SI
SI
discoversearch

We've detected that you're using an ad content blocking browser plug-in or feature. Ads provide a critical source of revenue to the continued operation of Silicon Investor.  We ask that you disable ad blocking while on Silicon Investor in the best interests of our community.  If you are not using an ad blocker but are still receiving this message, make sure your browser's tracking protection is set to the 'standard' level.
Technology Stocks : Qualcomm Moderated Thread - please read rules before posting -- Ignore unavailable to you. Want to Upgrade?


To: foundation who wrote (29043)11/18/2002 1:29:21 PM
From: Eric L  Read Replies (1) | Respond to of 197154
 
I wonder how SnapTrak royalties and fees apply to a non-ASIC customer

TI (who manufactures Nokia designed 1xRTT chipsets) is a SnapTrak licensee.

<< Does the 1x/GPS PR signal that major US carriers have taken a pass on non-GPS product? >>

It means that the 1st and 4th largest carriers plan to use A-GPS and that they are being accommodated.

- Eric -



To: foundation who wrote (29043)11/18/2002 1:31:03 PM
From: slacker711  Read Replies (1) | Respond to of 197154
 
Does the 1x/GPS PR signal that major US carriers have taken a pass on non-GPS product?

Unfortunately, Nokia just got an extension.

PCS isnt going to make their E-911 deadline of 100% GPS capable handsets by the end of '02.

gullfoss2.fcc.gov

Slacker



To: foundation who wrote (29043)11/18/2002 4:03:35 PM
From: foundation  Read Replies (1) | Respond to of 197154
 
Straight Talking - What Happened To 3G?

PC World
barryf@pcw.co.uk.

Travelling to freezing Finland to attend the 'launch' of the first real third-generation mobile phone and Internet service, and finding it was no such thing, concentrates the mind. When we should have been roaming Helsinki with Internet mobiles, we were dumped at a local cinema to see Bend it like Beckham with Finnish subtitles. It was then that I vowed to find out how the telecoms industry has got itself in to such deep doodoo over 3G. The unhappy conclusion is that Europe - after the runway success of GSM - may have got it very wrong with 3G and may now be five years behind the US.

The first GSM call was made in Finland in 1991; now there are 400 GSM networks in 180 countries around the world, with over 730 million users and the number is expected to reach one billion next year. Ten years ago the processors in a cellphone ran at 15mips (millions of instructions per second); now it is 300mips, with less battery drain. GPRS builds on GSM to give a faster, always-on connection, charged by the kilobyte, not the minute. Back in 1999 the International Telecommunications Union (ITU) sanctioned five ways of delivering third-generation mobile services, from which two systems, UMTS (Universal Mobile Telephone Service) and CDMA (Code Division Multiple Access) emerged as front runners. Both use spread spectrum technology, developed by US company Qualcomm for military use, and later modified for digital cellphones. Speech and data are put into labelled packets and spread thin like noise over the full width of a carrier frequency.

This is completely different from GSM, which is a TDMA (Time Division Multiple Access) system. Frequencies in the 900 and 1,800MHz bands (1,900MHz in the US) are split into time slots and each time slot is used as a phone channel. Calls are 'circuit-switched' like a home phone; once a time slot is allocated for a call it remains allocated until the caller hangs up.

GPRS (General Packet Radio Service), pools all the GSM time slots and allocates them to different users as and when they become available.

Europe opted for UMTS which is Wideband CDMA; it works at different frequencies (2.1GHz) from GSM and spreads the data over 5MHz carriers. So European GSM operators must build completely new networks. All base stations use the same frequencies and the mobile may have radio links to four cells at the same time. So handover involves switching between groups of cells not just single cells. Things get even more difficult if the phone is also switching between UMTS and GSM/GPRS.

Operators in the US, Korea and Japan opted for 3G CDMA because they have been using the CDMA One system for conventional cellphones. The frequency bands are relatively narrow - 1.25MHz wide - and used in groups. The 3G system is called CDMA 2000 and uses denser packet packing to increase data speeds.

CDMA uses GPS satellite timing signals to keep the base stations synchronised.

The UMTS designers tried to avoid dependence on America's GPS by making the base stations keep each other in step.

Finland was the first country to auction UMTS licences. Over 120 networks in 27 countries then gullibly paid over $ 110b (GBP 71b); Vodafone in the UK alone paid $ 9.4b (GBP 6b). Nokia, Motorola and Ericsson bet their banks on developing the kit. But despite all the huffing, puffing and promotion, no network has yet gone live with a UMTS service for consumers to use.

They are all still at the trial stage because 3G cannot yet offer a service that is better than GSM or halfway as reliable.

3G UMTS was sold with the promise of much higher connection speeds than GPRS. The UK Government's website (www.spectrumauctions.gov.uk/3gindex.htm) still cheerfully talks of 3G arriving in 2002, with 2Mbits/sec for 'high-resolution video and multimedia services on the move, such as video-conferencing and online entertainment'.

At their 3G non-launch, Nokia and network Sonera were talking the new language of 3G speak about the need to 'distinguish between 3G radio technology and 3G services'. Nokia's publicity material now refers to GPRS as 'making possible the first true 3G services like MMS (Multimedia Services)'. Sonera said: 'The 3G services launched this autumn will operate initially in the present mobile network.' The companies making both technologies say it is too late now for Europe to change from UMTS to CDMA 2000, even if the licences could be altered.

'Europe has made a bed and must now lie in it,' said Bob Shukai, director of Motorola's 3G division, which supplies both UMTS and CDMA handsets and network equipment. 'Operators will figure out how to make it all work.

But it will take at least five years.'

Even when UMTS networks start working, data rates will be far below the promised 2Mbits/sec. Nokia now puts the practical limit for UMTS at 384Kbits/sec.

Nokia's new 6650 3G camera-phone has been 'limited' to 128Kbits/sec for downlink reception and 64Kbits/sec for uplink transmission. Sonera, meanwhile, has limited its network to 64Kbits/sec in both directions.

Who, I wonder, will be first to sue their government for selling a 3G licence under false pretences?



To: foundation who wrote (29043)11/18/2002 6:31:22 PM
From: foundation  Respond to of 197154
 
Walking, Not Running, to PTT
11.18.02

Rival U.S. carriers are trying to catch up with Nextel Communications Inc. (Nasdaq:
NXTL - message board) by implementing digital push-to-talk (PTT) services, the feature that allows your mobile phone to work like a walkie-talkie. However, analysts say that such services are unlikely to be available before the end of next year, and questions remain about whether the technology will be as profitable for others as it has been for Nextel.

The Nextel "Direct Connect" system allows users to push a button and to chat with another person or group on the Nextel iDEN network. The system currently has a range of several hundred miles, but the Reston, Va.-based operator says it will roll out a nationwide service in the second half of next year.

Nextel says more than 150 Direct Connect calls are made daily on its networks with nearly 50 billion such calls being made in 2001. The company sees an average revenue per user (ARPU) of over $70 a month from its business-oriented customer base. Its Direct Connect PTT technology -- once dismissed by rivals as a plain and dowdy imitation of a walkie-talkie -- is a major contributor to an ARPU metric that has become the envy of the industry.

Analysts say that U.S. carriers consider PTT a technology priority, even though the carriers are denying it.

"For competitive reasons, we're not announcing any plans for push-to-talk," Jenny Morford, a spokesperson for Sprint PCS (NYSE: PCS - message board) told us.

"We can't talk about that at all, no comment," a non-spokesperson for Cingular Wireless says.

And those are just the carriers we managed to push to talk. AT&T Wireless Services Inc. (NYSE: AWE - message board), T-Mobile USA, and Verizon Wireless had not returned our calls by press time.

Yet there is plenty going on behind the scenes. Major CDMA and GSM/GPRS carriers as well as a number of smaller operators are looking at PTT systems. However, Phil Marshall, program manager of mobile and wireless technologies at Yankee Group, and Mark Lowenstein, managing director of consulting firm Mobile Ecosystem, both agree that the road to push-to-talk is fraught with difficulties and delays.

"Sprint originally indicated that it would have technology ready by the end of this year," says Marshall. However, he -- like Lowenstein -- is not expecting operators and vendors to have networks and suitable handsets ready much before the end of next year. "I think second half at best," says Lowenstein.

The problem is that cellular networks -- even so-called next-generation networks -- aren't really intended to handle multicast IP applications. Call setup times and network latency and capacity issues are all potential hangups for operators looking at PTT.

Yankee's Marshall says that carriers like Sprint have been looking at combining a softswitch architecture -- to detect and route PTT calls -- with middleware, such as Qualcomm Inc.'s (Nasdaq: QCOM - message board) BREW-based Q-Chat, which brings group calls together, although it is not yet clear that a commercial version of the Qualcomm application is generally available.

However, Mobile Ecosystem's Lowenstein says that call setup and latency issues are proving a particular problem with CDMA systems. "You really need a call setup to be under five seconds and voice latency to be under a second to make [PTT] viable," he says.

Sources that Unstrung has spoken to suggest that Winphoria Networks, one of the softswitch startups that Sprint has been working with, has had trouble achieving those kinds of figures.

Neither Lowenstein nor Marshall could confirm this. "I do know that for a while that Sprint was working almost exclusively with Winphoria," offers Lowenstein. "But now they've brought in a few other suppliers."

Winphoria would not comment either. "We're engaged with multiple carriers in North America," a company spokesperson told Unstrung. However, other names on Sprint's PTT list include Israeli startup Mobile Tornado and Dynamicsoft.

For GSM/GPRS operators, PTT represents a capacity problem, according to Lowenstein. As with wireless data services, operators will have to juggle how many channels they can dedicate to PTT against the impact that may have on their voice services.

Sonim Technologies Inc. is one of the more prominent startups working on the GSM side of the fence (see Sonim SIPs $18.6M Funding). The San Mateo, Calif.-based company says that is working with one U.S. operator, one British carrier, and an Italian service provider. However, as we've said, initial rollouts are not expected before the end of next year.

Despite all of this activity, Yankee's Marshall wonders whether carriers are blinded to the reality of PTT on their networks. The Nextel success with business customers may be difficult to duplicate. "The guys that are presenting this are pointing to Nextel's $70 ARPU but talking about low-cost family walkie-talkie applications."

Certainly, it seems unlikely that the new entrants to the PTT market will be able to make much headway against Nextel's mature and stable system. "The blue collar market is saturated," says Lowenstein.

However, he reckons that the additional $10 or $20 in ARPU that such a system could bring in may be useful to carriers. Especially if they can sell dedicated devices around a PTT service as well.

— Dan Jones, Senior Editor, Unstrung www.unstrung.com

unstrung.com