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Last $34.21 USD
Change Today +0.21 / 0.62%
Volume 1.2M
MXIM On Other Exchanges
As of 12:23 PM 06/3/15 All times are local (Market data is delayed by at least 15 minutes).

maxim integrated products (MXIM) Snapshot

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52 Week High
03/20/15 - $36.37
52 Week Low
10/15/14 - $25.28
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maxim integrated products (MXIM) Details

Maxim Integrated Products, Inc. designs, develops, manufactures, and markets various linear and mixed-signal integrated circuits worldwide. The company also provides a range of high-frequency process technologies and capabilities for use in custom designs. It primarily serves automotive, communications and data center, computing, consumer, and industrial markets. The company markets its products through a direct-sales and applications organization, as well as through its own and other unaffiliated distribution channels. Maxim Integrated Products, Inc. was founded in 1983 and is headquartered in San Jose, California.

8,812 Employees
Last Reported Date: 08/18/14
Founded in 1983

maxim integrated products (MXIM) Top Compensated Officers

Chief Executive Officer, President and Direct...
Total Annual Compensation: $590.0K
Chief Financial Officer and Senior Vice Presi...
Total Annual Compensation: $400.0K
Executive Vice President of Business Units, S...
Total Annual Compensation: $501.3K
Senior Vice President of New Ventures
Total Annual Compensation: $410.0K
Senior Vice President of Technology and Manuf...
Total Annual Compensation: $400.0K
Compensation as of Fiscal Year 2014.

maxim integrated products (MXIM) Key Developments

Maxim Integrated's MAXREFDES73# Improves Accuracy, Dynamic Range, and Power Consumption for Sensing Galvanic Skin Response in Mobile Medical and Fitness Applications

Wearables developers can now immediately evaluate galvanic skin response (GSR) sensing with the MAXREFDES73# reference design from Maxim Integrated Products, Inc. Applying GSR (measurement of skin's conductivity) is a challenge because designers need to manipulate several discrete chips and calibration software before completing the sensor design. The MAXREFDES73# integrates digital-to-analog (DAC) and analog-to-digital (ADC) converters, a microcontroller with advanced power management, firmware, and an easy-to-use Android® app into the industry's first GSR reference design. Now designers of wearables can save development and testing time, and quickly bring their mobile medical and fitness products to market. Offered in a wristband form factor, the MAXREFDES73# includes body surface temperature readings, Bluetooth® communications, and a rechargeable battery that lasts up to one week on a single charge. Fast time to market: integrates DAC and ADC signal chain components, low-power microcontroller, external Bluetooth and Android apps, and firmware components to quickly develop and test designs; High accuracy: 16-bit integrated analog front-end (AFE); Low power consumption: operates for one week on one battery charge. The MAXREFDES73# reference design is available for $189 at Maxim's website and select franchised distributors. Hardware and firmware design files, as well as test data, are provided free and available online.

Avago Reportedly Shows Interest In Xilinx, Renesas, Maxim

Avago Technologies Limited (NasdaqGS:AVGO), looking to acquire a fellow chipmaker, has reached out to potential targets including Renesas Electronics Corporation (TSE:6723), Maxim Integrated Products, Inc. (NasdaqGS:MXIM) and Xilinx Inc. (NasdaqGS:XLN), according to people familiar with the matter. Avago is working with investment banks and could spend more than $10 billion on a potential takeover, the people said. None of the three approaches has yet led to advanced deal discussions, in part because of Avago's fear of overpaying, the people added. Avago has also spoken to Silver Lake Partners about partnering in a potential acquisition, the people said.

Maxim Integrated Products, Inc. Announces MAX14900E Digital Output Switch

Maxim Integrated Products, Inc. addresses the need for higher throughput, smaller footprint, and lower power in industrial automation with the MAX14900E digital output switch. This eight-channel integrated circuit (IC) provides up to 70x faster speed, uses over 20% less power, and occupies 40% less space than existing solutions—all factors required in today's faster, more localized, smaller end products. It is controlled by an eight-bit parallel interface, or via a standard Serial Peripheral Interface (SPI) which is also used for configuration and monitoring. Multiple devices can be daisy-chained to support additional I/O points via the single SPI interface, requiring only three isolators for all channels to provide further savings in cost, board space, and power. The serial mode includes cyclic redundancy checking (CRC) for assured data integrity, as well as global and per-channel diagnostics for remote system monitoring. Maxim offers both a complete reference design (MAXREFDES63#) as well as an evaluation (EV) kit with special prototyping features. The credit-card-sized reference design integrates the MAX14900E, a microcontroller, isolated I/O port, power supplies, UART, and USB port to simplify incorporating the device into the final OEM product design, as well as provide a means for quick evaluation. Key Advantages: Low power; high voltage: The eight digital channels require just 3mA (maximum) of supply current; operates from a wide supply range of 10V to 36V and thus compatible with the 24V rail of many factory systems. High speed and drive: With an input-to-output propagation delay of 0.3usec (typical)/0.8usec (maximum), it can support fast switching rates of up to 100KHz in push pull configuration. On-resistance, a critical factor in static power dissipation is just 85 milli-ohms (typical) and 165 milli-ohms (maximum). It can drive current loads up to 850mA; outputs can be used in parallel to achieve even higher drive-current rating. High integration and space savings: Housed in a tiny, 48-pin 7mm × 7mm QFN package; uses significantly less board space. Data integrity: Offers per-channel and global diagnostics/monitoring via its SPI port, while users can access the I/O via an eight-bit parallel port. The serial link includes CRC error detection for enhanced data-link integrity. The MAX14900E is specified over the -40-degree Celsius to +125-degree Celsius temperature range.


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Price/Sales 4.2x
Price/Book 4.4x
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