What Is Evolv DNA Temperature Control? Temperature control in Evolv DNA chipsets is commonly referred to as Temperature Protection. This technology is designed to: Measure the actual coil temperature in real time(using temperature-sensitive wire materials and resistance changes) Automatically reduce power output when the coil reaches the preset temperature limit Prevent the coil temperature from exceeding the defined maximum,helping to reduce dry hits and burnt taste In simple terms, Evolv DNA temperature control works by locking a temperature ceiling, ensuring the coil does not go beyond the user-defined limit.This provides a stable and reliable form of temperature regulation. This approach is well suited for users who prefer precise, predictable temperature limits with fine adjustment control. We refer to this method as “CONSTANT Temperature Control”,because the temperature is not allowed to exceed the preset limit. What Is SXmini’s Dynamic Heating Curve? SXmini adopts a Dynamic Heating Curve design. Instead of fixing temperature or power at a single point,the system continuously fine-tunes heating output within a safe temperature range, adapting to constantly changing real-world usage conditions. During each puff, the system evaluates: Inhalation strength Heating duration E-liquid supply condition Changes in the heating element during operation Based on these factors, heating output is adjusted instantly and subtly: Initial draw:Heating response is slightly increased to activate flavor faster Stable inhalation:Output is dynamically adjusted to maintain smooth, full flavor Low e-liquid or supply changes:Heating strength is reduced to prevent overheating and dry hits The result is a continuously fluctuating but well-controlled heating curve. This approach focuses on responsiveness to real inhalation behavior,placing greater emphasis…

SXmini temperature control does not rely on fixed power output or a single heating point.Instead, it introduces a Dynamic Heating Curve design. This curve is not a straight line.It continuously adjusts within a safe temperature range, allowing the device to respond to real vaping conditions in real time. How does the Dynamic Heating Curve work? During each puff, the system evaluates multiple factors, including: Inhalation strength Heating duration E-liquid supply condition Changes in the heating element during operation Based on this information, the output is adjusted instantly and precisely: Initial draw:Heating response is slightly increased to release flavor faster Stable inhalation:Output is dynamically adjusted to keep the vape full and smooth Low e-liquid or supply changes:Heating strength is automatically reduced to prevent overheating and dry hits This process forms a continuously fluctuating but well-controlled heating curve. Why does “controlled fluctuation” improve stability? Most traditional vape devices use: Fixed wattage Or a fixed temperature point When e-liquid conditions change, these systems often lead to: Normal flavor in the first few puffs Overheating in later puffs Or sudden burnt taste SXmini’s Dynamic Heating Curve allows temperature to rise and fall slightly within a controlled range,making it better suited to real-world usage conditions. As a result: More consistent flavor delivery Fuller and more complete taste expression Stable performance from the first puff to the last Benefits in open-system pod devices In open pod systems, the Dynamic Heating Curve provides clear advantages: Faster flavor activation Better heat control during continuous vaping Reduced risk of burnt taste when e-liquid runs low Smoother and more durable…