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Avaya RMAA1419061-E6 1470nm Transceiver
- Wavelength: 1470nm
- Potential use in DWDM systems
- Designed for optical networking
- Manufacturer: Avaya
- Requires specific fiber optic infrastructure
- Likely supports high data rates
- Form factor needs confirmation (e.g., SFP, SFP+, XFP)
- Connector type needs confirmation (e.g., LC, SC)
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Product Overview
The Avaya RMAA1419061-E6 is a transceiver operating at 1470nm. While specific details on its form factor and data rate are not explicitly stated in the title, its wavelength suggests potential use in DWDM systems or specialized optical networking applications. Further research would be needed to confirm its exact specifications and intended use.
Technical Information
| Wavelength | 1470nm |
| Manufacturer | Avaya |
Additional Specifications
| Product Type | Optical Transceiver (Specific type TBD) |
Product Description
The Avaya RMAA1419061-E6 is identified by its specific wavelength of 1470nm, a key parameter in optical networking. This particular wavelength falls within the C-band spectrum commonly used in Dense Wavelength Division Multiplexing (DWDM) systems. DWDM technology allows multiple optical signals, each on a different wavelength, to be transmitted simultaneously over a single fiber optic cable, significantly increasing network capacity. Given its manufacturer, Avaya, and the specific wavelength, this transceiver is likely designed for enterprise or service provider networks that utilize DWDM for high-bandwidth communication. The exact form factor (such as SFP, SFP+, XFP, or QSFP) and the supported data rate (e.g., 1Gb/s, 10Gb/s, 40Gb/s, 100Gb/s) would depend on the specific product line it belongs to. However, the 1470nm wavelength suggests it is intended for use in a multi-channel optical transmission system. To fully understand the capabilities and application of the RMAA1419061-E6, further technical documentation would be required to confirm its form factor, data rate, connector type (e.g., LC or SC), and compatibility with specific network equipment. Its role would be to convert electrical signals to optical signals at 1470nm for transmission over fiber, or vice versa, as part of a larger optical networking solution.
