- February 20, 2024
- Posted by: admin
- Category: Uncategorized
Embrace the Power of High-Speed Connectivity
As technology evolves, network speed is getting faster. Applications are becoming more sophisticated and require intensive data processing power. The company needs an effective and high-speed IT infrastructure so mission-critical information can be handled without delay. Therefore the storage requires faster front-end network connectivity to process a large amount of data.
Features
Efficient Backup
Your business data are increasing with an unprecedented rate of growth and the time you spend on backing up increases as well. Disasters could happen during the backup time. You need higher bandwidth to finish a backup within a shorter period. So your data will not be at risk.
4K 8K Surveillance
In a video surveillance system, two factors determine the storage you need: the quality of the image received, and the number of camera and recording devices. With 4K/8K video and a large number of surveillance devices, there is a great amount of data flow into storage. The higher higher-speed network provides enough bandwidth to make sure all images are recorded.
Media Editing in the M&E Industry
Near-line image editing or offline image editing requires high-performance network environments and storage solutions. You need super fast network bandwidth to meet 4k, 8k, and higher resolution production requirements.
High-Speed Virtualization
The virtual architecture generates a large amount of IO that makes the storage indigestible and drags down the host server. With more virtual desktops, storage requires higher network throughput to deliver the best user experience for all VDI users.
Reducing the Deployment Complexity
25 GbE and 32 Gb Fibre Channel cards support much higher bandwidth compared to 10 GbE Ethernet and 16 Gb Fibre Channel cards. A system requiring 80 Gb throughput will need twice as many wires if only 10 GbE / 16 Gb cards are available. Using 25 GbE and 32 Gb Fibre Channel cards, the network infrastructure is neat and easy to maintain. Moreover, the company is now able to provide higher bandwidth service with the presence of high-speed cards, not necessary to buy more storage just to fulfill the high bandwidth requirement.
Transmit Much More Data
Using a 25 GbE or 32 Gb FC card to connect to the storage, users can transmit much more data in one physical line, and even more with port trunking!
- Allows to run more virtual machines
- Accommodate large scale surveillance
- Backup at lighting speed
- Multiple media editing and video on demand (VOD)
- Massive data flow in 5G network
Host Card
Quad Port 25GbE iSCSI Host Card
- Quad Port 25GbE Ethernet Host Card
- 25Gb SFP28 Optical Transceiver
- PCI Express (PCIe) Gen 4 x 8
- iSCSI support
- RDMA (iSER) support
- SSID support
- SVID support
Intel® Ethernet Controller Inside
QSAN 25 Gb Ethernet solution is powered by Intel® Ethernet Controller, dual port 1 / 10 / 25 Gigabit Ethernet controller,with Intel® Virtualization Technology for Cloud and Enterprise data centers.
The Intel® Ethernet 700 Series is the foundation for server connectivity, providing broad interoperability, critical performance optimizations, and increased agility for Communications, Cloud, and Enterprise IT network solutions.
Host Card
Dual-Port 32 Gb Fibre Channel Host Card
- Dual-port 32 Gb FC Host Card
- 32 Gb SFP28 Optical Transceiver
- PCI Express (PCIe) Gen 3.0 x 8
- Compliance:
- SCSI-3 Fibre Channel Protocol (SCSI-FCP)
- Fibre Channel Tape (FC-TAPE) Profile
- SCSI Fibre Channel Protocol-2 (FCP-2)
- 2nd & 3rdGeneration FC Generic Services (FC-GS-2/FC-GS-3)
- Fibre Channel Physical Interface-5&6 (FC-PI-5/FC-PI-6)
Marvell QLogic Fibre Channel Controllers
QSAN 32 Gb Fibre Channel solution adapts Marvell QLogic technology, Marvell QLogic 2700 series are enhanced 32GFC and 32GFC controllers providing industry-leading native FC performance with low CPU usage and full hardware offloads.
The 2700 Series provides the industry’s top Fibre Channel performance, optimizing storage access for hyper-scale virtualization, solid-state storage technologies, and new data center architecture.