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Lenovo 4M27A09986 128Gb/s QSFP+ 2km 1310nm LC SMF Transceiver
- Data Rate: 128Gb/s
- Form Factor: QSFP+
- Reach: 2km
- Wavelength: 1310nm
- Fiber Type: Single-Mode Fiber (SMF)
- Connector Type: Duplex LC
- High-density connectivity
- Suitable for data center interconnects
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Product Overview
The Lenovo 4M27A09986 is a QSFP+ transceiver module designed for high-speed networking at 128Gb/s. It supports short-reach transmission up to 2km over single-mode fiber, utilizing a duplex LC connector and operating at a wavelength of 1310nm.
Technical Information
| Product Type | Transceiver Module |
| Interface | 128G Ethernet/Fibre Channel |
| Data Rate | 128Gb/s |
| Form Factor | QSFP+ |
Additional Specifications
| Wavelength | 1310nm |
| Distance | 2km |
| Fiber Type | Single Mode |
| Connector | LC Duplex |
Product Description
The Lenovo 4M27A09986 is a cutting-edge QSFP+ (Quad Small Form-Factor Pluggable Plus) transceiver module designed to meet the escalating demands for bandwidth in modern data centers and high-performance computing environments. It supports an aggregate data rate of 128Gb/s, enabling extremely high-speed communication links required for applications such as server aggregation, high-performance storage, and data center interconnects (DCI). This transceiver operates at a wavelength of 1310nm, which is commonly used for short-to-medium reach applications over single-mode fiber (SMF). It is capable of transmitting data up to 2 kilometers, providing a robust solution for intra-data center connectivity or campus-wide links. The module utilizes a duplex LC connector, which is the industry standard for high-speed fiber optic connections, ensuring reliable physical termination. The QSFP+ form factor allows for high port density, enabling more connections within a given rack space. The 4M27A09986 is designed for interoperability and reliability, adhering to relevant industry standards. Its high bandwidth and single-mode fiber compatibility make it a critical component for future-proofing network infrastructure and supporting the most demanding workloads.



