Security
Data center security encompasses robust physical measures to protect IT infrastructure and data from unauthorized access and threats. Specifications include biometric access controls, using verified access control to ensure only authorized personnel can enter sensitive areas. Modern surveillance systems provide continuous monitoring to detect and respond to security incidents in real-time. Physical barriers enhance the facility’s security perimeter. On-site security personnel are present 24/7 to patrol the data center and respond to any incidents, ensuring comprehensive protection for the data center.
Fire protection
Fire protection in our data center provides instant detection and response to fire hazards, including smoke detectors and environmental sensors for early warning. Automatic fire suppression systems using the non-lethal FM200 and fireproof barriers contain and prevent the spread of fire. These measures ensure the safety of both the data center infrastructure and personnel.
Power
Power specifications in a data center are designed to ensure continuous and reliable operation. These include redundant power supplies, which provide multiple power sources to prevent outages. Redundant Uninterruptible Power Supplies (UPS) systems offer temporary backup power during short-term outages, ensuring a seamless transition to backup generators. Backup generators provide long-term power during extended outages. Redundant Power Distribution Units (PDU) efficiently distribute power to equipment, with built-in redundancy to prevent overloading. Isolation transformers protect equipment from electrical noise, ensuring stable and clean power delivery. These components create a robust power infrastructure that ensures high availability and reliability.
Cooling
Cooling in a data center is essential to maintain optimal temperatures and prevent equipment overheating. Key specifications include high-efficiency HVAC systems that provide precise temperature and humidity control. Redundant air conditioning units deliver targeted cooling to critical areas, ensuring even temperature distribution and allowing real-time monitoring of temperature and humidity levels to promptly address any abnormalities. Hot and cold aisle containment strategies are employed to separate hot exhaust air from cold intake air, improving cooling efficiency and reducing energy consumption. These measures ensure a stable and efficient cooling environment, protecting IT equipment and enhancing performance.
Connectivity
Connectivity in a data center is critical for ensuring high-speed and reliable network access. These include cross connections, which facilitate direct, low-latency links between different network providers and clients within the data center. Fiber optic connections provide high-bandwidth and long-distance data transmission, essential for supporting large volumes of data traffic. UTP (Unshielded Twisted Pair) cables are used for shorter-distance connections, offering flexibility and ease of installation. This enables scalable bandwidth internet connections, ensuring seamless data transmission and optimal network performance for various applications.
Monitoring system
Real-time monitoring software in a data center ensures proactive incident response by continuously tracking the performance and health of all systems. It provides real-time analytics and alerts for issues, including environmental factors such as temperature and humidity, as well as the operational status of power, cooling, network systems, and access control. This allows our data center operations team to quickly detect and respond to potential problems, maintaining efficient and secure operations.