Colocation SBA Edge
Host your data with MAXIMUM SECURITY in a RESILIENT, HIGH-PERFORMANCE environment certified and awarded by ISG
SBA Edge Smart Colocation: Certified Infrastructure and Premium Connectivity for Your Business to Thrive
High-level infrastructure
Cooling systems, 100% renewable redundant energy and physical security.
Hyperconnected
Connected via a dual-approach fiber optic ring
to two locations at the Brazilian Internet interconnection point.
Highest level of certification
TUV-TR3 certified Data Center, adherence to standards such as ISO 27001 and PCI DSS.
Your data is safe in the hands of experts
SBA Edge offers Colocation services in TR3 certified Data Centers (TÜV Rheinland), ensuring the highest level of sophistication and availability of building infrastructure, with a historical effective availability of 99.999%. Our infrastructure has full redundancy, allowing concurrent maintenance without impacting production systems.
SBA Edge will be your strategic partner for a Colocation service that combines cutting-edge infrastructure, high availability and unparalleled security, ensuring peace of mind and efficiency for your business.
Colocation Solutions
SBA Edge’s Colocation solutions are state-of-the-art, powered by 100% renewable energy (I-REC) and located within walking distance of major business districts such as Berrini, Paulista and Vila Olímpia in São Paulo / Brazil
With SBA Edge’s Colocation Cage, we deliver a TR3-certified environment based on the TIA-942 Standard that highlights our compliance with the highest infrastructure and operational standards.
Our SBA Edge Colocation Rack offers customers the ability to host their data in our highly secure and highly available data center facilities. The delivery process ranges from needs assessment to installation.
The SBA Edge Meet-Me Room (MMR) is a dedicated space for traffic exchange between telecommunications service providers (ISPs) present in the data center. This environment allows physical integration between networks with electrical or optical interfaces.