Tulix Systems
100G/400G Backbone + Multi-Protocol Streaming Delivery
January 21, 2026 • Customer overview
100G/400G Core Network
Low-Latency Switching
Protocol-Agnostic Streaming
Multi-ASN Connectivity

Infrastructure that makes streaming feel effortless—even at peak.

Tulix Systems is built on a carrier-grade backbone designed for the realities of live streaming: high concurrency, strict latency expectations, and unforgiving peak traffic. Our network combines MX480 core routing with high-performance MPC10 line cards, 100G/400G interfaces, ultra-low-latency 100G switching, and 100Gb/s-optimized compute—delivering consistent performance across both HTTP-based CDN traffic and real-time streaming protocols.

Bottom line: this is not “best-effort CDN.” It’s engineered delivery—built to stay predictable when audiences spike, routes shift, and networks get noisy.
Core routing

Carrier-grade backbone with 100G/400G ports

High-end core routing capacity with modern high-speed interfaces, built to sustain large traffic volumes and sudden spikes.

  • High-performance line cards and dense port options
  • Designed for stability under continuous load
  • Built for multi-path routing and operational resilience
Switching fabric

Low-latency 100G switching at scale

A scalable switching layer engineered for throughput and predictable latency—ideal for live pipelines and edge processing.

  • High-capacity 100G switching across the delivery fabric
  • Low-latency characteristics for time-sensitive traffic
  • Designed for growth without redesign
Compute layer

100Gb/s optimized servers

Highly tuned Ubuntu-based servers optimized for high-throughput networking and streaming workloads.

  • HTTP-based CDN delivery stack (multi-system approach)
  • Dedicated real-time protocol servers for contribution and interactive workflows
  • Engineered for sustained throughput, not just burst performance
Protocol delivery

HTTP + real-time streaming in one ecosystem

Tulix supports both traditional HTTP-based distribution and real-time protocols—backed by the same network-grade backbone.

  • HTTP-based CDN for large-scale distribution
  • Dedicated servers for SRT and WebRTC workflows
  • Works with route optimization for stronger TCP/UDP behavior
Why it’s different

Because the network is the product.

Many streaming providers compete on features while assuming the internet will “just work.” Tulix competes on delivery certainty—the infrastructure that makes every protocol behave better.

Peak-proof design

Built to handle sudden audience spikes without collapsing origin performance.

Multi-ASN reach

Multiple autonomous networks and diversified transit reduce route volatility.

Protocol advantage

Optimized paths and dedicated stacks strengthen both HTTP delivery and real-time protocols.

What you need How Tulix delivers it
Stable live events High-capacity backbone + low-latency fabric + route optimization for consistent paths.
Global distribution Multi-ASN and diversified Tier‑1 transit to reduce variance across regions.
Multi-protocol workflows Dedicated protocol servers (e.g., SRT, WebRTC) plus HTTP CDN stacks for scalable delivery.
Operational confidence Engineered systems designed for sustained throughput and predictable behavior.

Hardware and vendor names are referenced for infrastructure transparency. Provider and topology specifics can be shared under NDA.

Next steps

See Tulix infrastructure in action

Tell us your regions, expected peak concurrency, and protocol mix (HTTP, SRT, WebRTC). We’ll propose a pilot and rollout plan that proves delivery stability under real-world conditions.

© 2026 Tulix Systems. This overview is intended for prospect discussions and may be shared internally within your organization.