Huawei CEL48DQHG-P 48x400GE QSFP-DD Line Card CE9800

• Hyperscale cloud data center spine-leaf fabrics
• AI/ML training and inference cluster networking
• High-performance computing (HPC) environments
• Telecom core and aggregation backbone upgrades
• Financial trading and low-latency market infrastructure
• Enterprise data center modernization to 400G
• Cloud service provider backbone expansion
• Big data analytics and distributed storage networks
• Virtualized infrastructure and private cloud deployments

• High-density design reduces rack space and hardware footprint
• Supports scalable spine-leaf data center topologies
• Carrier-grade reliability for mission-critical operations
• Hot-swappable architecture for minimal downtime maintenance
• Efficient traffic scheduling and congestion management capabilities
• Optimized for east-west traffic in hyperscale environments
• Simplifies network expansion without architectural redesign
• Enhances infrastructure consolidation and operational efficiency
• Supports next-generation 400G data center transformation
• Reduces cabling complexity in large-scale deployments

• Brand: Huawei 
• Model: CEL48DQHG-P
• Product Type: 400GE Interface Card
• Compatible Series: Huawei CloudEngine 9800
• Ports: 48 × 400GE QSFP-DD
• Port Type: QSFP-DD (400 Gigabit Ethernet)
• Application: Data Center / Cloud / AI Networks
• Switching Architecture: High-density, low-latency
• Installation: Chassis-based (CE9800 Series)
• Hot Swappable: Yes
• Cooling: Works with chassis fan system
• Power: Powered by switch chassis

WHY CHOOSE THIS PRODUCT?

• Organizations choose the CEL48DQHG-P when they require high-capacity, future-ready data center scaling without frequent hardware refresh cycles. It is designed for environments where bandwidth demand grows exponentially due to AI, cloud-native applications, and virtualization.

• Its 48×400GE density allows operators to reduce chassis footprint while increasing aggregate throughput, improving cost per bit efficiency.
• It is preferred over lower-density modules because it consolidates more traffic into fewer line cards, reducing operational complexity and power overhead.
• For enterprises standardizing on 400G, it ensures seamless integration into existing CE9800 chassis deployments without architectural disruption.
• The card is engineered for low-latency forwarding, making it suitable for real-time analytics and HPC workloads.