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Intel TXN31115D1 850nm Transceiver
- 850nm wavelength
- Multimode Fiber (MMF) support (likely)
- Short range connectivity (likely)
- Designed for Intel networking equipment (likely)
- Hot-swappable (likely)
- Used in data center and enterprise networks
- Specific form factor (e.g., SFP, QSFP) and data rate (e.g., 1Gbps, 10Gbps, 40Gbps) not specified
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Product Overview
The Intel TXN31115D1 is an 850nm transceiver module, likely for short-range multimode fiber applications. Its specific form factor and data rate are not detailed in the title.
Technical Information
| Product Type | Transceiver Module |
| Wavelength | 850 nm |
| Fiber Type | Multimode Fiber (MMF) (Assumed) |
Additional Specifications
| Reach | Short Range (Assumed) |
| Vendor | Intel |
| Part Number | TXN31115D1 |
Product Description
The Intel TXN31115D1 is an optical transceiver module characterized by its operation at an 850nm wavelength. This wavelength is predominantly used for short-reach communication over multimode fiber (MMF) optic cables, often employing VCSEL (Vertical-Cavity Surface-Emitting Laser) technology. While the provided title does not specify the exact form factor (such as SFP, SFP+, QSFP+, or CFP) or the data rate (e.g., 1Gbps, 10Gbps, 40Gbps, 100Gbps), the 850nm wavelength strongly suggests its application in high-speed data center interconnects, server access, or switch-to-switch links where distances are relatively short. Given that it is an Intel product, it is likely designed to be compatible with Intel's networking hardware, although many transceivers adhere to industry standards (MSA - Multi-Source Agreement) allowing for broader compatibility. The typical applications for 850nm transceivers include 1Gbps Gigabit Ethernet, 10Gbps 10GBASE-SR, 40Gbps 40GBASE-SR4, and even 100Gbps 100GBASE-SR4 standards, depending on the module's specific design and the number of parallel fibers it utilizes (e.g., MPO connector for higher speeds). Transceivers like the TXN31115D1 are essential components for modern network infrastructure, enabling the physical layer connectivity for high-bandwidth data transmission. Their hot-swappable nature allows for easy installation and replacement without disrupting network operations, contributing to network flexibility and uptime. Further details regarding its specific data rate, form factor, and connector type would be necessary for a complete technical profile.
