CONSTANT Temperature Control vs Dynamic Heating Curve

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 on flavor continuity and consistency.

Key Differences Between the Two Approaches (Factual Comparison)

SXmini Perspective on Temperature Control Design

From SXmini’s design philosophy,
real vaping conditions are inherently dynamic.

Draw strength, chain vaping, and e-liquid supply are constantly changing during actual use.

For this reason, SXmini does not strictly lock temperature to a single upper limit.
Instead, it adopts a Dynamic Heating Curve, allowing heating output to be continuously adjusted within a safe temperature range based on real-time conditions.

This design is not about producing a hotter vape.
It is about adapting intelligently to each puff while protecting the heating element and reducing the risk of dry hits.

In essence, SXmini places greater emphasis on consistency throughout the vaping process,
rather than focusing solely on enforcing a fixed temperature endpoint.

SXmini chooses Dynamic Heating Curve technology because we believe true stability comes from continuous response to change, not from rigidly fixing a single temperature limit.