Tera4000 O-band semiconductor amplifier

Operating Wavelength Range: min:1290 nm; max:1330 nm Input optical-power range: min:-20 dBm; typical:-6 dBm; max:+6 dBm Output optical-power range: min:-2 dBm; typical:8 dBm; max:10 dBm

This product primarily uses a semiconductor optical laser for O-band optical power amplification. Its high-speed all-optical amplification mode is particularly suitable for high-speed signal amplification, such as in 100G communications systems and optical fiber sensing.

Operating Wavelength Range: min:1528 nm; typical:1550.12 nm; max:1565 nm Input optical-power range: min:-15 dBm; typical:-12 dBm; max:+5 dBm Output optical-power range: min:6 dBm; typical:10 dBm; max:18 dBm

This ultra-compact amplification module is designed for single-channel or narrowband signal amplification, supporting output power up to 18dBm and ACC and APC control modes.

Wavelength Range: min:1540 nm; max:1565 nm Number of Channels: typical:1 Input Optical Power: min:-10 dBm; max:+10 dBm

High-power EYDFA uses a two-stage amplification structure with optical output power up to 37dBm and APC, ACC and AGC control modes. It operates well across a wide temperature range.

Single-pole / P grade - Operating wavelength: 1310 or 1550 or Customized Single-pole / P grade - Typical isolation (@23℃) [@23℃；@23℃)]: min:40 dB Single-pole / P grade - Isolation (@23℃) [@23℃；@23℃)]: min:30 dB

Inline optical isolators are generally used in communications lines and EDFA because optical polarization in the line is unstable, requiring low polarization-dependent loss. Advanced manufacturing provides stable mechanical, physical and optical properties, high isolation and low insertion loss.