Equinix MU1
Equinix MU1 is a data centre project in Seidlstrasse 3 2nd Floor Munich 80335. The reported operator is Equinix.
Germany
Evidence reviewed 10 Nov 2026
About this location
Equinix MU1 is a data centre project in Seidlstrasse 3 2nd Floor Munich 80335. The reported operator is Equinix.
Status evidence
Current named primary operating-facility roster/certificate explicitly identifies computing services at this facility. Undated primary pages are reviewed10November2026 without inventing a publication date. First-party2025 QRG provides this exact facility code/address. Current colocation operational-coverage roster corroborates named IBXs; current SmartView availability specifically corroborates FR13 and DB5x/DB6x. Neither SmartView unavailability nor lack of24/7 onsite coverage means a closed DC. Exact internal building/floor position remains approximate within documented campus; independently named/certified IBXs are retained, not racks/halls.
Location evidence
Published primary facility address is reconciled with the reviewed matching street/house/locality in OpenStreetMap Nominatim. The circle covers locator extent plus uncertainty. Map tags never establish computing identity.
- Address
- Seidlstrasse 3 2nd Floor Munich 80335
- Country
- Germany
- Reported operator
- Equinix
- Location uncertainty
- 1000 m radius; not a surveyed boundary
Electrical work and project outlook
Probability not assessed. Builder, electrical contractor and current procurement availability are not confirmed in the published research.
Review the original sources below for the reported operator, project status and electricity infrastructure. A listed facility does not imply an open tender.
Location and nearby places
Nearby Bulk Supply Points and substations
No substation records within 15 km.
Nearby mine sites
No mine records within 15 km.
Sources and dates
Research compiled by Elora Grid.
- 01
- 02
- 03
- 04
Data notes
Distances use published location points. Nearby records may represent separate phases of one facility. Connection capacity and commissioning require current network information.