Tatiana - Friendly Storyteller
Ultra Russian female: Friendly Storyteller. Crisp, built for throughput.
Language: Russian
Country: Russia
Gender: Female
Accent: Russian
Generate lifelike Russian speech across a wide range of voices and every major accent, over carrier-grade infrastructure built for voice agents and IVR.
Pay as you go from ~$3 per 1M characters, no commitment
Built on the same infrastructure thousands of teams ship voice on
Russian voices across every major regional accent. Hear them below, or browse the full catalog by country.
Generate Russian audio in one request. OpenAI-SDK compatible, with streaming for real-time apps.
curl -X POST https://api.telnyx.com/v2/text-to-speech/speech \
-H "Authorization: Bearer $TELNYX_API_KEY" \
-H "Content-Type: application/json" \
-d '{
"voice": "Telnyx.NaturalHD.ru-RU-1",
"text": "Ваш рецепт готов к получению в аптеке."
}' --output sample.mp3import OpenAI from "openai";
const client = new OpenAI({
apiKey: process.env.TELNYX_API_KEY,
baseURL: "https://api.telnyx.com/v2",
});
const audio = await client.audio.speech.create({
model: "Telnyx.NaturalHD",
voice: "ru-RU-1",
input: "Ваш рецепт готов к получению в аптеке.",
});from openai import OpenAI
client = OpenAI(
api_key=os.environ["TELNYX_API_KEY"],
base_url="https://api.telnyx.com/v2",
)
audio = client.audio.speech.create(
model="Telnyx.NaturalHD",
voice="ru-RU-1",
input="Ваш рецепт готов к получению в аптеке.",
)Voice IDs follow the Telnyx.<Tier>.<Voice> convention, so you can swap the voice without touching the rest of your code.
Read the TTS docsNatural Russian phone agents that handle calls end-to-end, carrier-grade.
Bilingual support flows that resolve common requests without a queue.
Narrate Russian courses and lessons in any regional accent.
Long-form Russian narration with consistent, lifelike delivery.
Localize content into Russian at scale with named native voices.
Russian screen-reading and read-aloud for inclusive products.
The delivery path, model breadth, low-latency pipeline, and economics behind every voice above.
24 kHz audio has to survive the phone network. Without a carrier-grade delivery path it gets crushed to 8 kHz, throwing away the quality the model produced. Own the delivery, or the voice degrades before anyone hears it.
No single engine wins every language, accent, and budget. Front many models (Telnyx, AWS Polly, Rime, Inworld, ElevenLabs, and more) behind one API so you can swap by config instead of re-integrating each time.
For voice agents and IVR, TTS alone isn't enough: TTS, STT, LLM, SIP and numbers belong in one path under ~500ms end-to-end, or the back-and-forth feels laggy and robotic.
Predictable per-character, pay-as-you-go pricing, no seats, minimums, or surprise overage tiers, is what keeps quality voice affordable once you scale past a demo.
Owned infrastructure in 20+ countries, PSTN reach in 100+ countries, used by 14,000+ companies.
| Model | Per character | Per 1M characters |
|---|---|---|
| Telnyx (standard) | $0.000003 / char | ~$3 / 1M chars |
| Telnyx HD | $0.000048 / char | ~$48 / 1M chars |
| Bring-your-own (ElevenLabs, Azure) | Your provider's rate | Billed through Telnyx |
Qualifying startups can apply to the Telnyx startups program for up to $20K in credits. Volume discounts available on the Growth Plan.
Start buildingRussian voices, carrier-grade delivery, from ~$3 per 1M characters.
Pay as you go. No commitment. Business email required.
Russian text to speech (TTS) converts written Russian into natural-sounding spoken audio using AI voices. Telnyx exposes Russian voices through one API for apps, IVR, and voice agents.
Russian stress is phonemic and unpredictable[1]. Unlike English, where stress patterns follow loose morphological rules, Russian stress must be learned word by word: and it reshapes the entire vowel system[2]. A stressed /o/ is clear and rounded; unstressed, it reduces to something closer to [a] or [ə][3]. A TTS engine that misplaces stress doesn't just sound wrong: it changes the word. Producing natural Russian speech requires inference that resolves stress-driven vowel reduction in real time, on every syllable.
Russian consonants divide into "hard" and "soft" (palatalized) pairs[1]: /t/ vs. /tʲ/, /d/ vs. /dʲ/, /s/ vs. /sʲ/: a distinction that carries meaning and has no equivalent in English. The difference between "мат" (checkmate) and "мать" (mother) is a single palatalization cue. English TTS architectures built around aspiration contrasts[2] don't transfer. Accurate Russian synthesis requires models trained on this hard-soft axis, running where the audio is processed: not routed through three providers before reaching the caller.
Russian intonation operates differently from English. Questions can end with falling pitch[1]. Focus and emotion shift through pitch accent placement within the sentence[2], not through the rising-falling melody English speakers expect. To an English ear, flat. To a Russian ear, natural. A voice AI system that imposes English prosodic patterns on Russian output sounds foreign immediately. Getting this right demands speech synthesis co-located with telephony: no inter-provider hops adding latency or degrading the signal that carries these precise tonal cues.