// EDGE_CLUSTER_v2.4
HIGH SPEED EDGE
TRIX CDN.
Ultra-low latency content distribution network with Anycast routing, edge caching, and automated TLS 1.3 delivery.
// ARCHITECTURE
TRIX CDN operates a distributed edge network designed for reliable static payload delivery, origin shielding, and sub-millisecond connection handling across modern network nodes.
Edge specifications »
Our bare-metal edge locations terminate TLS sessions in close proximity to clients, minimizing round-trip times and offloading compute from origin infrastructures.
Every endpoint features automatic path failover, rate protection, and dynamic content compression supporting both Brotli and Gzip encoding standards.
// SERVICES
-
EDGE
EDGE_CACHE_V4
High-throughput reverse caching layer designed for static assets, media distribution, and instant response times.
ACTIVE → -
EDGE
ORIGIN_SHIELD
Intermediate caching tier consolidating upstream requests to eliminate origin server contention and bandwidth spikes.
ACTIVE → -
CORE
TLS_TERMINATION
Hardware-accelerated TLS 1.2 and 1.3 session negotiation with automated certificate renewal and zero-latency handshakes.
ACTIVE → -
CORE
STREAM_COMPRESSION
Adaptive payload compression streaming Brotli and Gzip for optimal transfer size across variable client networks.
ACTIVE → -
ROUTING
ANYCAST_GATEWAY
Intelligent multi-homed BGP Anycast routing steering clients to the geographically closest available point of presence.
ACTIVE → -
ROUTING
TELEMETRY_PROBE
Autonomous latency and packet stability telemetry actively auditing node availability and upstream link status.
ACTIVE →
// CAPABILITIES
- HTTP/2 & HTTP/3CORE
- TLS 1.3 0-RTTCORE
- TCP BBRCORE
- ANYCAST BGPCORE
- EDGE CACHINGFLUENT
- BROTLI STREAMFLUENT
- ORIGIN SHIELDFLUENT
- DDOS RESILIENCEFLUENT
- GEO-IP BALANCINGPRACTICED
- AUTOMATED ACMEPRACTICED
- GRPC ROUTINGPRACTICED
- 99.9% AVAILABILITYPRACTICED
Operational FAQ »
How does the edge node handle TLS termination?
Edge nodes complete TLS handshakes using curve X25519 and modern cipher suites directly at the point of presence, reducing RTT for subsequent asset requests.
What cache eviction policies are enforced?
Assets are retained according to origin cache-control headers, with automated least-recently-used (LRU) eviction and API-based explicit purging.
How is upstream failover managed?
Active health checks probe origin endpoints every 10 seconds. In the event of an origin anomaly, the edge node serves stale cached assets while attempting standby nodes.
// NOC_DESK
Network Operations Center and infrastructure telemetry inquiries.