company blog about Recycle TDK Development Kits:SmartPressure™,SmartRobotics™,SmartSonic™

Recycle TDK Development Kits:SmartPressure™,SmartRobotics™,SmartSonic™

Shenzhen Mingjiada Electronics Co., Ltd., as a leading enterprise in the electronic component recycling industry, provides comprehensive recycling solutions through professional services, competitive pricing, and principled operations.

Recycling Advantages:

1. Price Advantage: High-value repurchase, maximising asset worth

Leading Quotations: Leveraging real-time global market data, we offer competitive quotes exceeding market averages by 5%-15%, with premium valuations for discontinued and scarce models.

Precise Valuation: Based on end-user demand and market databases, we ensure fair and reasonable quotations to maximise inventory value.

2. Expertise Advantage: Seasoned Team, Precise Appraisal

Technical Team: A seasoned team with over 20 years' industry experience, proficient in identifying all IC models, packaging, batches, and quality grading.

Comprehensive Coverage: Recycling scope encompasses virtually all mainstream IC categories, including MCUs, memory, FPGAs, analogue ICs, RF ICs, and automotive/industrial/AI chips.

3. Efficiency Advantage: Swift Response · Efficient Settlement

Rapid Response: Initial assessment and quotation completed within 1-4 hours; on-site testing and transaction settlement finalised within 24 hours.

Accelerated Payment: Settlement via cash or wire transfer within 48 hours post-inspection confirmation, enabling rapid capital turnover.

Process Optimisation: Streamlined end-to-end workflow from list submission, evaluation, and inspection to payment, minimising client time and labour costs.

4. Flexibility Advantage: Diverse Models

Transaction Modes: Supports cash purchases, door-to-door collection, consignment, agency sales, liquidation, and more to accommodate bulk/scattered goods/long-term collaboration needs.

Flexible Minimum Order Quantity: Accepts small-batch commissions covering R&D surplus, production remnants, slow-moving inventory scenarios.

Multi-Currency Settlement: Supports multi-currency transactions serving global clients.

I. SmartPressure™: High-Precision Barometric Pressure Sensor Development Kit

SmartPressure™ is TDK's professional development kit specifically engineered for **high-precision barometric pressure and temperature sensing**. Centred around the high-performance MEMS barometric pressure sensors of the ICP series, it delivers low-power consumption, high accuracy, and compact pressure monitoring capabilities. This makes it an ideal development tool for applications such as altitude measurement, environmental monitoring, meteorological sensing, and equipment condition monitoring, empowering developers to rapidly implement and optimise barometric pressure sensing solutions.

Core Hardware Configuration

The kit employs TDK InvenSense ICP series barometric pressure and temperature sensors (primarily the classic ICP-10100 model, with the upgraded ICP-10111 serving as the core iteration) as its sensing core. It incorporates a Microchip G55 main control MCU featuring 512KB flash memory and an integrated on-board embedded debugger, enabling program burning and debugging without external debugging tools. Equipped with a USB interface for power supply, data transmission, and log recording, it offers high hardware integration with plug-and-play functionality, ensuring zero learning curve.

Core Technical Advantages

- Exceptional measurement precision: Delivers industry-leading relative accuracy, precisely detecting millimetre-level height variations and even capturing single-step elevation differences. Pressure measurement stability is maximised, unaffected by temperature drift or atmospheric fluctuations, meeting high-precision monitoring demands in demanding environments.

- Ultra-low power consumption: Exceptional sensor power management aligns with the endurance requirements of low-power applications such as portable devices, IoT terminals, and wearables, balancing performance and energy efficiency.

- Comprehensive Software Ecosystem: Paired with InvenSense MotionLink visual GUI tools, it supports real-time acquisition and visualisation of barometric and temperature data. Equipped with embedded Motion Driver (eMD), it provides complete API interfaces for flexible sensor parameter configuration, raw data retrieval, and calibration data access, simplifying secondary development.

Mainstream Application Scenarios

Widely deployed in smartphone altimeters, wearable health monitors, portable weather stations, industrial environmental monitoring, drone altitude hold, smart home environmental sensing, and medical respiratory monitoring devices. Particularly suited for compact sensor solution development demanding stringent requirements for **accuracy, power consumption, and form factor**.

II. SmartRobotics™: All-in-One Robotics Development Kit (RoboKit1)

SmartRobotics™, centred around TDK's RoboKit1, constitutes an integrated comprehensive development platform specifically engineered for the intelligent robotics sector. It resolves the traditional pain points of sensor, processor, and actuator separation in robotics development by integrating multi-type sensing, high-performance main controllers, motor drivers, and other modules onto a single PCB. Supporting ROS ecosystem development, it serves as the gold standard tool for service robotics, educational robotics, and autonomous navigation device R&D. Having secured the Robotics Business Review Innovation Award, enjoying high industry recognition.

Core Hardware Specifications

The kit features an ARM Cortex-M7 core microcontroller (SAME70Q21B) operating at 300MHz, equipped with 2048KB flash memory and 348KB SRAM for ample computational power. It integrates TDK's proprietary multi-sensor array, including a 6-axis IMU (ICM-42688-P), industrial-grade IMU module (IIM-46230), ICP-10111 capacitive barometric pressure sensor, digital I²S microphone, temperature sensor, CH101/CH201 ultrasonic ToF sensors, and magnetometer. It also integrates a motor controller and nine ultrasonic expansion ports, supporting multiple external ultrasonic modules. Compatible with mainstream development platforms like Raspberry Pi and ASUS Tinker Board, it offers extensive interfaces and maximum expandability.

Core Technical Advantages

- Fully integrated all-in-one design: A single board consolidates perception, computation, and execution modules, eliminating cumbersome hardware assembly and significantly streamlining robot prototyping. This empowers developers to rapidly focus on algorithm and feature development.

- Deep ROS Ecosystem Integration: Open-source hardware design with compliant ROS1/ROS2 drivers and mature algorithm libraries. Supports out-of-the-box functionalities including obstacle detection, terrain classification, cliff detection, and dynamic heading tracking, lowering technical barriers to robotics development.

- Industrial-grade sensing performance: Dual IMU configuration achieves heading accuracy within 10° per hour. Multi-sensor fusion incorporating barometric pressure, ultrasonic, and magnetometer data enables precise positioning, obstacle avoidance, and navigation, meeting stringent commercial robot performance requirements.

- Flexible expansion capabilities: Supports battery power supply and Bluetooth module expansion. Compatible with 3D-printed robotic enclosures, chassis motors, and other accessories for rapid assembly into complete robotic prototypes, catering to both educational training and commercial development.

Mainstream Application Scenarios

Covers educational robot development, domestic service robots (e.g., vacuum cleaners), industrial AGVs, autonomous patrol robots, ROS development training, and smart vehicle R&D. Serves as both an entry-level tool for robotics enthusiasts and an efficient platform for enterprise-grade commercial robotics solutions.

III. SmartSonic™: Ultrasonic ToF Perception Development Kit

SmartSonic™ is TDK's dedicated development kit for ultrasonic Time-of-Flight (ToF) ranging and sensing. Built around the CH series of miniature ultrasonic transceiver sensors, it overcomes the limitations of optical sensing in low-light, transparent object, and dusty environments. It enables non-contact precise ranging, obstacle recognition, and object detection, providing a specialised development solution for close-range sensing, obstacle avoidance, and liquid level monitoring.

Core Hardware Configuration

The kit centres on ultrasonic ToF sensors such as the CH101 and CH201, featuring an Atmel SAMG55 Cortex-M4 microcontroller with an integrated on-board embedded debugger supporting direct USB debugging and programming. Standard configuration includes an on-board sensor module, while supporting external connection of up to four CH101/CH201 sensors via flexible ribbon cables. This enables flexible construction of multi-dimensional sensing arrays to accommodate diverse ranging requirements across different scenarios.

Core Technical Advantages

- Exceptional Environmental Adaptability: Utilises ultrasonic sensing technology, unaffected by light intensity, object colour, transparent materials, or dust/mist interference. Overcomes limitations of optical sensors, ensuring stable operation in complex industrial and domestic environments.

- Wide Range and Broad Field of View: The CH201 sensor offers a range up to 5 metres with a configurable field of view up to 180°, balancing close-range precision detection with wide-area sensing. Its detection distance spans 4cm to 5m, accommodating diverse ranging requirements.

- Low-power miniaturisation: Employing an ultra-compact LGA package with power consumption as low as 13.5μA, it meets integration requirements for portable and miniaturised devices. Supports I²C digital interface for stable transmission and simplified wiring.

- Dedicated Software Tools: Paired with the SonicLink visual GUI development tool and embedded driver, it enables real-time distance data reading and sensor parameter configuration, facilitating rapid solution validation and functional debugging.

Mainstream Application Scenarios

Suitable for robot obstacle avoidance, object detection in smart home appliances, industrial liquid level monitoring, access control sensing, IoT proximity sensing, drone low-altitude altitude hold, and automotive interior human presence detection. Particularly well-suited for close-range sensing development in complex environments where optical sensing is unsuitable.