Be prepared for potential network issues in advance!
CGS Towers TAPs provide full traffic visibility, helping you quickly detect threats and eliminate disruptions. Say goodbye to downtime and monitoring system failures — this solution ensures stable, uninterrupted operation.
With CGS Towers TAPs, you’re always audit-ready, avoiding compliance fines and regulatory risks. Outdated solutions slowing down your network? TAPs scale from 1G to 400G, supporting your growth seamlessly. And in case of failures, CGS guarantees uninterrupted performance, so you can trust the reliability of your network.
No more blind spots, lost packets, or costly mistakes — with CGS Towers TAPs, you get reliability, security, and cost efficiency.
What challenges do CGS Towers TAPs solve?
- Blind spots in the network
Never lose critical data again. Gain complete visibility into your traffic with high port density — up to 240 ports per 1RU. - Lost packets
Keep every packet under control. A passive design with minimal latency ensures real-time, accurate analysis. - Unreliable monitoring
Upgrade your network and eliminate failures. Reliability and uninterrupted performance are guaranteed with unique laser shutters and a fault-tolerant architecture. - Compliance issues
Simplify regulatory compliance without complex solutions. With CGS Towers TAPs, you can easily track all data to meet compliance standards. - Network growth limitations
Forget outdated solutions that can’t keep up. CGS Towers TAPs supports speeds from 1G to 400G, providing flexibility and scalability for your network.
CGS Towers TAPs benefits
- Maximum density — Up to 240 ports per 1RU, optimizing space and reducing costs.
- Ultra-low latency — A passive design ensures instant response and minimal data loss.
- Cost savings — Lower operational expenses by eliminating the need for active power and cooling.
- Scalability — Supports 1G to 400G on a single platform without additional devices.
- Reliability & Security — Unique safety features, such as laser shutters, ensure uninterrupted performance even in mission-critical environments.