Depending on the switch model and the number and type of stacking ports, the bidirectional stacking link provides 40 Gbps, 80 Gbps, or 160 Gbps full-duplex bandwidth.
Stacking connections using the native stacking ports require stacking cables that are specific to the type of stacking port. These cables are available from Extreme Networks in lengths from 0.5 meter to 100 meters.
Available Stacking Cables for Extreme Networks Switches lists the cable types that have been verified by Extreme Networks for use as stack connection hardware, along with the switches or modules with which each type is compatible.
Caution
Use of non-recommended cables or optics could cause stack instability.
Note
You can use certain other fiber cables and optical transceivers for stacking on X590, X690, and X870 switches. Additional configuration is required. For details, see Alternative Configuration for Optics on X590, X690, X695, and X870 Switches.| Part Number | Cable Type, Length | Compatible Ports and Devices |
|---|---|---|
| 16105 | SummitStack, 5 meter |
20-Gbps stacking ports on VIM-2ss on X460-G2 switches |
| 16106 | SummitStack, 0.5 meter | |
| 16107 | SummitStack, 1.5 meter | |
| 16108 | SummitStack, 3 meter | |
| 10304 | 10GBASE-CR SFP+ pre-terminated twin-ax copper cable, 1 meter |
10G stacking ports on X440-G2, X450-G2 10G, and X620 switches |
| 10305 | 10GBASE-CR SFP+ pre-terminated twin-ax copper cable, 3 meters | |
| 10306 | 10GBASE-CR SFP+ pre-terminated twin-ax copper cable, 5 meters | |
| 10307 | 10GBASE-CR SFP+ pre-terminated twin-ax copper cable, 10 meters |
10G stacking ports on X440-G2 (48-port switches only) and X450-G2 10G switches |
| 10311 | QSFP+ direct-attach passive copper cable, 0.5 meter |
21-Gbps stacking ports on X450-G2 switches, QSFP+ ports on X670-G2-48x-4q switches 40-Gbps stacking ports on X465, VIM5-4x, and VIM5-4XE |
| 10312 | QSFP+ direct-attach passive copper cable, 1 meter |
21-Gbps stacking ports on X450-G2 switches, QSFP+ ports on X670-G2-48x-4q switches 40-Gbps stacking ports on X465, VIM5-4x, and VIM5-4XE |
| 10313 | QSFP+ direct-attach passive copper cable, 3 meters |
21-Gbps stacking ports on X450-G2 switches, QSFP+ ports on X670-G2-48x-4q switches 40-Gbps stacking ports on X465, VIM5-4x, and VIM5-4XE |
| 10313A | QSFP+ direct-attach passive copper cable, 3 meters, 26 AWG |
21-Gbps stacking ports on X450-G2 switches, QSFP+ ports on X670-G2-48x-4q switches |
| 10315 | QSFP+ direct-attach active optical cable, 10 meters |
40-Gbps stacking ports on X465, VIM5-4x, and VIM5-4XE QSFP+ ports on X670-G2-48x-4q switches |
| 10316 | QSFP+ direct-attach active optical cable, 20 meters |
40-Gbps stacking ports on X465, VIM5-4x, and VIM5-4XE |
| 10317 | QSFP+ direct-attach active optical cable, 50 meters |
QSFP+ ports on X670-G2-48x-4q switches |
| 10318 | QSFP+ direct-attach active optical cable, 100 meters | |
| 10323 | QSFP+ direct-attach passive copper cable, 5 meters |
21-Gbps stacking ports on X450-G2 switches 40-Gbps stacking ports on X465, VIM5-4x, and VIM5-4XE |
| 10336 | QSFP+ active optical cable, 3 meters |
40-Gbps ports on X670-G2 switches; 40-Gbps VIM ports on X460-G2 switches |
| 10337 | QSFP+ active optical cable, 5 meters | |
| 10410 | QSFP28 passive copper cable, 0.5 meters | 100-Gbps ports on X590, X690, and X870 switches |
| 10411 | QSFP28 passive copper cable, 1 meter | |
| 10413 | QSFP28 passive copper cable, 3 meters | |
| 10414 | QSFP28 passive copper cable, 5 meters | |
| 10441 | QSFP28 x 4SFP28 (4x25Gb) active optical breakout cable, 5 meters | 100-Gbps ports on X590, X690, and X870 switches (see Alternative Configuration for Optics on X590, X690, X695, and X870 Switches for more information) |
| 10442 | QSFP28 x 4SFP28 (4x25Gb) active optical breakout cable, 7 meters | |
| 10443 | QSFP28 x 4SFP28 (4x25Gb) active optical breakout cable, 10 meters | |
| 10444 | QSFP28 x 4SFP28 (4x25Gb) active optical breakout cable, 20 meters |
Note
For the most recent information about available cables, contact your Extreme Networks sales representative or refer to Extreme Hardware/Software Compatibility and Recommendation Matrices.