 (Panther Lake) and utilizes LP Cam 2 memory, which provides high speeds without compromising the ability to upgrade or replace RAM modules
play_arrow7:49 A new 74 watt-hour battery (21% larger) combined with platform efficiencies allows for up to 20 hours of 4K streaming, more than double the previous generation's performance
play_arrow4:23 Despite the "Pro" designation, the new mainboards remain backwards and forwards compatible, allowing users to drop new boards into 5-year-old chassis or vice-versa
Framework 16 and High-Performance Expansion
play_arrow9:32 The Framework 16 receives a refresh including single-piece haptic trackpads and a new Ryzen 5 configuration to lower the entry price for users who want a larger screen without the top-tier CPU tax
play_arrow11:18 A new expansion module provides an OCulink 8i interface, offering 128 Gbits/s of bidirectional throughput to connect external desktop GPUs with less overhead than Thunderbolt 5
play_arrow12:01 Because OCulink provides native PCIe lanes, it avoids the 16% to 36% performance penalty often seen with Thunderbolt eGPU setups, though it currently lacks hot-plug support and is positioned as a "dev kit."
play_arrow10:22 The ecosystem now includes developer-made modules like MIDI keyboards and ergonomic layouts, fulfilling the vision of a truly open hardware platform
Peripherals and Modular Ecosystem Projects
play_arrow13:50 Framework is launching a standalone keyboard using the same switches and touchpad architecture as their laptops, featuring open-source firmware and CAD files for 3D-printed accessories
play_arrow15:00 To address consumer frustration with wireless adapters, the keyboard includes an internal storage space to permanently house USB dongles for mice or other peripherals
play_arrow20:17 Linus previews a new "Battery Bank" project featuring replaceable battery magazines and upgradeable firmware, allowing users to keep the control board and chassis while swapping the cells
play_arrow21:35 The battery bank supports mechanical hats that can convert the unit into a flashlight, a benchtop power supply, or a breakout box for various port types
Summary
The collaboration highlights Framework's evolution from a startup to a mature hardware company capable of producing high-end, custom-engineered components like the 700-nit matte touchscreen and CNC-milled chassis. By integrating advanced standards like LP Cam 2 and OCulink while maintaining strict backwards compatibility, Framework and its partners are demonstrating that the trade-off between repairability and high-performance "Pro" specs is a solvable engineering challenge.