Equinix ST4

The ST4 datacenter, located in San Pedro, offers a robust environment for housing critical IT infrastructure. This facility is designed to meet high standards of reliability and security.

### Power

- **Redundancy**: The datacenter features N+2 redundancy for its power systems, ensuring continuous operation even in the event of equipment failure.

- **UPS Systems**: Uninterruptible Power Supply (UPS) systems provide backup power to maintain continuous uptime.

- **Generators**: On-site generators are available to supply power during extended outages, ensuring that critical systems remain operational.

### Cooling

- **N+2 Redundancy**: The cooling systems also operate with N+2 redundancy, ensuring that the datacenter remains at optimal temperatures even if cooling units fail.

- **Efficiency**: Advanced cooling technologies are employed to maintain efficient and effective temperature control, reducing the risk of overheating and equipment failure.

### Security

- **Physical Security**: The datacenter is equipped with multi-layer security measures, including biometric scanners and mantraps, to prevent unauthorized access.

- **Monitoring**: Continuous video surveillance and on-site security personnel ensure around-the-clock protection of the facility.

- **Access Control**: Strict access control protocols are in place to monitor and manage entry into the datacenter.

### Connectivity

- **Carrier Neutrality**: The ST4 datacenter is carrier-neutral, allowing customers to choose from a variety of network providers to meet their specific connectivity needs.

- **Fiber Optics**: High-speed fiber optic connections provide fast and reliable data transfer capabilities.

- **Interconnection Options**: The facility offers diverse interconnection options, enabling seamless connectivity to other datacenters and network services.

These features make the ST4 datacenter a highly secure and reliable choice for businesses looking to house their IT infrastructure. For more detailed information, you can visit the provider's site.