Hot-Swap Automation – Cable Pull Modules
These come in several different form factors. Each one for a different removable component in a system:
Drive Modules – For removable drives, such as SAS and PCIe SFF 6G SAS Modules:
12G SAS Modules:
PCIe SFF Modules:
Cable Pull Modules – For data cables, such as SAS, QSFP and USB Cable Pull Modules:
- Mini SAS HD Module
- Mini SAS HD Module + Triggering
- QSFP Cable Pull Module
- Mini SAS Module
- Ethernet Module
- USB 3.0 Module
Card Modules – For PCIe slot based devices PCIe Slot Modules:
SBB Control Modules:
All these modules require a controller to provide power and communications. The modules can be used individually, or combined in any number of ways for testing large storage systems.
Torridon PCIe SFF Drive Control Modules
Hot-Swap automation for Gen3 PCIe SFF Drives.
12G HD MINI SAS Cable Module
Perform automated cable hot-swap and fault injection on SFF-8644 cables
Product Information:
The Mini SAS HD Cable Module is an automated solution for hot-swap testing and fault injection on Mini SAS HD cables. Automation provides easier, faster and more detailed testing. Consistent, repeatable results reduce time to market and improve reliability.
24G HD Mini SAS Cable Pull Module
Perform automated cable hot-swap and fault injection on SFF-8674 cables.
Product Information:
The 24G Mini SAS HD Cable Module is an automated solution for hot-swap testing and fault injection on Mini SAS HD cables. Automation provides easier, faster and more detailed testing. Consistent, repeatable results reduce time to market and improve reliability.
Ethernet/RJ-45 Cable Pull Module
Perform automated cable hot-swap and fault injection on RJ-45 cables.
Product Information:
The Ethernet Cable Module is an automated solution for hot-swap testing and fault injection on RJ-45 cables. Automation provides easier, faster and more detailed testing. Consistent, repeatable results reduce time to market and improve reliability.
USB 3.0 Cable Pull Module
Perform automated cable hot-swap and fault injection on USB 3.0 Cables
Product Information:
The USB 3.0 Cable Pull Module is an automated solution for hot-swap testing and fault injection on USB 2 and 3 cables. Automation provides easier, faster and more detailed testing. Consistent, repeatable results reduce time to market and improve reliability.
USB Type C Cable Pull Module
Perform automated cable hot-swap and fault injection on USB Type-C cables.
Product Information:
This USB cable-pull module is an automated solution for hot-swap testing and fault injection on USB Type-C cables. Automation provides easier, faster and more detailed testing. Consistent, repeatable results reduce time-to-market and improve reliability.
OCuLink Cable Pull module
Perform automated cable hot-swap and fault injection on OCulink cables.
Product Information:
The OCulink Cable Module is an automated solution for hot-swap testing and fault injection on OCulink cables. Automation provides easier, faster and more detailed testing. Consistent, repeatable results reduce time to market and improve reliability.
EDSFF Cable Pull module
Product Information:
Provides full hot-swap automation for GEN4 PCIe drives using the latest EDSFF specification. This module works with any x8 EDSFF compatible device. The module has full control over power, data and sideband pins, allowing simulation of any possible hot-swap scenario.
QSFP Cable Pull Module
Perform automated cable hot-swap and fault injection on QSFP28 cables
Product Information:
The QSFP28 Cable Module is an automated solution for hot-swap testing and fault injection on QSFP28 cables. Automation provides easier, faster and more detailed testing. Consistent, repeatable results reduce time to market and improve reliability.
External PCIe Cable Pull Module
Perform automated cable hot-swap and fault injection on SFF-8644 based PCIe cables.
Product Information:
The External PCIe Cable Module is an automated solution for hot-swap testing and fault injection on external PCIe cables. Automation provides easier, faster and more detailed testing. Consistent, repeatable results reduce time to market and improve reliability.