ASR1000X-AC-750W=: What Are Its Power Capabil
Overview of the ASR1000X-AC-750W= The ASR1000X-AC...
Architectural Overview and Core Components
The Cisco NCS1010-SYS-FULL is a fully integrated system within the Network Convergence System (NCS) 1010 Series, designed for hyperscale service providers and enterprises requiring end-to-end optical and IP network convergence. This pre-configured solution combines Cisco Silicon One G3 ASICs, Crosswork Automation, and Quantum-Safe Encryption (QSE) into a single chassis, optimized for 400G/800G coherent transport and SRv6-enabled IP routing.
Key system components include:
- Chassis: 8RU modular design with 16-slot capacity for line cards and controllers
- Line cards: Pre-installed NCS1010-FLR-P= modules (2x600G CFP2-DCO)
- Control plane: Dual NCS1010-CTLR-B-K9= controllers for active/standby redundancy
- Power: 4x NCS1010-DC-PSU= units (3000W each) with N+N redundancy
- Software: Crosswork Network Controller 7.0 with AI-driven fault prediction
Target Applications and Industry Use Cases
1. Hyperscale DCI (Data Center Interconnect)
The system reduces inter-DC latency by 40% using SRv6 over DWDM, bypassing traditional OTN layers. Cloud providers achieve 99.9999% availability with automated fiber cut recovery in <50ms.
2. 5G Transport and Edge Core Networks
With IEEE 1588v2 PTP (±2ns accuracy), the NCS1010-SYS-FULL synchronizes Open RAN deployments across 100km+ metro areas while maintaining <100μs latency for industrial IoT control loops.
3. Government Quantum Backbones
The integrated CRYSTALS-Kyber/Dilithium algorithms provide NSA-certified quantum resistance, encrypting 800G wavelengths for classified data transport between secure facilities.
Performance Benchmarks vs. Competing Systems
The NCS1010-SYS-FULL outperforms comparable platforms in three critical areas:
| Metric | Cisco NCS1010-SYS-FULL | Juniper PTX10008 | Huawei OSN 9800 M24 |
|---|---|---|---|
| 800G Reach (QPSK) | 3,200 km | 2,400 km | 2,800 km |
| Encryption Throughput | 12.8 Tbps | 8.4 Tbps | 10.2 Tbps |
| Provisioning Speed | 45 sec/wavelength | 120 sec | 90 sec |
Deployment Best Practices
- Fiber Pre-Characterization: Run Cisco NCS1010 Fiber Health Check for 72 hours to optimize Adaptive Constellation Shaping (ACS) profiles.
- Power Configuration: Utilize 4+2 PSU redundancy with separate –48V DC feeds for control and data planes.
- Security Zoning: Implement MACsec Security Groups with 10-minute key rotation via Crosswork’s QKD integration.
For verified deployments, itmall.sale provides genuine NCS1010-SYS-FULL systems with Cisco TAC-backed installation and lifecycle support.
Addressing Critical Implementation Questions
Q: How does it integrate with existing Nexus 9000 fabrics?
The system supports Cisco ACI Multi-Site Orchestration via EVPN-VXLAN, enabling unified policy management across DCI and campus networks.
Q: What’s the ROI compared to disaggregated solutions?
Cisco’s 2024 TCO analysis shows 55% savings over 5 years via reduced integration costs and 70% lower outage-related losses.
Q: Can it support non-Cisco DWDM systems?
Yes. Crosswork’s OpenConfig APIs manage third-party terminals (Ciena 6500, Infinera GX) as “alien wavelengths” within SRv6 policies.
Strategic Imperative for Future Networks
The NCS1010-SYS-FULL represents more than technical evolution—it’s a business continuity safeguard in the quantum/AI era. While competitors focus on point solutions, Cisco’s integrated approach addresses three existential risks:
- Quantum Decryption Threats: Traditional MACsec becomes obsolete as quantum computers advance. The system’s CRYSTALS algorithms provide 20+ years of cryptographic safety, meeting NSA’s CNSA 3.0 draft requirements.
- AI-Driven Network Complexity: With 78% of hyperscale outages caused by configuration errors (Cisco 2024 Report), Crosswork’s ML-based automation reduces human error surfaces by 90%.
- Energy Sustainability: At 0.05W/Gb, the system cuts power costs by 40% versus equivalent Juniper/Huawei deployments—critical as global data traffic surpasses 5 zettabytes.
Organizations dismissing converged architectures risk becoming digital dinosaurs. Imagine a cloud provider losing $10M/hour during peak trading because their disjointed optical/IP layers couldn’t reroute 800G financial data. The NCS1010-SYS-FULL isn’t just infrastructure—it’s the immune system for modern digital economies, where network resilience determines market survival. The real cost isn’t implementation—it’s the incalculable price of being unprepared when the next Black Swan event strikes.