Edge Data Center Solutions
Low-Latency, Distributed and Rapidly Deployable Infrastructure for Edge Computing
1. Overview
Edge data centers bring computing power closer to end users and devices, enabling real-time data processing and ultra-low latency services.
Our Edge Data Center Solution is designed for distributed deployment, rapid rollout, and reliable operation across diverse environments, supporting applications such as 5G, IoT, content delivery, and edge AI.
By integrating compute, network, storage, power, and cooling into compact and modular systems, we provide a flexible and scalable platform for next-generation edge infrastructure.
2. Key Features
Low-latency performance for real-time applications
Distributed architecture for multi-site deployment
Compact and modular design for space-constrained environments
Rapid deployment with plug-and-play capabilities
High reliability in remote and harsh environments
Flexible scalability for future expansion
3. Architecture Overview
Edge data centers are typically deployed in a distributed architecture model, consisting of:
Core data centers
Regional data centers
Edge nodes
Edge Node Architecture
Each edge node integrates:
Compute (edge servers)
Storage (localized data processing and caching)
Network (access and aggregation layers)
Power and cooling systems
Remote monitoring and management
4. Compute Infrastructure
Compact edge servers
AI inference nodes for real-time processing
Micro-cluster deployment
Designed for low-latency processing and localized computing workloads.
5. Network Infrastructure
Access network (5G, fiber, or broadband)
Aggregation switches
Edge routing and connectivity
Provides reliable, low-latency communication between edge nodes and core data centers.
6. Storage Infrastructure
Localized storage systems
Edge caching solutions
Data synchronization with central data centers
Ensures fast data access while reducing backhaul traffic.
7. Power Infrastructure
Compact UPS systems
Integrated power distribution modules
Battery backup systems
Optional energy storage integration
Designed for high reliability and space efficiency in edge environments.
8. Cooling Infrastructure
Precision air conditioning units
Integrated cooling systems
Free cooling options (where applicable)
Optimized for compact deployment and energy-efficient operation.
9. Modular Deployment
Micro modular data centers
Outdoor cabinet solutions
Containerized edge data centers
Enables fast deployment with minimal on-site construction.
10. Intelligent Management
Remote monitoring and control
Centralized management platform
AI-based operation and maintenance
Real-time performance analytics
11. Typical Applications
5G base stations and telecom networks
Content delivery networks (CDN)
Edge AI and real-time analytics
Smart cities and surveillance systems
Industrial IoT and manufacturing
12. Key Advantages
Ultra-low latency performance
Distributed deployment capability
Rapid installation and commissioning
Compact and space-efficient design
High reliability in remote locations
Reduced network bandwidth usage
13. Compliance and Localization
Designed to meet Mexico NOM standards
Compatible with NEC and UL requirements
Adapted to local environmental conditions
Supported by local engineering and service teams
14. Scalability and Future Readiness
Easily expandable edge nodes
Seamless integration with core data centers
Support for future edge AI workloads
Flexible and modular upgrade paths
15. Conclusion
Our Edge Data Center Solution enables low-latency, distributed, and efficient computing at the network edge, supporting the growing demand for real-time applications and decentralized digital infrastructure.