Ultralow noise figure: 0.4 dB at 1.95 GHz. This provides a lower receiver noise floor and better sensitivity for weak signals in 1.95 GHz systems. linearity: +35 dBm output IP3. The amplifier maintains signal integrity in the presence of strong interferers or multitone signals, reducing distortion. gain at 1.95 GHz: 20 dB. Delivers useful amplification to improve link budgets while keeping noise contribution low. input power robustness: +22 dBm CW. Tolerant to overdrive in demanding RF environments, reducing the risk of performance degradation or damage from strong adjacent signals. Designed for operation around 1.95 GHz, this device supports RF front ends and receiver chains that require a clean, stable, and robust amplification stage. It is suitable for integration into compact RF modules and systems that demand reliable performance in interferencerich environments. Applications and use scenarios RF receiver front end in wireless backhaul or suburban 1.95 GHz links where sensitivity and linearity are critical to maintain data integrity. Test and measurement setups for 1.95 GHz signal chains, enabling accurate characterization of downstream stages with low noise contribution and good linearity. Communication systems or radarrelated equipment operating near 1.95 GHz that require a balanced combination of low noise, linearity, and resilience to strong input signals.