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Maxim Announces Industry's First Remote Tuner Solution with Single Hardware Platform Supporting Worldwide Radio Standards for Automotive Applications

MAX2175 RF to Bits® tuner-based solution reduces cables and simplifies vehicle head unit design

Using the remote tuner solution from Maxim Integrated Products, Inc. (NASDAQ: MXIM), designers can significantly simplify the head unit design of a vehicle and reduce cables. The MAX2175 RF to Bits tuner within the solution eliminates the need to rework the vehicle's hardware to support worldwide radio standards, allowing updates by simply changing the vehicle's software.

Traditional radio architecture brings many challenges to vehicle designers. The vehicle's complex head unit must accommodate multiple tuners, manage heat dissipation, and receive multiple cables from the antennas. In addition, the received analog signals pick up noise as they travel from the antenna to the head unit of the vehicle. Finally, baseband processing uses single purpose hardware, requiring separate designs to support multiple worldwide radio standards.

Maxim Reference Design Speeds Development of Wearable Heart-Rate and Pulse-Oximetry Monitors

Developers of heart rate and blood oxygen (SpO2) monitors can now accelerate their efforts using the ultra-small MAXREFDES117# reference design from Maxim Integrated Products, Inc. (NASDAQ: MXIM).

This optical heart-rate module reference design incorporates red and infrared LEDs, a sensor, power subsystem, and logic level translation. Measuring 13mm x 13mm, this tiny, low-power board can be placed on a finger or earlobe to accurately detect heart rate and SpO2 via personal wearable devices. The module works with both Arduino® and ARM® mbed™ platforms for ease of design, testing, and system integration, and includes eight "tap pads" for quick electrical connection to a development platform and/or wearable garment.

Maxim’s Industrial IoT Reference Design Speeds Development of Authenticated Data Chains

Highly secure coprocessor supports Arduino® and ARM® mbed™ platforms, assures easy prototyping

Addressing the many issues related to system security in Industrial Internet of Things (IIoT) installations, the MAXREFDES143# embedded security reference design from Maxim Integrated Products, Inc. (NASDAQ: MXIM) provides protection against counterfeit sensor data, guaranteeing its authenticity and integrity along the entire data chain, from transducer to the cloud.

The rapid growth of IoT capabilities for industrial applications comes with legitimate concerns about data integrity, due to deliberate corruption of critical sensor data anywhere between a source and the cloud. The reference design's sophisticated architecture and components, Arduino-compatible hardware interface, and ARM mbed libraries support simplifies development of secure, uncorrupted, and authenticated sensor-to-web data. It is ideal for analog sensor node and data authentication in factory automation and industrial processing applications.

Create 16x16 LED Displays with Flexible Reference Design

Hobbyists and makers now have more flexibility and options when developing LED signs, using the MAXREFDE99# 16x16 display reference design from Maxim.

LEDs continue to dramatically transform signage and lighting. However, often LED displays today are 8x8 and cannot communicate many international alpha-numeric characters. MAXREFDES99# integrates four MAX7219 LED drivers to provide designers a 16x16 display with 256 LEDs, allowing them to create signs in multiple languages. The MAX7219 driver simplifies the process of controlling multiple LEDs in matrix or numeric display form. For fast prototyping, software code developed for the MAXREFDES99# reference design works with both ARM mbed and Arduino platforms. Developers are encouraged to build upon and enhance the code base for more signage possibilities.

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