D-Robotics RDK S100 Robot Development Kit, 80 TOPS Computing Power BPU, Equipped With RDK S100 Intelligent Computing Power Core

D-Robotics RDK S100 Robot Development Kit, 80 TOPS Computing Power BPU, Equipped With RDK S100 Intelligent Computing Power Core

RDK S100 Development Kit

Empowering Embodied Robots with Co-evolution of Cognitive and Motor Intelligence

All-in-One Computing and Control

The RDK S100 Development Kit is powered by the RDK S100 intelligent computing chip, with 80 TOPS computing power BPU, which is designed for intelligent computing and robotic applications. Onboard rich interfaces, easy to start, features a unique heterogeneous architecture that enables seamless integration of perception inference and real-time motion control, reducing the size and complexity of the control system.

Specifications

Product	RDK S100 Development Kit
AI Performance	80/128 TOPS
BPU	1 × BPU Nash
CPU	6 × Arm Cortex-A78AE@1.5GHz
MCU	4 × Arm Cortex-R52+@1.2GHz
GPU	1 × Arm Mali-G78AE@100 GFLOPS
Memory	12/24GB LPDDR5 96-bit
Storage	64GB eMMC, M.2 Key M (PCIe 3.0 x1) × 1
Display Interface	HDMI 1.4, up to 2K@60FPS
Network	Gigabit Ethernet (RJ45 connector) × 2 M.2 Key E (PCIe 3.0 x1, UART) slot for Wi-Fi & Bluetooth module
Ports	USB 2.0 (Type-C) × 1 (for flashing & debugging) USB 3.0 × 4
Expansion header	JTAG header × 1 Automatic header × 1 40PIN Main GPIO header × 1 16PIN MCU GPIO header × 1 Camera Expansion header × 1 MCU Port Expansion header × 1
Power	12V ~ 20V DC
Size	120 × 121 × 51 (mm) (Case Included)

Human-inspired Dual-Brain Architecture

Integrates CPU + BPU + MCU for Efficient Collaboration

enables cooperation between large and small AI models

Seamless fusion and dynamic switching from perception to execution

Note:
① Equivalent computing power, INT8 quantization.
② Includes 1 pair of DCLS cores for lockstep operation and 2 cores supporting Split-Lock mode. Lockstep operation or independent operation can be selected according to the application requirements.
③ The BPU is responsible for motion control model inference, and the MCU is responsible for motion instruction interpolation and high-frequency communication, reducing the CPU load.

full development suite

Hardware-Software Collaboration, End-Cloud Integration, One-Stop Solution to Development Challenges

Application Quick Setup

200+ open-source algorithms and application examples to accelerate multi-scenario deployment

rich Peripheral Accessories

More Peripheral Accessories Coming Soon

What’s On Board

1. 40PIN GPIO header
2. MCU 16PIN header
3. Pin function DIP switches
4. MCU expansion board 100PIN connector
5. M.2 Key E slot
6. 2 × Gigabit RJ45 Ethernet port
7. 4 × USB3.0 Type-A port
8. HDMI port
9. Type-C port
   for flashing, Main domain and MCU domain debugging
10. Power supply port

 

11. Power ON/OFF
12. Download mode switch
13. Reset button
14. Sleep button
15. Mainboard function connector
16. Main domain and MCU domain JTAG header
17. RTC battery header
18. Fan connector
19. M.2 Key M Solid State Drive slot
20. 100PIN camera expansion header

 

Outline dimensions