QW929A

What are the key features of the QW929A HP C-series 10Gb Fibre Channel Long Wave SFP+ Transceiver?

The QW929A offers high-speed 10Gb Fibre Channel connectivity, long-wave transmission, and compatibility with HP C-series switches, ensuring reliable and efficient data transfer.

What is the typical application scenario for the QW929A transceiver?

The QW929A is ideal for use in data center environments requiring high-speed storage connectivity and long-distance data transmission.

Is the QW929A HP C-series transceiver compatible with other brands?

The QW929A is primarily designed for HP C-series switches but may be compatible with other equipment that supports 10Gb Fibre Channel long-wave SFP+ transceivers.

How do I install the QW929A HP C-series transceiver?

The QW929A can be easily installed by inserting it into the SFP+ port of your HP C-series switch until it clicks into place.

Does the QW929A require firmware upgrades?

Firmware upgrades are not typically required for the QW929A, but it is advisable to check for updates from HP to ensure optimal performance.

What are the cost benefits of using the QW929A transceiver?

The QW929A offers a cost-effective solution for high-speed, long-distance Fibre Channel connectivity, reducing the need for multiple splices or repeaters.

What alternative products are available to the QW929A?

Alternatives to the QW929A may include other 10Gb Fibre Channel long-wave transceivers from different manufacturers, such as Cisco or Brocade.

What are the common troubleshooting steps for the QW929A?

Ensure the transceiver is securely seated in the port, verify that the linked devices are powered on and properly configured, and check for any firmware updates.

What accessories are recommended for the QW929A?

Recommended accessories include compatible HP C-series switches and Fibre Channel cables designed for long-wave transmission.

How does the QW929A compare to similar HP storage transceivers?

The QW929A is designed for long-wave transmission, providing extended distance capabilities compared to short-wave counterparts, making it ideal for larger data center environments.