Key benefits linearity for clean multicarrier operation 35 dBm output IP3 reduces intermodulation distortion, helping maintain signal integrity in environments with multiple simultaneous carriers. Strong gain at the target frequency 20 dB gain at 1.95 GHz provides sufficient amplification to improve link budgets while preserving linearity and signal quality. Ultralow noise for improved sensitivity 0.4 dB noise figure at 1.95 GHz enhances receiver sensitivity, enabling better detection of weak signals in noiselimited scenarios. Robust to strong input signals 22 dBm CW input power tolerance helps withstand interference and signal conditions without compression or damage, simplifying system design and protection requirements. Technical highlights Operating frequency Optimized performance at or around 1.95 GHz, suitable for systems and components operating in this band. Linear and lownoise frontend performance Combines IP3 with very low NF to support reliable, fidelity amplification in radio frontends and receivers. Power handling Designed to tolerate relatively input CW power, enabling robust operation in environments with strong signals or dynamic interference. Potential applications Wireless basestation frontend Improves linearity and sensitivity in 1.95 GHz link segments, supporting multiple carriers with reduced distortion and better uplink/downlink quality. RF test and measurement equipment Used as a test amplifier to accurately characterize devices and channels at 1.95 GHz, benefiting from IP3 and low NF for precise measurements. Receiver frontend modules in 1.95 GHz systems Enhances overall receiver performance by delivering clean gain with minimal added noise and strong resilience to strong input signals.