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Startup · Sweden

AdamantQ

HQ LUND, SwedenFounded 20221-10 employees

Website

Systems1

QDi.AC

A frequency reference component based on synthetic diamond spin transitions for long‑holdover clock sources.

Maturity not rated

Newest unveiled first. Open a system for its milestone timeline, components and sources.

Capabilities3

  • Developer
    classify_sectors run 37, sonnet, taxonomy 2026-10-18b: Diamond quantum sensors for navigation have clear PNT use in GPS-denied settings, though no defense customer is stated.
    —Reported
  • Developer
    classify_sectors run 37, sonnet, taxonomy 2026-10-18b: Diamond quantum sensors for navigation have clear PNT use in GPS-denied settings, though no defense customer is stated.
    —Reported
  • Developer
    classify_sectors run 37, sonnet, taxonomy 2026-10-18b: Diamond quantum sensors for navigation have clear PNT use in GPS-denied settings, though no defense customer is stated.
    —Reported

Maturity and TRL describe this organization's work; the field-wide maturity is on each technology's page.

Sources5

Profile4

  1. 1

    PitchBook · Supports Organization · country, Organization · employee range, Organization · founded year, Organization · linkedin url

    “country: SE”
  2. 2

    Defence Finance Monitor · Supports Organization · description

    “in Quantum Technologies (sensing, timing, communications), Advanced Materials (synthetic diamonds), and Space Systems (satellite navigation/timing). These systems also support Sensors”
  3. 3
    CompanyAdamantQ

    AdamantQ · Supports Organization · name

    “Next-Generation Chip-scale Quantum Sensors for precise measurements, robust communication and reliable navigation across land, sea and space Out of the”
  4. 4

    LinkedIn · Supports Organization · country, Organization · employee range, Organization · hq city, Organization · linkedin url, Organization · ownership

    “country: SE”

Systems1

  1. 5

    AdamantQ · Supports System

    “QDi.AC is a frequency reference based on the magnetic spin transitions of a synthetic crystal diamond. It is a through-hole component intended for soldered integration into system electronics that require a long-holdover clock source.”

Each fact on this page is attached to the sources that support it. Archived copies are linked when we keep one.