1. Power Dissipation (Max): Panjit specifies 330 mW, while Diotec is rated at 250 mW. The Panjit variant supports higher power dissipation, offering better reliability in poor thermal environments or when driving heavier loads. 2. Transition Frequency: Panjit offers 200 MHz compared to Diotec’s 100 MHz. The Panjit version exhibits superior high-frequency performance, making it more suitable for amplification or switching applications above 100 MHz, whereas the Diotec part may experience degraded performance beyond this frequency. 3. Lower Operating Temperature: Panjit is rated down to –50°C, while Diotec extends to –55°C. Diotec holds a slight advantage in extreme low-temperature conditions, though this difference is negligible for most industrial-grade applications. 4. Price and Manufacturer: Diotec is priced approximately 31% lower. However, factors such as manufacturer reputation, supply chain stability, and long-term reliability should be considered. As an established brand, Panjit may provide tighter consistency control and proven field performance.