Artificial Intelligence (AI), Machine Learning (ML), and High-Performance Computing (HPC) demand ultra-low latency, all-optical switching fabrics that surpass the capabilities of traditional O-E-O (Optical-Electrical-Optical) packet switches,. Optical Circuit Switches (OCS) meet this need by providing a direct optical path, operating close to the speed of light.

The Infinity Flex Module is a high-density optical flex circuit engineered to serve as the foundational interconnect for Optical Cross Connect (OXC) systems in leaf-spine data center networks (DCNs). As modern DCNs evolve to support AI, 5G/6G, and hyperscale cloud demands, OXCs are key to enabling dynamic wavelength routing, boosting resilience, and improving overall bandwidth utilization.

The shift to Co-Packaged Optics (CPO) and Near-Packaged Optics (NPO) delivers unprecedented bandwidth density (e.g., beyond 50 Tbps) and power efficiency directly to the ASIC. However, this tight integration creates a massive challenge: how do you manage hundreds of optical fibers connecting the optical engine to the front panel within a confined 2RU/3RU space?

Infinity Flex Modules are the indispensable solution. As a precision optical flex circuit, the module transforms chaotic, bulky fiber bundles into a consolidated, low-profile assembly. It directly interfaces with high-density chip-level connectors like FA or MT on the ASIC side, routing signals to standardized front-panel interfaces like LC, MPO/MTP, or VSFF connectors. The module’s flexible and stackable design maximizes airflow and minimizes clutter, crucial for the thermal management of high-power ASICs. Critically, it enables segregated testing (active vs. passive) through modular interfaces, facilitating the move toward open ecosystems where ASICs and optical engines from different vendors can be integrated. Infinity Flex Modules eliminate fiber management bottlenecks, ensuring you realize CPO’s full potential for high performance, high density, and improved serviceability.

The relentless demand for higher bandwidth in modern AI and hyperscale data centers has created a new architectural dilemma. The industry’s shift to an “open network platform” means constantly changing PCB layouts and component placements, rendering traditional fixed-length fiber cabling logistically unfeasible. This leads to exploding transceiver counts, port proliferation, and manual patching nightmares that are slow, error-prone, and costly.
The InfinityShuffle OXC is the revolutionary solution to this challenge. It is a next-generation optical cross-connect designed to simplify and optimize your network fabric. By providing a modular, high-density, and passively shuffled connection, we empower you to accelerate deployment, reduce operational complexity, and build a scalable, future-ready network without the mess.

The Harmony Access Drop Distribution, HADD-Evo solution is a lightweight, small, robust, and pre-terminated solution designed to help you quickly and securely deploy Fiber Access Terminals, small multi-dwelling ABTs, or even FTTA distribution. Using a factory pre-terminated solution ensures that the connections are durable, of the highest quality, and quickly deployed without the need for specialized resources, especially in remote areas.
The terminal offers several configurations to cover the most common deploym

ADTEK GPX60 ODF unit is designed for terminating and distributing trunk optical cables in telecommunication fiber networks. It integrates fiber splicing, termination, and cable storage into a single modular unit, offering flexible configuration, easy installation, and simplified maintenance for efficient fiber management.