How Link Redundancy Works: Failover vs Load Balancing in Enterprise Networks
An engineering guide to link redundancy, comparing active-passive failover with multi-path load balancing across enterprise uplinks.
Insights, updates, and practical guides from our engineering team.
An engineering guide to link redundancy, comparing active-passive failover with multi-path load balancing across enterprise uplinks.
An in-depth technical analysis clarifying the operational differences between channel bandwidth, actual TCP throughput, and latency components.
A comprehensive analysis of global IPv6 deployment trends, APNIC routing metrics, carrier dual-stack economics, and IPv6-only transition mechanisms.
A technical engineering guide to industrial control: Programmable Logic Controllers (PLCs), discrete sensors, ladder logic execution, and OT protocols.
A masterclass in interpreting traceroute diagnostics: identifying asymmetric routing, MPLS tunnels, ICMP rate-limiting, and peering bottlenecks.
A technical comparison of network telemetry architectures: polling via SNMPv3, flow export with IPFIX/NetFlow, and synthetic active probing (TWAMP).
A rigorous engineering guide to core network quality metrics: propagation delay, RFC 3393 jitter formulas, packet loss ratios, and VoIP impact.
A hands-on guide to essential network engineering CLI tools: iPerf3 bandwidth benchmarking, MTR path profiling, tcpdump packet analysis, and cURL metrics.
A guide for ISPs navigating global IPv4 depletion: Carrier-Grade NAT (RFC 6598), dual-stack rollout, and 464XLAT transition mechanisms.