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  #741  
Old 11-11-2008, 05:31 AM
destiny1 destiny1 is offline
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Just received word that a long time Rim Semi shareholder, Gary Loomis passed away last night. Our thoughts and prayers go out to his family.

D1

Last edited by destiny1; 03-24-2009 at 04:16 AM.
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  #742  
Old 11-20-2008, 05:07 AM
destiny1 destiny1 is offline
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Default Demise of the Landline? A Bit Premature!

Demise of the Landline? A Bit Premature!



The eventual death of landlines has been predicted for decades now, by both inside and outside the wireless community. News wires are replete with story after story of a future nirvana when we won’t need tethered connections to communicate.

Pundits of this theory add credence to their beliefs by looking to the abysmal landline loss numbers sustained over the past two decades by the major U.S. and European telecommunications carriers.

There is no question that the number of U.S. households using only wireless telephone service is increasing. Neilson recently reported that one out of five households could be wirelines by year end 2008!

But this doesn’t tell the whole story. The flip side of these numbers demonstrates that more than 80% of US households still maintain a wired telephone service. Worldwide, broadband DSL wireline deployments continue to set the pace for all broadband service options and remain the most cost effective method of deploying broadband connections.

On the surface, the net worldwide landline gain and simultaneous landline loss in the U.S. appear to work in contradiction. A deeper look at the broadband phenomenon, however, reveals a very significant paradigm shift.

At NXTcomm 2008, Randall Stephenson CEO of AT&T, began his keynote speech asking a very poignant question: What business are we in? While the answer may seem obvious coming from the head of a major telco, Mr. Stephenson’s question prodded the audience to ponder the future of telecommunications.

He saw ever increasing demand for bandwidth, video file sharing and conferencing over both wired and wireless networks, email, video gaming and cell phone text messaging all combined, threatening network capacitances worldwide.


One network executive noted that if 5% of a neighborhood simultaneously logged onto U-tube, local DSL node capacity would be taxed beyond capacity. No one foresaw how quickly network capacities would be threatened.

Mr. Stephenson rhetorically answered his own question by stating that AT&T and others in the telecom industry are, “in the business of velocity.”

In a sentence, Mr. Stephenson redefined the future of modern telephony as the supplier of the consumer’s ever increasing demand for bandwidth.


Another way of looking at the telecom paradigm shift is noting that carriers are moving from narrowband to broadband and from telephony to video and data delivery. The copper wires that carry the telephone signal are quickly becoming large pipes of bandwidth delivery, relegating the telephone portion of that pipe’s content to a small seat in the back row, at least for now.

Telecom professionals and consumers both realize that the landline remains the most reliable and cost-effective method of providing this broadband capability. Again, in its current form, plain old telephone service (POTS) is becoming a smaller and smaller portion of the broadband pie.

Those who predict the future death of landline telephone service are a bit myopic.

In my opinion, no amount of wireless arrogance will discourage the embedded wireline asset as it lays awaiting innovation.

Once sufficient broadband capability is provided to the last mile, whole new worlds of home entertainment and communications capabilities are born.

One only has to recall the recent presidential election where we saw networks unveiling virtual imaging and wall-sized interactive touch screen monitors.

A recent Yellow Pages commercial depicted a young man in real time interaction with his karate teacher, again utilizing interactive virtual imaging.

We have achieved George Orwell’s 1984 prediction, with interactive television walls becoming reality. All these advances and many more become available to the home once sufficient bandwidth is available. This includes real time video home telephony!

Follow the popular rhetoric and prognosticate the death of wired telephony if you must but understand this, in 2007 a full 80%* or about 198 billion dollars of total equipment CAPEX (capital expenditures) by the telecommunications industry worldwide was spent outside the mobile arena.

*Note: The Fierce Wireless article is a bit misleading. If 20% CAPEX in wireless represents the “bulk,” of expenditures doesn’t that mean the vast majority or 80% was allocated elsewhere? Referencing the Broadband Forum data we understand the majority of broadband deployments for 2007 went toward copper wireline and DSL deployment/upkeep.

No matter how one interprets the data, worldwide landline spending far outweighed wireless spending many time over in 2007.

As we await Rim Semi news of the finalization of this next round of funding, we are heartened to know the world eagerly awaits the CupriaTM solution.

D1

Last edited by destiny1; 11-20-2008 at 06:06 PM.
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  #743  
Old 11-20-2008, 06:03 PM
destiny1 destiny1 is offline
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Sent the Demise of Landline post to Brad Ketch. Here is his response.

Nice work, George. The media keep getting it wrong when they talk about wireline disconnects. It has to do with the way that the regulated telcos report their numbers to the FCC and in their quarterly reports. A subscriber who has both DSL and voice service on the same line gets counted twice: once in the DSL column and once in the voice column. When he cancels his voice service but keeps DSL, it is counted as a voice loss. When AT&T reports that they lost voice customers, the media jumps all over it. But what often goes unreported is the continued DSL growth.

Brad
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  #744  
Old 11-22-2008, 04:55 PM
destiny1 destiny1 is offline
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Default Internet "brown out" predicted by 2010!

As follow-up to Thursday's post, here is an article demonstrating just how bad the capacity crunch really is. Though this piece focuses on the internet backbone, the last mile remains the weakest link in the chain. The need for a cost-effective wireline solution to the home remains as great as ever!

We're rootin' for you CupriaTM.

D1


Study: Internet could run out of capacity in two years

by Grant Gross, IDG News Service, MacCentral
Consumer and corporate use of the Internet could overload the current capacity and lead to brown-outs in two years unless backbone providers invest billions of dollars in new infrastructure, according to a study released Monday.

A flood of new video and other Web content could overwhelm the Internet by 2010 unless backbone providers invest up to US$137 billion in new capacity, more than double what service providers plan to invest, according to the study, by Nemertes Research Group, an independent analysis firm. In North America alone, backbone investments of $42 billion to $55 billion will be needed in the next three to five years to keep up with demand, Nemertes said.

The study is the first to “apply Moore’s Law (or something very like it) to the pace of application innovation on the ‘Net,” the study says. “Our findings indicate that although core fiber and switching/routing resources will scale nicely to support virtually any conceivable user demand, Internet access infrastructure, specifically in North America, will likely cease to be adequate for supporting demand within the next three to five years.”

The study confirms long-time concerns of the Internet Innovation Alliance (IIA), an advocacy group focused on upgrading U.S. broadband networks, said Bruce Mehlman, co-chairman of the group. The group, with members including AT&T, Level 3 Communications, Corning, Americans for Tax Reform and the American Council of the Blind, has been warning people of the coming “exaflood” of video and other Web content that could clog its pipes.

The study gives “good, hard, unique data” on the IIA concerns about network capacity, Mehlman said. The Nemertes study suggests demand for Web applications such as streaming and interactive video, peer-to-peer file transfers and music downloads will accelerate, creating a demand for more capacity. Close to three-quarters of U.S. Internet users watched an average of 158 minutes of video in May and viewed more than 8.3 billion video streams, according to research from comScore, an analysis group.

Internet users will create 161 exabytes of new data this year, and this exaflood is a positive development for Internet users and businesses, IIA says. An exabyte is 1 quintillion bytes or about 1.1 billion gigabytes. One exabyte is the equivalent of about 50,000 years of DVD quality video.
Carriers and policy makers need to be aware of this demand, Mehlman added.

“Video has unleased an explosion of Internet content,” Mehlman said. “We think the exaflood is generally not well understood, and its investment implications not well defined.”

The responsibility for keeping up with this growing demand lies with backbone providers and national policy makers, added Mehlman, also executive director of the Technology CEO Council, a trade group, and a former assistant secretary of technology policy in the U.S. Department of Commerce.

“It takes a digital village,” he said. “Certainly, infrastructure providers have plenty to do. You’ve seen billions in investment, and you’re seeing ongoing billions more.”
U.S. lawmakers can also help in several ways, he said. For example, the U.S. Congress could require that home contractors who receive government assistance for building affordable housing include broadband connections in their houses, he said. Congress could also provide tax credits to help broadband providers add more capacity, he said.

Consumers also pay high taxes for telecommunication services, averaging about 13 percent on some telecom services, similar to the tax rate on tobacco and alcohol, Mehlman said. One tax on telecom service has remained in place since the 1898 Spanish-American War, when few U.S. residents had telephones, he noted.

“We think it’s a mistake to treat telecom like a luxury and tax it like a sin,” he said.

Last edited by destiny1; 11-22-2008 at 05:04 PM.
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  #745  
Old 12-08-2008, 05:03 AM
destiny1 destiny1 is offline
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For those who missed the press release from Telcordia in 2006, here is a reprint of the original article published by Dr. Ken Kerpez as it as it appeared in the XDSL newsletter. The product name is now CupriaTM and we know that since this publication speeds of greater than 360 Mbps over short distances and 40 Mbps @ 5500 feet have been achieved!

D1


Telcordia research finds Rim Semiconductor's DSL technology delivers 200Mbps.(MARKET INTELLIGENCE)
XDSL News - September 1, 2006
Gale Reference Team
Word count: 540.
citation details Rim Semiconductor's Embarq chips deliver up to 200Mbps--100 percent faster than traditional VDSL2 technology. That is the conclusion of a research report from Telcordia Technologies, formerly Bell Labs. Telcordia found that semiconductors from Rim Semiconductor Company, a provider of video-over-copper technology, outperform VDSL2 chips in both speed and quality--the two key technology issues for telecommunications companies trying to offer very high speed data services as well as video services, such as Internet Protocol Television (IPTV).
Overall, the study indicates that Rim Semiconductor offers better performance than competitive solutions to meet the demands of today's advanced broadband deployments. Specifically, Telcordia found that the Embarq product line delivers higher bit rates on both short and long copper loops than VDSL2 and higher data quality with fewer noise issues, improving the overall quality of service for end-users. Embarq also coexists better with other technologies, including ADSL and fiber, due to its avoidance of low frequencies and its low power to avoid crosstalk, another issue impacting delivery quality.
"Rim Semiconductor has developed a new and very different very-high-speed DSL that achieves higher bit rates than VDSL2 on both short and long loops," said Dr. Kenneth J. Kerpez, senior scientist, Applied Research, Telcordia Technologies. "Carriers now have a powerful tool to offer a full range of services. The technology from Rim Semiconductor also has unique capabilities for carriers, including efficient modulation technology for higher speed transmission, and an on-the-fly adaptive equalization to limit noise that can cause service disruption on a line carrying IPTV signals."
Using accurate models of transmission systems and the copper telephone loop plant, Telcordia tested Rim Semiconductor's Embarq chips against VDSL2 profile 12a products that are being used by telecommunications carriers for new triple-play services deployments. Detailed test observations include the following:
--Embarq achieves higher bit rates on short loops and long loops from 40 percent to more than 100 percent versus VDSL2 (12a), so carriers can offer IPTV services;
--By including a low noise receiver, Embarq allows speeds as much as twice those of VDSL2 for better throughput for video-over-copper;
--Embarq enables custom upstream or downstream data delivery, so very high downstream rates can be offered for residential video and high upstream speeds for business areas;
--With its unique on-the-fly adaptive equalization, Embarq can adapt to time-varying noise instantaneously;
--Embarq is far more capable of handling time varying Repetitive Electrical Impulse Noise (REIN), resulting in a 50 percent performance improvement vs. VDSL2;
--By avoiding low frequencies, Embarq allows coexistence with existing DSL types, as well as fewer crosstalk issues for fiber than from VDSL2 or ADSL2+.
"Today's technology for IPTV deployments does not offer the speed and quality required for true high-definition video services," stated Brad Ketch, president and chief executive officer of Rim Semiconductor Company. "Rim Semiconductor has been focused on developing innovative new technology to make IPTV a reality for consumers and for carriers. The Telcordia research validates the hard work of our engineering team and proves that there is a better DSL technology for next-generation video-over-copper deployments. We look forward to working with industry partners to bring Embarq to market."


Citation Details
Title: Telcordia research finds Rim Semiconductor's DSL technology delivers 200Mbps.(MARKET INTELLIGENCE)
Author: Gale Reference Team
Publication: XDSL News (Newsletter)
Date: September 1, 2006
Publisher: Thomson Gale
Volume: 10 Issue: 9 Page: 11(2)

Last edited by destiny1; 12-08-2008 at 05:18 AM.
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  #746  
Old 06-27-2009, 05:03 AM
deeba deeba is offline
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Default Rim Semi Update

I talked to Ray this morning. As we finished the call and because there has been so little communication from Rim Semiconductor, I asked if our conversation could be shared with others.

He said he had no problem with that.

This is a summary of our conversation:

Funding - Both Brad and Ray are working on getting funding. More than one entity, individual & corporate, has expressed interest. With these difficult economic times, potential investors find it difficult to “part with their cash”. Ray assured me that Rim Semi has always passed the DD required by potential investors.

Employees – Both Ray and Brad are in communication with Dave Wojcik on a regular basis. The engineers will return to Rim once funding is secured.

Customers – Brad is still in contact with the customers, many of them on a monthly basis. They need our tech, there is nothing else out there even close to Cupria.

Regarding Brad and Ray – They believe Rim Semi will get funded. If not, they would not still be here. They are both working out of their own pockets. They are working and living off their own personal equity.

Timelines – I asked, he would not give any timelines. But I am sure they both want to get this funding done more than we can imagine.

deeba
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  #747  
Old 08-12-2009, 03:58 PM
smtm smtm is offline
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Default Where's Brad?

http://www.teamlightbulb.com/Supercomm_Devices.html

Seems to me that this is opportunity. Is RSMI participating?
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