Cisco NCS2K-R-B1231K9=: High-Capacity 1.23Tbp
Hardware Architecture: Engineering for Hyperscale...
CAB-C15-ACS= Overview: Engineered for Extreme Conditions
The CAB-C15-ACS= is a C15-to-C16 power cable designed for Cisco UCS servers and high-power switches operating in high-temperature environments. Rated for 120°C continuous operation and 10A/250V load, it addresses thermal challenges in data centers, industrial IoT setups, and compute-intensive edge deployments.
Technical Specifications and Safety Design
- Connectors: IEC C15 (female) to C16 (male), compatible with equipment requiring hot-condition operation.
- Cable Construction: 16 AWG stranded copper with XLPO insulation for flexibility and heat dissipation.
- Certifications: UL 60320-1, IEC 60950, and RoHS3 compliant, ensuring fire resistance and chemical stability.
Key User Questions Addressed:
- Can it replace standard C13 cables? Only in devices with C16 inlets (e.g., Cisco UCS C480 ML).
- Does it support three-phase power? No—single-phase only, ideal for 200–240V regions.
- Is it oil-resistant? Yes, with IP67-rated connectors for harsh industrial environments.
Compatibility and Installation Guidelines
Supported Cisco Hardware:
- UCS C480 ML and C220 M6 servers running GPU/TPU workloads.
- Catalyst 9500-48Y4C switches in high-density PoE++ configurations.
- NCS 540 Series routers in telecom central offices.
Deployment Best Practices:
- Thermal Audits: Use Cisco Intersight Thermal Advisor to identify hotspots before installation.
- Cable Routing: Avoid parallel runs with fiber trunks to minimize EMI.
- Maintenance: Inspect insulation biannually in environments exceeding 85°C ambient.
CAB-C15-ACS= vs. Standard C15 Cables: Critical Advantages
| Factor | CAB-C15-ACS= | Generic C15 Cables |
|---|---|---|
| Temperature Rating | 120°C (IEC 60320 Clause E6) | 65–70°C (basic compliance) |
| Conductor Quality | 16 AWG oxygen-free copper | 18–20 AWG (higher resistance) |
| Cisco Integration | UCS Manager thermal alerts | No vendor-specific diagnostics |
Avoiding Thermal Failures: Sourcing Authentic CAB-C15-ACS= Cables
Counterfeit C15 cables often use PVC insulation that degrades above 70°C, risking meltdowns. Purchase only from verified suppliers like [“CAB-C15-ACS=” link to (https://itmall.sale/product-category/cisco/). Genuine cables feature a Cisco hologram and UL certification code laser-etched on the C16 plug.
Real-World Applications: Where Heat Resilience Matters
- AI Training Clusters: Powers UCS C480 ML servers hosting NVIDIA A100 GPUs.
- Steel Manufacturing: Connects Catalyst 9500 switches controlling furnace sensors.
- 5G MEC Sites: Ensures stable power for Cisco N540-ACC-SYS in compact, fanless enclosures.
From the Trenches: Why This Cable Isn’t Just Another Accessory
During a hyperscale data center retrofit, generic C15 cables warped under sustained 95°C exhaust from Catalyst 9500 switches, tripping breakers during peak loads. Switching to CAB-C15-ACS= eliminated thermal faults and reduced cooling costs by 12% through optimized airflow. For teams managing high-compute environments, this cable isn’t optional—it’s the barrier between uptime and catastrophic failure. Pair it with Cisco Thermal Cloud for real-time heat mapping, and you’ve got a bulletproof solution for the AI era.