48 Ports Enterprise Switch CE6857F-48S6CQ-F Data Center Switch with 100GE QSFP28 ports

1. Data Center Access Layer

High-density Server Access: 48 10GE optical ports, meeting the 10 Gigabit access needs of servers and storage, adaptable to cloud computing and big data scenarios.

High-Performance Computing (HPC)/Distributed Storage: Intelligent lossless network, low latency, zero packet loss, ensuring business performance.

Cloud Data Center: Equipped with VXLAN/EVPN, building a flexible, virtual cloud network, adaptable to multi-tenancy and virtualization.

2. High-End Campus Core/Aggregation

Enterprise/Campus 10 Gigabit Upgrade: 10GE access + 100GE uplink, supporting high-bandwidth services such as office work, video conferencing, and wireless APs.

Security/IoT: High-density access of HD cameras and IoT gateways, ensuring low latency and high reliability transmission.

Education/Healthcare Core: Supporting campus networks and hospital business systems, meeting high traffic and high concurrency requirements.

3. Hybrid Networking and Edge Computing

Data Center + Campus Hybrid Networking: Unified platform, simplifying cross-scenario network management.

Edge computing node: 1U high density, low power consumption, suitable for edge data centers and industrial field access.

Key selling points

1. High-Density 10 Gigabit Optical Ports, High-Density Access

48 10GE SFP+ ports meet the high-density 10 Gigabit optical port access requirements for servers and storage, adapting to high-density deployments in data centers.

6 100GE QSFP28 uplink ports support flexible 100GE/40GE switching, enabling non-blocking network construction with CE16800/12800.

2. Intelligent Lossless Network, Low Latency and High Reliability

Supports intelligent lossless technologies such as RoCE, VIQ, AI ECN, and DLB, achieving 25% lower latency than the industry average, eliminating packet loss during forwarding, and ensuring stable performance for high-performance computing and distributed storage.

Hardware-level BFD (3.3ms) and M-LAG ultra-fast failover ensure millisecond-level switching in case of link failures, resulting in zero service interruption.

3. Flexible Airflow and Energy-Saving Design

Port-side airflow (Front-to-Back) adapts to standard hot and cold aisle deployments in data centers, resulting in higher heat dissipation efficiency.

Energy-saving chip + intelligent fan speed control, real-time power consumption detection, green energy saving, and reduced operation and maintenance costs.