S7000-48XF8CQ 48-Port 10G + 8-Port 100G Data Center Core Switch

MODELS7000-48XF8CQ

  • 48 x 10G SFP+ ports + 8 x 100G ports for core-level density & bandwidth

  • Advanced L3 features (BGP), VXLAN, MCLAG & RDMA lossless networking

  • High 2.56Tbps bisectional bandwidth for hyperscale data centers

  • Redundant power & cooling design for continuous core stability

  • Designed for large cloud DCs, HPC centers & financial core networks

HODONET S7000-48XG8CQ Product Specifications
*48-Port 10G + 8-Port 100G Data Center Core Switch*

CategoryItemSpecification
OverviewDescriptionA core switch designed for cloud data centers and high-performance computing networks, featuring 48x 10G SFP+ ports and 8x 100G SFP ports. With 2.56Tbps bisectional bandwidth and advanced data center features like BGP, VXLAN, and RDMA lossless networking, it serves as the cornerstone for building large-scale, low-latency, and intelligent cloud networks.
Physical SpecsModelS7000-48XG8CQ

Switching Capacity1.28Tbps (Unidirectional) / 2.56Tbps (Bidirectional)

Forwarding Capacity1920 Mpps

Dimensions (L×W×H)442 mm × 550 mm × 44 mm

Weight≤ 10 kg

Management Ports1 x RJ45 Console, 1 x Gigabit Management Port, 1 x USB 2.0

Data Ports48 x 10G SFP+ Ports, 8 x 100G SFP Ports

Input VoltageAC: 90-264Vac, 50/60Hz
DC: 190~310Vdc

Power DrawStatic < 200W, Max < 550W
EnvironmentalOperating Temperature0°C to 40°C

Operating Humidity5% to 95% RH (Non-condensing)
Software FeaturesPort & BasicPort Speed/Link-Delay/MTU Setting, Management Port Enable/Disable, LLDP, Port Aggregation (Static/LACP), Port Oscillation Suppression

MAC & VLANDynamic/Static MAC, MAC Learning/Aging/Migration, Port-based VLAN (Access/Trunk Mode)

IP RoutingStatic/Default Routing, ECMP/UCMP/Policy Routing, BGP/BGP+ (Routing Policy, Aggregation, BFD), Full IPv4/IPv6 Protocol Stack

Data Center FeaturesVXLANMC-LAGRDMA Lossless Networking (PFC, ECN, WRED)

TunnelGRE Support

QoS/ACLData Plane Access Control, Global/Port/Ingress/Egress ACL, Flow Classification (IP, Protocol, Port), Actions (Redirect, Forward, Discard), DiffServ QoS, CAR Rate Limiting, SP/WRR/DWRR Queue Scheduling, Flow Shaping, 802.1p/DSCP Priority Mapping

SecurityCLI Hierarchical Protection, Data Logs, ACL Flow Filtration, Parity/ECC Detection & Repair, Kdump, NAT

Administration & MaintenanceSNMP V2/V3, CLI/Console/Telnet/SSH, ZTP (Zero Touch Provisioning), Warm-Restart, RESTCONF/YANG, Python2/3 Support, System/User Logs, Hierarchical Alarms (PSU, Fan, Temperature), NTP, Debugging Tools (Ping, Tracert), File Upload/Download (FTP, TFTP, USB), Hotfix, Fan & Power Module Monitoring

Flow MonitoringsFlow, Mirroring (SPAN, ERSPAN, CPU), Port-based PPS/BPS Statistics

DHCPDHCP Server/Client, DHCP Snooping, DHCP Relay


HODONET S7000-48XF8CQ, 48-Port 10G + 8-Port 100G Data Center Core Switch

The HODONET S7000-48XF8CQ is a next-generation data center-grade core switch designed for the heart of cloud computing, high-performance computing, and large enterprise campus networks. It features an advanced hardware architecture, offering 48 x 10G SFP+ ports for high-density server and storage access, and 8 x 100G ports for building a high-speed, non-blocking backbone interconnection network. With a remarkable bisectional switching capacity of up to 2.56Tbps and a forwarding performance of 1920Mpps, it effortlessly handles the challenges of exploding east-west traffic within data centers. In terms of software features, it goes beyond traditional Layer 3 switching by supporting advanced capabilities such as BGP, VXLAN over IP, and MCLAG (Multi-Chassis Link Aggregation), meeting the needs of large-scale network expansion, multi-tenant isolation, and cross-device redundancy. Notably, it supports RDMA lossless networking technologies like PFC and ECN, providing an ideal network foundation for low-latency, high-throughput applications such as AI training and distributed storage. With its high-reliability redundant design and comprehensive operational features, the S7000-48XF8CQ serves as a strategic cornerstone for building modern, automated, high-performance data center core networks.

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