32-Port 100G QSFP28 High-Performance Data Center Core / Spine Switch(without software)

Product Overview

The B1-S6750-2X32CQM-AC is a high-performance, high-density data center switch designed for next-generation core, aggregation, spine, and leaf network architectures.
It provides 32 × 100GbE QSFP28 interfaces together with 2 × 10GbE auxiliary interfaces in a compact 1RU form factor.
With a switching capacity of up to 6.4 Tbps and a forwarding rate of up to 2,800 Mpps, the platform is engineered for bandwidth-intensive and low-latency network environments.
The switch is powered by the high-performance Marvell Falcon switching chipset, delivering scalable packet processing for large enterprise, carrier, cloud, and data center infrastructures.
Its high-density 100GbE architecture enables efficient interconnection between servers, leaf switches, spine switches, aggregation layers, and high-capacity network backbones.
The system integrates an Intel Broadwell-DE processor, 8 GB DDR4 memory, and high-capacity local storage resources to support flexible management and software deployment requirements.
Advanced Layer 2 and Layer 3 forwarding resources provide extensive scalability for IPv4, IPv6, ECMP, multicast, VLAN, OAM, and large routing environments.
Redundant hot-swappable power supplies and 4+1 redundant hot-swappable fan architecture improve system availability and simplify maintenance in mission-critical deployments.
The front-access design centralizes network and management interfaces for efficient rack installation, cabling, operation, and serviceability.
The B1-S6750-2X32CQM-AC provides a powerful, scalable, and reliable 100GbE switching platform for modern data centers, cloud networks, enterprise cores, and high-performance computing infrastructures.

หมายเหตุ: อุปกรณ์เป็นแบบ Bare-Metal Switch (Hardware Only) ไม่รวม Network Operating System (NOS) และ Software License ผู้ใช้งานสามารถจัดหา NOS ที่รองรับแพลตฟอร์ม Marvell/ONIE แยกต่างหาก เช่น SONiC, AsterNOS, Pica8/PICOS หรือ Open Network Linux (ONL) ทั้งนี้ความเข้ากันได้ของซอฟต์แวร์ต้องได้รับการตรวจสอบและยืนยันกับผู้ผลิตซอฟต์แวร์หรือผู้ดูแลระบบก่อนใช้งานจริง

Note: This product is supplied as a Bare-Metal Switch (Hardware Only). Network Operating System (NOS) and software licenses are not included. Users may separately obtain a compatible NOS for Marvell/ONIE-based platforms, such as SONiC, AsterNOS, Pica8/PICOS, or Open Network Linux (ONL). Software compatibility must be verified and confirmed with the software vendor or system integrator before deployment.

Key Features

• -32 × 100GbE QSFP28 high-speed interfaces
• -2 × 10GbE auxiliary interfaces
• -High-density 100GbE connectivity in a compact 1RU platform
• -Switching capacity up to 6.4 Tbps
• -Packet forwarding rate up to 2,800 Mpps
• -High-performance Marvell Falcon 98CX8522 switching chipset
• -Intel Broadwell-DE D1508 CPU
• -8 GB DDR4 system memory
• -64 GB eMMC NAND Flash storage
• -Optional SSD module expansion
• -24 MB packet buffer
• -Supports Jumbo Frames
• -Up to 256K Bridge FDB entries
• -Up to 256K IPv4 host entries
• -Up to 128K IPv6 host entries
• -IPv4 LPM support up to 512K unicast prefixes
• -IPv6 LPM support up to 256K 64-bit unicast prefixes
• -Up to 8K virtual ports (ePorts)
• -Up to 8K bridge domains (eVLANs)
• -Up to 4K multicast physical port groups
• -Up to 16K multicast linked-list entries
• -Up to 192K ARP entries
• -Up to 48K non-IPv6 tunnel-start entries
• -Up to 24K IPv6 tunnel-start entries
• -24K router next-hop entries
• -Up to 12K router ECMP groups
• -Up to 16K ePort ECMP groups
• -Up to 4K trunk ECMP groups
• -Hardware-based OAM capabilities
• -Up to 4K Spanning Tree Groups
• -Dual redundant hot-swappable AC power supplies
• -4+1 redundant hot-swappable fan architecture
• -Front-access network and management interfaces
• -Compact 1RU rack-mount design
• -Designed for high-bandwidth and low-latency applications

Functions

The B1-S6750-2X32CQM-AC provides high-capacity packet switching and traffic forwarding for large-scale data center, cloud, enterprise core, and carrier network environments. Its 32 × 100GbE QSFP28 interfaces enable high-bandwidth interconnection between network layers, server fabrics, aggregation switches, and backbone infrastructure.

The switch can operate as a Spine Switch within leaf-spine architectures, providing high-capacity connectivity between multiple leaf switches. It can also be deployed as a Leaf Switch, Core Switch, or Data Center Aggregation Switch depending on the network topology and bandwidth requirements.

With up to 6.4 Tbps switching capacity and 2,800 Mpps forwarding performance, the platform is designed to process large volumes of traffic for cloud computing, virtualization, storage, AI workloads, high-performance computing, and other bandwidth-intensive applications.

Advanced Layer 2 and Layer 3 hardware resources support scalable IPv4/IPv6 forwarding, ECMP-based multipath architectures, multicast traffic, VLAN segmentation, large MAC address tables, tunnel resources, OAM, and spanning tree functions.

The redundant hot-swappable power supply and fan architecture improves service continuity by allowing selected hardware modules to be replaced with reduced impact on network operation. The front-access design simplifies cabling, management, and maintenance in high-density rack environments.

Applications

• -Large-Scale Data Centers
• -Data Center Core Networks
• -Data Center Aggregation Networks
• -Spine-Leaf Network Architectures
• -Spine Switch Deployment
• -Leaf Switch Deployment
• -100GbE Backbone Networks
• -Cloud Data Center Infrastructure
• -Private Cloud Networks
• -Public Cloud Infrastructure
• -High-Performance Computing (HPC)
• -AI Computing Infrastructure
• -GPU Cluster Interconnection
• -Large-Scale Server Farms
• -Storage Network Infrastructure
• -Enterprise Core Networks
• -High-End Campus Core Networks
• -Carrier and Telecom Networks
• -Internet Data Centers (IDC)
• -Financial and Banking Data Centers
• -Government Data Centers
• -Disaster Recovery Data Centers
• -High-Bandwidth Video Distribution
• -CCTV and IP Surveillance Core Networks
• -Research and Scientific Computing Networks