Axiom 470-ABPS-AX 10GBASE-CU SFP+ Passive DAC Twinax Cable - 6. 6 ft Twinaxial Network Cable for Router - Switch - Network Device
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Product Features
Technical Overview
This twinaxial cable operates as a 10GBASE-CU (copper) direct-attach cable, utilizing the SFP+ form factor for high-density network deployments. The passive design means it requires no external power or signal conditioning, relying on the host device's SFP+ port for operation.
With identical SFP+ connectors on both ends, the cable provides a symmetrical connection that simplifies installation and reduces compatibility concerns. The 6.6 ft length offers flexibility for rack-to-rack or within-rack connections while maintaining signal quality within the 10GBASE-CU specification limits.
Key Product Advantages
This Axiom DAC cable delivers several practical benefits for network administrators seeking reliable 10GbE connectivity without the complexity of fiber optics.
Cost-Effective 10GbE Solution
As a passive direct-attach copper cable, this product provides substantial cost savings compared to optical transceivers and fiber cables while delivering equivalent 10 Gbit/s performance for short-distance applications.
- Lower total cost of ownership
- No separate transceiver modules needed
- Simplified inventory management
Dell Compatibility Assurance
Specifically designed for compatibility with Dell networking equipment, this cable undergoes testing to ensure reliable operation with Dell switches and routers, reducing compatibility concerns in mixed-vendor environments.
- Verified Dell compatibility
- Reduced interoperability testing
- Confident deployment in Dell infrastructure
Passive Operation Simplicity
The passive design eliminates power requirements and configuration complexity, making installation as simple as connecting the cable between compatible SFP+ ports on networking equipment.
- No external power needed
- Plug-and-play installation
- Reduced points of failure
Deployment / Use Cases
This 10GBASE-CU SFP+ DAC cable serves multiple networking scenarios where reliable, high-speed connections are needed over short distances.
In data center environments, it's ideal for connecting top-of-rack switches to servers within the same rack or adjacent racks. The 6.6 ft length provides sufficient reach for most rack-mounted configurations while maintaining signal integrity. For enterprise networking, the cable supports connections between aggregation switches and core routers where 10GbE throughput is required for backbone links.
Server-to-Switch Connectivity
Connect servers with 10GbE network interface cards to switches in the same rack, providing high-bandwidth connections for virtualization, storage networking, and application workloads.
Switch Interconnection
Establish 10GbE links between switches within a rack or between adjacent racks, creating high-speed backbone connections for network aggregation and distribution layers.
Highlights
- 10 Gbit/s data transfer rate for high-performance networking
- 6.6 ft twinaxial cable length for flexible rack deployments
- SFP+ connectors on both ends for symmetrical connections
- Passive DAC design requires no external power
- Dell compatible for reliable operation with Dell equipment
- Supports routers, switches, and network devices
- 10GBASE-CU copper standard for short-reach 10GbE
- Lifetime limited warranty for long-term reliability
Specifications
| Specifications | |
|---|---|
| Manufacturer | Axiom Memory Solutions |
| Manufacturer Part Number | 470-ABPS-AX |
| Brand Name | Axiom |
| Product Name | 10GBASE-CU SFP+ Passive DAC Twinax Cable Dell Compatible 2m |
| Product Type | Network Cable |
| Technical Information | |
| Cable Type | Twinaxial |
| Cable Length | 6.6 ft |
| Connector Type on First End | SFP+ Network |
| Connector on First End Details | 1 x SFP+ Network |
| Connector Type on Second End | SFP+ Network |
| Connector on Second End Details | 1 x SFP+ Network |
| Device Supported | Router,Switch,Network Device |
| Data Transfer Rate | 10 Gbit/s |
| Features | Passive |
| Warranty | |
| Limited Warranty | Lifetime |
FAQ
What is the maximum data transfer rate of this Axiom DAC cable?
This Axiom 10GBASE-CU SFP+ Passive DAC Twinax Cable supports data transfer rates up to 10 Gbit/s (10 Gigabits per second). This provides sufficient bandwidth for demanding network applications including server virtualization, storage area networks, and high-throughput data center connections. The 10GBASE-CU standard ensures reliable performance at this speed over the cable's 6.6 ft length.
What types of devices does this cable support?
This twinaxial network cable supports routers, switches, and various network devices equipped with compatible SFP+ ports. It's specifically designed for Dell networking equipment compatibility but typically works with other vendors' SFP+ ports that support the 10GBASE-CU standard. The cable provides a direct-attach connection between any two devices with SFP+ interfaces, making it suitable for server-to-switch, switch-to-switch, and router-to-switch configurations.
What does 'passive DAC' mean for this cable?
Passive DAC stands for Passive Direct Attach Copper cable. This means the cable contains no active electronics, signal conditioning, or retiming circuitry. It relies entirely on the host devices' SFP+ ports to drive signals across the copper conductors. Passive DAC cables are simpler, more reliable, and less expensive than active cables or optical solutions, making them ideal for short-distance 10GbE connections where signal integrity can be maintained without amplification.
How does this cable compare to fiber optic solutions?
This copper DAC cable provides several advantages over fiber optic solutions for short-distance 10GbE connections. It's significantly less expensive than equivalent fiber transceivers and patch cables, requires no separate optical modules, and offers plug-and-play simplicity without configuration. While fiber supports longer distances, this 6.6 ft copper cable delivers equivalent 10 Gbit/s performance for rack-to-rack or within-rack connections with lower total cost and complexity.