Bloomberg the Company & Products

Bloomberg Anywhere Login

Bloomberg

Connecting decision makers to a dynamic network of information, people and ideas, Bloomberg quickly and accurately delivers business and financial information, news and insight around the world.

Company

Financial Products

Enterprise Products

Media

Customer Support

  • Americas

    +1 212 318 2000

  • Europe, Middle East, & Africa

    +44 20 7330 7500

  • Asia Pacific

    +65 6212 1000

Communications

Industry Products

Media Services

Follow Us


Last ¥843.00 JPY
Change Today -15.00 / -1.75%
Volume 535.2K
6723 On Other Exchanges
Symbol
Exchange
6723 is not on other exchanges.
As of 2:00 AM 05/1/15 All times are local (Market data is delayed by at least 15 minutes).

renesas electronics corp (6723) Snapshot

Open
¥853.00
Previous Close
¥858.00
Day High
¥862.00
Day Low
¥834.00
52 Week High
09/4/14 - ¥1,089
52 Week Low
05/19/14 - ¥653.00
Market Cap
1.4T
Average Volume 10 Days
500.1K
EPS TTM
¥34.71
Shares Outstanding
1.7B
EX-Date
03/27/07
P/E TM
24.3x
Dividend
--
Dividend Yield
--
Current Stock Chart for RENESAS ELECTRONICS CORP (6723)

Related News

No related news articles were found.

renesas electronics corp (6723) Related Businessweek News

View More BusinessWeek News

renesas electronics corp (6723) Details

Renesas Electronics Corporation researches, develops, designs, manufactures, sells, and services semiconductors worldwide. It offers microcontrollers and microprocessors; power devices, such as power MOSFETs, IGBTs, intelligent power devices, diodes, thyristors and triacs, and transistors; analog and mixed signal products, including power management, ICs/driver ICs, analog ICs for automotives, and interfaces, as well as ICs for leakage detection, audio, computing and peripherals, cameras, and graphic controllers. The company also provides general-purpose linear and logic analog ICs; RF devices; optoelectronics comprising photo couplers, solid state relays, fiberoptic devices, and lasers; LSIs for automotives, factory automation, and communications and mobile devices; memory products, including SRAM, EEPROM, DRAM, and TCAM; ASIC products comprising gate arrays, cell-based ICs, analog masters, mixed signal ASICs, customizable MCUs, and programmable XBridge; and USB 3.0 host controllers. Its products are used in various applications, such as automotive, connectivity, consumer, energy, human interface, industrial/building and home, medical and healthcare, mobile, motor control, PC and PC peripheral, power supply, and RF front end applications. Renesas Electronics Corporation was founded in 2002 and is headquartered in Tokyo, Japan.

27,201 Employees
Last Reported Date: 06/25/14
Founded in 2002

renesas electronics corp (6723) Top Compensated Officers

No compensation data is available at this time for the top officers at this company.

Executives, Board Directors

renesas electronics corp (6723) Key Developments

Renesas' Kofu Technology Campus Available for Sale

Renesas Electronics Corporation's (TSE:6723) 23.4-acre Kofu technology campus located in the Yamanashi is up for sale. ATREG, Inc. in conjunction with Cushman & Wakefield announced the initial bid due date for the sale of campus is July 8, 2015. All qualified parties interested in purchasing part or all of this campus are invited to express their intent with Renesas' exclusive agents ATREG and Cushman & Wakefield. Renesas will consider selling the property as either a single parcel or subdivided into multiple parcels to accommodate the buyer’s specific needs.

Renesas Electronics Corporation Announces Resignation of Toshihide Suzuki as Executive Vice President

Renesas Electronics Corporation announced resignation of Toshihide Suzuki as Executive Vice President, CEO office of the company. The change was approved at a meeting of the Board of Directors on April 24, 2015, and will become effective as of June 24, 2015.

Renesas Electronics Corporation Introduces the RX23T Group of Microcontrollers

Renesas Electronics Corporation announced that the company introduced the RX23T Group of microcontrollers (MCUs), designed to enable highly precise control of inverter circuits employed in energy-efficient electric home appliances, industrial machinery, and office equipment. Based on the fast RX core, the new 32-bit MCUs are ideal for building high-performance inverter control systems for applications such as DC motor control in energy-efficient electric home appliances such as refrigerators, air conditioners, washing machines, vacuum cleaners, and fans; entry-level to mid-range industrial equipment such as general-purpose inverters, electrical tools, and drones; and office equipment. The functions are optimized for single inverter drive, including the inclusion of an on-chip floating point unit (FPU) that reduces code size and development time both by 30%. Energy efficiency regulations have become stricter in many countries in recent years, expanding to include entry-level and mid-range energy-efficient electric home appliances and industrial equipment. System designers in these price-competitive markets are looking for new approaches to achieve the reduced power consumption desired within increasingly constrained budget requirements for energy-efficient, cost-attractive products. The demand for more compact, more highly efficient, and quieter motors in office equipment such as printers and multifunction units has led to a move away from stepping motors and toward the adoption of brushless DC motors. There is a need for more highly precise position control without increased system cost. To respond to these market demands for improved energy efficiency, more precise control, and lower development cost, Renesas has developed the RX23T Group of MCUs, offering an excellent cost-to-performance ratio. The new MCUs provide an optimized subset of the functions of the RX62T Group, which has a proven track record in the inverter control field, designed specifically for use in single inverter drive applications. Key Features of the RX23T Group of MCUs: Highly precise inverter control and reduced development time for mid-range and entry-level devices: Inverter control requires a large number of arithmetic operations involving decimal points, and it is useful to perform these using a floating-point arithmetic unit. However, cost constraints on mid-range and affordably priced power-efficient electric home appliances and industrial equipment have prevented the use of expensive microcontrollers with on-chip FPUs. Instead, the most common approach has been to develop software for a fixed-point arithmetic unit. The new RX23T Group MCUs incorporate an on-chip FPU without increased costs, eliminating the need to implement the decimal position shifting required when using a fixed-point arithmetic unit. This simplifies the software configuration and can reduce code size and development time by as much as 30%. The on-chip peripheral functions are also optimized for single inverter drive, boosting the cost-to-performance ratio and making it possible to add high-precision inverter control to mid-range and entry-level products. High power efficiency among the best in the industry for even lower power consumption in inverter products: The RX23T MCUs feature the RXv2 core (4.0 CoreMark/MHz (target), among the best in the industry) and digital signal processing (DSP) functionality, allowing operation processing to be maintained with no loss of real-time responsiveness when performing inverter control (sensor-less vector control), even when the CPU is not running at high speed. In addition, current consumption in low-power mode (data retained in RAM) is only 450 nA (typ.). This power efficiency is among the best in the industry, enabling inverter products with lower power consumption. Support for 5 V peripheral I/O, making it easier to implement measures to reduce effects of electromagnetic noise from inverter drive: As systems become more power efficient and the power supply voltage drops, it becomes necessary to take steps to prevent electromagnetic noise from peripheral components from adversely affecting high-precision control because MCUs become more susceptible to such interference when the power supply voltage is low. Supporting a 5 V power supply voltage, the new RX23T Group MCUs are less vulnerable to inverter drive noise than MCUs using a 3 V power supply, reducing the number of components required to reduce the noise effects. Pricing and Availability: Samples of the 12 RX23T MCUs are available now in package pin counts ranging from 48- to 64-pins and on-chip flash memory capacities ranging from 64 to 128 kilobytes (KB) for a total of 12 individual products. Pricing varies depending on memory capacity, number of pins, and package. Mass production is scheduled to begin in August 2015 and is expected to reach a scale of 500,000 units per month in July 2016. Integrated development environment (CS+, e2 studio) and code generator support tools are scheduled to be available from June 2015. Renesas also plans to expand the lineup of motor control application notes and solutions.

 

Stock Quotes

Market data is delayed at least 15 minutes.

Company Lookup
Recently Viewed
6723:JP ¥843.00 JPY -15.00

6723 Competitors

Market data is delayed at least 15 minutes.

Company Last Change
Freescale Semiconductor Ltd $39.53 USD -1.10
Infineon Technologies AG €10.89 EUR -0.166
NVIDIA Corp $22.03 USD -0.58
SanDisk Corp $66.97 USD -0.54
STMicroelectronics NV €6.79 EUR -0.212
View Industry Companies
 

Industry Analysis

6723

Industry Average

Valuation 6723 Industry Range
Price/Earnings 24.2x
Price/Sales 1.7x
Price/Book 4.9x
Price/Cash Flow 24.2x
TEV/Sales 1.0x
 | 

Sponsored Financial Commentaries

Sponsored Links

Report Data Issue

To contact RENESAS ELECTRONICS CORP, please visit www.renesas.com. Company data is provided by Capital IQ. Please use this form to report any data issues.

Please enter your information in the following field(s):
Update Needed*

All data changes require verification from public sources. Please include the correct value or values and a source where we can verify.

Your requested update has been submitted

Our data partners will research the update request and update the information on this page if necessary. Research and follow-up could take several weeks. If you have questions, you can contact them at bwwebmaster@businessweek.com.