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In Development — 2026

Kypros.

The most powerful Arduino-compatible board ever made.

Dual-core 1GHz. WiFi 6. HDMI out. Camera in. Gigabit Ethernet. Thread & Zigbee. Audio codec. LiPo power. GPU-accelerated graphics. Edge AI. All on a board smaller than a Raspberry Pi Zero.

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This is real. Rotate it.

WiFi 6. Bluetooth 5.3. Zigbee. Matter. HDMI out. Gigabit Ethernet. Stereo audio. Ultrasonic mic. Camera. All on one board. 36% smaller than a Raspberry Pi Zero 2W — with ten times the capability.

1 GHz
NXP i.MX RT1176 — Dual Cortex-M7 + M4
6 Radios
WiFi 6 · BT 5.3 · Zigbee · Thread · Matter
Up to 1TB
MicroSD expandable · 24MB onboard flash
Pico-Sized
All on one board · 36% smaller than Pi Zero 2W · Ten times the capability
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Built different.

⚡ Dual-Core Powerhouse

Cortex-M7 @ 1GHz + Cortex-M4 @ 400MHz. Run your application on M7 and real-time control on M4 — simultaneously. Both cores share memory but operate independently. No other Arduino board comes close.

📡 Tri-Radio Wireless

One chip. Three radios. WiFi 6 (802.11ax) at 601Mbps, Bluetooth 5.3, and 802.15.4 for Zigbee, Thread, and Matter mesh networks — all at the same time. Via Murata Type 2EL module.

🖥️ HDMI Display Output

1080p @ 60fps via micro HDMI. The only Arduino-compatible board with native HDMI output. Build dashboards, kiosks, game consoles, or instrument clusters. Plug into any monitor or TV. No adapter. No shield.

📷 Camera Input

MIPI CSI-2 2-lane camera input. Connect a module directly. Run computer vision, object detection, QR scanning, or video preview — all processed on-chip with 8MB PSRAM for frame buffers.

🎵 Studio-Grade Audio

SGTL5000 codec, 98dB SNR, headphone amp, line in/out. Plus IMP23ABSU ultrasonic MEMS mic up to 80kHz. Build synthesisers, effects pedals, bat detectors, or voice assistants — audio from day one.

🌐 Gigabit Ethernet

RTL8211E PHY — 10/100/1000Mbps. Full Gigabit networking. 10× faster than Teensy 4.1's 100Mbps. Build network appliances, data loggers, or industrial gateways. No adapters needed.

🔋 Battery-Native

LiPo connector + charging circuit + RTC backup. Designed for portable from day one. Charge via USB-C, run on battery, wake from RTC alarm. No power management shield required.

🧠 Edge AI Ready

TensorFlow Lite Micro + NXP eIQ + 2D VGLite GPU at 500MHz. Run ML models on-device — image classification, keyword spotting, anomaly detection. Hardware-accelerated graphics. Proven on RT1176.

Everything Under The Hood

Every chip, every pin, every protocol — extracted directly from the Kypros schematic. Real part numbers, real specs.

⚡

Processor

SoC NXP MIMXRT1176DVMAA
Primary Core ARM Cortex-M7 @ 1 GHz
Secondary Core ARM Cortex-M4F @ 400 MHz
Architecture Dual-core asymmetric multiprocessing
FPU Double-precision (M7) + Single-precision (M4)
DSP Hardware DSP instructions on both cores
GPU 2D PXP — hardware pixel pipeline
Internal SRAM 2 MB on-chip
🧠

Memory

PSRAM AP Memory APS6404L-3SQR-ZR — 64Mbit (8MB)
PSRAM Interface QSPI (SPI/QPI SDR) — up to 133MHz
PSRAM Voltage 2.7V – 3.6V single supply
Flash Winbond W25Q128JVPIQ — 128Mbit (16MB) NOR
Flash Interface SPI / Dual SPI / Quad SPI / QPI — up to 133MHz
Flash Features 4KB sectors, Execute-in-Place (XIP) capable
Internal SRAM 2 MB on-chip (RT1176)
MicroSD SDIO interface — hot-swappable expandable storage
Total Memory 2MB SRAM + 8MB PSRAM + 16MB Flash + MicroSD
📡

Wireless — Murata LBES5PL2EL-923 (Type 2EL)

Chipset NXP IW612 tri-radio combo
WiFi Standard 802.11a/b/g/n/ac/ax (WiFi 6)
WiFi Bands Dual-band 2.4 GHz + 5 GHz
WiFi Speed Up to 601 Mbps (MCS11, 80MHz channel)
WiFi Channels 20 MHz, 40 MHz, 80 MHz SISO
TX Power 18 dBm
Sensitivity -97 dBm
Bluetooth Bluetooth 5.3 BR/EDR/LE
802.15.4 Zigbee, Thread, Matter — native support
Host Interface SDIO (WiFi), UART/SPI (BT), SPI (802.15.4)
Supply Voltage 1.71V–1.89V / 3.14V–3.46V
🌐

Wired Networking

Ethernet Gigabit (10/100/1000 Mbps)
Connection Via pin headers — breakout-friendly
PHY Interface RGMII to RT1176
Features Auto-negotiation, auto MDI/MDI-X
🔌

USB

USB-C USB 2.0 OTG — power, data & programming
USB Host Dedicated USB 2.0 host port (Type-A header)
USB Modes Host, Device, OTG
🎵

Audio System

Codec NXP SGTL5000XNLA3 — stereo low-power codec
SNR 98 dB
THD+N -80 dB
Power (DAC→HP) 4 mW — ultra-low-power
Inputs Line-in (stereo) + Mic-in
Outputs Line-out (stereo) + Headphone out (with amp)
Sample Rate Up to 96 kHz
Digital Interface I²S audio, I²C control
Package 20-QFN (3×3mm)
🎙️

Ultrasonic MEMS Microphone

Part ST IMP23ABSUTR
Type MEMS (silicon) — analog output, bottom port
Frequency Range 35 Hz – 80 kHz (ultrasonic capable)
Directionality Omnidirectional
SNR 64 dB
Sensitivity -38 dBV ±1 dB @ 94 dBSPL
Acoustic Overload 130 dBSPL
Current Draw 150 µA max — ultra-low-power
Supply 1.52V – 3.6V
🖥️

Display & Camera

Display MIPI DSI output — LCD/OLED panels
Camera CSI FPC connector — directly on board
Camera Interface Parallel CSI — CMOS sensors (OV5640, OV7725, etc.)
GPU 2D PXP — hardware pixel pipeline for real-time processing
HDMI REV 2 1080p@60fps via ADV7535 MIPI-to-HDMI bridge — coming in Rev 2
🔋

Power System

Primary Input USB-C 5V
Battery LiPo single-cell (3.7V nominal)
Charging Integrated LiPo charge management IC
Power Path Automatic changeover — seamless USB-C ↔ LiPo switching
Boost Converter Step-up from battery voltage to system rails
Regulated Rails 3.3V, 1.8V, 1.0V (DCDC + LDO)
Protection Overcurrent, reverse polarity, thermal shutdown
🛠️

I/O & Debug

GPIO Dual-row header — Arduino IDE support via board package, compatible pinout
Bus Protocols SPI, I²C, UART, CAN-FD, PWM, ADC
Logic Level 3.3V
RGB LED Programmable, user-addressable
Debug SWD/JTAG via dedicated header
Programming USB-C bootloader + SWD flash
Form Factor 69 × 18 mm — 8-layer HDI PCB
Mounting M2 mounting holes

System Architecture

Click any block to see detailed specs. Every subsystem mapped from the schematic.

i.MX RT1176 Cortex-M7 @ 1 GHz Cortex-M4F @ 400 MHz 2MB SRAM · 2D GPU · DSP · Crypto WiFi 6 + BT 5.3 + Zigbee · Thread · Matter Murata Type 2EL · 601Mbps Gigabit Ethernet 1Gbps · RGMII PHY · Headers USB-C (OTG) Power · Data · Program · Charge USB Host USB 2.0 · Type-A Header Audio Codec SGTL5000 · 98dB SNR HP Out · Line I/O · Mic · I²S MIPI Display DSI · LCD/OLED · PXP GPU Camera (CSI) FPC Connector · On-Board Ultrasonic Mic IMP23ABSU · 35Hz–80kHz MEMS · 64dB SNR · 150µA MicroSD SDIO · Hot-swap · Expandable RGB LED Programmable · User-addressable PSRAM — 8MB APS6404L · QSPI · 133MHz Flash — 16MB W25Q128JV · QSPI · 133MHz Power Management LiPo Charge · USB-C ↔ Battery 3.3V · 1.8V · 1.0V · DCDC+LDO GPIO Headers SPI · I²C · UART · CAN-FD PWM · ADC · 3.3V Logic HDMI OUTPUT — REV 2 PLANNED · 1080p@60 · ADV7535 Debug (SWD/JTAG) J-Link · ST-Link · CMSIS-DAP

What Will You Build?

🏠

Smart Home Hub

WiFi 6 + Bluetooth 5.3 + Zigbee + Thread + Matter — all on one board. Run every smart home protocol natively. No Pi, no dongles, no compromises.

🤖

Robotics & Vision

Camera CSI directly on board + 1GHz compute + real-time M4 core. Run computer vision on M7 and motor control on M4 simultaneously. 8MB PSRAM for frame buffers.

🎵

Audio & Synthesis

SGTL5000 stereo codec (98dB SNR) + ultrasonic MEMS mic (80kHz) + headphone amp + MicroSD. Build synthesisers, audio processors, or ultrasonic sensing devices.

📊

Industrial IoT

CAN-FD + Gigabit Ethernet + WiFi 6 + battery backup. Deploy edge compute nodes with 1GHz real-time processing and 601Mbps wireless throughput.

🎮

Handheld Devices

69×18mm + LiPo battery system + MIPI display + audio codec. Small enough for portable instruments, game consoles, field tools, or medical devices.

🔬

Ultrasonic & Sensing

80kHz MEMS mic + dual-core processing + WiFi 6. Build ultrasonic rangefinders, bat detectors, structural health monitors, or industrial sensing rigs.

Smart home hubs. Drone controllers. Synthesisers. Retro game consoles. Industrial gateways. Bat detectors. Voice assistants. The list doesn't end — and neither does Kypros.

Explore All Use Cases Join the Waitlist
20+
Use Case Categories
100+
Individual Projects
1
Board to rule them all

Nothing else comes close.

We didn't just add more specs. We built a different category.

KYPROS Teensy 4.1 ESP32-S3 ESP32-P4 NEW Arduino UNO R4 WiFi Pi Pico 2W Pi Zero 2W Portenta H7 Jetson Nano Jetson Orin Nano
CPU Speed 1GHz + 400MHz 600MHz 240MHz 400MHz dual RISC-V 48MHz ARM M4 150MHz dual M33 1GHz quad A53 (Linux) 480MHz M7 + M4 1.43GHz (×4) 1.5GHz (×6)
RAM / Memory 8MB PSRAM + 16MB Flash 16MB (opt) 2–8MB 768KB SRAM 32KB SRAM 520KB + 4MB Flash 512MB LPDDR2 8MB SDRAM 4GB LPDDR4 4–8GB LPDDR5
WiFi ✓ WiFi 6 (built-in) ✕ ✓ WiFi 4 ✕ No WiFi ✓ WiFi 4 ✓ WiFi 4 ✓ WiFi 4 (2.4GHz) ✓ WiFi 4 ✕ Add-on only ✕ Add-on only
Bluetooth ✓ BT 5.3 (built-in) ✕ ✓ BT 5.0 ✕ None ✓ BT 5.0 ✓ BT 5.2 ✓ BT 4.2 ✓ BT 5.1 ✕ Add-on only ✕ Add-on only
Zigbee / Thread / Matter ✓ Native ✕ ✕ ✕ ✕ ✕ ✕ ✕ ✕ ✕
HDMI Output ✓ 1080p ✕ ✕ ✕ MIPI DSI only ✕ ✕ ✓ Mini-HDMI (Linux) ✕ Adapter only ✓ 4K (via carrier) ✓ 4K (via carrier)
Camera (CSI) ✓ On-board ✕ USB only ✓ MIPI CSI ✕ ✕ ✓ CSI (Linux) ✕ Shield req. ✓ Via carrier ✓ Via carrier
Ethernet ✓ Gigabit ✓ 100Mbps ✕ ✕ ✕ ✕ ✕ USB only ✕ Shield req. ✓ Gigabit ✓ Gigabit
Audio Codec ✓ SGTL5000 ✕ ✕ ✕ ✕ ✕ ✕ ✕ ✕ ✕
LiPo Native ✓ ✕ ✕ ✕ ✕ ✕ ✕ ✕ ✕ ✕
GPU / Accelerator ✓ VGLite 500MHz ✕ ✕ ✓ Image co-proc ✕ ✕ ✓ VideoCore IV ✕ ✓ 128 CUDA cores ✓ 1024 CUDA cores
Edge AI (TFLite) ✓ ✕ ✓ Basic ✓ Basic ✕ ✓ Basic ✓ Via Linux ✓ TinyML ✓ Strong ✓ Very strong
Arduino IDE ✓ Board package ✓ ✓ ✓ Framework ✓ Native ✓ Package ✕ Linux only ✓ Native ✕ ✕
Form Factor 69×18mm — ready to use 61×18mm varies varies 68×53mm (UNO size) 51×21mm 65×30mm 66×25mm Carrier board req. Module only
Price £199.99 ~£35 ~£6 ~£30–45 ~£27 ~£6 ~£15 ~£80 ~£150 (discontinued) ~£400+ (dev kit)

Kypros is the only Arduino-compatible board with WiFi 6, HDMI 1080p output, native Zigbee/Thread/Matter, Gigabit Ethernet, on-board audio codec, and LiPo battery charging — all in one ready-to-use 69×18mm form factor. No shields. No carrier boards. No compromises.

Where it began.

Aventen has been building development boards since Formosa Sync — our first, designed from scratch in Eastbourne, UK. Kypros is the second chapter. Same obsession with performance and simplicity. Dramatically more powerful. Nothing like it exists.

Get Kypros.

Whether you're a maker building your next project or an enterprise shipping products at scale — we've got a path for you.

FOR MAKERS

Pre-Order & Early Access

Be among the first to get your hands on Kypros. Join the waitlist for early access pricing and priority shipping.

  • ✓ Pre-order the board at early-bird pricing
  • ✓ Priority waitlist for first production run
  • ✓ Community support & forums
  • ✓ Full Arduino IDE support via official board package
  • ✓ Open documentation & examples
Join the Waitlist
FOR ENTERPRISE & OEM

Custom Solutions & Volume

We tailor the Kypros platform to your technical requirements. Evaluation boards, custom PCB variants, volume manufacturing.

  • ✓ Custom PCB design for your application
  • ✓ Evaluation samples & development kits
  • ✓ Dedicated engineering support
  • ✓ Volume pricing & supply chain management
  • ✓ NDA-protected documentation

Or email us directly: hello@aventeninnovations.com

INVESTORS & PARTNERS

Investment & Partnership

Kypros targets a $3.2B global dev board market dominated by fragmented, underpowered options. We're building a premium all-in-one platform — selling direct to makers and licensing custom variants to OEMs. Pre-revenue, actively seeking seed investment, grants, and strategic partnerships.

  • ✓ Seed / grant funding discussions
  • ✓ Direct-to-maker sales + OEM licensing model
  • ✓ Strategic silicon partnerships (NXP, Murata)
  • ✓ Manufacturing & distribution partners
  • ✓ Full technical documentation under NDA

Or reach us directly: hello@aventeninnovations.com

V

Valentino

Founder — Aventen Innovations

THE PERSON BEHIND THE BOARD

16 years old.
2 years building.
No investors. No backing.

Valentino started Aventen Innovations at 14 — no investors, no engineering degree, no industry connections. Just a laptop, a copy of KiCad, and the conviction that every dev board on the market was leaving too much on the table.

Kypros wasn't born in a university lab or a corporate R&D department. It was born out of frustration — frustration that every board makes you choose between connectivity, audio, sensors, or performance. Why not all of them?

Valentino started designing the Kypros at 14. Two years of late nights — learning PCB design from scratch, sourcing components, negotiating with distributors, and leading the project from concept to hardware. No investors. No engineering degree. No corporate backing. Just a vision that the embedded industry was moving too slowly — and the stubbornness to do something about it.

"I didn't wait for permission. I just started designing."
Hardware Design i.MX RT1176 PCB Engineering Aventen Innovations Ltd

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