22 May 2008

RX based mcus to appear next year

  • RX based mcus to appear next year

In a move to protect its position as the world’s leading supplier of microcontrollers, Renesas has announced plans for mcus based on its recently developed RX architecture.

In a move to protect its position as the world’s leading supplier of microcontrollers, Renesas has announced plans for mcus based on itsrecently developed RX architecture.
Two families are planned: the RX600 range of 32bit devices will target high speed, high performance applications, whilst the 16bit RX200 range will cater for high speed, low power applications.
Renesas says the RX family will take advantage of the growth in demand for 32bit applications by providing a scalable cisc architecture
The RX CPU core can run at up to 200MHz. It has a Harvard architecture with a five stage pipeline and can perform program reads and data writes in parallel. Renesas says this provides 1.25MIPS/MHz, equating to 250MIPs at ful speed. The cpu’s instruction set is optimised, resulting in a 30% increase in code efficiency compared to current Renesas products.
RX600 devices will be available in the middle of 2009, whilst RX200 parts will follow a year later.
Meanwhile, it’s five years since Hitachi Semiconductor and some of Mitsubishi’s operations were combined to form Renesas, immediately creating the world’s third largest semiconductor company.
One of the visions which the new company held was the need for ubiquitous computing, in which computers would be smaller and less visible. To that end, it concentrated on three elements: process and packaging technology; process and design integration; and hardware and software integration.
Matthew Trowbridge, ceo of Renesas Technology Europe, pictured, said: “Supporting this, we are continuing to spend around 15% of sales revenues on R&D. We’ve also invested in process technology, SoC platforms, memory, wireless and security. Although we are spending less on capital equipment, we’re making more effective use of our resources.”
And it’s the latter point which suggests that Renesas might be considering moving more towards a ‘fab lite’ approach. But Trowbridge rejected that. “We intend to retain manufacturing, developing our own processes and having a place to make our products.” However, he admitted that some 20% of Renesas’s production is already outsourced and that process technology is ‘aligned so Renesas can use outsourcing’. “Foundries can be more appropriate,” Trowbridge continued, “but we haven’t given up on process development or manufacturing.”
The company has maintained its status as the number 1 global microcontroller supplier since the merger and this business contributes 35% of revenues.

Author
Graham Pitcher

Supporting Information

Websites
http://www.eu.renesas.com

Companies
Renesas Electronics Europe Ltd

This material is protected by Findlay Media copyright
See Terms and Conditions.
One-off usage is permitted but bulk copying is not.
For multiple copies contact the sales team.

Do you have any comments about this article?

Add your comments

Name
 
Email
 
Comments
 

Your comments/feedback may be edited prior to publishing. Not all entries will be published.
Please view our Terms and Conditions before leaving a comment.

 

Related Articles

UK’s most modern test facilty

Peter Luff MP, Minister for Defence Equipment, Support and Technology carried ...

Embedded World: ARM

ARM has announced details of the opening keynote presentation at Embedded ...

UK invests in graphene

Full details of how an additional £50million will be spent to help keep the UK ...

E-paper displays

Electrophoretic displays have been developed by companies such as E Ink to ...

A sense of purpose

Sensors transmitters are commonly used in process industries to help control ...

Engineering Design Show 2012

The increasing imperative is for engineers to operate across a variety of ...

Automotive functional safety

Real time control of safety critical applications has been a longtime challenge ...

Adapting to the extremes of rugged design

Ruggedisation and reliability are key requirements for a wide range of embedded ...

Migrating ARM7 code to a Cortex-M3 mcu

This white paper by Todd Hixon from Atmel covers the differences between ARM7 ...

Embedded World: ADLINK

ADLINK Technology will present amongst other products, the following highlights ...

Embedded World: Rutronik

Rutronik will be presenting application specific solutions for the lighting, ...

LIN/LDO/dual CAN transceivers

ON Semiconductor has introduced two new integrated transceiver devices for use ...

Safety Symposium

A three day event with 20 papers addressing a range of safety critical systems ...

Southern Manufacturing 2012

FIVE, Farnborough, Hants, 15-16th February 2012

embedded world 2012

Taking place from 28 February to 1 March 2012.

Bluetooth for MCU systems

Quickly and easily add Bluetooth (and ANT) technology to systems using MSP430. ...

Concerto MCU training module

Real-time control, connectivity, and software simplicity come together in TI's ...

MSP430 5xx experimenters board

Introduction to the workshop.

Archive: New Electronics 1972

The electronics news stories making the pages of New Electronics 40 years ago ...

CES 2012 - Intel highlights

Images: highlights from Intel's keynote at the 2012 International CES.

Positive signs for 2012

There's good news for the semiconductor industry as 2011 comes to a close, with ...

Martin Harris, Altium

Chris Shaw asks Martin Harris about the latest developments at Altium

Aurelius Wosylus, AMD

Chris Shaw discusses AMD's latest low power processors with Aurelius Wosylus.

Ian Menzies, General Dynamics

Graham Pitcher finds out how a new network will give Welsh electronics ...