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Acco NTK591TB 1610nm Transceiver
- Wavelength: 1610nm
- Type: Optical Transceiver
- Application: Fiber Optic Communication
- Connector Type: Not specified
- Form Factor: Not specified
- Data Rate: Not specified
- Reach: Not specified
- Manufacturer: Acco
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Product Overview
The Acco NTK591TB is an optical transceiver module operating at a wavelength of 1610nm. It is designed for fiber optic communication, enabling the transmission and reception of data signals over optical fiber. This module is suitable for network applications requiring this specific wavelength.
Technical Information
| Wavelength | 1610nm |
| Product Type | Optical Transceiver |
Additional Specifications
| Manufacturer | Acco |
| Model | NTK591TB |
Product Description
The Acco NTK591TB is an optical transceiver module engineered to operate at a wavelength of 1610nm. This specific wavelength is often utilized in fiber optic communication systems, particularly in scenarios involving single-fiber bidirectional transmission (BiDi) or in certain wavelength-division multiplexing (WDM) configurations. The 1610nm wavelength is typically used on the downstream path in BiDi applications, paired with a 1510nm wavelength for the upstream path, allowing full-duplex communication over a single strand of fiber. As a transceiver, the NTK591TB integrates both transmitting and receiving functionalities. It converts electrical signals from network equipment into optical signals for transmission and converts incoming optical signals back into electrical signals for processing. The exact form factor (e.g., SFP, SFP+) and data rate are not detailed in the title, but it is designed to be plugged into compatible network devices such as switches, routers, or network interface cards. Manufactured by Acco, a provider of networking and connectivity products, this transceiver is expected to meet industry standards for performance and reliability. Its primary role is to enable high-speed data transfer over fiber optic infrastructure. The 1610nm operating wavelength suggests it may be part of a solution designed for efficient use of fiber optic cabling, potentially reducing the number of fibers required for a given link.
