Author Archives: david manners

TSMC forecasts sales fall

Chip industry bellwether TSMC reckons its Q4 revenues will be less than its Q3 revenues – the first q-on-q drop for four years.
tsmc 427

Q4 sales are estimated at between $6.08 billion and $6.21 billion while Q3 sales are estimated at $6.45 billion.

TSMC blamed the Q4-Q3 sales drop on falling demand for smart phone SoCs with Chairman Morris Chang saying that the slow rate of decline of the inventory of mobile SoCs is “not a very good omen”.

The company expects gross profit of between 47% to 49% and operating profit of between and 36.5% to 38.5%.

It is looking at full-year growth of 10%.

See also: TSMC Quarterly Results

More TSMC stories on Electronics Weekly »

david manners

TSMC forecasts sales fall

Chip industry bellwether TSMC reckons its Q4 revenues will be less than its Q3 revenues – the first q-on-q drop for four years.
tsmc 427

Q4 sales are estimated at between $6.08 billion and $6.21 billion while Q3 sales are estimated at $6.45 billion.

TSMC blamed the Q4-Q3 sales drop on falling demand for smart phone SoCs with Chairman Morris Chang saying that the slow rate of decline of the inventory of mobile SoCs is “not a very good omen”.

The company expects gross profit of between 47% to 49% and operating profit of between and 36.5% to 38.5%.

It is looking at full-year growth of 10%.

See also: TSMC Quarterly Results

More TSMC stories on Electronics Weekly »

david manners

Sleep apnea device wins ARM Smart Product design prize

Sleep apnea device wins ARM Smart Product design prize

Sleep apnea device wins ARM Smart Product design prize

A new device to help tackle sleep apnea has claimed first prize in the ARM Smart Product Design Competition.

The Apnea Observer was designed by developer Clemente di Caprio from Rome who has been awarded $5,000 to help advance his prototype.

Sleep apnea affects up to a quarter of the general population according to the British Journal of Anaesthesia, with 90% of sufferers remaining undiagnosed.

If left untreated, this chronic sleep condition can lead to serious health problems including diabetes, high blood pressure, heart disease, stroke and weight gain.

The competition was launched in February 2015 to raise awareness of how easily products can be designed with ARM CMSIS software components and middleware.

It attracted more than 700 entries, with 350 moving to the development phase where entrants could choose to work with ARM Cortex-M processor-based development boards from Freescale, Infineon, NXP or STMicroelectronics.

Fourteen entries were selected as finalists, with the three prize-winners chosen by a panel of judges including Jens Nickel (Elektor), Reinhard Keil (ARM) and Christopher Seidl (ARM).

Other winners awarded prizes of $500-$3,000 include:
· Stephan Lubbers of Dayton, USA, for his WhereSat portable ham radio satellite finder
· Waldemir Cambiucci of Sao Paulo, Brazil, for his water consumption monitoring system with web interface
· Fernando Lichtschein of Buenos Aires, Argentina, for his framework for IoT workshops
· Bernhard Schloß of Tübingen, Germany, for his CamBot with optical image recognition.

“It was impressive that so many participants with limited experience of ARM technologies completed projects in the short timespan available,” said Reinhard Keil, ARM’s director of microcontroller tools, speaking of the ARM Smart Product Design Competition.

“This has reinforced our confidence that CMSIS and ARM tools are easy to learn and use. The ready-to-use software components also proved flexible enough for use across a diverse range of applications and enabled seamless access to a range of different ARM-based microcontroller families.”

The winning Apnea Observer monitors sleeping noises and detects acute sleep irregularities. The application runs on the NXP LPC4330, a dual-core microcontroller that combines the ARM Cortex-M4 and Cortex-M0 processors. The Cortex-M4 performs the audio analysis, making use of its integrated digital signal processing functionality, while the Cortex-M0 handles the data acquisition and storage. The device also engages the ARM Keil MDK-Professional file system component and CMSIS-Drivers to interface with the memory card and serial and audio capabilities.

http://www.youtube.com/watch?v=hbRpvoIRNDA

 

david manners

Sleep apnea device wins ARM Smart Product design prize

Sleep apnea device wins ARM Smart Product design prize

Sleep apnea device wins ARM Smart Product design prize

A new device to help tackle sleep apnea has claimed first prize in the ARM Smart Product Design Competition.

The Apnea Observer was designed by developer Clemente di Caprio from Rome who has been awarded $5,000 to help advance his prototype.

Sleep apnea affects up to a quarter of the general population according to the British Journal of Anaesthesia, with 90% of sufferers remaining undiagnosed.

If left untreated, this chronic sleep condition can lead to serious health problems including diabetes, high blood pressure, heart disease, stroke and weight gain.

The competition was launched in February 2015 to raise awareness of how easily products can be designed with ARM CMSIS software components and middleware.

It attracted more than 700 entries, with 350 moving to the development phase where entrants could choose to work with ARM Cortex-M processor-based development boards from Freescale, Infineon, NXP or STMicroelectronics.

Fourteen entries were selected as finalists, with the three prize-winners chosen by a panel of judges including Jens Nickel (Elektor), Reinhard Keil (ARM) and Christopher Seidl (ARM).

Other winners awarded prizes of $500-$3,000 include:
· Stephan Lubbers of Dayton, USA, for his WhereSat portable ham radio satellite finder
· Waldemir Cambiucci of Sao Paulo, Brazil, for his water consumption monitoring system with web interface
· Fernando Lichtschein of Buenos Aires, Argentina, for his framework for IoT workshops
· Bernhard Schloß of Tübingen, Germany, for his CamBot with optical image recognition.

“It was impressive that so many participants with limited experience of ARM technologies completed projects in the short timespan available,” said Reinhard Keil, ARM’s director of microcontroller tools, speaking of the ARM Smart Product Design Competition.

“This has reinforced our confidence that CMSIS and ARM tools are easy to learn and use. The ready-to-use software components also proved flexible enough for use across a diverse range of applications and enabled seamless access to a range of different ARM-based microcontroller families.”

The winning Apnea Observer monitors sleeping noises and detects acute sleep irregularities. The application runs on the NXP LPC4330, a dual-core microcontroller that combines the ARM Cortex-M4 and Cortex-M0 processors. The Cortex-M4 performs the audio analysis, making use of its integrated digital signal processing functionality, while the Cortex-M0 handles the data acquisition and storage. The device also engages the ARM Keil MDK-Professional file system component and CMSIS-Drivers to interface with the memory card and serial and audio capabilities.

http://www.youtube.com/watch?v=hbRpvoIRNDA

 

david manners

Infineon adds to LED digital control platforms

Every fifth kilowatt hour of electricity around the world is used for artificial light and using LEDs could save 13 million tons of CO2 in Germany alone, equalling the emission of about seven million cars, says Infineon.ICL8105_PG-DSO-8.png_392114190-1

In German office buildings, the electricity bill could be reduced by more than Euro 500 million.

Infineon’s response is a digital platform for power supply with which LED lighting systems can be controlled

It has two new members of the new platform, the ICL8105 and ILD2111 controllers.

The ICL8105 is a digitally configurable flyback controller with Power Factor Correction (PFC) for constant power LED drivers from 10 to 80 W. Thanks to the high level of integration and the control on the primary side, only a few external components are required.

This allows for a cost reduction of up to ten percent. The controller has supports multiple operating modes. Advantages are a high efficiency and power factor correction plus low distortion. This produces a high quality of light with no flickering. The controller has an input for 0 to 10 V dimming; there is no need for an oscillator including power supply. An active burst mode extends the dimming range, while preventing undesirable effects such as flickering or shimmering. To protect the LED driver in case of overtemperature, the ICL8105 automatically reduces the output current in case of overload.

The ILD2111 is a digitally configurable buck controller and is designed as a constant current source with output current control (backlash) for LED drivers in the range from 10 to 150 W. Thus, the regulator addresses diverse commercial LED applications. The ILD2111, too, requires only a few external components.

The output current can be set by a resistor, and is also compatible with the LEDset interface. The IC provides flicker-free PWM dimming down to one percent. The component automatically selects an operating window in order to optimally regulate different loads, depending on the switching frequency and the ripple of the output current. The output voltage is specified with 15 to 55 VDC. User-configurable features protect the component at undervoltage and overvoltage, short circuits, overcurrent or high temperatures.

Both driver ICs offer the advantages of the digital world which includes the ability of the LED power supply to be configured by the customer on site using software. In addition to flexibility, this also means savings in material costs. This plays a big role in today’s highly fragmented lighting market.

Both the ICL8105 and the ILD2111 are available as samples and can be ordered in high vol, says the company.

david manners

Minister warns on cyber security

Ninety percent of businesses had security breaches in the last year, warns Ed Vaizey, Minister for the Digital Economy.

Vaizey urges businesses across the country to protect themselves by taking up the Government’s Cyber Essentials scheme.

Digital Economy Minister Ed Vaizey

Digital Economy Minister Ed Vaizey

Whilst businesses are reaping the benefits of operating online and now earn £1 in every £5 from the Internet, cyber attacks are now considered a serious threat to UK businesses. The latest figures reveal that 74% of small businesses, and 90% of major businesses, has had a cyber breach of security in the last year.

Vaizey says that more than 1,000 businesses have now adopted Cyber Essentials – the UK Government’s scheme which protects businesses against the most common threats on the Internet. Intel Security is among the firms who have recently achieved Cyber Essentials certification.

Vaizey has also announced a £500,000 fund to help universities and colleges develop innovative teaching and learning to provide the cyber security skills needed to protect the UK now and in

“Good cyber security underpins the entire digital economy,” says Vaizey, “we need it to keep our businesses, citizens and public services safe. The UK is a world leader in the use of digital technologies but we also need to be a world leader in cyber security. Trust and confidence in UK online security is crucial for consumers, businesses and investors. We want to make the UK the safest place in the world to do business online and Cyber Essentials is a great and simple way firms can protect themselves.”

Since launching the National Cyber Security Programme in 2011, Government has invested £860m to protect and promote the UK. Based on analysis by GCHQ which showed how cyber criminals were exploiting basics weaknesses in company IT systems, Cyber Essentials sets out five technical controls which will protect firms against the majority of internet threats, like viruses, malware and hacking.

Other initiatives include a voucher scheme offering micro, small and medium sized businesses up to £5,000 for specialist advice to boost their cyber security and protect new business ideas and intellectual property.

The firms already adopting Cyber Essentials include household names like Vodafone and Barclays and as well as FTSE100 companies including National Grid, GlaxoSmithKline, Standard Chartered Bank, Aberdeen Asset Management and Babcock International.

In order to develop innovative projects to improve cyber security teaching and learning, the Government is setting up a £500,000 fund, which will be administered through the Higher Education Academy.

Academic institutions can apply for up to £80,000, which must be match-funded by the institution and must generate real-world impact across the discipline. The new fund will ensure higher education students get high quality, innovative teaching giving them the skills to protect UK businesses and Government against cyber attacks.

 

david manners

Dialog buying Atmel

Dialog is to take over Atmel in a deal said to be aimed at strengthening Dialog’s position in IoT markets.

“Dialog will complement its leadership position in power management ICs with a leading portfolio of proprietary and ARM-based microcontrollers in addition to high performance ICs for connectivity, touch and security,” says the company, “our new, enlarged company will be a diversified, high-growth market leader in mobile power, IoT and automotive.”

imageThe price of $4.6 billion is 43% more than the market cap of Atmel before the bid and is more than Dialog’s current market cap of around $4 billion. the two companies currently have combined revenues of $2.7 billion.

Atmel has some 5,000 employees compared to Dialog’s 1,500 which reflects Atmel’s fab operations. Dialog is fabless.

Rationale for the deal was said to be the pursuit of IoT markets for which Atmel has sensor and security technology.

Dialog has been on the prowl for an acquisition for some months having talked to AMS about a tie-up. That fell through.

It will pay for the deal with $2.1 billion of new debt, 49 million American depository shares and cash in hand.

Read more Dialog stories on Electronics Weekly »

david manners

Dialog buying Atmel

Dialog is to take over Atmel in a deal said to be aimed at strengthening Dialog’s position in IoT markets.

“Dialog will complement its leadership position in power management ICs with a leading portfolio of proprietary and ARM-based microcontrollers in addition to high performance ICs for connectivity, touch and security,” says the company, “our new, enlarged company will be a diversified, high-growth market leader in mobile power, IoT and automotive.”

imageThe price of $4.6 billion is 43% more than the market cap of Atmel before the bid and is more than Dialog’s current market cap of around $4 billion. the two companies currently have combined revenues of $2.7 billion.

Atmel has some 5,000 employees compared to Dialog’s 1,500 which reflects Atmel’s fab operations. Dialog is fabless.

Rationale for the deal was said to be the pursuit of IoT markets for which Atmel has sensor and security technology.

Dialog has been on the prowl for an acquisition for some months having talked to AMS about a tie-up. That fell through.

It will pay for the deal with $2.1 billion of new debt, 49 million American depository shares and cash in hand.

Read more Dialog stories on Electronics Weekly »

david manners

Fujitsu Semi and Tera Probe form wafer test jv

Fujitsu Semiconductor and Tera Probe have formed a jv for the wafer test business called Aizu Fujitsu Semiconductor Probe.Fujitsu Infografik

Aizu Fujitsu Semiconductor Wafer Solution, a subsidiary of Aizu Fujitsu Semiconductor, offers both 150 mm wafer foundry services and 150 mm and 200 mm wafer test services. It provides low volume high-mix support, while Tera Probe offers a low-cost test service .

For many years, the Fujitsu Semiconductor Group has used the company for wafer test outsourcing. Now, Aizu Fujitsu Semiconductor has agreed to enter into a jv.

The new company will take control of Aizu Fujitsu Semiconductor Wafer Solution’s wafer test business, with Tera Probe acquiring shares in the new company (an equity ratio of 65% for Aizu Fujitsu Semiconductor, 35% for Tera Probe).

david manners

Fujitsu Semi and Tera probe form wafer test jv.

Fujitsu Semiconductor and Tera Probe have formed a jv for the wafer test business called Aizu Fujitsu Semiconductor Probe.Fujitsu Infografik

Aizu Fujitsu Semiconductor Wafer Solution, a subsidiary of Aizu Fujitsu Semiconductor, offers both 150 mm wafer foundry services and 150 mm and 200 mm wafer test services. It provides low volume high-mix support, while Tera Probe offers a low-cost test service .

For many years, the Fujitsu Semiconductor Group has used Tera Probe for wafer test outsourcing. Now, Aizu Fujitsu Semiconductor and Tera Probe have agreed to enter into a jv.

The new company will take control of Aizu Fujitsu Semiconductor Wafer Solution’s wafer test business, with Tera Probe acquiring shares in the new company (an equity ratio of 65% for Aizu Fujitsu Semiconductor, 35% for Tera Probe).

david manners