Know Your Vape

SVD 2.0 DNA MOD: Innokin iTaste (Review)

By Know Your Vape · · Updated

svd 2.0 dna mod
Contents

The Innokin iTaste SVD 2.0 is an older variable wattage tube mod, and DNA versions are described as using an Evolv chip, bringing DNA chipset technology to the SVD's design. We could not find it on Innokin's current site, so treat it as a legacy device.

The SVD 2.0 DNA is a low-power variable wattage mod, not a high-power temperature control device. An earlier version of this page claimed both a DNA 20 chip and 40-watt temperature control; those don't fit together, and we found no official spec supporting the 40-watt TC claim.

We could not open an official Innokin or Evolv spec sheet for this model. This review leaves out exact wattage, voltage and resistance limits; check the manual that came with your unit.

Key Takeaways

  • The SVD 2.0 DNA is an older Innokin variable wattage tube mod with a DNA-branded chip
  • Earlier claims of 40-watt temperature control are unverified and likely wrong
  • Older tube mods need healthy, correctly sized batteries and clean contacts to work safely

Innokin iTaste SVD 2.0 DNA Mod: Features, Technology, and Usage

The SVD 2.0 DNA offers variable wattage control for steady power delivery as the battery drains. A regulated chip also adds basic safety features that mechanical mods lack.

Overview of Innokin iTaste SVD 2.0

The iTaste SVD line was a popular variable wattage "APV" tube mod before box mods took over.

The SVD 2.0 is described as using an interchangeable battery tube system. Check which tube your unit includes before buying cells.

Evolv DNA Experience Microchip and Power Control

A variable wattage chip reads the coil's resistance and sets the voltage to deliver the wattage you pick. Output stays steady as the battery voltage falls.

Evolv's later DNA 40 chip was its temperature control board: Evolv lists it at 1 to 40 W with TC for Ni200 nickel, and files it under old products. That is a different chip from the one described for the SVD 2.0.

Don't fit nickel or titanium coils to the SVD 2.0 unless your manual confirms a temperature control mode. Without TC, those wires can overheat.

Battery Options and Modularity

Listings describe 18650 and 18350 battery tubes. An 18650 cell holds more charge, while an 18350 tube is shorter and easier to carry.

Use a flat-top or button-top cell as the manual specifies, from a reputable maker. Replace any battery with a torn wrap.

Charge cells in an external charger where you can watch them. The FDA's battery safety tips say not to charge overnight or with a phone charger.

Variable Wattage and Performance

Low-power tube mods like this suit mouth-to-lung tanks and higher resistance coils. Sub-ohm tanks need more power than this class of device was built for.

The chip should refuse to fire coils below its minimum resistance. Check that limit in the manual rather than relying on a figure from a listing.

User Interface and Display

The device has a small screen showing settings such as wattage, resistance and battery level. Older screens can dim or fail, so check the display on any used unit.

Buttons adjust the power in small steps. Use the lock function, if present, when carrying the mod.

Connectivity and Compatibility

Listings describe a 510 connection, and some versions add eGo threading for older clearomizers.

The center pin must make solid contact. A loose pin causes misfires and wrong resistance readings.

Built-In Protections and Safety

Regulated chips normally cut power on a short or very low resistance. Test that your unit refuses to fire a shorted atomizer before relying on it.

Protections are a backup only. Inspect batteries, keep contacts clean and stop using any device that gets hot.

Kit Contents and Packaging

Kit contents vary by seller. Some sell the mod alone with an Evolv DNA chip board installed, while others include extra tubes or cables.

Ask for the original manual when buying used. It is the best source for this unit's real limits.

Sources

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