PacketWolf 100G Network Packet Broker
PacketWolf 100G Network Packet Broker
PacketWolf 100G Network Packet Broker
PacketWolf 100G Network Packet Broker
PacketWolf 100G Network Packet Broker
PacketWolf 100G Network Packet Broker
PacketWolf 100G Network Packet Broker
PacketWolf 100G Network Packet Broker
PacketWolf 100G Network Packet Broker
PacketWolf 100G Network Packet Broker
PacketWolf 100G Network Packet Broker

PacketWolf 100G Network Packet Broker

Intelligent FPGA-powered packet brokering for high-performance 100Gbps network visibility

NEOX PacketWolf 100G is a high-performance FPGA-based packet broker designed to handle up to 100Gbps throughput, making it ideal for modern enterprise, telecom, cloud, and data centre networks. It optimises traffic flow by ensuring only clean, relevant, and enriched packet data reaches monitoring and security tools.
It enhances observability and performance by offloading complex processing tasks from downstream tools, improving efficiency, reducing overload, and extending tool lifespan while maintaining accurate, real-time network intelligence.

  • Achieve up to 100Gbps FPGA-accelerated packet visibility with ultra-low latency processing
  • Improve monitoring efficiency through filtering, deduplication, slicing, masking, and traffic optimisation
  • Reduce tool overload by forwarding only relevant packets and enriched metadata
  • Gain precise insights with nanosecond-level timestamping for troubleshooting and forensic analysis
  • Support modern traffic types including VLAN, MPLS, VXLAN, GRE, and tunneled traffic
  • Enable scalable observability with traffic aggregation and intelligent load balancing
  • Accelerate threat detection with high-quality packet data for analytics platforms
  • Support flexible deployment across enterprise, telecom, and cloud environments
  • Ensure high reliability with redundant hardware and enterprise-grade system design

The best quality telecom service

At TelecomTest Solutions, our specialist Test & Measurement products ensure your network's performance beats the benchmark