What features do Array NTB Series vs Gatewatcher TAP Qualifié offer?

**Array NTB Series** differentiates with Application-aware traffic aggregation with full stack packet analysis, L2-L7 traffic filtering and packet delivery, Tunnel handling and packet re-engineering capabilities. **Gatewatcher TAP Qualifié** differentiates with Optical TAP for single-mode and multi-mode fiber traffic duplication, Copper TAP for 10/100/1000 Mbps Ethernet monitoring, Diode function preventing signal injection with >35 dB insertion loss.

Who makes Array NTB Series vs Gatewatcher TAP Qualifié?

**Array NTB Series** is developed by Array Networks. **Gatewatcher TAP Qualifié** is developed by Gatewatcher. Vendor maturity, funding stage, and team size can be important factors when evaluating long-term viability and support quality.

Is Array NTB Series a good alternative to Gatewatcher TAP Qualifié?

Array NTB Series and Gatewatcher TAP Qualifié serve similar Network Detection and Response use cases: both are Network Detection and Response tools, both cover Network Monitoring, Network Visibility. Review the feature comparison above to determine which fits your requirements.

Array NTB Series vs Gatewatcher TAP Qualifié (2026) | Compare Network Detection and Response Tools

Q: What is the difference between Array NTB Series vs Gatewatcher TAP Qualifié?

**Array NTB Series**: Network traffic broker for visibility, monitoring, and traffic optimization. built by Array Networks. headquartered in United States. Core capabilities include Application-aware traffic aggregation with full stack packet analysis, L2-L7 traffic filtering and packet delivery, Tunnel handling and packet re-engineering capabilities.. **Gatewatcher TAP Qualifié**: Qualified network TAPs for traffic duplication and network monitoring. built by Gatewatcher. headquartered in France. Core capabilities include Optical TAP for single-mode and multi-mode fiber traffic duplication, Copper TAP for 10/100/1000 Mbps Ethernet monitoring, Diode function preventing signal injection with >35 dB insertion loss.. Both serve the Network Detection and Response market but differ in approach, feature depth, and target audience.