Startup · Germany
Xavveo
HQ Berlin, GermanyFounded 202311-50 employeesUpdated
xavveo has developed an ultra-compact chip with integrated transmitter and receiver antennas, routing radar signals through optical fibers.
Capabilities2
| Technology | Role | Maturity | TRL | Notes | Confidence |
|---|---|---|---|---|---|
| Semiconductors and microelectronics | Developer | — | — | classify_sectors run 52, haiku, taxonomy 2026-10-18b: Ultra-compact chip routing radar signals over optical fiber; radar is a defense sensing technology, but no defense use is stated. | Reported |
| Sensing and signature management | Developer | — | — | classify_sectors run 52, haiku, taxonomy 2026-10-18b: Ultra-compact chip routing radar signals over optical fiber; radar is a defense sensing technology, but no defense use is stated. | Reported |
- Developerclassify_sectors run 52, haiku, taxonomy 2026-10-18b: Ultra-compact chip routing radar signals over optical fiber; radar is a defense sensing technology, but no defense use is stated.—Reported
- Developerclassify_sectors run 52, haiku, taxonomy 2026-10-18b: Ultra-compact chip routing radar signals over optical fiber; radar is a defense sensing technology, but no defense use is stated.—Reported
Maturity and TRL describe this organization's work; the field-wide maturity is on each technology's page.
Sources4
- 1
hoganlovells.com · Supports Organization · founded year
“Founded in 2023, the Berlin start-up Xavveo”
- 2
Sixth-Domain · Supports Organization · kind
“{"group": "startups", "id": "8273115c-6ec9-4612-be0c-5170f5614408", "name": "Xavveo"}”
- 3DatabaseXavveo company profile
Octen Business Search · Supports Organization · country, Organization · employee range, Organization · hq city, Organization · linkedin url
“country: DE (profile: Berlin, Berlin, Germany)”
- 4CompanyHome – xavveo
Xavveo · Supports Organization · description, Organization · name, Organization · website
“xavveo has developed an ultra-compact chip with integrated transmitter and receiver antennas, routing radar signals through optical fibers. Small module formfactors enable a wide range of applications.”
Each fact on this page is attached to the sources that support it. Archived copies are linked when we keep one.