MAX32670

• 10BASE-T to 10BASE-T1L media converter
• SPoE PSE controller compatible with IEEE 802.3cg
• Power source for APL devices
• System level diagnostics over USB COM port

The DEMO-ADIN1100D2Z is a media converter board that provides connection between a standard 10BASE-T RJ45 Ethernet port and a 10BASE-T1L device.

The DEMO-ADIN1100D2Z includes a power sourcing equipment (PSE) controller and it can power the connected 10BASE-T1L or advanced physical layer (APL) device. The PSE controller is configurable for power over data line (PoDL)/single pair power over Ethernet (SPoE) power Class 10, Class 11, Class 12, Class 13, Class 14, and Class 15, and APL power Class A, Class C, and Class 3.

The board requires an external DC power supply with output voltage and maximum output current relevant to the selected power class. For a subset of power classes (Class 10, APL A, and APL C), the board can also be powered from a USB host.

The board requires a minor modification and external power coupling inductors when used for the highest power Class 15 and APL 3.

The DEMO-ADIN1100D2Z can be used as an autonomous device, configurable by a set of switches and jumpers, indicating its status on LEDs.

The DEMO-ADIN1100D2Z can also be connected via USB to a host PC. The 10BASE-T1L link status, power status, and diagnostics are then accessible using a simple set of text commands and messages exchanged over the USB COM port interface using a serial terminal software on a PC.

• Provides the user with a platform to evaluate the features and performance of the evaluation kit​
• Allows the user to prototype and test their IoT applications before moving on to full-scale development​
• Provides tools for analyzing the power consumption of the device, helping the user to optimize their applications for energy efficiency​
• Includes development tools, libraries, and documentation to assist user in writing and debugging their code​​
• Helps the user analyze and study the different modulation schemes, data rates, and other parameters relevant to IoT communication​
• Comes with user-friendly interfaces, documentation, and software tools that simplify the integration process which can save developers time and effort when incorporating the SX1261 into their IoT devices​

The AD-MAX32SXWISE-SL development kit is a tool intended for designing solutions based on low-power, long range proprietary radio communication technique. This platform features the SX1261, an RF transceiver based on spread spectrum modulation techniques derived from chirp spread spectrum (CSS) technology, and supports a frequency range from 800 MHz to 960 MHz. This solution is also based on the MAX32670 ultralow power microcontroller based on Arm Cortex-M4 processor.

The platform comes in an Arduino Uno form factor, with two PMOD connectors, and an ESP32 Dev Kit connector for easy-to-connect sensors and signal conditioning add-on modules. Complete with working software and hardware, as well as software examples, this kit makes it easier for customers to prototype and create connected systems and solutions for IoT applications. The base platform is accompanied with various Analog Devices add-on hardware but is also compatible with 3rd party hardware. A free programming and debugging tool called MaximSDK is also provided by Analog Devices.

The AD-MAX32SXWISE-SL development kit is complete with 1 base board, 3 sensor nodes, gateway setup essentials, and other accessories. However, customers also have the option to avail of the components individually as intended for their application development.

Base Board:

• MAX32670-SX-ARDZ Base board (can be purchased separately)

Component Sensor Nodes:

• EV-STRUCTURAL-ARDZ Sensor for Structural Monitoring (can be purchased separately)
• EV-FLOWMETER-ARDZ Sensor for Flow Rate Metering (can be purchased separately)
• EV-ADE9000-SHIELDZ Sensor for Electric Metering (can be purchased separately)

Gateway Essentials and Other Accessories (can be purchased separately)

• RAK5146 PiHAT Kit
• Raspberry Pi 4 Model B
• MAX32625PICO Rapid Development Board
• RPi4 Power Supply Adapter
• MicroSD Card
• LAN Cable

Applications:

• Battery-Powered Medical Devices
• Industrial Sensors
• Optical Communication Modules
• Secure Radio Modem Controller
• Smart Sensor Controller

• Provides the user with a platform to evaluate the features and performance of the evaluation kit​
• Allows the user to prototype and test their IoT applications before moving on to full-scale development​
• Provides tools for analyzing the power consumption of the device, helping the user to optimize their applications for energy efficiency​
• Includes development tools, libraries, and documentation to assist user in writing and debugging their code​
• Helps the user analyze and study the different modulation schemes, data rates, and other parameters relevant to IoT communication​
• Comes with user-friendly interfaces, documentation, and software tools that simplify the integration process which can save developers time and effort when incorporating the LR1110 into their IoT devices​

The AD-MAX32LRWISE-SL development kit is a tool intended for designing solutions based on low-power, long range proprietary radio communication technique. This platform features the LR1110, an RF transceiver based on spread spectrum modulation techniques derived from chirp spread spectrum (CSS) technology, and supports a frequency range from 800 MHz to 960 MHz. This solution is also based on the MAX32670 ultralow power microcontroller based on ARM Cortex-M4 processor.​

The platform comes in an Arduino Uno form factor, with two PMOD connectors, and an ESP32 Dev Kit connector for easy-to-connect sensors and signal conditioning add-on modules. Complete with working software and hardware, as well as software examples, this kit makes it easier for customers to prototype and create connected systems and solutions for IoT applications.​

The base platform is accompanied with various Analog Devices add-on hardware but is also compatible with 3rd party hardware. A free programming and debugging tool called Maxim SDK is also provided by Analog Devices.​

The AD-MAX32LRWISE-SL development kit is complete with 1 base board, 1 sensor node, gateway setup essentials, and other accessories. However, customers also have the option to avail of the components individually as intended for their application development.​

• Base Board:
  • MAX32670-LR-ARDZ Base board (can be purchased separately)​
• Component Sensor Node:
  • EV-CATTLETAG-ARDZ Smart Livestock Tracking and Health Monitoring Sensor (can be purchased separately)​
• Gateway Essentials and Other Accessories (can be purchased separately)​
  • RAK5146 PiHAT Kit
  • Raspberry Pi 4 Model B
  • MAX32625PICO rapid development Board
  • RPi4 Power Supply
  • MicroSD Card
  • LAN Cable

  APPLICATIONS

  • Battery-Powered Medical Devices
  • Industrial Sensors
  • Optical Communication Modules
  • Secure Radio Modem Controller
  • Smart Sensor Controller
  • System Housekeeping Controller

• MCU:
  • Arm Cortex-M4 Core with FPU up to 100 MHz
  • 384 kB flash memory with error correction
  • 160 kB SRAM (128 kB with ECC enabled), optionally preserved in lowest power modes
  • Compatible RTC resolution for protocol timeout management
• Security:
  • Available Secure Boot
  • Support cryptographic algorithms, including AES-128/192/256
• Power
  • Ultralow power real time clock with integrated power switch
  • With 300 nA power consumption during sleep mode
• Multi-Purpose Radio Front-End Targeting Geolocation Purposes
  • Global Navigation Satellite System (GNSS) (GPS/BeiDou) low-power scanning
  • 802.11b/g/n Wi-Fi ultralow power passive scanning
• Long Range Radio
  • Support FSK, GFSK, MSK, GMSK, and Long Range FHSS modulations
  • Power Output: +15 dBm transmit peak power
  • Programmable bit rate up to 62.5 kbps and 300 kbps
  • Support sub-GHz ISM bands from 800 MHz to 960 MHz
  • High sensitivity: down to -148 dBm

The MAX32670-LR-ARDZ base board features the MAX32670 high-reliability, ultralow power microcontroller based on Arm Cortex-M4 processor, and the LR1110 long range RF transceiver module. The integrated RF transceiver supports a frequency range from 800 MHz up to 960 MHz, making it suitable for high-performance flexible platforms that wirelessly transmit encrypted data at long-range; enabling a wide range of IoT applications using ADI sensing solutions.

This solution also utilizes Semtech’s Long Range Cloud™ Geolocation capabilities to significantly reduce power consumption by determining asset location in a cloud-based solver. Due to its low power consumption, this module is ideal for devices running on small-sized batteries The on-board MAX32670 Arm Cortex®-M4 32-bit microcontroller provides the platform with complete capability to run entire RF stacks and user applications.

APPLICATIONS

• Asset location
• Asset recovery
• Asset traceability
• Inventory management
• Asset loss and theft prevention

• MCU:
  • Arm Cortex-M4 Core with FPU up to 100 MHz
  • 384 kB flash memory with error correction
  • 160 kB SRAM (128 kB with ECC enabled), optionally preserved in lowest power modes
  • Compatible RTC resolution for protocol timeout management
• Security:
  • Available secure boot
  • Support cryptographic algorithms, including AES-128/192/256
• Power
  • Ultralow power real time clock with integrated power switch
  • With 300 nA power consumption during sleep mode
• Long Range Radio
  • Support FSK, GFSK, MSK, GMSK, and Long Range FHSS modulations
  • Power Output: +15 dBm transmit peak power
  • Programmable bit rate up to 62.5 kbps and 300 kbps
  • Support sub-GHz ISM bands from 800 MHz to 960 MHz
  • High sensitivity: down to -148 dBm

The MAX32670-SX-ARDZ base board features the MAX32670 high-reliability, ultralow power microcontroller based on Arm Cortex^®-M4 processor, and the SX1261 long range RF transceiver. The integrated RF transceiver supports a frequency range from 800 MHz up to 960 MHz, making it suitable for high-performance flexible platforms that wirelessly transmit encrypted data at long range; enabling a wide range of IoT applications using ADI sensing solutions.

Due to its low power consumption, this module is ideal for devices running on small-sized batteries. The on-board MAX32670 Arm Cortex^®-M4 32-bit microcontroller provides the platform with complete capability to run entire RF stacks and user applications.

APPLICATIONS

• Smart meters
• Supply chain and logistics
• Building automation
• Agricultural sensors
• Smart cities
• Retail store sensors
• Asset tracking
• Streetlights
• Parking sensors
• Environmental sensors
• Healthcare
• Safety and security sensors
• Remote control applications

• Accurate voltage and current measurement
• Highly scalable and ease of integration
• Robust isoSPI capability implementable in daisy chain high count
• Inclusive passive balancing with individual pulse-width modulation
• Isolated power supply between microcontroller and battery monitoring devices
• High voltage and current supply measurement
• Fast overcurrent (OC) measurement
• Redundancy measurement
• Modular BMS Solution
• Ready to use Broadmarket BMS GUI for Evaluation

The AD-CELLPACKBM-SL is a complete BMS kit consisting of the EVAL-ADBMS6830BMSW 16-channel cell monitoring module, the EVAL-ADBMS2950-BASIC pack monitoring module, EVAL-ADBMS6822 isoSPI adapter, and a microcontroller board.​

The AD-CELLPACKBM-SL can operate either in embedded mode or through a PC-based graphical user interface. Complete with working software and hardware, as well as software examples, this kit makes it easier for customers to prototype and create connected systems and solutions for BMS applications.​

This package comes with the SDP-K1 as its MCU module, but the BMS components included in this kit are also compatible for use with other controller boards such as the AD-APARD32690-SL or MAX32690EVKIT.​

Boards​

• 2x EVAL-ADBMS6830BMSW 16-Channel Battery Cell Monitor (can be purchased separately)​
• 1x EVAL-ADBMS2950-BASIC Battery Pack Monitor (can be purchased separately)​
• 1x EVAL-ADBMS6822 Dual isoSPI Adapter (can be purchased separately)​
• 1x EVAL-SDP-CK1Z (SDP-K1) Controller Board (can be purchased separately)​
• 2x DC2472A Battery Cell Emulator (can be purchased separately)​
• 1x MAX32625PICO Programming Adapter with 10-pin SWD cable (can be purchased separately)​

Cables and Other Accessories​

• 2x Cell Connector Block (18-cell connector)​
• 3x DuraClik isoSPI Twisted Pair Cables​
• 3x USB Type A to Micro-B Cable​
• 3x Alligator Clip / Test Lead​

APPLICATIONS

• IoT Battery Management
• Industrial Machine Vision
• Power Tools
• Mobile Robotics Battery Management
• Industrial Equipment Battery Monitoring
• Adaptive Battery Type System Monitoring
• Portable Energy Storage Systems
• Electric Two-Wheelers (E2W such as E-scooter, E-bikes)
• Light Electric Vehicles

• USB 2.0 Micro B to Serial UART Bridge
• UART0 and UART3 Interface is Selectable Through On-Board Jumpers
• On-Board MAX32625PICO-Based Debugger
• Boot Load Enable Circuitry
• SPI and I²C Signals Accessed Through 0.1in Headers
• GPIOs and Miscellaneous Signals Accessed Through 0.1in Headers
• Board Power Provided by USB Port
• On-Board SIMO Regulator and LDO for IC and Peripherals
• Individual Power Measurement on all IC Rails Through Jumpers
• Two General-Purpose LED and One General- Purpose Pushbutton Switch

The MAX32670 evaluation kit (EV kit) provides a platform for evaluation capabilities of the MAX32670. The MAX32670 is an ultra-low-power, cost-effective, highly reliable 32-bit microcontroller that enables designs with complex sensor processing without compromising battery life. It combines a flexible and versatile power management unit with the powerful Arm^® Cortex^® -M4 core with floating point unit (FPU). The MAX32670 also offers legacy designs an easy and cost optimal upgrade path from 8-bit or 16-bit microcontrollers.

Applications

• Algorithm Coprocessor
• Battery-Powered Medical Devices
• Industrial Sensors
• Optical Communication Modules
• Secure Radio Modem Controller
• Smart Sensor Controller
• System Housekeeping Controller

• Low-cost integrated monitoring for BMS with on-board MCU and dual isoSPI chip
• Demonstrates SPI to isoSPI 2-wire datalinks
• Includes two isoSPi ports for reversible isoSPI support
• Configurable powering options for LPCM support isoSPI connections through simple DuraClik connectors
• Stackable and allows daisy chain of up to eight (8) ADBMS6830BMSW boards
• With PC-based software for control and data analysis using Broad Market Browser BMS GUI

The EVAL-ISOMAX is an integrated dual isoSPI adapter and microcontroller board featuring the MAX32670 high-reliability, ultralow power microcontroller and the ADBMS6822 dual isoSPI transceiver. This board allows multiple ADBMS68xx battery monitors to be connected through daisy-chain configuration. The EVAL-ISOMAX also features reversible isoSPI, which enables a redundant path to the peripheral units. The PCB components and DuraClik connectors are optimized for low electromagnetic interference (EMI) susceptibility and emissions.

APPLICATIONS

• IOT Battery Management
• Industrial Machine Vision
• Power Tools
• Mobile Robotics Battery Management
• Industrial Equipment Battery Monitoring
• Adaptive Battery Type System Monitoring
• Portable Energy Storage Systems
• Electric 2-Wheelers (E2Ws) such as E-scooter, E-bikes
• Light Electric Vehicles (LEV)