The AT-SP10TW SFP+ direct attach copper cable assembly is a low-cost alternative for short reach applications. The design allows for a serial data transmission up to 12Gbps in each direction. Additionally, the copper cable acts as a natural heat sink. The low power consumption assists in making the passive copper cable assembly an economic solution for within rack or rack-to-rack applications.
The AT-SP10TW SFP+ direct attach copper cable assembly is a low-cost alternative for short reach applications. The design allows for a serial data transmission up to 12Gbps in each direction. Additionally, the copper cable acts as a natural heat sink. The low power consumption assists in making the passive copper cable assembly an economic solution for within rack or rack-to-rack applications.
The Allied Telesis SP10TW7 SFP+ Twinax Direct Attach Cable provides a cost-effective, low-power connectivity solution for short-reach network applications. With SFP+ connectors fitted at both ends, this 7m passive copper cable connects directly to compatible SFP+ ports, making it suitable for within-rack and rack-to-rack connections. Supporting serial data transmission of up to 12Gbps in each direction, it offers a practical alternative to separate optical transceivers and fibre cabling for suitable short-distance links.
Key Features of the Allied Telesis SP10TW7
7m SFP+ Twinax direct attach copper cable.
Mechanical SFP+ connectors at both ends for direct connection to compatible SFP+ slots.
Supports serial data transmission of up to 12Gbps in each direction.
Passive copper cable design for low power consumption.
Copper construction acts as a natural heat sink.
Cost-effective alternative for suitable short-reach connectivity applications.
Ideal for within-rack and rack-to-rack network connections.
Direct SFP+ Connectivity
The SP10TW7 features mechanical connectors at both ends that plug directly into SFP+ slots, in the same way as SFP+ transceiver modules. This integrated design provides a straightforward connection between compatible network devices without requiring separate transceiver modules at each end.
High-Speed Short-Reach Performance
Designed for short-distance data centre and network infrastructure connections, the cable supports serial data transmission of up to 12Gbps in each direction. Its 7m length provides flexibility for connecting equipment within a rack or between neighbouring racks, where compatible copper direct attach cabling is suitable.
Low-Power Passive Copper Design
The passive copper construction helps minimise power consumption, making the SP10TW7 an economical option for short-reach network links. The copper cable also acts as a natural heat sink, supporting its use in equipment rack environments where efficient connectivity is important.
Cost-Effective Network Cabling
By combining the cable and SFP+ connectors into one assembly, the SP10TW7 offers a practical alternative to separate optical transceivers and fibre connections for supported applications. It is particularly suited to direct connections between compatible switches, servers and other network equipment within rack and rack-to-rack installations.
The Allied Telesis AT-QSFP28-1CU 100GBase QSFP28 to QSFP28 Direct Attach Cable delivers high-speed 100Gbps connectivity between compatible network devices. Featuring QSFP28 connectors at both ends and a compact 1m cable length, it provides a simple, cost-effective solution for short-distance connections within equipment racks. Designed for hot-swappable direct connection to compatible QSFP28 ports, this passive copper cable is ideal for data centre and enterprise networking environments requiring reliable, high-bandwidth links.
Key Features of the Allied Telesis AT-QSFP28-1CU
100GBase QSFP28 to QSFP28 passive direct attach copper cable.
Supports high-speed 100Gbps connectivity between compatible QSFP28 ports.
1m cable length, ideal for short-distance in-rack connections.
QSFP28 connectors at both ends for direct, hot-swappable installation.
Point-to-point design provides a straightforward connection between two network ports.
Suitable for connections within a rack or between nearby equipment racks.
Cost-effective alternative to separate optical transceivers and fibre cabling for suitable applications.
Compliant with MSA, SFF-8665 and SFF-8661 standards for interoperability with compliant equipment.
High-Speed 100Gbps Connectivity
The AT-QSFP28-1CU is designed to provide 100Gbps network connectivity between two QSFP28-compatible ports. Its point-to-point configuration creates a direct link between network devices, making it suitable for high-bandwidth connections in data centres and enterprise network infrastructure.
Direct Attach QSFP28 Design
With QSFP28 connectors integrated at both ends, the cable plugs directly into compatible QSFP28 ports without requiring separate transceiver modules. The hot-swappable design supports convenient installation and replacement, helping simplify network deployment and maintenance.
Compact In-Rack Connectivity
Featuring a 1m length, the AT-QSFP28-1CU is particularly suited to short-distance connections between equipment in the same rack. Its passive copper design provides a cost-effective connectivity option for supported 100Gbps applications, helping minimise unnecessary cabling and equipment requirements.
Industry-Standard Interoperability
Compliant with MSA, SFF-8665 and SFF-8661 standards, the Allied Telesis QSFP28 cable is designed to support interoperability with equipment that follows the relevant industry specifications. It can be used with compatible Allied Telesis products and other compliant networking equipment featuring QSFP28 ports.
The Allied Telesis AT-QSFP28-3CU 100GBase QSFP28 to QSFP28 Direct Attach Cable provides high-speed 100Gbps connectivity between compatible network devices. Featuring QSFP28 connectors at both ends and a 3m cable length, it offers a straightforward, cost-effective solution for short-distance connections within equipment racks or between nearby racks. Designed for hot-swappable direct connection to compatible QSFP28 ports, this passive copper cable is ideal for data centre and enterprise networking environments where reliable, high-bandwidth links are required.
Key Features of the Allied Telesis AT-QSFP28-3CU
100GBase QSFP28 to QSFP28 passive direct attach copper cable.
Supports high-speed 100Gbps connectivity between compatible QSFP28 ports.
3m cable length for flexible short-reach connections.
QSFP28 connectors at both ends for direct, hot-swappable installation.
Point-to-point design provides a simple connection between two network ports.
Ideal for in-rack and rack-to-rack connectivity over short distances.
Cost-effective alternative to separate optical transceivers and fibre cabling for suitable applications.
Compliant with MSA, SFF-8665 and SFF-8661 standards for interoperability with compliant equipment.
High-Speed 100Gbps Connectivity
The AT-QSFP28-3CU is designed to deliver 100Gbps network connectivity between two QSFP28-compatible ports. Its point-to-point configuration provides a direct link between network devices, making it suitable for high-bandwidth connections in data centres and enterprise network infrastructure.
Direct Attach QSFP28 Design
With QSFP28 connectors integrated at both ends, the cable plugs directly into compatible QSFP28 ports without requiring separate transceiver modules. The hot-swappable design supports convenient installation and replacement, helping simplify network deployment and maintenance.
Ideal for Rack-Level Connections
Featuring a 3m length, the AT-QSFP28-3CU is suited to short-distance connections within the same equipment rack or between racks positioned close together. Its passive copper design provides a cost-effective connectivity option for supported 100Gbps applications.
Industry-Standard Interoperability
Compliant with MSA, SFF-8665 and SFF-8661 standards, the Allied Telesis QSFP28 cable is designed to support interoperability with equipment that follows the relevant industry specifications. It can be used with compatible Allied Telesis products and other compliant networking equipment featuring QSFP28 ports.
