Description
1. Unboxing & Physical Snapshot
- Model & Brand: Alcatel-Lucent (Alcatel 1678 MCC / Metro Core Connect Family) — Integrated Service Adapter (ISA) / Network Switching Module — Part Number: 8DG60242AA (Variant Code: A2325A)
- Physical Dimensions: Standard high-density telecommunication rack-mount electronic card/blade format designed for OMSN subrack insertion (Net weight: ~1.0 kg to 1.5 kg)
- Estimated Shipping Weight: Approximately 2.1 kg net (Packaged securely in multi-layer anti-static shielding containment, high-density molded protective foam, and heavy corrugated export carton)
- What’s in the Box: Alcatel-Lucent 8DG60242AA module unit, front-panel extraction handles, backplane interface pins, and manufacturer conformance/test documentation.
2. Product Introduction
Structure B (Architecture hook): Engineered for high-capacity metropolitan transport networks, optical multi-service nodes (OMSN), and carrier-grade data backbones, the Alcatel-Lucent 8DG60242AA (associated with the A2325A assembly) functions as an Integrated Service Adapter (ISA) module within the Alcatel 1678 Metro Core Connect (MCC) platform. Designed to provide high-speed Layer 2 switching capabilities and multi-service adaptation across optical transmission rings, this module handles critical traffic aggregation and packet processing.
Housed in a ruggedized telecommunication blade format, the internal architecture integrates advanced Application-Specific Integrated Circuits (ASICs) and high-speed switching fabrics built to deliver deterministic performance under heavy carrier workloads while meeting strict central-office environmental thresholds.
3. Core Technical Specifications
| Parameter | Value |
| Component Type | Integrated Service Adapter (ISA) / Layer 2 Switching Module |
| Product Family | Alcatel 1678 MCC (Metro Core Connect) / OMSN Platform |
| Part Number Designation | 8DG60242AA (Model/Variant Code: A2325A) |
| Core Functionality | Multi-service data adaptation, Layer 2 switching, and traffic aggregation |
| System Architecture | Designed for carrier-grade optical multi-service node subrack insertion |
| Interface Compatibility | Interoperable with Alcatel 1678 MCC backplanes and optical transceivers |
| Power Supply Input | Low-voltage DC system rails sourced via central-office chassis backplane |
| Mounting Format | Hot-swappable subrack slot-mount blade profile |
| Operating Temperature Range | 0°C to +45°C continuous telecom central office threshold |
| Storage Temperature Range | -40°C to +85°C |
| Enclosure Protection Class | IP20 card module format for cabinet/chassis integration |
| Physical Net Weight | Approximately 1.0 kg to 1.5 kg |
4. Global Compliance & Industry Certifications
Type-test verification and rigid electromagnetic and telecom standards compliance are mandatory for core network blades deployed within carrier transport hierarchies.
- Expected Certifications: CE Mark, NEBS compliance standards for telecommunication infrastructure, UL/cUL safety listings, and RoHS material compliance declarations.
- Safety Relevance: Integrated optical safety interlocks, over-current protection, and robust galvanic isolation prevent electrical faults from propagating across the metro core switching fabric.
- Audit Note: Verify that module hardware release codes, software load identifiers, and subrack cross-connect provisioning align with your network management schedule prior to slot insertion.
5. Long-Term Storage & Asset Preservation Guide
Veteran Maintenance Note: Storing precision telecom service adapter modules in unconditioned warehouses requires strict electrostatic discharge (ESD) protection and relative humidity control to prevent micro-corrosion on high-density gold edge connectors.
- ESD Protection: Keep the switching blade permanently sealed inside its original metallized anti-static shielding bag to safeguard sensitive internal microprocessors and switching ASICs from static strikes.
- Climate Baseline: Store the inventory in a clean, dry location maintaining relative humidity strictly below 50% non-condensing, and ambient storage temperatures between -20°C and +40°C.
- Physical Preservation: Store modules flat on dedicated anti-static shelving trays; never stack heavy inventory directly on top of the card enclosure to avoid front-panel faceplate distortion or connector pin damage.
6. Physical Installation Prerequisites
- Ensure that proper maintenance windows and operational change management protocols are observed before handling carrier-grade transmission equipment.
- Inspect the chassis slot backplane for clean pins and absence of dust or debris prior to module insertion.
- Align the board smoothly with the card cage guide rails, slide it forward with steady pressure, and lock the front extraction levers securely to ensure full backplane connector engagement and proper chassis ground continuity.
7. Buyer’s FAQ (Logistics & Compliance Focus)
- What Harmonized System (HS) code governs international customs clearance?The standard global export classification for this telecommunication network module is 8517.62.0050 (Machines for the reception, conversion and transmission or regeneration of voice, images or other data, including switching and routing apparatus).
- How does Country of Origin (COO) verification impact telecom asset audits?Accurate origin tagging on commercial shipping documents ensures compliance with international trade frameworks and regional telecommunication infrastructure import mandates.
- Does this replacement transmission module require software provisioning?Yes, system controllers typically require node synchronization, service configuration alignment, and software version verification via network management systems (NMS) upon replacement.
- What level of transit insurance should be specified?Always mandate fully declared-value, tracked international air cargo insurance to protect delicate switching boards and high-density interface connectors against terminal drop impacts during transit.
