Solutions
Resources
Neuphonic © 2026
Solutions
Resources
Neuphonic © 2026
Solutions
Resources
Neuphonic © 2026
Fast, natural voice on Snapdragon:
powered locally by Neuphonic.
Neuphonic runs entirely on-device across Snapdragon platforms.
No network round trip, no cloud key, no audio leaving the chip
So I just tried Neuphonic and I'm genuinely impressed. It's super responsive, it sounds clean, supports voice cloning, and the agent feature is fun to play with too.
Highly recommend it for podcasts, conversations, or even just messing around with voiceovers.
What runs, and where.
Every supported model, the Snapdragon platforms they're validated on,
and the runtimes you can deploy through. If it's on this page, we've measured it.
Numbers, with the conditions attached.
Real-time factor, time-to-first-audio, and peak memory:
measured on shipping hardware, at stated clock and thermal state.
Full test setup below so you can reproduce every figure.
Feature
Specification
Feature 1
Spec 1
Spec 2
Spec 2
Feature 3
Spec 3
Feature 4
Spec 4
Feature 5
Spec 5
How we measure
Fixed text corpus, cold start, median of 100 runs.
Test conditions
Device, OS build, runtime version, precision, thermal state, power mode.
Reproduce it
Every benchmark script is open. Clone the repo and run it yourself.
AI Hub Quick-Start
Use Qualcomm AI Hub to get a Neuphonic model running
on supported Snapdragon hardware with just a few steps.
Fast, natural voice on Snapdragon:
powered locally by Neuphonic.
Neuphonic gives you fast, private, human-like
speech AI that runs locally, on-prem,
or wherever your product needs it.
So I just tried Neuphonic and I'm genuinely impressed. It's super responsive, it sounds clean, supports voice cloning, and the agent feature is fun to play with too.
Highly recommend it for podcasts, conversations, or even just messing around with voiceovers.
What runs, and where.
Neuphonic gives you fast, private, human-like
speech AI that runs locally, on-prem,
or wherever your product needs it.
Numbers, with the conditions attached.
Real-time factor, time-to-first-audio, and peak memory:
measured on shipping hardware, at stated clock and thermal state.
Full test setup below so you can reproduce every figure.
Feature
Specification
#Params (Active)
~60M
CPU Threads
2
Audio Generation RTF
2x
Voice Cloning
Yes
Languages
English, Spanish, German, French, Japanese, Korean, Chinese
How we measure
Fixed text corpus, cold start, median of 100 runs.
Test conditions
Device, OS build, runtime version, precision, thermal state, power mode.
Reproduce it
Every benchmark script is open. Clone the repo and run it yourself.
AI Hub Quick-Start
Use Qualcomm AI Hub to get a Neuphonic model running
on supported Snapdragon hardware with just a few steps.
Fast, natural voice on Snapdragon:
powered locally by Neuphonic.
Neuphonic runs entirely on-device across Snapdragon platforms.
No network round trip, no cloud key, no audio leaving the chip
So I just tried Neuphonic and I'm genuinely impressed. It's super responsive, it sounds clean, supports voice cloning, and the agent feature is fun to play with too.
Highly recommend it for podcasts, conversations, or even just messing around with voiceovers.
What runs, and where.
Every supported model, the Snapdragon platforms they're validated on,
and the runtimes you can deploy through. If it's on this page, we've measured it.
Numbers, with the conditions attached.
Real-time factor, time-to-first-audio, and peak memory:
measured on shipping hardware, at stated clock and thermal state.
Full test setup below so you can reproduce every figure.
Feature
Specification
Feature 1
Spec 1
Spec 2
Spec 2
Feature 3
Spec 3
Feature 4
Spec 4
Feature 5
Spec 5
How we measure
Fixed text corpus, cold start, median of 100 runs.
Test conditions
Device, OS build, runtime version, precision, thermal state, power mode.
Reproduce it
Every benchmark script is open. Clone the repo and run it yourself.
Get in touch to
integrate voice AI
into your system.
Use Qualcomm AI Hub to get a Neuphonic model running
on supported Snapdragon hardware with just a few steps.
