Researchers at GA Tech Research Institute (GTRI) are developing a novel heat-transfer material for powerful radar systems with a goal of removing heat up to 100 times more effectively than present materials. The novel material is a composite of diamond and copper that is trying to achieve thermal conductivity of up to 20,000 watts per meter K compared to 200-300 watts per meter K for copper. This would be achieved by using a materials systems approach that would also include liquid cooling. The project is funded by DARPA targeting high power T/R module packages. For more details, read the full article linked above.
Thursday, August 6, 2009
"Cool" New Material for Power Electronics
Researchers at GA Tech Research Institute (GTRI) are developing a novel heat-transfer material for powerful radar systems with a goal of removing heat up to 100 times more effectively than present materials. The novel material is a composite of diamond and copper that is trying to achieve thermal conductivity of up to 20,000 watts per meter K compared to 200-300 watts per meter K for copper. This would be achieved by using a materials systems approach that would also include liquid cooling. The project is funded by DARPA targeting high power T/R module packages. For more details, read the full article linked above.
Tuesday, August 4, 2009
Satellite Sector is Growing
Euroconsult recently announced that growth in the fixed satellite market has remained strong despite the adverse economic environment. According to Euroconsult’s soon-to-be-released report, the fixed satellite sector grew in terms of both transponder demand (+9%) and overall revenues (+10.7%) representing a peak in the current decade. Digital entertainment and emerging digital markets remain the primary growth drivers, with corporate networks, military communications and broadband access uptake also contributing to growth.
According to the report growth in transponder demand remained particularly strong in emerging satellite markets, which include Latin America, Africa, Central Europe and large parts of Asia. These regional markets represented 53% of capacity usage worldwide in 2008, and 71% of the net increase in capacity leased last year. Most of these are young, fast-growing digital television markets and still have heavy needs for telecom traffic carriage using satellites as a backbone for fixed and mobile traffic in areas not covered by terrestrial networks.
The consumer broadband-access-by-satellite market reached over 1.2 million subscribers (+30%) last year. Growth was primarily in the US, followed by Asia and was due to the availability of dedicated broadband service (“BBS”) satellites. In the US, two market players, WildBlue and Hughes, are locked in intense competition and driving market growth. In Asia, IPSTAR, traditionally based in Australia and Thailand, is pushing hard to penetrate new Asian countries.
The shape of the broadband satellite market is expected to change significantly in the next three years. New BBS payload projects in Ka-band have begun to flourish, and new systems with much larger capacity are expected to be operational in North America, Europe, the Middle East and North Africa by 2011. Beyond consumer access, those systems are expected to be increasingly used to serve the enterprise as well as potentially other market segments.
Prospects are strong for the broadband satellite market with up to 10.5 million subscribers worldwide by 2018. However, a number of challenges will need to be addressed. Beyond technical aspects and regulation, the ability to build strong distribution networks in fragmented markets such as Europe will be a key to guaranteeing the success of satellite solutions.
Euroconsult expects the global market value of capacity used for the traditional FSS market to reach around $13.4 billion in 2018, or $16.8 billion including wholesale revenues from emerging BBS systems dedicated to satellite consumer broadband access. Industry consolidation, which will continue, will be offset by the emergence of new regional satellite systems backed by either private or public investors.
The Microwave Journal's cover story for the August issue featuring Satellite and mmWave editorial coverage will talk about the capacity crunch in the military SatCom market. It will examine the issues and trends in military SatCom including various programs the government is working on to address the problems with capacity.
According to the report growth in transponder demand remained particularly strong in emerging satellite markets, which include Latin America, Africa, Central Europe and large parts of Asia. These regional markets represented 53% of capacity usage worldwide in 2008, and 71% of the net increase in capacity leased last year. Most of these are young, fast-growing digital television markets and still have heavy needs for telecom traffic carriage using satellites as a backbone for fixed and mobile traffic in areas not covered by terrestrial networks.
The consumer broadband-access-by-satellite market reached over 1.2 million subscribers (+30%) last year. Growth was primarily in the US, followed by Asia and was due to the availability of dedicated broadband service (“BBS”) satellites. In the US, two market players, WildBlue and Hughes, are locked in intense competition and driving market growth. In Asia, IPSTAR, traditionally based in Australia and Thailand, is pushing hard to penetrate new Asian countries.
The shape of the broadband satellite market is expected to change significantly in the next three years. New BBS payload projects in Ka-band have begun to flourish, and new systems with much larger capacity are expected to be operational in North America, Europe, the Middle East and North Africa by 2011. Beyond consumer access, those systems are expected to be increasingly used to serve the enterprise as well as potentially other market segments.
Prospects are strong for the broadband satellite market with up to 10.5 million subscribers worldwide by 2018. However, a number of challenges will need to be addressed. Beyond technical aspects and regulation, the ability to build strong distribution networks in fragmented markets such as Europe will be a key to guaranteeing the success of satellite solutions.
Euroconsult expects the global market value of capacity used for the traditional FSS market to reach around $13.4 billion in 2018, or $16.8 billion including wholesale revenues from emerging BBS systems dedicated to satellite consumer broadband access. Industry consolidation, which will continue, will be offset by the emergence of new regional satellite systems backed by either private or public investors.
The Microwave Journal's cover story for the August issue featuring Satellite and mmWave editorial coverage will talk about the capacity crunch in the military SatCom market. It will examine the issues and trends in military SatCom including various programs the government is working on to address the problems with capacity.
Tuesday, July 28, 2009
What Ever Happened to Radio Interoperability???
After the 9/11 disaster, the government allocated significant funding for homeland security with a large amount allocated toward interoperable communications. It seemed like it took a a year or two but a good amount of the money eventually became available. Most critical communications companies offer interoperable solutions from simple patches to full IP-based systems. But I have not heard of any significant progress in deploying these systems especially at the federal level where solutions could offer interoperability nation wide. What ever happened to our priorities here?
New York was suppose to roll out a state wide system being supplied by M/A-COM (recently purchased by Harris Corp) but differences between the two parties seemed to have put this system on hold indefinitely. This would have been a step in the right direction in getting a very large state-wide system up and certainly the most critical location after 9/11. PA is using this type of system but they are one of the few.
Last month, the Air Force awarded Northrop Grumman a $280-million contract to install a range of electronic systems on various platforms which collectively are known as Battlefield Airborne Communications Node, or BACN (nicknamed “bacon”). BACN is an airborne communications relay that extends communications ranges, bridges between radio frequencies, and “translates” among incompatible communications systems. This could be the start of truly interoperable communications as it is a “universal translator” for the vast array of drones, jets and ground forces deployed by the U.S. and its allies. It is an IP-based communications system so it is able to translate any type of signal so different types of radios can talk directly with each other.
Using BACN, it would be possible for a soldier on the ground under attack could use a civilian cell phone to speak directly to a fighter pilot about their situation. BACN supports seamless movement of audio, video and data with support for waveforms that include SINCGARS, DAMA, EPLRS, SADL, Link 16, and IP-based networking connectivity using TTN, TCDL technology, CLIP, and 802.11b.
These types of solutions exist for first responders but there seems to be a lack of deployment of these systems even after making it a national priority. You here of incidents where counties or cities right next to each other cannot communicate directly and critical information is lost. Maybe this is another big issue the new administration can take up and "push" through the barriers that have impeded progress here. What do you think?
New York was suppose to roll out a state wide system being supplied by M/A-COM (recently purchased by Harris Corp) but differences between the two parties seemed to have put this system on hold indefinitely. This would have been a step in the right direction in getting a very large state-wide system up and certainly the most critical location after 9/11. PA is using this type of system but they are one of the few.
Last month, the Air Force awarded Northrop Grumman a $280-million contract to install a range of electronic systems on various platforms which collectively are known as Battlefield Airborne Communications Node, or BACN (nicknamed “bacon”). BACN is an airborne communications relay that extends communications ranges, bridges between radio frequencies, and “translates” among incompatible communications systems. This could be the start of truly interoperable communications as it is a “universal translator” for the vast array of drones, jets and ground forces deployed by the U.S. and its allies. It is an IP-based communications system so it is able to translate any type of signal so different types of radios can talk directly with each other.
Using BACN, it would be possible for a soldier on the ground under attack could use a civilian cell phone to speak directly to a fighter pilot about their situation. BACN supports seamless movement of audio, video and data with support for waveforms that include SINCGARS, DAMA, EPLRS, SADL, Link 16, and IP-based networking connectivity using TTN, TCDL technology, CLIP, and 802.11b.
These types of solutions exist for first responders but there seems to be a lack of deployment of these systems even after making it a national priority. You here of incidents where counties or cities right next to each other cannot communicate directly and critical information is lost. Maybe this is another big issue the new administration can take up and "push" through the barriers that have impeded progress here. What do you think?
Tuesday, July 21, 2009
40 Years Later: Moon Communications Questioned in Blogsphere
In honor of the 40th anniversary of Neil Armstrong's first walk on the moon, I thought I would find a little microwave trivia from the Apollo 11 mission. My search produced the following exchange from an online forum (www.2012forum.com). I thought it was worth sharing with all of you. Enjoy!
"I have a MA in Communications/Computer Engineering.(IBM Veteran Engineer/Inventor) One thing that I have always questioned in the Moon landings was:In communications there is a thing called Attenuation, weakened signals even when used in radio waves. When an average radio wave travels here on earth, there are many even thousands of Transponders(Amplifiers) that take that signal and amplify it, otherwise the signal is lost.. When you make a call to say Europe, you will get that very same attenuation and delay of about 1-2 seconds, if you have a good connection there may be a one second lag. How was it possible to hear voice, data, and video and greater than 3GSpeed when that technology was not even present in Early 1969 - 1974. Microwave Communications was present but how is a signal amplified from the Moon in full duplex back to Earth without amplification? This is impossible without a Microwave Tower/ Transponder on the Moon! It is well known the the Moon Capsules had the basic computing/ and processing power of a modern day microwave oven. A Modern Automobile has more computing power than the lunar module itself (Google space capsule computing); so how was it possible to receive in Real Time, Voice, Data & Video from (221,600 miles) and greater than 3GSpeeds from a distant at perigee and 406,997 kilometers, WITHOUT AMPLICATION - IT IS IMPOSSIBLE! This from of Communication Technology Did not exsist in 1969-1974, Even if it did exsist, there would have to be an array of Towers on the Moon and Transponders in the line of the path to receive these signals. Per Every 1000 Mi a basic radio signal will need amplification by way of a Microwave, Transponder Tower and or Satellite Amplification. There are absolutely NO Satellites orbiting the Moon, as any modern Communications Engineers will tell you, unless they are gullible and want to believe just in the name of being a Patriot for a lie. Again it is impossible to have Voice, Video & Data at Real Time with less than 1 Second Delay as many NASA VIDEOS PORTRAY from a distance of 221,600 miles (what they claimed to use on ALL NASA MOON MISSIONS) these supposed Voice, Data & Video signals would not reach the Moon target for Weeks and even Months Without Proper Amplification. Lets get real here...My 2 Cents,"
by Artemeus
This conspiracy theory and explanation of microwave communication systems was countered with the following response:
"The attenuation might be a problem but it is vacuum between Earth & Moon - many of the reasons for attenuation on Earth don't exist. The Moon doesn't have a magnetic field so the siganl would leave there pretty much at original strength. It has only the can Allen belts & about 100kms of atmosphere to travel.
There's no reason the signal would take 'Weeks and even Months' or even days - there is no difference between a strong signal or a weak one in speed. The signal would take 221,600/186,282 (if I recall my school day SoL figure) seconds each way, no matter how strong it was.
The delay you experience in Earth transmission of phones has to do with the equipment processing going on - the signal gets picked up & resent several times on it's journey to the receiver & at several points the header has to be read to decide where it is going. There's also contention - it is a packet system so the receiver has to wait for packets to arrive to before being able to reassemble them into coherent speech.
Radio is not like that at all - it is an analogue system & travels across the line of sight in fractions of a second. It also bounces off layers in the atmosphere, which is one of the reasons amateur radio guys are so pissed about the Sun right now - no sunspots means some of their transmissions simply don't work. While signal strength might be a factor, I don't think the transmitter on the lander would have too much trouble boosting a signal to either the orbiter (does anyone know if we lost signal when the orbiter went behind the moon?) or Earth. Given the vacuum we're talking the equivalent of sending a signal about maybe 300 miles as far as signal loss goes."
by Acolyte
I read a statistic that 6% of the population believes the moon landing was a hoax. Anyone else want to shed light on the science at work here?
Oh and here's that story on the microwave transmission of the landing:
It was 1969, and a moment by which humanity would come to measure itself flickered from a wall of monitors before Bruce Ekert’s eyes.
As Neil Armstrong stepped from the lunar module Bruce, 23, prayed that the signal beaming the pictures to earth wouldn’t fail. It was his job, at the Honeysuckle Creek transmission station near Canberra, to make sure it didn’t.
“We were told not to touch anything,” he said, “unless it stopped working. Sort of an ‘if it ain’t broke, don’t fix it’ approach. So we sat there drinking tea, just hoping nothing would go wrong.”
Now Bruce, his face filled with computer glare, is scrolling through a web page in his Forster flat.
“There he is,” he says, swivelling in his seat. On the screen is a black-and-white photo of a man in thick glasses glued to a monitor.
“That’s the moment the first person on Earth saw pictures of the landing. His name’s Ed von Renouard.”
Bruce, a couple of rooms across, absorbed the same vision a split-second later. Doesn’t it follow, then, that he was among the first dozen or so witnesses of the moon landing?
“Yeah, I would’ve been in about the first 20,” he says.
Monday is the 40th anniversary of the day Armstrong and Apollo 11 crewmates Buzz Aldrin and Michael Collins became the most famous men on Earth.
NASA had decided at the last minute it would be worth the cost of sending cameras to capture it, and more than six hundred million huddled around TVs and radios to hear the first words crackle from another world.
Armstrong’s “One small step for a man, one giant leap for mankind” was scripted. Aldrin’s description of “Magnificent desolation” was his own.
But, days earlier, NASA hit a snag.
“They realised that, at the time of the landing, the moon would be on our side of the Earth,” Bruce says.
“America would be out of communications. So they looked for tracking stations that could pick it up. There was one at Parkes, and one at Honeysuckle.”
It’s worth noting that the Parkes station, romanticised in Rob Sitch’s comedy The Dish, was never actually the sole link to the mission. There was always additional contact through Honeysuckle and Goldstone, California. But Parkes was in a position, at one point, to provide the best signal, thus briefly becoming the focal point of the broadcast.
Bruce and three other technicians had set up a microwave link between Honeysuckle, the Apollo 11 spacecraft and mission control.
It would be wrong to say a failure of Bruce’s monitors would’ve been a complete disaster. There was a backup connection. But it would have been one giant leap toward losing the telecast.
“When Honeysuckle was chosen as one of the transmission stations, it had pretty old infrastructure. Even for the time,” he says.
“It was old valve equipment, not the new transistors. It could fail anytime. It could get hot and” - Bruce clicks his fingers - “just die.”
As the pictures beamed through, neither Bruce nor his workmates spoke of making history, or watching it unfold.
“There was a cheer when it happened, but more of that feeling came later when we watched the news reports,” he says.
“We didn’t see the celebrations happening like everyone else. And we didn’t know all the children had been given time off school to watch the landing.”
With a 40th anniversary reunion – “I haven’t seen some of those people since 1969” – coming up, Bruce wants more credit for the Australians who brought the moment into living rooms and moved Walter Cronkite to tears.
“There were about 100 Australians behind the scenes, and we worked as hard as anyone for very little recognition,” he says, looking out at the traffic below.
The giant dish that loomed over Honeysuckle and skimmed history’s most famous pictures across the globe is now at Tidbinbilla Deep Space Tracking Station, ACT. It’s about to be decommissioned.
Asked if he hopes the dish will be preserved, Bruce chuckles.
“It’s 26 metres across. You’d need a big museum,” he says. But then he folds his arms over his grey woollen jumper, and smiles faintly.
“But I used to think it was quite a sight, that enormous dish turning across the sky.”
"I have a MA in Communications/Computer Engineering.(IBM Veteran Engineer/Inventor) One thing that I have always questioned in the Moon landings was:In communications there is a thing called Attenuation, weakened signals even when used in radio waves. When an average radio wave travels here on earth, there are many even thousands of Transponders(Amplifiers) that take that signal and amplify it, otherwise the signal is lost.. When you make a call to say Europe, you will get that very same attenuation and delay of about 1-2 seconds, if you have a good connection there may be a one second lag. How was it possible to hear voice, data, and video and greater than 3GSpeed when that technology was not even present in Early 1969 - 1974. Microwave Communications was present but how is a signal amplified from the Moon in full duplex back to Earth without amplification? This is impossible without a Microwave Tower/ Transponder on the Moon! It is well known the the Moon Capsules had the basic computing/ and processing power of a modern day microwave oven. A Modern Automobile has more computing power than the lunar module itself (Google space capsule computing); so how was it possible to receive in Real Time, Voice, Data & Video from (221,600 miles) and greater than 3GSpeeds from a distant at perigee and 406,997 kilometers, WITHOUT AMPLICATION - IT IS IMPOSSIBLE! This from of Communication Technology Did not exsist in 1969-1974, Even if it did exsist, there would have to be an array of Towers on the Moon and Transponders in the line of the path to receive these signals. Per Every 1000 Mi a basic radio signal will need amplification by way of a Microwave, Transponder Tower and or Satellite Amplification. There are absolutely NO Satellites orbiting the Moon, as any modern Communications Engineers will tell you, unless they are gullible and want to believe just in the name of being a Patriot for a lie. Again it is impossible to have Voice, Video & Data at Real Time with less than 1 Second Delay as many NASA VIDEOS PORTRAY from a distance of 221,600 miles (what they claimed to use on ALL NASA MOON MISSIONS) these supposed Voice, Data & Video signals would not reach the Moon target for Weeks and even Months Without Proper Amplification. Lets get real here...My 2 Cents,"
by Artemeus
This conspiracy theory and explanation of microwave communication systems was countered with the following response:
"The attenuation might be a problem but it is vacuum between Earth & Moon - many of the reasons for attenuation on Earth don't exist. The Moon doesn't have a magnetic field so the siganl would leave there pretty much at original strength. It has only the can Allen belts & about 100kms of atmosphere to travel.
There's no reason the signal would take 'Weeks and even Months' or even days - there is no difference between a strong signal or a weak one in speed. The signal would take 221,600/186,282 (if I recall my school day SoL figure) seconds each way, no matter how strong it was.
The delay you experience in Earth transmission of phones has to do with the equipment processing going on - the signal gets picked up & resent several times on it's journey to the receiver & at several points the header has to be read to decide where it is going. There's also contention - it is a packet system so the receiver has to wait for packets to arrive to before being able to reassemble them into coherent speech.
Radio is not like that at all - it is an analogue system & travels across the line of sight in fractions of a second. It also bounces off layers in the atmosphere, which is one of the reasons amateur radio guys are so pissed about the Sun right now - no sunspots means some of their transmissions simply don't work. While signal strength might be a factor, I don't think the transmitter on the lander would have too much trouble boosting a signal to either the orbiter (does anyone know if we lost signal when the orbiter went behind the moon?) or Earth. Given the vacuum we're talking the equivalent of sending a signal about maybe 300 miles as far as signal loss goes."
by Acolyte
I read a statistic that 6% of the population believes the moon landing was a hoax. Anyone else want to shed light on the science at work here?
Oh and here's that story on the microwave transmission of the landing:
It was 1969, and a moment by which humanity would come to measure itself flickered from a wall of monitors before Bruce Ekert’s eyes.
As Neil Armstrong stepped from the lunar module Bruce, 23, prayed that the signal beaming the pictures to earth wouldn’t fail. It was his job, at the Honeysuckle Creek transmission station near Canberra, to make sure it didn’t.
“We were told not to touch anything,” he said, “unless it stopped working. Sort of an ‘if it ain’t broke, don’t fix it’ approach. So we sat there drinking tea, just hoping nothing would go wrong.”
Now Bruce, his face filled with computer glare, is scrolling through a web page in his Forster flat.
“There he is,” he says, swivelling in his seat. On the screen is a black-and-white photo of a man in thick glasses glued to a monitor.
“That’s the moment the first person on Earth saw pictures of the landing. His name’s Ed von Renouard.”
Bruce, a couple of rooms across, absorbed the same vision a split-second later. Doesn’t it follow, then, that he was among the first dozen or so witnesses of the moon landing?
“Yeah, I would’ve been in about the first 20,” he says.
Monday is the 40th anniversary of the day Armstrong and Apollo 11 crewmates Buzz Aldrin and Michael Collins became the most famous men on Earth.
NASA had decided at the last minute it would be worth the cost of sending cameras to capture it, and more than six hundred million huddled around TVs and radios to hear the first words crackle from another world.
Armstrong’s “One small step for a man, one giant leap for mankind” was scripted. Aldrin’s description of “Magnificent desolation” was his own.
But, days earlier, NASA hit a snag.
“They realised that, at the time of the landing, the moon would be on our side of the Earth,” Bruce says.
“America would be out of communications. So they looked for tracking stations that could pick it up. There was one at Parkes, and one at Honeysuckle.”
It’s worth noting that the Parkes station, romanticised in Rob Sitch’s comedy The Dish, was never actually the sole link to the mission. There was always additional contact through Honeysuckle and Goldstone, California. But Parkes was in a position, at one point, to provide the best signal, thus briefly becoming the focal point of the broadcast.
Bruce and three other technicians had set up a microwave link between Honeysuckle, the Apollo 11 spacecraft and mission control.
It would be wrong to say a failure of Bruce’s monitors would’ve been a complete disaster. There was a backup connection. But it would have been one giant leap toward losing the telecast.
“When Honeysuckle was chosen as one of the transmission stations, it had pretty old infrastructure. Even for the time,” he says.
“It was old valve equipment, not the new transistors. It could fail anytime. It could get hot and” - Bruce clicks his fingers - “just die.”
As the pictures beamed through, neither Bruce nor his workmates spoke of making history, or watching it unfold.
“There was a cheer when it happened, but more of that feeling came later when we watched the news reports,” he says.
“We didn’t see the celebrations happening like everyone else. And we didn’t know all the children had been given time off school to watch the landing.”
With a 40th anniversary reunion – “I haven’t seen some of those people since 1969” – coming up, Bruce wants more credit for the Australians who brought the moment into living rooms and moved Walter Cronkite to tears.
“There were about 100 Australians behind the scenes, and we worked as hard as anyone for very little recognition,” he says, looking out at the traffic below.
The giant dish that loomed over Honeysuckle and skimmed history’s most famous pictures across the globe is now at Tidbinbilla Deep Space Tracking Station, ACT. It’s about to be decommissioned.
Asked if he hopes the dish will be preserved, Bruce chuckles.
“It’s 26 metres across. You’d need a big museum,” he says. But then he folds his arms over his grey woollen jumper, and smiles faintly.
“But I used to think it was quite a sight, that enormous dish turning across the sky.”
Friday, July 17, 2009
RFID Positioned for Growth
There were a couple of significant RFID news items this week. The first was a report indicating that the global radio-frequency identification (RFID) market is growing despite the fact that the world’s largest RFID project - the $6-billion China National ID card scheme - was completed a year earlier. According to IDTechEx, the global RFID market is rising 5 percent this year to $5.56 billion. Most of the action has been in the US, where the largest orders continue to be placed, as well as in the UK, China, and Japan.
The second was a contract for Micronetics who announced that it has received an order in excess of $750K for initial beta testing with a major retailer for its forklift mounted radio frequency identification (RFID) antenna sensor system. The forklift sensor system has recently completed a successful pre-production test phase, and will now begin beta testing with deployments over the next several months. These beta test sites represent approximately 7 percent of the retailer’s total locations. This order is a portion of a purchase agreement containing an option for full scale production roll-out upon successful completion of this phase.
We plan to cover location based technologies in one of our issues later in the year. With the addition of other location technologies such as WiFi, GPS and local positioning systems, this segment should be well position for long term growth. I think the companies that can integrate these technologies seamlessly and offer complete solutions will have a leg up on the competition. What new developments have you seen in this market???
The second was a contract for Micronetics who announced that it has received an order in excess of $750K for initial beta testing with a major retailer for its forklift mounted radio frequency identification (RFID) antenna sensor system. The forklift sensor system has recently completed a successful pre-production test phase, and will now begin beta testing with deployments over the next several months. These beta test sites represent approximately 7 percent of the retailer’s total locations. This order is a portion of a purchase agreement containing an option for full scale production roll-out upon successful completion of this phase.
We plan to cover location based technologies in one of our issues later in the year. With the addition of other location technologies such as WiFi, GPS and local positioning systems, this segment should be well position for long term growth. I think the companies that can integrate these technologies seamlessly and offer complete solutions will have a leg up on the competition. What new developments have you seen in this market???
Wednesday, July 15, 2009
The Creative Mind: Engineers, Scientists and Music
I'm sitting in a meeting when, looking down at my notepad, I noticed that I had jotted the name of "Tesla" on it some time ago. I forgot why I had to remind myself about Tesla when I last used this pad of paper, but seeing the word made me think of this truly aweful song from the 1980's called "Tesla Girls", which got me thinking about songs with titles that would be relevent to engineers. Not able to let a good mind contest go unchallenged, I began to list any song that referred to engineering or science. This brief distraction gave me something to ponder as the meeting wound down and by the time I was ready to put away my pen and pad, I had produced 4 or 5 titles. Not wanting to keep this game to myself, I shared the challenge with my co-workers and now with you. My co-workers immediately doubled the size of my list.
Is there some connection between the musical arts and engineering?
A quick google search on "engineers and music" yielded an article from the University of Wisconsin "Engineering students find harmony between music and math". According to the article most of the students in the UW-Madison marching band are not music majors. "In fact, engineers constitute nearly one-fifth of the 330-member band, and the skills they display on the field carry over to the engineering campus, just beyond the stadium. "
There is at least one engineer in every instrument section. “The engineers I work with are always very bright, and they are often very athletic,” says Band Director Michael Leckrone. “These kids have a great work ethic, and they want what they do for recreation to be something meaningful.”
hmmmm...
harmony... harmonic balance? and music. what would this produce via an internet search. Well it's on youtube of course. Harmonic Balance, the song. http://www.youtube.com/watch?v=JWEnK12Yeis
Now engineers making music is quite different from songs with engineering themes in the title, but I thought tying the two together might ligitimize the odd journey my wandering mind had taken. Probably not. Anyway, if you find your mind adrift in a meeting, try taking this musical trivia challenge and let us know what you come up with.
Here's our list so far.
1. Tesla Girls by OMD http://www.youtube.com/watch?v=PaAr60zmyik
2. Make a Circuit with me by Polecats http://www.youtube.com/watch?v=GA4foTap-WQ
(note: this one has the most references to actual electronics)
3. Electric Avenue by Eddie Grant http://www.youtube.com/watch?v=UA5MtAmT24g
4. Weird Scince by Oingo Boino http://www.youtube.com/watch?v=9_tVZFZ5PR4
5. She blinded me with science by Thomas Dolby http://www.youtube.com/watch?v=V83JR2IoI8k&feature=fvst
6. What's the Frequency Kenneth by REM http://www.youtube.com/watch?v=Wtxz4yV_-3g
7. Electric Boogie by Marcia Griffiths & Fatal Attraction http://www.youtube.com/watch?v=3d48M8Njhnk
8. Radio Radio by Elvis Costello http://www.youtube.com/watch?v=3j7JFP6ZOCI&feature=fvw
9. Mexican Radio by Wall of Voodoo http://www.youtube.com/watch?v=YdpllAHo0ng
10. Radio Waves by Eli Young Band http://www.youtube.com/watch?v=D1_fawYy-48
11. The Microwave Song by The Softlightes http://www.youtube.com/watch?v=WPNZkAgc2mQ
with Thanks to Pat Hindle and Barb Walsh
Is there some connection between the musical arts and engineering?
A quick google search on "engineers and music" yielded an article from the University of Wisconsin "Engineering students find harmony between music and math". According to the article most of the students in the UW-Madison marching band are not music majors. "In fact, engineers constitute nearly one-fifth of the 330-member band, and the skills they display on the field carry over to the engineering campus, just beyond the stadium. "
There is at least one engineer in every instrument section. “The engineers I work with are always very bright, and they are often very athletic,” says Band Director Michael Leckrone. “These kids have a great work ethic, and they want what they do for recreation to be something meaningful.”
hmmmm...
harmony... harmonic balance? and music. what would this produce via an internet search. Well it's on youtube of course. Harmonic Balance, the song. http://www.youtube.com/watch?v=JWEnK12Yeis
Now engineers making music is quite different from songs with engineering themes in the title, but I thought tying the two together might ligitimize the odd journey my wandering mind had taken. Probably not. Anyway, if you find your mind adrift in a meeting, try taking this musical trivia challenge and let us know what you come up with.
Here's our list so far.
1. Tesla Girls by OMD http://www.youtube.com/watch?v=PaAr60zmyik
2. Make a Circuit with me by Polecats http://www.youtube.com/watch?v=GA4foTap-WQ
(note: this one has the most references to actual electronics)
3. Electric Avenue by Eddie Grant http://www.youtube.com/watch?v=UA5MtAmT24g
4. Weird Scince by Oingo Boino http://www.youtube.com/watch?v=9_tVZFZ5PR4
5. She blinded me with science by Thomas Dolby http://www.youtube.com/watch?v=V83JR2IoI8k&feature=fvst
6. What's the Frequency Kenneth by REM http://www.youtube.com/watch?v=Wtxz4yV_-3g
7. Electric Boogie by Marcia Griffiths & Fatal Attraction http://www.youtube.com/watch?v=3d48M8Njhnk
8. Radio Radio by Elvis Costello http://www.youtube.com/watch?v=3j7JFP6ZOCI&feature=fvw
9. Mexican Radio by Wall of Voodoo http://www.youtube.com/watch?v=YdpllAHo0ng
10. Radio Waves by Eli Young Band http://www.youtube.com/watch?v=D1_fawYy-48
11. The Microwave Song by The Softlightes http://www.youtube.com/watch?v=WPNZkAgc2mQ
with Thanks to Pat Hindle and Barb Walsh
Monday, July 6, 2009
Skyworks Passes RFMD in Market Share
I was a little surprised by this report that has Skyworks surpassing RFMD in market share but Strategy Analytics announced that Skyworks has managed to gain the number one position for cellphone PAs according to their research. The rapid growth of handsets has pushed the PA market to $2 billion per year with Skyworks and RFMD relying on the majority of their revenues from this market despite diversification efforts. Both firms and their competitors have invested heavily in new PA products and technologies to meet the demands of the cellphone OEMs for ever more bands, higher data rates, higher efficiency and lower PA prices.
Christopher Taylor, Director of the RF and Wireless Components, commented, "The transition from the frenetic demand in the first half of 2008 to a severely depressed Q4 caught many PA suppliers off guard. PAs for mid-priced handsets took the brunt of the slump, and so suppliers with high share in PAs for low-cost handsets and PAs for higher-end 3G handsets fared better than suppliers with broad portfolios at all price and performance points. Both Skyworks and RFMD ended the year with close to one-third of the market, but Skyworks edged slightly ahead of RFMD."
Compound semiconductor-based PAs will continue as the enabling technology for the high-growth 3G and emerging 4G markets according to Strategy Analytics. However, silicon-based PAs have started to gain traction in low-cost handsets, as evidenced by the recent acquisition of CMOS PA supplier Axiom Micro Devices by Skyworks. This acquisition should help Skyworks compete in this market so they appear to be positioned well for the near future.
Christopher Taylor, Director of the RF and Wireless Components, commented, "The transition from the frenetic demand in the first half of 2008 to a severely depressed Q4 caught many PA suppliers off guard. PAs for mid-priced handsets took the brunt of the slump, and so suppliers with high share in PAs for low-cost handsets and PAs for higher-end 3G handsets fared better than suppliers with broad portfolios at all price and performance points. Both Skyworks and RFMD ended the year with close to one-third of the market, but Skyworks edged slightly ahead of RFMD."
Compound semiconductor-based PAs will continue as the enabling technology for the high-growth 3G and emerging 4G markets according to Strategy Analytics. However, silicon-based PAs have started to gain traction in low-cost handsets, as evidenced by the recent acquisition of CMOS PA supplier Axiom Micro Devices by Skyworks. This acquisition should help Skyworks compete in this market so they appear to be positioned well for the near future.
News from the Near Field Communication (NFC) Forum
The NFC Forum is a non-profit industry association just outside of Boston that advances the use of Near Field Communication (NFC) technology. In early June the association introduced its target mark, a stylized letter "N" that enables consumers to easily locate embedded NFC tags.
The N-Mark indicates the spot where an NFC device can read an NFC tag to establish a connection. By holding an NFC-enabled device close to the N-Mark, consumers can "pick up" information stored on NFC tags embedded in everyday objects such as posters, bus stop signs, parking permits, street signs, medicines, magazine pages and food packaging.
Applications for NFC tags span a wide range of industries, including public transit, retail and healthcare. Examples include: downloading transit schedules, maps, film trailers, retail coupons, and cooking recipes from smart posters; ordering taxi service or meals via embedded tags on signs and menus; signing up for SMS retail offers at store displays; obtaining detailed prescription information or verifying drug authenticity by reading tags on prescription bottles; and many more. Consumers can perform all of these actions simply by touching an NFC-enabled device, such as a mobile phone, to the N-Mark.
"The ability to read information stored on embedded tags is one of NFC's essential capabilities, which also include enabling contactless payments and file transfers between devices," said Koichi Tagawa, chairman of the NFC Forum. "Because it marks the opening of a new world of information to consumers, the launch of the NFC Forum N-Mark is a key milestone in the global commercialization and promotion of NFC technology."
NFC tags are small, inexpensive and already available for purchase from commercial tag manufacturers, many of which are NFC Forum members. The tags can be applied easily to many surfaces, including posters, signs, business cards, magazines and product labels. NFC tags can be applied, for example, by business owners, advertising agencies, tag makers or media developers.
All tags must be readable by NFC-enabled devices implementing NFC Forum Types 1-4 Tag Operation Specifications. All applications must be compliant with the NFC Data Exchange Format (NDEF) Technical Specification. To further support tag usage and deployment, the NFC Forum has created Record Type Definition (RTD) Technical Specifications for applications that include text, URI, and/or smart poster record types. These specifications are available for download free of charge from the NFC Forum website: http://www.nfc-forum.org/specs. Organizations may also create their own RTDs for other record types, as long as they conform to the RTD structure defined by the NFC RTD Technical Specification.
The N-Mark indicates the spot where an NFC device can read an NFC tag to establish a connection. By holding an NFC-enabled device close to the N-Mark, consumers can "pick up" information stored on NFC tags embedded in everyday objects such as posters, bus stop signs, parking permits, street signs, medicines, magazine pages and food packaging.
Applications for NFC tags span a wide range of industries, including public transit, retail and healthcare. Examples include: downloading transit schedules, maps, film trailers, retail coupons, and cooking recipes from smart posters; ordering taxi service or meals via embedded tags on signs and menus; signing up for SMS retail offers at store displays; obtaining detailed prescription information or verifying drug authenticity by reading tags on prescription bottles; and many more. Consumers can perform all of these actions simply by touching an NFC-enabled device, such as a mobile phone, to the N-Mark.
"The ability to read information stored on embedded tags is one of NFC's essential capabilities, which also include enabling contactless payments and file transfers between devices," said Koichi Tagawa, chairman of the NFC Forum. "Because it marks the opening of a new world of information to consumers, the launch of the NFC Forum N-Mark is a key milestone in the global commercialization and promotion of NFC technology."
NFC tags are small, inexpensive and already available for purchase from commercial tag manufacturers, many of which are NFC Forum members. The tags can be applied easily to many surfaces, including posters, signs, business cards, magazines and product labels. NFC tags can be applied, for example, by business owners, advertising agencies, tag makers or media developers.
All tags must be readable by NFC-enabled devices implementing NFC Forum Types 1-4 Tag Operation Specifications. All applications must be compliant with the NFC Data Exchange Format (NDEF) Technical Specification. To further support tag usage and deployment, the NFC Forum has created Record Type Definition (RTD) Technical Specifications for applications that include text, URI, and/or smart poster record types. These specifications are available for download free of charge from the NFC Forum website: http://www.nfc-forum.org/specs. Organizations may also create their own RTDs for other record types, as long as they conform to the RTD structure defined by the NFC RTD Technical Specification.
Tuesday, June 30, 2009
Remembering "The Dark Side"
Years ago, when I was starting my engineering career (at just about the same time as the HP8510 (automatic) Network Analyzer), I worked for M/A-Com's corporate research. My mentor would jot down some ideas he wanted me to pursue, provide a little scientific guidance and then send me to the lab to experiment. Around this time, a lot of research centered around Gallium Arsenide. Distributed circuit designs that had been applied to PCBs and alumina were being adopted for MMIC interconnects and on-chip passive components. Much of my time was spent using the available design software (SuperCompact or Touchstone) and 8510 to design and test matching, bias and coupling structures scaled for use on GaAs. The job was about science and discovery and it was fun. Who would want to do anything other than research? To do anything else was considered The Dark Side.
At a time when government funding supported the R&D efforts I was involved with, even the idea of working in production was considered moving over to the The Dark Side. High volume testing - where's the science in that? I was not alone in this thinking. Does such "purists" thinking still exist today?
As time went by, I was introduced to another specimen in the corporate food chain. This one talked much faster (and louder) and often dressed differently than the "pure" engineers I worked with. I soon found out that this individual was in product marketing. At one point this marketer had been an engineer, but was led astray, over to The Dark Side.
Eventually I made this journey myself. In product marketing, I was almost immediately surrounded by an even faster and louder talking group of individuals. These people were in sales and as I was informed by my colleagues - these were individuals that had truly crossed over to The Dark Side. Some had even been engineers at one point, if you can imagine that fall from grace !!!
I have not crossed the chasm into sales yet, but I have discovered that salespeople are not evil (for the most part) . Like the research or production engineer or the marketeer, they play a vital role in corporate life and the organization's struggle for survival. Our differences are not so great. In fact, I've heard some of them even bemoan another Dark Side - otherwise known as management.
So do we still live in an environment of mistrust over a Dark Side? Be warned, it may be your eventual career path. Like that hair style you had back in the early 90's, perceptions often become dated with time.
At a time when government funding supported the R&D efforts I was involved with, even the idea of working in production was considered moving over to the The Dark Side. High volume testing - where's the science in that? I was not alone in this thinking. Does such "purists" thinking still exist today?
As time went by, I was introduced to another specimen in the corporate food chain. This one talked much faster (and louder) and often dressed differently than the "pure" engineers I worked with. I soon found out that this individual was in product marketing. At one point this marketer had been an engineer, but was led astray, over to The Dark Side.
Eventually I made this journey myself. In product marketing, I was almost immediately surrounded by an even faster and louder talking group of individuals. These people were in sales and as I was informed by my colleagues - these were individuals that had truly crossed over to The Dark Side. Some had even been engineers at one point, if you can imagine that fall from grace !!!
I have not crossed the chasm into sales yet, but I have discovered that salespeople are not evil (for the most part) . Like the research or production engineer or the marketeer, they play a vital role in corporate life and the organization's struggle for survival. Our differences are not so great. In fact, I've heard some of them even bemoan another Dark Side - otherwise known as management.
So do we still live in an environment of mistrust over a Dark Side? Be warned, it may be your eventual career path. Like that hair style you had back in the early 90's, perceptions often become dated with time.
Friday, June 26, 2009
Computers Make Us Stupid?
I recently received this from our Jan 09 antenna expert Dr. Raines and thought it was a relevant subject these days:
"Computers Make Us Stupid"
That was a key point, and a direct quote from Prof. Pat Winston of the Electrical Engineering Dept., made to over a thousand returning alums at the MIT reunion on June 6. Looking back over recent events, it certainly seems that this was not an idle, abstract, or rhetorical observation.
On Monday, in Washington, DC, the worst Metro commuter train crash in its 33 year history claimed 9 lives and caused many more serious injuries. The most recent evidence suggests that the train was being driven by an errant computer. When the operator tried to apply the emergency brakes and override the computer, the computer prevailed.
A few weeks ago, an Air France plane disappeared over the Atlantic en route from Rio to Paris. The latest theory is that an airspeed sensor iced over and confused the computer that was flying the plane. As an amateur, instrument rated pilot, I know firsthand that the Airbus aircraft are the fly by wire type, that is, almost entirely operated by computers. From the time the airplane taxis to the takeoff position until after it lands and is on the ground, it is controlled by a computer. A pilot in the cockpit once told me, "We aren't really pilots. We’re just computer jockeys."
Almost two years ago, the entire world banking system approached a complete meltdown from which we are still suffering. The best explanation so far is that derivatives caused it. Warren Buffet calls them “weapons of economic mass destruction.” Well, it wasn't just those derivatives. It was the derivatives coupled with computer controlled trading so that billions of dollars were exchanged in less than a second with each trade.
The evidence suggests that computers are making us stupid as a society. Conversely, perhaps, a dumbed down society is complacently giving up thinking and control to computers. We are turning over major functions and decisions to computers. But who programs the computers? Perhaps, as Forest Gump astutely observed, stupid is as stupid does.
I feel like this has been an ongoing issue since the first electronic calculator was developed. Many people do not bother to perform easy math calculations in their head because they know they can use a calculator.
But on the other hand, computers have greatly advanced our knowledge and standard of living. New hardware and software have accelerated our technology at a fast rate. Our July cover story addresses how RF/microwave software has changed the industry over the years so look for that in mid-July.
What do you think???
"Computers Make Us Stupid"
That was a key point, and a direct quote from Prof. Pat Winston of the Electrical Engineering Dept., made to over a thousand returning alums at the MIT reunion on June 6. Looking back over recent events, it certainly seems that this was not an idle, abstract, or rhetorical observation.
On Monday, in Washington, DC, the worst Metro commuter train crash in its 33 year history claimed 9 lives and caused many more serious injuries. The most recent evidence suggests that the train was being driven by an errant computer. When the operator tried to apply the emergency brakes and override the computer, the computer prevailed.
A few weeks ago, an Air France plane disappeared over the Atlantic en route from Rio to Paris. The latest theory is that an airspeed sensor iced over and confused the computer that was flying the plane. As an amateur, instrument rated pilot, I know firsthand that the Airbus aircraft are the fly by wire type, that is, almost entirely operated by computers. From the time the airplane taxis to the takeoff position until after it lands and is on the ground, it is controlled by a computer. A pilot in the cockpit once told me, "We aren't really pilots. We’re just computer jockeys."
Almost two years ago, the entire world banking system approached a complete meltdown from which we are still suffering. The best explanation so far is that derivatives caused it. Warren Buffet calls them “weapons of economic mass destruction.” Well, it wasn't just those derivatives. It was the derivatives coupled with computer controlled trading so that billions of dollars were exchanged in less than a second with each trade.
The evidence suggests that computers are making us stupid as a society. Conversely, perhaps, a dumbed down society is complacently giving up thinking and control to computers. We are turning over major functions and decisions to computers. But who programs the computers? Perhaps, as Forest Gump astutely observed, stupid is as stupid does.
I feel like this has been an ongoing issue since the first electronic calculator was developed. Many people do not bother to perform easy math calculations in their head because they know they can use a calculator.
But on the other hand, computers have greatly advanced our knowledge and standard of living. New hardware and software have accelerated our technology at a fast rate. Our July cover story addresses how RF/microwave software has changed the industry over the years so look for that in mid-July.
What do you think???
Wednesday, June 24, 2009
Reader's Choice
With coverage of the IMS 2009 behind us, now is a good time to take a quick look at what visitors to the Microwave Journal web site have been most interested in (based on page views).
Why now?
Well, the IMS is a time of heavy activity for both company product releases and a curious industry that wants to know who is doing what. So here's the quick run down of the ten most visited web pages since the third week of May.
1. The IMS 2009 Multimedia section. About 1600 "readers" came to see our video interviews shot from the exhibition space. We interviewed representatives from about a dozen companies, covering topics from EM simulation (Ansoft, Agilent and AWR) to miniature passive components (Anaren) to high-voltage LDMOS transistors (Frrescale). We heard about the Narda strongest link contest and why AWR had 3D glasses at their demo stations.
2. Over 1,000 people came to our new products report, proving customers (or competitors) have inquiring minds.
3. Our third most popular feature this month was a news item entitled " Development Report of Power FETs for Solid-state Power Amplifiers from GaAs to GaN Devices". This is timely with all the GaN news coming from the show and our cover story for June - The New Power Brokers. 900 visitors
4. Many site visitors went directly to the news item of choice via our online show daily home page or through a link in our newsletter, but a number of you browsed the master listing of all show news, making it our fourth most visited page at 700 page views.
5 and 6. Our cover stories from the May issue: "IMS in Boston: Reflections from the Past" and June: "The New Power Brokers" were next in line. Our cover story usually takes the top spot each month, but with competition from Show product news and splitting the reporting period over two 2-week periods, these two items slipped in ranking but still had over 1200 page views combined.
7. News of Andrew's expansion of a production plant in China was a popular item among our readers with about 600 page views
8. The technical feature from our May issue: "Frequency Generation and Synthesis: Cost-effective and Power-efficient Solutions" was the only technical article (apart from white papers which were not part of the review) to make the top ten list. Despite appearing in the magazine and online for several weeks, readers were still interested in the subject and continued to click on this feature.
9. More news in the top ten, this time "Rohde & Schwarz at Femtocells World Summit 2009 in London" with well over 500 page views
10. And finally.... The Puzzler. Clearly, microwave engineers like to have fun too.
So while everyone was busy this past month traveling to Boston for IMS and then digging out from a back-log of action items or perhaps you were back in the office the whole time holding down the fort, some of you managed to find the time to stay informed via www.mwjournal.com. Do you think this top ten list accurately reflects the industry's interest?
Why now?
Well, the IMS is a time of heavy activity for both company product releases and a curious industry that wants to know who is doing what. So here's the quick run down of the ten most visited web pages since the third week of May.
1. The IMS 2009 Multimedia section. About 1600 "readers" came to see our video interviews shot from the exhibition space. We interviewed representatives from about a dozen companies, covering topics from EM simulation (Ansoft, Agilent and AWR) to miniature passive components (Anaren) to high-voltage LDMOS transistors (Frrescale). We heard about the Narda strongest link contest and why AWR had 3D glasses at their demo stations.
2. Over 1,000 people came to our new products report, proving customers (or competitors) have inquiring minds.
3. Our third most popular feature this month was a news item entitled " Development Report of Power FETs for Solid-state Power Amplifiers from GaAs to GaN Devices". This is timely with all the GaN news coming from the show and our cover story for June - The New Power Brokers. 900 visitors
4. Many site visitors went directly to the news item of choice via our online show daily home page or through a link in our newsletter, but a number of you browsed the master listing of all show news, making it our fourth most visited page at 700 page views.
5 and 6. Our cover stories from the May issue: "IMS in Boston: Reflections from the Past" and June: "The New Power Brokers" were next in line. Our cover story usually takes the top spot each month, but with competition from Show product news and splitting the reporting period over two 2-week periods, these two items slipped in ranking but still had over 1200 page views combined.
7. News of Andrew's expansion of a production plant in China was a popular item among our readers with about 600 page views
8. The technical feature from our May issue: "Frequency Generation and Synthesis: Cost-effective and Power-efficient Solutions" was the only technical article (apart from white papers which were not part of the review) to make the top ten list. Despite appearing in the magazine and online for several weeks, readers were still interested in the subject and continued to click on this feature.
9. More news in the top ten, this time "Rohde & Schwarz at Femtocells World Summit 2009 in London" with well over 500 page views
10. And finally.... The Puzzler. Clearly, microwave engineers like to have fun too.
So while everyone was busy this past month traveling to Boston for IMS and then digging out from a back-log of action items or perhaps you were back in the office the whole time holding down the fort, some of you managed to find the time to stay informed via www.mwjournal.com. Do you think this top ten list accurately reflects the industry's interest?
Tuesday, June 23, 2009
Crystal Oscillators Threatened by Si Timing Devices?
I am having IMS2009 withdrawals but came across this ABI Research release that states the crystal oscillator is threatened by a new set of devices grouped under the label "silicon timing solutions." According to research director Lance Wilson, "There’s a growing battle for market share between silicon timing solutions and the traditional quartz oscillator and its derivatives. Right now, silicon timing solutions have about 20% of the market, but ABI Research forecasts that percentage to nearly double within five years."
Virtually every device that contains an IC or generates a radio signal needs these devices. The incentives for equipment manufacturers to switch to silicon timing solutions? They are generally less expensive, more robust, and can integrate other functions onto the chip. But although great strides have been and will be made, they do not yet equal crystal oscillators in accuracy and stability.
In order to maximize their long-term chances of holding market share, many crystal oscillator vendors are focusing on military, aerospace and industrial markets where accuracy is at a premium and buyers are somewhat less price-obsessed. Silicon timing solution vendors, on the other hand, see fertile territories in mainstream computing and consumer electronics with MIDs and netbooks two particularly active new segments.
What do you think???
Virtually every device that contains an IC or generates a radio signal needs these devices. The incentives for equipment manufacturers to switch to silicon timing solutions? They are generally less expensive, more robust, and can integrate other functions onto the chip. But although great strides have been and will be made, they do not yet equal crystal oscillators in accuracy and stability.
In order to maximize their long-term chances of holding market share, many crystal oscillator vendors are focusing on military, aerospace and industrial markets where accuracy is at a premium and buyers are somewhat less price-obsessed. Silicon timing solution vendors, on the other hand, see fertile territories in mainstream computing and consumer electronics with MIDs and netbooks two particularly active new segments.
What do you think???
Wednesday, June 17, 2009
An Obsession with Size
How Big was this year's IMS? That seems to be the metric that everyone measures the show by. For me, this annual event is almost more than I can handle. Really. Fortunately our staff editors were able to stay on top of all the press releases and keep the online show coverage up to date. As for me, by the last day my head was spinning from all the input and brainstorming and information overload and piling up action items. Not that I'm complaining. I just don't see how bigger could possibly be any better. I already have regrets for the many people I was unable to see or spend quality time with. If you're on that list, please accept my apologies.
Of the meetings I did have and the press conferences I did attend, I was very impressed by Bob Van Buskirk and the entire team at RFMD as they rolled out their new GaN foundry. Bob gave a great talk about what he believed RFMD could bring to the market and specific benefits to future customers. I was also impressed by the quality of questions asked by attendees. And then... I missed my one-on-one meeting with Bob at the RFMD booth due to other meetings running late. See what I mean - it can be over whelming. There is never enough time at IMS.
Responding to the RFMD GaN foundry news, I did hear from the folks at TriQuint who sent a friendly reminder that they have been in the GaN foundry business for a few years and are therefore in a very strong position to offer many benefits to GaN designers. While I did get to exchange personal hellos with the Triquint foundry VP, Glen Riley. My colleague, Pat Hindle took the longer meeting and will be filing the report on their specific activity. I know they had a productive year, so I'm sure there will be lots of news there. The competition between foundries can only mean good things for driving innovation forward.
The RFMD conference presented me with a scheduling conflict. As I was with RFMD, our editors P. Hindle and R. Mumford and publisher C. Sheffres attended a special VIP session with Agilent. While I missed their CTO - Darlene Solomon discuss the many technologies Agilent was pursuing, I was able to later catch up with one of our past Expert Advice columnist , Agilent senior technologist - Joel Dunsmore. Joel did walk me through the latest developments with their nonlinear network vector analyzer (NVNA), the PNA-X and what has been happening with the industry adoption of X-parameters. This is a developing story that the Journal will be paying close attention to.
Nonlinear characterization was also being featured at the Tektronix/Mesuro booth with their active load-pull system and design by "waveform engineering". Rohde & Schwarz also has some activity in this arena as well. stay tuned.
We had a number of meetings with exhibitors who talked about the entire microwave supply chain, what these companies were doing to improve the supply chain and how the industry itself is evolving. Without giving too much away, this is a topic that will be giving special editorial coverage in the not too distant future. Also on this topic - Cobham is thinking outside the box and is evolving the way they do business with prime contractors that could actually transform the industry. Think efficiency on a global scale.
All my friends in the software market have been busy and were on hand to show their latest and greatest. Ansoft was showing off the beta version of HFSS12 (almost a teenager, imagine that!!), Agilent had demos of the latest features in ADS and a very impressive EMPro demo. Sonnet, AWR, CST, Remcom and others were also "in the house" with their latest releases. We ended up shooting a few videos with the folks at AWR as well as Agilent and Ansoft. Please check them out on our online show daily.
The high power transistor guys were in full effect, with Freescale pushing their LDMOS technology higher in frequency, Integra manning a very busy booth, Eudyna with a large central presence, HVVi and Microsemi all making noteworthy news.
My final thoughts on the show? The BCEC is a wonderful convention center and all exhibitors did a great job showing off their stuff; the weather was lousy (bad news for all those chartered harbor cruises) , but could have been worse; the parties were a blast and I enjoyed catching up with so many people while meeting new friends. With that, my hat's off to Fred Schindler and everyone on the steering commitee. I had a front row seat to what goes into organizing such an event. It is time consuming and it ain't easy. You folks did a great job. Thank you.
Of the meetings I did have and the press conferences I did attend, I was very impressed by Bob Van Buskirk and the entire team at RFMD as they rolled out their new GaN foundry. Bob gave a great talk about what he believed RFMD could bring to the market and specific benefits to future customers. I was also impressed by the quality of questions asked by attendees. And then... I missed my one-on-one meeting with Bob at the RFMD booth due to other meetings running late. See what I mean - it can be over whelming. There is never enough time at IMS.
Responding to the RFMD GaN foundry news, I did hear from the folks at TriQuint who sent a friendly reminder that they have been in the GaN foundry business for a few years and are therefore in a very strong position to offer many benefits to GaN designers. While I did get to exchange personal hellos with the Triquint foundry VP, Glen Riley. My colleague, Pat Hindle took the longer meeting and will be filing the report on their specific activity. I know they had a productive year, so I'm sure there will be lots of news there. The competition between foundries can only mean good things for driving innovation forward.
The RFMD conference presented me with a scheduling conflict. As I was with RFMD, our editors P. Hindle and R. Mumford and publisher C. Sheffres attended a special VIP session with Agilent. While I missed their CTO - Darlene Solomon discuss the many technologies Agilent was pursuing, I was able to later catch up with one of our past Expert Advice columnist , Agilent senior technologist - Joel Dunsmore. Joel did walk me through the latest developments with their nonlinear network vector analyzer (NVNA), the PNA-X and what has been happening with the industry adoption of X-parameters. This is a developing story that the Journal will be paying close attention to.
Nonlinear characterization was also being featured at the Tektronix/Mesuro booth with their active load-pull system and design by "waveform engineering". Rohde & Schwarz also has some activity in this arena as well. stay tuned.
We had a number of meetings with exhibitors who talked about the entire microwave supply chain, what these companies were doing to improve the supply chain and how the industry itself is evolving. Without giving too much away, this is a topic that will be giving special editorial coverage in the not too distant future. Also on this topic - Cobham is thinking outside the box and is evolving the way they do business with prime contractors that could actually transform the industry. Think efficiency on a global scale.
All my friends in the software market have been busy and were on hand to show their latest and greatest. Ansoft was showing off the beta version of HFSS12 (almost a teenager, imagine that!!), Agilent had demos of the latest features in ADS and a very impressive EMPro demo. Sonnet, AWR, CST, Remcom and others were also "in the house" with their latest releases. We ended up shooting a few videos with the folks at AWR as well as Agilent and Ansoft. Please check them out on our online show daily.
The high power transistor guys were in full effect, with Freescale pushing their LDMOS technology higher in frequency, Integra manning a very busy booth, Eudyna with a large central presence, HVVi and Microsemi all making noteworthy news.
My final thoughts on the show? The BCEC is a wonderful convention center and all exhibitors did a great job showing off their stuff; the weather was lousy (bad news for all those chartered harbor cruises) , but could have been worse; the parties were a blast and I enjoyed catching up with so many people while meeting new friends. With that, my hat's off to Fred Schindler and everyone on the steering commitee. I had a front row seat to what goes into organizing such an event. It is time consuming and it ain't easy. You folks did a great job. Thank you.
Friday, June 12, 2009
IMS 2009 Post Show Impressions
According to IMS2009, the annual conference and exhibition attracted thousands of designers, researchers, developers, academics and executives in the microwave and RF industry to the Boston Convention & Exhibition Center in Boston. Based on preliminary attendance numbers, more than 9,000 participants attended and 559 companies were represented.“This past week in Boston has been an enormous success in every respect,” said Fred Schindler, General Chair, IMS2009 and Director, RF Micro Devices Boston Design Center. “Our attendance results would be great any year, but given these difficult economic times they are outstanding.” Microwave Journal interviewed Fred on the first day of the show and you can see his interview below:
Based on initial registration data, technical registration was 2,676, an 11 percent increase over 2008 registration and exhibit-only registration numbers indicate 2,131 participants, an 83 percent increase over 2008. IMS2009 attracted 559 exhibiting companies, also an 11 percent increase over the number of exhibitors in 2008. According to preliminary results, the total number of IMS2009 participants, including exhibitor booth staff and guests, was 9,316 attendees, an 11 percent increase over 2008 participation.
Pretty good results and proves that Boston is a great location and venue (of course I am biased living here). Look for our show wrap up in a few days on our Online Show Daily and continued coverage of news and products from the show for the next couple of weeks. See you at IMS2010 which will be held May 23-28 at the Anaheim Convention Center in Anaheim, CA.
IMS 2009 Demos
I did numerous formal sponsored video interviews on Tues morning which are now live on our Online Show Daily. But I came across a couple of other interesting demos during the show and took a video of a couple of them with my cheap but convenient Flip video. Below is a Keithley demo showing their new Vector Network Signal analyzer (just turn the volume up).
Another interesting product that is very cool is the laser etching machine from LPKF which can in seconds etch a metal pattern into a substrate like a PCB or ceramic board. It etches the pattern by scoring the surface and then heats the surface to peel away the metal which is removed by an air knife. It can do both prototypes and low volume production so it is versatile.
Wednesday, June 10, 2009
Old Friends at IMS/MTT-S
IMS/MTT-S is where you run into a lot of old friends and associates. You never know who you might find on the show floor. MWJ editor David Vye and myself ran into retired tech editor, Frank Bashore, who taught me well. We did a quick interview with Frank who gave his approval to the way we doing things so far. Who did you run into at the show?
Thursday, June 4, 2009
Exhibition Seminars and Talks
In addition to the conference sessions, workshops and tutorials, there are many short practical and application specific seminars and talks happening this year on the exhibition floor. The largest is the MicroApps which will have its own forum area at the front of the exhibition hall and will be presenting the technology behind commercial products and their capabilities. It is being run by Agilent and has a good number of test and measurement talks along with others being presented by participating companies.
M/A-COM Technology Solutions is running 10 minute Tech Talks in their booth (2214) covering various subjects such as PIN diodes and switches, Frac-N synthesizers, amplifiers and other design tips.
Peregrine (booth 1822) is also doing a daily series of seminars about their unique products and technologies that come out of their UltraCMOS RFIC process. Their antenna tuning technology using digitally tunable capacitors looks very interesting.
Join Sonnet Software’s experts at Booth #1002 for free 20 minute in-booth, hands-on classes to learn about Sonnet Suites Version 12, including Sonnet Lite and Sonnet’s seamless integration to AWR’s Microwave Office, Agilent’s ADS and Cadence Virtuoso. All participants will receive a free copy of Sonnet LitePlus (a $495 value).
I am sure there are more we have not heard about yet. Let us know if your company is doing any seminars or talks at the exhibition this year.
M/A-COM Technology Solutions is running 10 minute Tech Talks in their booth (2214) covering various subjects such as PIN diodes and switches, Frac-N synthesizers, amplifiers and other design tips.
Peregrine (booth 1822) is also doing a daily series of seminars about their unique products and technologies that come out of their UltraCMOS RFIC process. Their antenna tuning technology using digitally tunable capacitors looks very interesting.
Join Sonnet Software’s experts at Booth #1002 for free 20 minute in-booth, hands-on classes to learn about Sonnet Suites Version 12, including Sonnet Lite and Sonnet’s seamless integration to AWR’s Microwave Office, Agilent’s ADS and Cadence Virtuoso. All participants will receive a free copy of Sonnet LitePlus (a $495 value).
I am sure there are more we have not heard about yet. Let us know if your company is doing any seminars or talks at the exhibition this year.
Tuesday, June 2, 2009
Getting Hyped Up for IMS 2009
As we get ready for IMS 2009 and plan our schedules, let's take a look at the best promos, contests or giveaways being advertised by exhibitors that you don't want to miss out on.
IMS 2009 is giving away a chance to win Red Sox/Yankees tickets if you use the promotional code from the insert in the April issue of the Microwave Journal for your exhibition registration. Reactel is giving away Red Sox/Yankees tickets each day in a drawing by stopping by their booth (1504). And Skyworks (1818) is also having a drawing for Red Sox/Yankee Club Seat tickets or alternatively you can select to receive an iPod.
Hittite (booth 1007) is giving away one of their new signal generators which is probably the highest value item being given away at nearly $8,000.
Mimix (booth 1114) is giving away a Kindle 2 wireless reading device in their World Traveler giveaway where you visit other participating companies. They put some good thought into this raffle.
Narda (booth 1537/1637) is doing a very interesting give away for a Sony laptop which will go to the one who can show a picture of the oldest Narda component still in use and all entries will receive a 4 GB flash drive in their Strongest Link contest.
If you attend one of M/A-COM Tech's in-booth seminars (booth 2214), you can be entered into a drawing for a Nintendo Wii which is a nice prize for a 10 minute session.
The exhibitors seem to be going all out for the show this year and have created some very interesting giveaways to attract you to their booth. Red Sox/Yankees tickets seem to be the hot item, but I also like the idea of the Kindle 2 being given away by Mimix. Let me know what you have come across or what your company is doing for giveaways.
IMS 2009 is giving away a chance to win Red Sox/Yankees tickets if you use the promotional code from the insert in the April issue of the Microwave Journal for your exhibition registration. Reactel is giving away Red Sox/Yankees tickets each day in a drawing by stopping by their booth (1504). And Skyworks (1818) is also having a drawing for Red Sox/Yankee Club Seat tickets or alternatively you can select to receive an iPod.
Hittite (booth 1007) is giving away one of their new signal generators which is probably the highest value item being given away at nearly $8,000.
Mimix (booth 1114) is giving away a Kindle 2 wireless reading device in their World Traveler giveaway where you visit other participating companies. They put some good thought into this raffle.
Narda (booth 1537/1637) is doing a very interesting give away for a Sony laptop which will go to the one who can show a picture of the oldest Narda component still in use and all entries will receive a 4 GB flash drive in their Strongest Link contest.
If you attend one of M/A-COM Tech's in-booth seminars (booth 2214), you can be entered into a drawing for a Nintendo Wii which is a nice prize for a 10 minute session.
The exhibitors seem to be going all out for the show this year and have created some very interesting giveaways to attract you to their booth. Red Sox/Yankees tickets seem to be the hot item, but I also like the idea of the Kindle 2 being given away by Mimix. Let me know what you have come across or what your company is doing for giveaways.
In Search of Economic Indicators
There seems to be a direct (and perhaps obvious) connection between the length of my driving commute to work and the state of the economy. I have a pretty lengthy drive to the office, right along the famed Route 128 that surrounds greater Boston. This highway once known as America's Technology Highway can be more of a parking lot than a freeway. However, as the economy began its slide last November, the traffic became noticeably lighter. While I am grateful for the absence of traffic jams, there have been times that I felt uncomfortable knowing why there were so few cars on the road. The traffic never got to the level you would expect in an episode of the twilight zone, where the central character is alone in the world, but it did occasionally feel … eerie.
Well, I never thought I would say it, but I am a little relieved to see traffic starting to pick up again. The past few weeks have most certainly shown an uptick in cars on the road. I could only attribute this to some change in the economy as we have not entered the summer driving months yet. Couple this personal observation with what I hear in the news and I am started to believe we may have indeed turned a corner.
Now - if traffic is to return to former levels, I will attribute it to a recovered economy and be glad. Although, I will probably get cranky over the return of longer commutes. If it happens to you as well, might I recommend you download one of our pre-IMS podcasts to listen to in your car as you sit in your respective traffic jam. Happy commuting.
Listen/download MWJ Podcasts >>
Monday, June 1, 2009
Expanded Blog Coverage for IMS
Our IMS 2009 blogs take a look at the conference from the perspective of exhibitors Freescale and AWR
Follow RFLeonard Blog (Freescale)
In addition, our May Expert Advice is given by Gayle Collins of
Freescale who writes a perspective on upcoming IMS Power Amplifier papers and the potential impact of different papers on the field.
In addition, our May Expert Advice is given by Gayle Collins of
Freescale who writes a perspective on upcoming IMS Power Amplifier papers and the potential impact of different papers on the field.
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