RAD Announces 400G Ethernet Platform for Data Center High‑Capacity Enterprise Connectivity

TEL AVIV, Israel - Feb. 23, 2026 - PRLog -- RAD, a leader in networking edge solutions, today announced the launch of ETX‑2i‑400G, an advanced 400G Ethernet demarcation and aggregation device, purpose‑built for data center interconnect (DCI) and high‑capacity enterprise connectivity.

The new addition to the ETX line of Ethernet edge platforms is ideal for CSPs seeking to offer high-capacity, low-latency, SLA-based business services with best-in-class capabilities. It delivers the leap in capacity necessary to support networking requirements in the AI era.

"Training AI models require moving massive datasets quickly and efficiently between data centers to ensure that expensive GPU resources never sit idle," said Eli Angel, Vice President of Product and Marketing at RAD. "This is where our new solution comes in, enabling cost‑effective and secure transfer of large data streams between data centers. What's more, it is in perfect alignment with Mplify's Carrier Ethernet for AI certification program, which validates AI-ready infrastructure."

Leveraging multiple 400G QSP-DD interfaces, the ETX‑2i‑400G enables scalable DCI deployments and ultra‑high‑bandwidth services for enterprise customers. In addition, it will also allow CSPs to secure their networks against future threats through a crypto agile framework, which includes Quantum Key Distribution (QKD) and Post‑Quantum Cryptography (PQC).

The ETX-2i-400G will be showcased at Mobile World Congress in Barcelona, March 2-5, 2026, booth #5E61.

About RAD

RAD (http://www.rad.com/) is a global leader in networking edge and Industrial IoT solutions. For over 40 years, RAD has been reliably supplying communications service providers and critical infrastructure operators in more than 150 countries with carrier edge, Industrial IoT, 5G, and critical operational network solutions. RAD enables always-on connectivity and data-driven, actionable insights to help customers modernize and secure their mission-critical networks.