Product Overview: The DT3515C Digital Transmitter digitizes two RF return paths (with 5 –65 MHz passband), multiplexes them, and transmits them at 3.1875 Gbps on a single return fiber on a DWDM ITU grid wavelength. By providing two RF returns on an ITU grid wavelength, the DT3515C alleviates fiber exhaustion and greatly simplifies the network by enabling the use of DWDM transport from hubs to the headend. The 5 dBm output transmitter power supports link losses up to 23 dB and 200 km dispersion limits.
Features:
• Digitizes 5–65 MHz RF return paths
• Multiplexes two return segments into a single data stream
• Optical outputs on 100 GHz-spaced DWDM grid (ITU-T G.694.1) for up to 40
wavelengths per fiber
• 5 dBmtransmit power
• Transmits at bit rate of 3.1875 Gbps
Condition: New
Product Overview: The DT3515C Digital Transmitter digitizes two RF return paths (with 5 –65 MHz passband), multiplexes them, and transmits them at 3.1875 Gbps on a single return fiber on a DWDM ITU grid wavelength. By providing two RF returns on an ITU grid wavelength, the DT3515C alleviates fiber exhaustion and greatly simplifies the network by enabling the use of DWDM transport from hubs to the headend. The 5 dBm output transmitter power supports link losses up to 23 dB and 200 km dispersion limits.
Features:
• Digitizes 5–65 MHz RF return paths
• Multiplexes two return segments into a single data stream
• Optical outputs on 100 GHz-spaced DWDM grid (ITU-T G.694.1) for up to 40
wavelengths per fiber
• 5 dBmtransmit power
• Transmits at bit rate of 3.1875 Gbps
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Product Overview: The DT3515C Digital Transmitter digitizes two RF return paths (with 5 –65 MHz passband), multiplexes them, and transmits them at 3.1875 Gbps on a single return fiber on a DWDM ITU grid wavelength. By providing two RF returns on an ITU grid wavelength, the DT3515C alleviates fiber exhaustion and greatly simplifies the network by enabling the use of DWDM transport from hubs to the headend. The 5 dBm output transmitter power supports link losses up to 23 dB and 200 km dispersion limits.
Features:
• Digitizes 5–65 MHz RF return paths
• Multiplexes two return segments into a single data stream
• Optical outputs on 100 GHz-spaced DWDM grid (ITU-T G.694.1) for up to 40
