WLED readyESP32-S3Sensing + dual LED

TinyPix Zero

TinyPix Zero is a compact, feature-packed smart LED controller built for modern lighting installs and custom LED projects. Designed around the ESP32-S3, it combines flexible control, onboard sensing, and WLED compatibility in a very small form factor.Ke...

Ultra-compact smart LED controller with mic, lux, PIR, IR, dual outputs, and level shifting—WLED-first, installer-friendly, and sized for hidden installs.

$39.99

In stock

Version

Quantity

View cart

Secure checkout via Shopify. Taxes and shipping calculated at checkout.

Shipping

Rates shown at checkout. See our shipping policy for regions and timelines.

Returns

Return & refund policy applies to eligible orders.

Support

Questions? Contact us — include your order number when applicable.

Meegy · Smart lightingWLED-class controller

TinyPix Zero: a pocket-sized WLED brain for serious LED installs

TinyPix Zero is one of the smallest fully featured smart LED controllers in its class—built around the ESP32-S3 with Wi-Fi and Bluetooth, WLED as the lighting engine, and a rare combination of microphone, lux, PIR, IR, dual outputs, and level shifting so makers and installers can hide professional-grade control where space is tight.

ESP32-S3

Performance-class MCU

Wi-Fi + BT

Provisioning & control

WLED

Open-source effects stack

Dual LED

Two independent channels

Why it exists

More than “ESP32 + WLED”

Generic controllers ship a bare MCU. TinyPix Zero bundles the sensors and output stage installers normally wire as daughterboards—so your custom lighting behaves like a product, not a science project.

Music & audio reactive

Onboard MEMS microphone feeds WLED audio-reactive presets—party walls, TV bias, studio accents—without routing an external mic line.

PIR motion intelligence

Passive infrared motion supports occupancy-driven scenes: night lights, stair cascades, hallway safety, and energy-saving cutoffs.

Ambient lux awareness

Measures ambient light so brightness and color temperature can track daylight or dim intelligently in mixed-use rooms.

IR receiver

Pair handheld remotes where your preset supports IR decoding—great for living-room installs that still want a physical clicker.

Dual-channel level shifting

Dedicated logic level shifting helps clean data to long WS281x-style runs and keeps 3.3 V logic away from noisy LED grounds.

Addressable + flexible installs

Designed for dense addressable strips and advanced topologies (stairs, mid-run injection, smart-bypass style wiring). Final strip compatibility matrices ship with retail documentation.

Bluetooth + Wi-Fi

Provision over Bluetooth LE, automate over Wi-Fi, and integrate with the broader WLED / Home Assistant ecosystems where you enable those features.

Retail-ready QC story

Each production unit follows a controlled bench flow—power, flash, RF sanity, output integrity, and sensor spot checks—before it leaves the facility.

Where TinyPix Zero shines

Ultra-compact installs — tuck the controller behind crown molding, inside service cavities, or in shallow aluminum extrusions where a full-size board will not fit.
Human-centric scenes — combine PIR, lux, and schedules so lighting feels responsive instead of always-on RGB noise.
Reactive entertainment — align LED motion to music for gaming setups, home theaters, and streaming studios.
Installer confidence — fewer piggyback boards, fewer failure points, and a QC story you can repeat to clients.

Packaging direction

Premium black board, vibrant light trails, meegy.io lockup—short callouts only.

Retail boxes emphasize a sleek, futuristic first impression with tight copy blocks instead of dense spec tables. Front-of-box callouts currently mirror this set:

Wi-Fi + BluetoothMusic reactiveMotion awareSmart brightness (ambient)Dual LED supportRuns WLED

Side and back panels carry compliance text, SKU / GTIN barcodes (see below), and localized disposal icons once artwork is approved.

Manufacturing & QC

Bench-verified before it ships

TinyPix Zero is treated as consumer-grade hardware, not a bare dev board. Units run through a controlled multi-step verification sequence in the production fixture: applied power within limits, firmware flash, Wi-Fi RSSI spot check, output integrity and level-shifter behavior, microphone and motion sanity sweeps, and visual inspection. Failed boards are reworked or scrapped according to traceability rules.

That workflow feeds customer-facing language you can repeat verbatim on proposals: “Each TinyPix Zero completes a documented electrical, RF, and sensor verification pass before it leaves the facility.”

In the box (retail)

Final BOM may vary slightly by region.

TinyPix Zero controller, antistatic packaging
Printed quick-start guide & safety sheet
Compliance insert where required by market
meegy.io support & registration card (QR)

Related: TinyDevS3

Developer kit vs finished controller

TinyDevS3 remains the ESP32-S3 playground—logic shifter, microphone, lux sensor, and a single WS2812 for rapid prototyping. When your firmware graduates from the bench, TinyPix Zerois the path to a boxed, QC'd product your customers can install without seeing jumper wires.

TinyDevS3 storefront listing (if enabled) will live alongside Meegy dev tools—ask your account team for roadmap timing.

Need installer documentation or a volume quote?

Engineering drops CAD, photometric data, and DXF packs on request after an NDA. Start at support@meegy.io with your company details and expected volumes.

Return policy Shipping policy

Technical overview

Values marked “target” or “TBD” finalize on retail packaging after validation runs.

MCU

ESP32-S3 (dual-core Xtensa LX7, Wi-Fi + Bluetooth LE)

Firmware

WLED (open-source lighting stack) — shipped with a current Meegy-tested build; OTA updates supported where enabled in firmware.

Connectivity

2.4 GHz Wi-Fi and Bluetooth for provisioning, control, and sensors.

LED outputs

Dual independent LED channels with onboard logic level shifting for clean data to addressable (e.g. WS281x-style) strips; topology and strip types supported in firmware are documented in the final quick-start guide.

Onboard sensing

MEMS microphone (audio-reactive effects), ambient light / lux, passive infrared (PIR) motion, and IR receiver for handheld remotes (profiles vary by WLED preset / configuration).

Typical installs

Under-cabinet and cove lighting, stair runs, TV bias lighting, music-reactive rooms, compact enclosures, mid-run injection, and other installs where board size and I/O density matter.

Power & electrical

Lock these numbers before Amazon & box art.

Input voltage (target): 5–12 V DC for the retail TinyPix Zero SKU we are aligning packaging around. Earlier engineering explorations included a wider 5–24 V window; the authoritative rating will be the value printed on your unit's label. Until then, plan power supplies within the conservative 5–12 V envelope.

Current budget (target): on the order of ~4 A aggregate depending on thermals, cable gauge, and simultaneous channel loading—subject to EVT/DVT validation and de-rating curves.

Connectors & polarity: DC input polarity, barrel size, and LED connector pinouts ship on the silkscreen and quick-start card. Always verify polarity with a multimeter before first power-on.

Meegy does not publish regulatory marks (CE, FCC, RoHS, WEEE, etc.) on marketing pages until the declaration or certification package tied to that SKU revision is complete. Do not infer certification from renders alone.

Retail identification & logistics

Example identifiers for planning—replace with production GS1 data before printing labels.

Example internal SKU

MGY-TPZ-STD-NA-US-R190925

Pattern: MGY Meegy · TPZ TinyPix Zero · STD build variant · NA enclosure color / not applicable · US market · R190925 revision-style tail.

Example GTIN (UPC-A family)

00860015712202

Amazon-compliant barcode artwork typically targets a 50 × 30 mm label for FBA carton sides; retail box footprint for TinyPix-class hardware is often near 92 × 31 mm (height varies with wall thickness)—confirm with mechanical CAD before procurement.