The JBX03237 15m 200GBASE-AOC Breakout Cable represents a sophisticated solution for enterprises requiring high-performance optical connectivity in their data center environments. This active optical cable bridges the gap between high-capacity QSFP-DD interfaces and multiple SFP28 channels, enabling flexible network architecture without sacrificing speed or reliability. **Technical Specifications & Architecture** This breakout AOC utilizes OM3 50/125 multimode fiber construction with 16 fiber strands delivering a 200GB aggregate data rate. The QSFP-DD form factor provides compact, high-density connectivity while the eight SFP28 breakout channels distribute bandwidth across multiple network paths. At 15 meters, this cable length accommodates extended intra-datacenter runs while maintaining signal integrity and optical performance. **Safety & Compliance** The cable meets rigorous international standards including RoHS/ELV compliance, Class 1 Laser certification, and FDA 21CFR 1040.10 requirements. Its OFNR (Riser Rated) LSZH jacketing provides superior fire safety, reduced smoke generation, and halogen-free construction—critical for enclosed conduit installations and meeting building codes. **Arista Ecosystem Integration** Fully compatible with Arista AOC-D-8S-200G-15M specifications, this cable integrates seamlessly into Arista switching infrastructure, eliminating compatibility concerns and ensuring optimal performance. Perfect for organizations standardizing on Arista platforms. **Deployment Advantages** - **High-Density Solutions**: Maximize port density with breakout architecture - **Reduced Latency**: Active optical technology minimizes transmission delay - **Operational Temperature**: Reliable 0-70°C range supports diverse datacenter environments - **Durability**: 90-day limited warranty ensures quality assurance - **Cost-Effective**: Free standard shipping on orders over $99 **Ideal Applications** Perfect for enterprises deploying high-speed switching fabrics, storage area networks, and scalable cloud infrastructure requiring flexible optical interconnects.