Data Center Interconnect (DCI)
Deliver AI era ultra high capacity, low latency and secure connectivity services to support massive data transfer between data centers and clouds.
Implementing the Solution
The Challenge
Meeting skyrocketing DCI bandwidth demand, driven largely by AI training, while guaranteeing performance, keeping costs low, and managing increasingly complex network infrastructure.
Our Approach
100G and 400G Ethernet demarcation and aggregation devices delivering SLA‑based performance required for today’s distributed data‑center and AI ecosystems.
Your Benefit
Deliver cost-effective, Carrier Ethernet business services supporting AI and data intensive enterprise applications.
RAD’s Solution Highlights
Complete set of Carrier Ethernet service tools empower CSPs to offer SLA-based Ethernet business services, such as E-Line (EVL, EVPL), E-LAN (EPLAN, EVPLAN), Access E-Line, and Transit E-Line services complied with MEF 3.0 and CE 2.0.
Provide ultra‑high capacity, low latency and jitter and minimal packet loss essential for supporting the massive data movement required for AI training and inference, ensuring GPU resources are fully utilized.
Featuring multi-layer OAM, fine-grained SLA enforcement, and accurate performance monitoring, required for assured DCI services.
Delivers efficient service aggregation with advanced traffic management, HQoS, and per‑EVC/port traffic shaping to maximize bandwidth utilization and service scale.
Unlocking DCI Opportunities for CSPs
Data Center Interconnect (DCI) is becoming a major growth engine for CSPs as AI, cloud migration, analytics, and business applications generate unprecedented traffic between data centers, colocation sites, and cloud gateways. Enterprises now demand ultra‑high‑capacity, low‑latency, secure, and SLA‑guaranteed connectivity – creating a prime opportunity for CSPs.
RAD’s DCI solution, powered by the ETX‑2i‑400G, enables CSPs to capitalize on this surge with a purpose‑built 400G platform designed for the AI era. With assured performance, advanced traffic management, high‑scale aggregation, and quantum‑safe security, it enables providers to deliver differentiated, AI‑ready, Ethernet based DCI services efficiently over OTN or dark fiber. By maximizing bandwidth utilization, simplifying operations, and ensuring service consistency at scale, RAD gives CSPs the competitive edge needed to seize the fast‑growing DCI opportunity.