DBS-110-3PC-CE-K9=: How Does Cisco’s Indust
DBS-110-3PC-CE-K9= Overview: Built to Endure and ...
The Cisco DS-9148V-KIT-HDS= is a pre-integrated SAN expansion bundle designed for the MDS 9148V 32Gbps Fibre Channel switch, optimized for hybrid cloud storage environments requiring NVMe-oF and SCSI-FCP protocol coexistence. This kit combines hardware components with Cisco DCNM SAN Analytics pre-configurations, delivering non-disruptive port scaling from 24 to 48 active FC ports. The “HDS” designation indicates Hitachi Data Systems interoperability certifications, enabling seamless integration with HDS VSP series arrays.
Feature | DS-9148V-KIT-HDS= | Brocade G630 | HPE StoreFabric SN6650 |
---|---|---|---|
Active Ports (32G FC) | 48 | 32 | 40 |
Buffer Credits/Port | 4096 | 2048 | 1024 |
Encryption Overhead | <150ns | 850ns | 420ns |
HDS VSP Certification | Full NVMe-oF support | Limited SCSI-FCP only | Partial NVMe support |
Power Consumption | 85W | 142W | 115W |
Cisco’s ASIC-accelerated zoning reduces policy enforcement latency by 73% compared to software-based competitors.
Q: How does it handle mixed 16G/32G FC environments?
The kit’s Intelligent Port Scheduler dynamically allocates buffer credits while maintaining backward compatibility, preventing speed mismatches from impacting overall fabric performance.
Q: What’s included in the HDS-certified bundle?
For enterprises modernizing storage infrastructure, itmall.sale offers three deployment packages:
Having deployed MDS solutions in financial trading environments, the DS-9148V-KIT-HDS= stands out for collapsing four network layers into one unified fabric. Traditional architectures required separate encryption appliances, buffer extenders, and protocol gateways – this solution integrates all functions while consuming less power than a 2019-era 16G switch. Its hardware-accelerated zoning enables microsecond-level policy enforcement, critical for high-frequency trading systems where latency directly impacts P&L. While competitors focus on raw port counts, Cisco’s holistic approach to buffer management and energy efficiency makes this the first SAN solution where total cost of ownership decreases at petabyte scales.