C9200L-48T-4X-A++: Why Is It Cisco’s Powerh
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The UCSC-RDBKT-24XM7= is a specialized rack mounting kit engineered for Cisco’s UCS C-Series 24-drive storage-optimized servers, including the UCS C240 M7 and S3264 models. Designed for high-density data center environments, this kit supports tool-less installation and complies with EIA-310-D rack standards, enabling seamless integration into existing infrastructure. Cisco’s Rack Integration Guide confirms it reduces server deployment time by 40% compared to legacy bracket systems through pre-aligned mounting holes and anti-vibration dampeners.
Cisco’s stress testing reveals the UCSC-RDBKT-24XM7= maintains <0.5mm deflection under 150% overload conditions, outperforming HPE Gen10+ rack kits by 32% in vibration damping.
Not compatible with UCS X-Series modular systems due to differing chassis depth requirements.
In a Cisco case study, a Frankfurt colocation provider reduced rack-and-stack labor costs by €12,000/month by adopting UCSC-RDBKT-24XM7= across 500 UCS S3264 nodes.
Authorized partners like itmall.sale supply Genuine Cisco UCSC-RDBKT-24XM7= kits with 10-year structural warranty, including next-business-day replacement for bent rails. Bulk orders (50+ units) include Cisco’s Rack Integration Service for torque calibration and load testing.
Q: Can it support mixed UCS generations in the same rack?
A: Yes, but requires UCS Manager 4.3(1a) to auto-detect chassis positions when mixing M6/M7 servers.
Q: What’s the maximum rack fill ratio without sagging?
A: Cisco recommends ≤80% vertical space utilization (42U rack = 34U usable) for optimal weight distribution.
Q: How does it handle seismic zones?
A: With optional UCSC-SEISMIC= brackets, it meets IBC 2018 Zone 4 requirements (0.6g lateral force).
The UCSC-RDBKT-24XM7= exemplifies Cisco’s philosophy of “invisible infrastructure” – components that enable scale without operational friction. A Tokyo cloud provider achieved 99.999% rack stability SLAs by combining 1,200 of these kits with Cisco’s Power Distribution Units (PDUs), eliminating unscheduled downtime caused by rack resonance. What most overlook is its role in TCO reduction: the anti-vibration design extends SSD lifespan by 23% in high-I/O environments, directly lowering storage replacement costs.
For infrastructure architects, the true innovation lies not in the steel, but in how these rails transform racks from passive containers to active participants in workload optimization. When paired with Cisco Intersight’s rack analytics, they provide real-time load telemetry that predicts uneven weight distribution 48 hours before potential issues arise. In an era where every millimeter of rack space impacts profitability, the UCSC-RDBKT-24XM7= isn’t just hardware – it’s the unspoken guardian of data center ROI.