Beyond Bandwidth: The 100G+ Data Center Architecture

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Why 100G Data Centers Matter Now

The must-have 100G foundation - AI-ready growth, zero-latency performance.

Performance

5μs latency for AI, trading & video - zero lag guaranteed.

Security

100G DDoS protection stops attacks. Your data stays safe.

Scalability

From 1 to 100 racks in 48 hours. Ready for future upgrades.

Three-Tier VS Spine-Leaf

Evolved from legacy three-tier designs, today's Spine-Leaf architecture delivers 100G/400G-ready connectivity with Ultra-low latency, Non-blocking throughput and Linear scalability.

Build Your 100G Data Center

100G-ready infrastructure for fast, scalable, and secure data centers — with top-tier switching, compute, and management from global leaders.

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Real-World Applications of 100G Data Centers

Enable your clients with targeted 100G solutions for real-world demands.

Hyperscale & Cloud Providers

● East-west traffic

● Multi-tenant scaling

● AI-ready fabric

Enterprise Infrastructure

● Hybrid cloud

● High availability

● Virtualization support

Low-Latency Applications

● Real-time data

● Ultra-low jitter

● Secure routing

High-Traffic Platforms

● API-heavy traffic

● Scalable backend

● Fast failover

AI & Data-Intensive Workloads

● GPU networking

● High IOPS

● Cluster scalability

Frequently Asked Questions

What is data center?

Think of a data center as the "brain and heart" of the internet—a giant, ultra-organized warehouse where thousands of computer servers live, work, and talk to each other 24/7.

What it does: Safeguards and processes everything from your search history to global stock trades—instantly.
Why it's remarkable: Operates with the precision of a Swiss watch, handling more data per second than all the words humanity has ever spoken.
How it survives: Industrial-strength cooling (think glacier-chilled), backup systems tougher than a submarine, and fiber optic veins moving data at 670 million mph.

It's not just tech—it's the beating heart of modern life. When you stream, shop, or swipe, you're tapping into this invisible engine.

How do data center works?

Data centers operate like a "digital digestive system":

Intake - Fiber optic cables "swallow" global data (at near light speed)
Processing - Server clusters "chew" the data (CPU/GPUs handle ~5,000 requests/sec per server*)
Life Support - Cooling systems (~20MW of AC power) and backup generators keep things alive
Output - Processed results get "spit out" to your devices in ~0.05 seconds

This cycle repeats 24/7, powering everything from your Zoom calls to stock markets.

Why data center capacity is measured in MW?

Data centers use megawatts (MW) to measure capacity because power is their fundamental constraint and key resource. Just as horsepower indicates a car's performance, MW directly reflects a data center's computing capability—1 MW can support approximately 1,000 standard servers or 100 high-performance AI servers running continuously. Since modern servers consume massive amounts of electricity (power costs often exceed 40% of total operating expenses), the industry adopted MW as the standard metric. This unit not only indicates a facility's maximum scale (power supply determines server count) but also reflects its operating costs.

How data center make money?

Data centers make money in three main ways. First, you can lease space and power like digital real estate - premium server cabinets generate thousands monthly. Second, you can sell high-margin cloud services and AI compute, where AWS achieves 60%+ margins on EC2 instances. Third, you can collect data transit fees similar to financial exchange clearing charges. This powerful business model combines the best parts of different industries. It has the steady income of utilities plus the high growth of tech companies. The result is an incredibly profitable business making 40-70% margins every year. Data centers have basically become money machines for the digital world, mixing real estate, tech services and financial exchange all in one.