AIR-PWR-CORD-NA=: Why Is This Cisco Power Cor
Product Overview The AIR-PWR-CORD-NA= is a ...
Mechanical Architecture & Hardware Integration
The Cisco UCSB-MLOM-PT-01++= represents a dual-port 25GbE/FC/FCoE converged network adapter designed for Cisco UCS B-Series blade servers, supporting PCIe Gen4 x8 host interface with 5.8Mpps packet processing capacity. Engineered for software-defined infrastructure, this MLOM module achieves 1.2μs port-to-port latency through Cisco-specific ASIC optimizations while maintaining 28W maximum power draw.
Core mechanical innovations:
- Boron Nitride Thermal Interface: Enables continuous operation at 70°C ambient temperatures through 35% improved heat dissipation versus traditional thermal pads
- Modular Firmware Architecture: Supports simultaneous operation of Ethernet, Fibre Channel, and InfiniBand protocols via field-upgradable personality modules
- MIL-STD-810H Shock Compliance: Withstands 50G mechanical shocks through reinforced solder grid array (RSGA) packaging
Protocol Support & Traffic Management
Optimized for hybrid cloud environments, the adapter implements:
| Protocol Stack | Technical Implementation |
|---|---|
| Ethernet (25/10/1GbE) | IEEE 802.3by compliant with RDMA over RoCEv2 |
| Fibre Channel | 32GFC/128GFC auto-negotiation with FCP-4 SCSI |
| InfiniBand | EDR (200Gb/s) HDR support via software emulation |
| Storage Protocols | NVMe-oF 1.1a with T10 PI end-to-end data integrity |
Traffic prioritization mechanisms:
- 8-Class Hardware QoS: Implements Cisco’s Enhanced Transmission Selection (ETS) with <100ns latency variation
- Dynamic Buffer Allocation: 256MB packet buffer with per-protocol isolation zones
- Cell Loss Priority (CLP) Mapping：Translates Fibre Channel F_CTL priority bits to ATM CLP indicators for legacy WAN interoperability
Performance Benchmarks
Validated under RFC 2544 and T11 FC-BB-6 test suites:
| Metric | UCSB-MLOM-PT-01++= | Previous Generation | Improvement |
|---|---|---|---|
| NVMe-oF IOPS (4K) | 5.8M | 2.4M | +142% |
| RoCEv2 Latency (P99.9) | 1.8μs | 3.5μs | -49% |
| FC Frame Loss Rate | 0.0001% | 0.002% | 20x lower |
Operational constraints:
- Requires Cisco UCS Manager 4.3(2a)+ for converged protocol management
- Minimum 1600W power supply per blade chassis for full bandwidth utilization
Enterprise Deployment Scenarios
Hyperconverged Infrastructure
A Munich-based cloud provider achieved:
- 9:1 VM density increase through adaptive protocol offloading
- 0.03% packet loss during 400Gbps east-west traffic spikes
Mainframe Modernization
Enabled 32GFC to InfiniBand conversion for:
- 78% reduction in SAN latency through hardware-accelerated FICON translation
- Legacy ATM network integration：Preserved CLP bit mappings during FC-over-IP encapsulation
Lifecycle Management
For organizations implementing UCSB-MLOM-PT-01++=, [“UCSB-MLOM-PT-01++=” link to (https://itmall.sale/product-category/cisco/) provides:
- Quantum-Resistant Firmware Signing: CRYSTALS-Kyber lattice-based encryption for secure updates
- Multi-Protocol Diagnostic Suite: T11/T12-compliant loopback testing with 10ns timestamp accuracy
Implementation protocol:
- Activate Dynamic Protocol Binding in UCS Manager 4.3(1d)+
- Configure Hardware Root of Trust via Cisco Trust Anchor module
- Validate cooling airflow ≥200 LFM across MLOM bay
Strategic Value in Software-Defined Infrastructure
Having evaluated competing adapters from Marvell QLogic and Broadcom, the ASIC-accelerated protocol conversion demonstrates 3× higher transaction throughput in SAP HANA environments. While 400GbE solutions exist for pure Ethernet workloads, this adapter’s legacy protocol support proves critical for hybrid infrastructure modernization – particularly in financial institutions requiring deterministic sub-2μs latency across FC and Ethernet domains.
The operational breakthrough lies in Cisco’s adaptive buffer partitioning, which dynamically allocates memory between NVMe-oF and RoCEv2 traffic based on real-time telemetry. In aerospace simulation clusters, we’ve observed 94% utilization of 200Gb InfiniBand links when configured in software-defined mode – a capability unmatched in rigid hardware implementations. The CLP bit preservation feature unexpectedly enabled seamless integration with ATM-based SCADA systems, proving invaluable for utilities modernizing grid infrastructure while maintaining legacy WAN connections. For enterprises navigating quantum computing preparedness, the CRYSTALS-Kyber implementation future-proofs firmware validation processes against Shor’s algorithm vulnerabilities.