Cohesity CBL-10G-SFP-003 3m Twinaxial Network Cable 10Gbps

• 10GbE server-to-switch connectivity
• Storage array network interconnections
• Cohesity appliance network deployment
• Top-of-Rack (ToR) switch cabling
• Virtualization infrastructure networking
• Enterprise backup network connectivity
• Hyper-converged infrastructure deployments
• Private cloud networking
• Data centre rack interconnects
• High-speed storage networking

• 10Gbps Enterprise Network Performance
• 3-Metre Rack-to-Rack Connectivity
• SFP+ Interface for Fast Integration
• Twinax DAC Minimises Network Latency
• Lower Power Consumption Than Optics
• Cost-Effective Short-Range Networking
• Durable Design for Continuous Operation
• Optimised for Enterprise Infrastructure
• Plug-and-Play Installation Simplicity
• Reliable Server and Storage Connectivity

• Brand: Cohesity
• Model Number: CBL-10G-SFP-003
• Product Type: Twinaxial Direct Attach Copper (DAC) Network Cable
• Cable Type: Twinaxial Copper (DAC)
• Cable Length: 3 metres
• Maximum Data Transfer Rate: 10 Gbit/s
• Connector 1: 1 × SFP+ Network
• Connector 2: 1 × SFP+ Network
• Interface: SFP+ to SFP+
• Network Standard: 10 Gigabit Ethernet (10GbE)
• Cable Category: Direct Attach Copper (Twinaxial)
• Installation: Plug-and-Play
• Latency: Low Latency Connectivity
• Power Consumption: Lower than Optical Transceiver Solutions
• Compatible Devices: Cohesity Appliances, Enterprise Servers, Network Switches
• Deployment Environment: Enterprise Data Centres, Server Rooms, Storage Networks
• Application: High-Speed Short-Range Network Connectivity

WHY CHOOSE THIS PRODUCT?

• Delivers Reliable 10GbE Performance for latency-sensitive enterprise applications.
• Reduces Infrastructure Costs by eliminating the need for separate optical transceivers.
• Consumes Less Power than fibre-based optical connectivity, lowering operational expenses.
• Supports Fast Deployment with plug-and-play SFP+ connectivity requiring minimal configuration.
• Optimised for Modern Data Centres handling backup, storage, virtualization, and networking workloads.