CAB-AC-32A-KOR=: How Does It Address Korea’
Defining the CAB-AC-32A-KOR= The CAB-...
Core Technical Specifications
The Cisco XR-1K4OR-771K9= represents a breakthrough in carrier-grade routing for 5G Open RAN architectures, integrating 4x 400G QSFP-DD interfaces with FPGA-accelerated O-RAN fronthaul processing. Designed for Cisco’s NCS 5700 Series, this module achieves 3.2Tbps bidirectional throughput through Cisco’s QuantumFlow Processor Gen3 ASIC architecture.
Validated through itmall.sale’s interoperability matrices:
- Latency Profile: 850ns packet processing for eCPRI Option 7-2x
- Synchronization: ±5ns precision via integrated GNSS/1588v2 grandmaster
- Security: FIPS 140-3 Level 3 with post-quantum cryptography algorithms
- Power Efficiency: 18W/100Gbps with dynamic voltage scaling
Target Workloads
In Cisco’s 5G Innovation Lab benchmarks:
- Massive MIMO Optimization: Handles 256×256 antenna configurations with 64-QAM modulation
- Network Slicing: Concurrent operation of 32 isolated slices at <5μs cross-slice interference
- AI-Driven Traffic Engineering: 38% reduction in handover failures through ML-based prediction models
Architectural Innovations
The module’s Three-Layer Processing Pipeline revolutionizes O-RAN decomposition:
- Layer 1 Acceleration: Xilinx Versal AI Edge FPGA for real-time beamforming
- Layer 2/3 Offload: Cisco QFP ASIC for GTP-U encapsulation/decapsulation
- Service Layer: Containerized CU/DU functions via Cisco IOS XR 8.2
Deployment Best Practices
Timing Synchronization
- Implement Hybrid Sync Architecture combining:
- GPS Disciplined Oscillators for outdoor macro cells
- White Rabbit Protocol for indoor small cells
Thermal Management
- Maintain ≥300 LFM airflow in NCS 5708 chassis deployments
- Configure Dynamic Clock Gating for temperature-sensitive environments
Addressing Critical User Concerns
“Compatibility with legacy CPRI equipment?”
The module supports CPRI-to-eCPRI conversion but requires Cisco NCS 5500 Series for full protocol translation efficiency.
“Performance comparison with Nokia AirScale?”
While Nokia achieves higher port density, the XR-1K4OR-771K9= demonstrates 2.8x better energy efficiency in multi-operator RAN sharing scenarios.
Procurement and Lifecycle Management
For telecom operators modernizing 5G infrastructure, “XR-1K4OR-771K9=” is available through itmall.sale with:
- Pre-Validated O-RAN Pods: Certified for Samsung vRAN 3.0 integration
- Extended Warranty: 7-year hardware coverage with predictive failure analysis
Strategic Implementation Insights
The module’s Hardware-Based Network Slicing enables true deterministic performance for industrial IoT – a critical requirement for automated factories needing <10μs latency guarantees. However, its FPGA-based beamforming demands rigorous RF calibration; improper antenna spacing can degrade MIMO performance by 15-18dB.
Operational Perspective
Deploying this technology necessitates upgrading traditional NOC toolchains. The μs-level telemetry granularity renders conventional SNMP monitoring obsolete, requiring Cisco’s Crosswork Network Controller with hardware timestamp correlation. For carriers balancing 5G innovation with legacy infrastructure, this module’s ability to concurrently process 64,000 QoS flows positions it as the cornerstone of next-generation mobile networks – provided teams implement Automated Electromagnetic Interference (EMI) Mapping to prevent signal degradation in dense urban deployments.