Huawei Switch XH16800-8 48Tbps High-Performance AI-Driven Lossless
Data Center Switch
The Huawei Switch XH16800-8 is a
next-generation core data center switch designed for
ultra-high-speed, AI-driven, and cloud-ready networks. With a
massive 48Tbps switching capacity and support
for 400G/800G Ethernet, it delivers lossless, low-latency
performance for demanding workloads like AI/ML, HPC, and
large-scale cloud deployments.
Key Features & Benefits
High-Speed Connectivity – 400G/800G ports with line-rate
forwarding, enabling seamless scalability for future bandwidth
demands.
AI-Powered Optimization – Huawei’s iLossless
algorithm ensures zero packet
loss and microsecond-level latency, ideal for RoCEv2
and distributed storage.
Cloud & Automation Ready – Supports NETCONF/YANG
APIs, integrates with SDN controllers, and
enables auto-provisioning for hybrid cloud environments.
Carrier-Grade Reliability – Redundant power, fans, and
control modules with 99.999% uptime,
plus BFD/VRRP for fast failover.
Energy Efficient – Dynamic power management
reduces operational costs by 15-20% compared to
traditional switches.
Technical Specifications (Key Parameters)
| Category | Specification |
|---|
| Switching Capacity | 48Tbps+ |
| Forwarding Performance | 14B+ pps |
| Max Port Speed | 400G/800G (QSFP-DD/OSFP) |
| Latency | <1μs (cut-through) |
| AI Features | iLossless DCN, Telemetry, Predictive Maintenance |
| Security | MACsec, IPsec, Role-Based Access Control |
| Cloud Integration | OpenStack, Kubernetes, Huawei CloudFabric |
Ideal Use Cases
AI/ML Clusters – Low-latency, high-throughput networking for
GPU/TPU workloads.
Financial & HFT Networks – Ultra-reliable, jitter-free
trading systems.
5G & Telecom Core – High-density 400G backbone for mobile
carriers.
Hybrid Cloud Data Centers – Automated, scalable fabric for
multi-cloud deployments.
Why Choose Huawei XH16800-8?
As a future-proof data center switch, the XH16800-8
combines cutting-edge hardware, AI intelligence, and open
cloud integration—making it a top choice for enterprises
building next-gen, high-efficiency networks.
