Cisco SP-ATLAS-IP-DMF= Comprehensive Analysis
Understanding the SP-ATLAS-IP-DMF= in Cisco’s Service...
The HCI-SAS-M7T= is a SAS (Serial Attached SCSI) storage expansion module designed for Cisco’s hyper-converged infrastructure (HCI) platforms, such as HyperFlex. This hardware component enables high-density storage scaling by connecting additional drives or JBOD (Just a Bunch of Disks) enclosures to Cisco UCS servers. Key specifications include:
Cisco HyperFlex relies on flexible storage expansion to maintain performance as data grows. The HCI-SAS-M7T= addresses three primary challenges:
Feature | HCI-SAS-M7T= | PCIe NVMe Storage Controllers |
---|---|---|
Interface | 12Gb/s SAS | PCIe 4.0 (16GT/s) |
Use Case | Mixed HDD/SSD scaling | All-flash arrays |
Max Throughput | 1,200MB/s per port | 3,500MB/s+ |
Cost per TB | Lower | Higher |
Ideal Workload | Backup, cold data | Real-time analytics |
This table highlights the module’s role in cost-sensitive, high-capacity storage tiering rather than ultra-low-latency scenarios.
Q: Can the HCI-SAS-M7T= support SSD drives?
A: Yes. It is backward-compatible with SAS/SATA HDDs and SSDs, but performance will align with the slowest connected drive type.
Q: Is firmware customization required for Cisco integration?
A: No. The module ships with Cisco UCS Manager-compatible firmware for plug-and-play installation.
Q: How does redundancy work with dual ports?
A: If one SAS controller fails, the second port automatically reroutes data via multipath I/O, ensuring zero application downtime.
For organizations prioritizing Cisco-certified hardware, “HCI-SAS-M7T=” is available through itmall.sale. The platform offers verified new and refurbished modules, complete with Cisco’s limited hardware warranty.
While NVMe dominates high-performance use cases, the HCI-SAS-M7T= remains indispensable for budget-conscious HCI expansions. In hybrid environments where 90% of data is rarely accessed (e.g., compliance archives), SAS delivers the optimal balance of capacity, reliability, and cost. For enterprises migrating from legacy SANs, this module bridges the gap between traditional storage and hyper-converged agility—without overhauling existing drive investments.