Transmitters & Receivers

1310/1550nm 10GHz Transceiver without TIA

This series of Digital Transceivers is designed to provide an optical communication link between two points via a single strand of fiber with a data rate of up to 10GHz. Each transceiver consists of a DFB laser transmitter and a PIN detector receiver pair. They are available in wavelengths of 1310nm, 1490nm, and 1550nm, offering versatile wavelength division multiplexing (WDM) capability. For instance, bidirectional communication can be established using a single fiber link by employing two different wavelength transceivers along with matching WDM diplexer cable adaptors. One common setup involves pairing a 1310nm laser with a 1550nm detector at one end combined using a WDM diplexer, and a 1550nm laser with a 1310nm detector at the other end combined by a diplexer.

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1310/1550nm 10GHz Transceiver without TIA

Configuration options

Build & quote

Configure the options below and add your exact build to the enquiry — we confirm the part number and availability.

Transmitter WavelengthReceiver WavelengthSpeedDriverPackageFiber TypeFiber BufferFiber LengthConnector

We confirm the exact part number for your configuration on enquiry.

Transmitter Wavelength: 1310nm · Receiver Wavelength: 1310nm · Speed: 1GHz · Driver: No · Package: Standard · Fiber Type: SM28 · Fiber Buffer: 0.9mm Tube · Fiber Length: Standard · Connector: None

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Digital Transceiver

System integration

Integration and compatibility

Use these checks to connect 1310/1550nm 10GHz Transceiver without TIA to the surrounding optical, mechanical and control system. Every value shown is taken from this model's own specification record.

Optical interface and fiber: Fiber Type: SM28, 60.2/125, 50/125 · Fiber Buffer: 0.9mm Tube, 3mm Tube; Specify connector polish and fiber architecture together. FC/PC, FC/APC and SMA interfaces, and single-mode, multimode and polarization-maintaining fibers, impose different return-loss, mode-field and alignment requirements.
Wavelength and loss budget: Transmitter Wavelength: 1310nm, 1550nm, 1490nm · Receiver Wavelength: 1310nm, 1550nm, 1490nm; Check the Transmitters & Receivers passband, insertion loss, return loss and power handling at the actual source wavelength; a nominal telecom-band label is not a substitute for the configured range.
Control interface: Driver: No, Yes; Match supply voltage, analog or digital command range, connector pinout and default optical state to the instrument interlock. Confirm the unpowered state explicitly — it decides what happens to the link on a power failure.

Technical FAQ

Integration questions for 1310/1550nm 10GHz Transceiver without TIA

Which fiber and connector does the 1310/1550nm 10GHz Transceiver without TIA use?

Fiber Type: SM28, 60.2/125, 50/125 · Fiber Buffer: 0.9mm Tube, 3mm Tube. Specify connector polish and fiber architecture together. FC/PC, FC/APC and SMA interfaces, and single-mode, multimode and polarization-maintaining fibers, impose different return-loss, mode-field and alignment requirements.

How should the 1310/1550nm 10GHz Transceiver without TIA be included in an optical power budget?

Transmitter Wavelength: 1310nm, 1550nm, 1490nm · Receiver Wavelength: 1310nm, 1550nm, 1490nm. Check the Transmitters & Receivers passband, insertion loss, return loss and power handling at the actual source wavelength; a nominal telecom-band label is not a substitute for the configured range.

Does the 1310/1550nm 10GHz Transceiver without TIA require a controller?

Driver: No, Yes. Match supply voltage, analog or digital command range, connector pinout and default optical state to the instrument interlock. Confirm the unpowered state explicitly — it decides what happens to the link on a power failure.