Product overview: The Aurora DX3515-47-1-1-AS Digital Transponder is a high-performance optical device designed for advanced RF return path applications in hybrid fiber-coaxial (HFC) networks. Operating on ITU Channel 47 (DWDM 100 GHz grid), this transponder efficiently digitizes two RF return paths within a 5–65 MHz passband, multiplexes them, and transmits the combined signal over a single optical fiber at a data rate of 3.1875 Gbps. This approach not only conserves fiber resources but also simplifies network architecture by enabling Dense Wavelength Division Multiplexing (DWDM) transport from hubs to the headend. The device is compatible with Aurora's CH3000 platform and supports integration with various back plates, such as the BP-A4 for single transponder connections and the BP-35M4R for multiple transponders
Features
Dual RF Return Path Digitization: Digitizes two RF return paths (5–65 MHz) and multiplexes them into a single data stream, optimizing bandwidth utilization.
DWDM Compatibility: Operates on ITU Channel 47 with 100 GHz spacing, allowing for up to 40 wavelengths per fiber, enhancing network scalability.​
High Optical Output Power: Delivers a 5 dBm optical output, supporting link losses up to 23 dB and dispersion limits up to 200 km, ensuring robust signal transmission.​
Flexible Integration: Compatible with Aurora's CH3000 platform and supports various back plates (e.g., BP-A4, BP-35M4R) for versatile deployment options.​
User-Friendly Design: Features hot plug-in/out capability, front panel laser On/Off interlock switch, and supports both local and remote status monitoring for ease of maintenance and operation
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Product overview: The Aurora DX3515-47-1-1-AS Digital Transponder is a high-performance optical device designed for advanced RF return path applications in hybrid fiber-coaxial (HFC) networks. Operating on ITU Channel 47 (DWDM 100 GHz grid), this transponder efficiently digitizes two RF return paths within a 5–65 MHz passband, multiplexes them, and transmits the combined signal over a single optical fiber at a data rate of 3.1875 Gbps. This approach not only conserves fiber resources but also simplifies network architecture by enabling Dense Wavelength Division Multiplexing (DWDM) transport from hubs to the headend. The device is compatible with Aurora's CH3000 platform and supports integration with various back plates, such as the BP-A4 for single transponder connections and the BP-35M4R for multiple transponders
Features
Dual RF Return Path Digitization: Digitizes two RF return paths (5–65 MHz) and multiplexes them into a single data stream, optimizing bandwidth utilization.
DWDM Compatibility: Operates on ITU Channel 47 with 100 GHz spacing, allowing for up to 40 wavelengths per fiber, enhancing network scalability.​
High Optical Output Power: Delivers a 5 dBm optical output, supporting link losses up to 23 dB and dispersion limits up to 200 km, ensuring robust signal transmission.​
Flexible Integration: Compatible with Aurora's CH3000 platform and supports various back plates (e.g., BP-A4, BP-35M4R) for versatile deployment options.​
User-Friendly Design: Features hot plug-in/out capability, front panel laser On/Off interlock switch, and supports both local and remote status monitoring for ease of maintenance and operation
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Product overview: The Aurora DX3515-47-1-1-AS Digital Transponder is a high-performance optical device designed for advanced RF return path applications in hybrid fiber-coaxial (HFC) networks. Operating on ITU Channel 47 (DWDM 100 GHz grid), this transponder efficiently digitizes two RF return paths within a 5–65 MHz passband, multiplexes them, and transmits the combined signal over a single optical fiber at a data rate of 3.1875 Gbps. This approach not only conserves fiber resources but also simplifies network architecture by enabling Dense Wavelength Division Multiplexing (DWDM) transport from hubs to the headend. The device is compatible with Aurora's CH3000 platform and supports integration with various back plates, such as the BP-A4 for single transponder connections and the BP-35M4R for multiple transponders
Features
Dual RF Return Path Digitization: Digitizes two RF return paths (5–65 MHz) and multiplexes them into a single data stream, optimizing bandwidth utilization.
DWDM Compatibility: Operates on ITU Channel 47 with 100 GHz spacing, allowing for up to 40 wavelengths per fiber, enhancing network scalability.​
High Optical Output Power: Delivers a 5 dBm optical output, supporting link losses up to 23 dB and dispersion limits up to 200 km, ensuring robust signal transmission.​
Flexible Integration: Compatible with Aurora's CH3000 platform and supports various back plates (e.g., BP-A4, BP-35M4R) for versatile deployment options.​
User-Friendly Design: Features hot plug-in/out capability, front panel laser On/Off interlock switch, and supports both local and remote status monitoring for ease of maintenance and operation
