Dodoid's Computing Freedom Table

Shown configurations are the most-free currently attainable on each model and may not reflect that model's configuration as-sold.

Legend:
FreeProprietaryMixed Free and ProprietaryProprietary, but fully disableableProprietary, but partial info/RE work availableUnknownUndefinedNone or N/A - feature/system not present

Purism Librem 14

laptop/purism/librem14 (platform)

Property Description
Manufacturer
Purism
Model
Librem 14
Year
2021
Max CPU
Intel Core i7-10710U
Max RAM
64GB
2x32GB DDR4 SODIMM
Image
credit to Purism (https://puri.sm/wp-content/uploads/2020/06/librem-14-main-header-image.png)
Software: User-Facing Environment
Free
Software: Operating System
Free
Software: Bootloader/Recovery
Free
Firmware: Persistent Privileged Code (e.g. x86 SMM)
Free (Coreboot)
This is an FSP platform. However, with the exception of the (optional) FSP-I on certain very recent Xeon platforms, no FSP components run in SMM.
Firmware: Late Boot/Payload
Free (EDK2, etc.)
Firmware: Platform Initialization
Mixed, Coreboot w/ prop. FSP-S
Firmware: Memory Initialization
Proprietary (FSP-M)
Firmware: Early Boot (incl. RoT)
Free (Coreboot)
Firmware: Boot ROM
None
x86 CPUs don't have true "software" boot ROMs in mask ROM (such as those in many ARM SoCs). Most x86 platforms map the firmware in SPI flash directly into address space at the reset vector, where it can be executed in-place. Prior to this, some early initialization may be performed by the ROM microcode, or by coprocessors (such as the ME/PSP) if present.
Firmware Signing
For ME Only, Boot Guard disabled
CPU Microcode
Proprietary
All current x86 CPUs use proprietary microcode, stored in mask ROM in the CPU itself. Additional updates to this microcode can be temporarily loaded by firmware and/or the OS.
Management Coprocessor: Firmware
Proprietary, partially disabled (ME Gen4+)
On ME version 12 and above (some Coffee Lake, all post-Coffee-Lake), sometimes called "IFWI ME" or "ME Generation 4" or later, module removal (as was done with earlier MEs) is not currently known to be possible. However, the AltMeDisable ("HAP bit") can still be used on these MEs.
Communications Coprocessor: Internal Firmware
WLAN proprietary, but card is removable
Communications Coprocessor: Host-Loaded Firmware
Unnecessary with some cards (e.g. ath9k)
Security Coprocessor: Firmware
Proprietary, but use of it is optional (TPM)
Embedded Controller: Firmware
Free (Librem-EC)
Hardware: Board Electrical Schematic
Proprietary
Hardware: Board PCB Design
Proprietary
Hardware: CPU Instruction Set
Proprietary (x86_64)
Hardware: CPU/SoC Implementation
Proprietary (Intel Comet Lake)
Hardware: CPU/SoC Synthesis Toolchain
Proprietary

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This page was generated at 00:22 UTC, Nov 24 2025, and reflects DCFT's data at that time.
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