KIMQ IQ9

KIMQ IQ9 is a high-performance Industrial Edge AI computer developed by HSPTek, powered by the advanced Qualcomm QCS9075 platform. It is engineered to deliver exceptional on-device intelligence, combining Kryo Gen6 heterogeneous CPU architecture with a powerful AI Engine capable of reaching up to 100 TOPS (INT8). This enables real-time execution of complex AI workloads, including perception, decision-making, and generative AI directly at the edge.

KIMQ IQ9 is optimized for humanoid robotics, autonomous mobile robots (AMR), and intelligent machines that demand low-latency inference, high compute density, and reliable real-time responsiveness. The system supports high-bandwidth data processing and deterministic control through a dedicated real-time subsystem, ensuring stable operation for motion control, system coordination, and adaptive AI behavior.

Designed for industrial environments, KIMQ IQ9 features robust reliability, a wide operating temperature range, and a rich set of high-speed interfaces. It provides a scalable, deployment-ready computing platform for next-generation robotics and embodied AI systems

Get Quote

Extreme Edge AI Performance

Up to 100 TOPS AI performance (INT8) optimized for neural networks, transformer models, and computer vision workloads.

Advanced Qualcomm AI Engine supporting deep learning inference, LLM acceleration, and multi-modal AI processing.

Heterogeneous compute architecture combining CPU, DSP, and AI accelerators for optimized workload distribution.

Dedicated real-time subsystem enabling deterministic control loops for robotics and motion systems.

Industrial-Grade System Architecture

36GB LPDDR5 high-speed memory with high bandwidth for large AI models.

128GB UFS high reliability storage.

12–24VDC industrial power input.

Wide operating temperature range.

Active thermal cooling for sustained AI workloads.

Rich Connectivity Interfaces

Multiple USB 3.1 Gen2 interfaces supporting high-speed peripherals.

PCIe expansion for AI accelerators, wireless modules, and storage.

4x Ethernet ports supporting industrial networking topology.

8x CAN interfaces suitable for robotics control network.

Display interface for HMI and monitoring systems.

Optimized for Robotics and Humanoid Systems

High-bandwidth sensor processing supporting multi-camera and multi-sensor fusion.

Low-latency edge inference for perception, localization, object detection, and motion planning.

High-performance video processing supporting multiple 4K streams concurrently.

Scalable architecture supporting complex robotic autonomy workloads.

Accelerated Time-To-Market

Compatible with the Qualcomm AI software stack

Reference design reduces development risk

Easily scalable I/O to meet project requirements

Supports customization based on customer requirements

 

APPLICATION

Category Description
SoC QCS9075, Octa-Core Kyro Gen 6 up to 2.36 GHz
AI core Hexagon DSP up to 100 TOPS
Llama 2 7 Bn, 22 tokens/sec
GPU Adreno 663 GPU, 800 MHz
Video Decode 1x 8K60, 2x 8K30, 4x 4K60, 8x 4K30, 16x 1080p60, 32x 1080p30
Formats: AV1, H.264, H.265, VP9, MPEG2
Video Endcode 2x 4K60, 4x 4K30, 8x 1080p60, 16x 1080p30
Formats: H.264, H.265, HEIF/ HEIC
RAM 36 GB
Flash Memory 128 GB
EEPROM 256 Kb
Audio Interface 1 x I2S or 10 GPIO
Universal serial bus (USB 2 x USB Type C 3.1 Gen 2
1 x USB Type C for debug
PCIe 1 x M2 KEY E PCIe Gen4 2-lane
LAN 4 x Ethernet 1Gbps
Display Serial Interface 1 x eDP V1.4
CAN 8 x CAN
JTAG 1 x Port
Temperture sensor Temperture sensor support
Power input 12-24VDC
OS Ubuntu
Operation Temperature -40 °C – 65°C, Air cooling (FAN)
Cooling System Air cooling (FAN)
Dimensions 115x110x28mm (L × W × H)

 

 

Datasheet Download
Mechanical File Download
Brochure Download