Brand: Cisco | Category: Transceivers & Cables
SKU: CSC-DS-12SLT-FAB3 | Part #: DS-12SLT-FAB3 | MPN: DS-12SLT-FAB3
Contact for Pricing — Request a Quote
The Cisco DS-12SLT-FAB3 Cisco MDS Fibre Channel module / transceiver from Cisco is enterprise-grade Transceivers & Cables hardware built for data centers. It features 100GbE interface. The Cisco DS-12SLT-FAB3 is a fabric module designed for the Cisco MDS 9513 Director-class multilayer SAN switch, providing high-speed crossbar switching fabric interconnect between line cards and the director chassis backplane. As a third-generation fabric module (FAB-3), it delivers increased bandwidth capacity per slot compared to earlier fabric generations, supporting the high-throughput demands of large-scale enterprise storage area networks built on Fibre Channel infrast Available in brand new condition. Cisco transceivers & cables products are trusted by enterprises and data centers worldwide. Available from Omnixon Global. Contact our sales team to request a quote.
| Brand | Cisco |
| Category | Transceivers & Cables |
| SKU | CSC-DS-12SLT-FAB3 |
| Part Number | DS-12SLT-FAB3 |
| Condition | New |
| Interface | 100GbE |
| Manufacturer Part Number | DS-12SLT-FAB3 |
| Product Series | Cisco MDS 9500 Series |
| Compatible Chassis | Cisco MDS 9513 Director |
| Module Type | Crossbar Switching Fabric Module |
| Fabric Generation | FAB-3 (Third Generation) |
| Module Role | Internal switching fabric interconnect (not a line-rate port module) |
| Maximum Fabric Modules per Chassis | 3 |
| Form Factor | Modular blade, MDS 9513 fabric slot |
| Hot-Swap Support | Yes |
| Redundancy Support | Yes — concurrent multi-module fabric redundancy within MDS 9513 |
| NX-OS Firmware Integrity Check | Pass (genuine Cisco component) |
| Manufacturer Support | Included — Cisco TAC supportable |
| Compatible Software | Cisco NX-OS (MDS 9500 Series releases) |
The Cisco DS-12SLT-FAB3 Cisco MDS Fibre Channel module / transceiver is enterprise IT hardware deployed in production data centers, server rooms, and edge sites across the GCC and EMEA region.