BGP Anycast Edge Routing & TLS 1.3 Handshake Optimization in Malaysia
Eliminating cross-border packet tromboning through local Kuala Lumpur (MY-KUL) and Singapore (SG-SIN) edge PoPs.
1. ISP Round-Trip Time (RTT) Benchmarks Across Malaysia
By advertising identical IPv4/IPv6 prefixes from edge nodes in Kuala Lumpur and Singapore via BGP Anycast, user requests terminate at the nearest physical point of presence:
| Malaysian ISP / Carrier | Direct Peering Node | Median ICMP RTT | TLS 1.3 Handshake Time |
|---|---|---|---|
| TIME dotCom / Unifi Fibre | MY-KUL (AIMS Cyberjaya) | 6.4 ms | 14.2 ms (0-RTT QUIC) |
| Maxis 5G / CelcomDigi 5G | MY-KUL / SG-Equinix | 14.8 ms | 26.5 ms |
| U Mobile 4G/5G | SG-SIN Direct | 18.2 ms | 31.0 ms |
Frequently Asked Questions (FAQ)
Q: How does HTTP/3 (QUIC) improve mobile application loading speeds?
QUIC runs over UDP and combines transport and cryptographic handshakes into a single round trip, eliminating TCP head-of-line blocking on cellular networks.
Q: Why is local peering at AIMS Cyberjaya critical for Malaysian users?
Direct local peering keeps domestic traffic inside Malaysia rather than routing packets through international submarine cables.