Shouya Edge Al HUB

Built on end‑side micro‑board, this offline system uses locally fine‑tuned LLM&KB, integrating local ASR/TTS for stable network‑free voice interaction.

Lightweight hardware carrier

High‑performance end‑side micro‑board integrates AI algorithms & inference engine, lowering deployment threshold for solid local computing support.

Integrated project delivery

Adopting "hardware+software+model" one‑stop delivery, it couples pre‑trained models with business logic to shorten project cycles and boost efficiency.

Principle of safety autonomy

Insists on core‑competence localization & closed‑loop data processing, avoiding external reliance to secure system independence and data privacy.

Functional core features

Automation services

The system has a built-in big model question and answer engine, which greatly improves the response efficiency. For complex problems that cannot be solved, the system will automatically record a complete question log to provide accurate data support for subsequent service process optimization and knowledge base iteration.

Full dimensional barrier free design

Create inclusive experience from four dimensions of vision, hearing, operation and cognition. Support large font, high contrast mode and screen reader adaptation; Provide real-time display of voice to text; Interface elements adapt to keyboard navigation and voice control; The operation process is extremely simple and intuitive, eliminating the use barriers of users with different abilities, and reflecting humanistic care.

Multimodal fusion interaction

Break the single interaction limit, and deeply integrate multiple input methods such as voice commands, touch screen touch control, physical entity keys, etc. Different interaction channels complement each other. The system can intelligently recommend the best way according to environmental noise, light conditions and user status, and can provide a stable and efficient operating experience in driving, handheld, emergency and other scenarios.

Adaptive personalized experience

Continuous learning based on user behavior big data, actively adapting to users' pronunciation characteristics, word preference and operation habits, and dynamically optimizing recognition and recommendation models. At the same time, it supports users to customize common functions, interface layout and notification methods, transforming common services into a unique experience of thousands of people and faces, so that each interaction can understand users better.

Animal tooth end side AI-HUB parameter information

DC Power: DC 12V adapter power supply interface

TYPEC: One complete TYPEC interface, compatible with system firmware upgrade channel and DP1.4 output interface

USB2.0 HOST1: One USB2.0 standard ‑ A interface, which can be connected to mouse, USB flash disk, USB HUB and other devices

USB2.0 OTG: One USB2.0 standard ‑ A interface supports the OTG function, and can be connected to PC, mouse, USB flash disk, USB HUB and other devices

USB3.0: HUB (connected to 1xUSB3.0 HOST seat, 3 connected to RK182X)

MIPI D/CPHY RX: support two-way 4lane MIPI DPHY or two-way 3Trio MIPI CPHY signal input, accessed through 80pin seat

MIPI DPHY RX: supports two-way 4lane or two-way 2lane MIPI signal input, accessed through 80pin seat. The function of photographing and video recording can be realized through the matching small board RK_EVB_RK3588_EXTBOARD1_IMX415_V11_20211027

HDMI2.1 OUT: two-way HDMI2.1 OUT standard ‑ A interface, single channel maximum support 8K@60Hz Output

HDMI2.0 IN: One way HDMI IN standard ‑ A interface, maximum support 4K@60Hz Video input

MIPI DPHY0/1 TX: support two-way 4lane MIPI signal output, connected through FPC line

WIFI (2T2R MIMO): The WIFI model is AP6398, with an external SMA antenna, supporting wireless Internet access

Ethernet: support 1-way RJ45 interface 10/100/1000M Ethernet

Audio Interface: support speaker, headphone output sound, single MIC recording

SATA3.0 Interface: One way 7pin SATA interface

PCIe 3.0 Interface: a standard PCIex2 interface for extending PCIe devices

RK182X: 2 × RK182X SODIMM module, RK182X M2 module (one PCIE2.0, one PCIE3.0, one RGMIIO)

UART Debug: users debug and view LOG information; Support TYPEC and MINI USB interface

JTAG: system JTAG debugging interface

System Key: including Reset, PWRON, RES and BOOT keys

SPDIF: support digital audio interface

RTC: HYM8563TS chip is adopted, which can be powered by development board or button battery (CR1220 ‑ 3V)

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