Chuangsuton 10G SFP+ DAC Cable, Passive Twinax Direct Attach Copper Cable, 0.2m(0.6ft) SFP+ to SFP+, 10GBase-CU Ethernet cable for Dell (Force10) CBL-10GSFP-DAC-0.2M

Chuangsuton 10G SFP+ DAC Cable Reliable 10Gbps Short-Range Connectivity

The Chuangsuton 10G SFP+ Direct Attach Copper (DAC) Cable is designed for high-speed, short-distance connections between compatible network switches, routers, servers, and other networking equipment.

Featuring a passive twinax copper construction, the SFP+ to SFP+ DAC cable supports 10Gbps data transmission and provides a cost-effective, low-power solution for 10G Ethernet networking. It is an ideal choice for data centers, enterprise networks, and server room deployments where reliable short-reach connectivity is essential.

Key Product Specifications

1. Data Rate: 10Gbps
2. Standard: 10GBase-CU
3. Cable Type: Passive Twinax Direct Attach Copper (DAC)
4. Connector Type: SFP+ to SFP+
5. Cable Length: 0.2m,0.3m,0.5m,1m,1.5m,2m,2.5m,3m,5m,7m
6. Management Interface: EEPROM I2C

Broad Compatibility

Designed for compatible SFP+ networking interfaces, this DAC cable supports connections with Cisco,Ubiquiti, TP-Link,Fortinet, Dell, Intel,H3C,HP equipment.

It is suitable for switch-to-switch, server-to-switch, and other 10GbE short-distance connections. Please verify the exact equipment model and compatibility requirements before purchasing.

Automated Manufacturing & Quality Assurance

Chuangsuton operates an automated DAC cable assembly line to maintain consistent manufacturing quality and production efficiency.

Every DAC cable undergoes TDR (Time Domain Reflectometry) and VNA (Vector Network Analyzer) measurements to verify electrical characteristics and signal integrity before shipment.

Applications

1. 10GbE switch-to-switch connections
2. Server-to-switch interconnections
3. Data center networking
4. Enterprise LAN infrastructure
5. Network switch and router connections
6. Short-distance 10G Ethernet deployments

Choose Chuangsuton 10G SFP+ DAC cables for cost-effective connectivity, automated manufacturing consistency, and individually tested signal performance.