About This Part
The ZTE SEOPAC2217 is an optical pre-amplifier board designed to significantly boost the strength of weak incoming optical signals. In high-speed fiber optic communication systems, signals can degrade over long distances or through complex network elements, leading to reduced signal-to-noise ratio and potential data loss. This pre-amplifier is typically deployed at the receiver end, just before signal detection and processing, to ensure that the optical signal has sufficient power for accurate demodulation and conversion. Its primary function is to improve the receiver sensitivity, thereby extending transmission distances and enhancing overall network performance and reliability in demanding telecom and data centre environments. While specific technical specifications for the SEOPAC2217 are not detailed, optical pre-amplifiers like this ZTE unit are critical for their low noise figure, high gain, and broad operating wavelength range. They often utilize Erbium-Doped Fiber Amplifier (EDFA) technology or Semiconductor Optical Amplifier (SOA) technology, optimized for specific optical windows (e.g., C-band or L-band). Key performance indicators include gain (e.g., 20-30 dB), noise figure (e.g., < 5 dB), and output saturation power. These boards are engineered for seamless integration into existing ZTE optical transport platforms, ensuring compatibility and efficient operation within complex network architectures. Revo Distribution Limited proudly offers the ZTE SEOPAC2217 Optical Pre-amplifier Board as part of our extensive inventory of used and refurbished telecom and data centre equipment. Sourcing high-quality, reliable components like this pre-amplifier allows our B2B clients to maintain and upgrade their critical network infrastructure cost-effectively. By providing refurbished ZTE equipment, Revo supports sustainable practices while ensuring access to essential parts that meet stringent performance standards, helping businesses optimize their optical transmission systems without the premium cost of new hardware.
