Network Engineer Ultra-Low Latency Infrastructure

Team / Role Architect, implement, and optimize high-speed networks for high-frequency connectivity Develop low-latency network infrastructure, including RF link planning, site selection, and propagation analysis Configure, maintain, and diagnose routing and switching systems for high-performance networks Partner with different teams, including but not limited to developers and infrastructure specialists, to maximize network effectiveness Conduct detailed network performance analysis, latency optimization, and packet-level troubleshooting Fine-tune network paths, RF system configurations, and hardware selection to achieve peak efficiency Develop and implement network automation and monitoring solutions for enhanced real-time visibility Maintain adherence to telecommunications regulations, spectrum allocation policies, and licensing requirements You should get in touch if: 4-7 years of experience in low-latency or high-frequency networking environments, particularly with time-sensitive network infrastructure Relevant experience in Microwave Network Connectivity. Strong technical foundation in RF engineering principles, including link budget analysis and antenna optimization Comprehensive knowledge of network protocols including TCP/UDP, BGP, OSPF, multicast implementations, and PTP time synchronization Demonstrated expertise with network hardware platforms (Arista, Cisco, Juniper) and implementing low-latency networking strategies Practical experience optimizing network performance, conducting latency measurements, and performing packet-level analysis using tools like Wireshark and tcpdump Proficient with Linux networking environments, scripting/automation (Python, Bash, Ansible), and network monitoring solutions Working knowledge of AWS and GCP cloud networking architecture Good to Have Hands-on experience with dark fiber deployments, optical networking technologies, and custom RF solutions Previous work in low-latency environments, financial market infrastructure, or telecommunications network design Expertise with precision time synchronization technologies (PTP, GPS-based timing, atomic clock systems) Capability to implement robust network security measures, redundancy configurations, and failover mechanisms Exceptional diagnostic and problem-solving abilities in time-sensitive, business-critical production environments