Bucharest, Romania Data Center
Summit’s Bucharest data center provides a strategic location in Eastern Europe with robust connectivity, skilled talent, EU compliance, energy sustainability, and political stability.
Clădirea Feper, Bulevardul
Dimitrie Pompeiu 8,
București 020337, Romania
Technical Specifications
These are the nuts and bolts behind our smooth operations.
Power
- Redundant 2,000 kVA transformers, over 2 MW power
- Diesel generators: 2 x 1,500 kVA & 2 x 590 kVA, 12-hour autonomy
- UPS: 2 x 600 kVA & 2 x 400 kVA, 15-minute battery backup
- Separate battery strings for redundancy
- 800 kVA & 600 kVA Bypass
Cooling
- Adiabatic cooling system with N+1 redundancy
- Constant temperature: 22°C ± 3°C in technical areas
- Humidity range: 50% ± 20%
Network
- Pre-run conduits available
- 32 fiber optic cables
- North + south diverse routes
- Over 100 regional + international networks
Security
- 24/7/365 Onsite Security Staff
- Visitor and Equipment screening
- CCTV with 30-day backup
Facility
Get to know the lay of the land.
Greener Operations
- Not publicly available
Airports
- Bucharest Henri Coandă International Airport (OTP) 9 miles (14.4km)
Parking
- On-site parking
Building
- Building Structure: 4 Story
- Total Building Size: 26,900 SF
Perks
Welcome to the good life, where the amenities are as solid as our uptime.
Support
- Summit Service Desk Support 24/7
- Summit Remote Hands
Compliance
- DSS PCI Compliant
- ISO-9001
- ISO-27001
Service Level Agreements
- 99.999% SLA for electricity supply and air conditioning
- 100% uptime SLA on network and power
Amenities
- Freight elevator: 2.5-ton capacity, 2 x 4 x 2.2 m, with unloading ramp
- Conference room, break room & office space
- Crash carts
- Loaner tools
- Wi-Fi
The proof is in the praise
With the volume of data we manage, a migration was not going to be a trivial effort. [Summit] made a compelling case to move our primary hosting to take advantage of their network, expertise, and support, rather than purchasing a point-to-point product from a traditional carrier and paying for cross-connects on each side. This was a critical component that set the stage for the larger migration.”
