Microsoft ResponsePoint SIP Trunking Suppliers Named

Microsoft Corp. has selected Junction Networks as a preferred SIP trunking and gateway service provider for its Microsoft Response Point small business phone system. The Response Point Service Pack 1, generally available now, will feature services from Junction Networks pre-configured for simple account activation and maintenance.

Microsoft also has certified New Global Telecom, which now is accepting customer orders for NGT Digital Voice for Microsoft Response Point. In April, NGT became the first certified, Microsoft recommended service provider offering industry-standard SIP (session initiation protocol) phone services that works seamlessly with Response Point.

Hosted Business VoIP Seats: Long Ways to Go

Ike Elliott over at Telecosm has completed a partial survey of business VoIP seats now in service. It's a tough number to come up with and is not exhaustive. But it is instructive.

The issue some of us have raised is whether hosted VoIP ever will be a business bigger than legacy Centrex was, in which case market saturation could come at about 33 million seats in service.

Ike's respondents do not represent the whole universe, but are instructive. We have a long ways to go before we can answer the question of how big hosted business IP telephony will be.

Apple Yanks 3G iPhone in Canada

Apple has decided not to sell the iPhone 3G in its retail stores across Canada in protest of Rogers price plans, according to AppleInsider. A minimum three-year contract for $60-a-month buys 150 talk time minutes, 75 text messages and 400 megabytes of data downloads. It clearly is an awful deal.

Information Overload

Wall Street Journal contributor Gordon Crovitz, writing about the dangers of information overload, points out that knowledge workers change activities every three minutes, usually because they're distracted by email or a phone call. It then takes almost half an hour to get back to the task once attention is lost.

A decline in our ability to focus is a side effect of the otherwise powerful tools we use to gather and analyze information, Crovitz argues. That has enterprises experimenting with ways to limit interruptions, at least some days of the week, and at meetings.

He argues that "we humans can be slow, but eventually we catch up to the technologies we create and figure out how best to use them."

I have something of an advantage in that regard, as I have very little need for active internal collaboration. I have to spend lots of time doing research, but very little time coordinating with coworkers.

Still, upon reflection, I have taken some steps to limit interruptions. Sometimes I just turn my phones off. For perhaps six months, I have not opened any instant messaging clients, for any reason other than to place a global call using Skype. Even that function, though, now can be dispensed with as I have added VoIP clients for both my mobiles.

That won't be a viable option for lots of other workers for whom internal collaboration is much more important. Still, one reasonable response is simply not to respond to every inbound email. In my case, I simply delete most messages without reading much more than the headers, or sometimes, on my BlackBerry, fractions of headers. On the BlackBerry, just the few characters displayed on the first line of any message is as far as I'll get.

Perhaps that is a severe sorting mechanism, but it does allow for the time I need to think about things, which is the job I have. Overload might be a problem, but it is not a problem without a resolution.

In my particular case, it means RSS feeds always get checked, all day long. So are text messages. Email is fairly often checked, but with very heavy deletion policies. At least for the moment, IMs are not an issue. It simply is a tool I have decided not to use. Again, my concrete situation is different than that of most enterprise users. IM might actually save time in that scenario, because of the presence function.

Really High iPhone Costs in New Zealand

For those of you who tend to think U.S. prices for any broadband service are higher than anywhere else, consider what New Zealand customers will be paying for a 3G iPhone with a one-gigabyte data plan: $185 U.S. dollars a month.

That comes with 600 minutes of talk time and 600 text messages.

Buyers of the least-expensive data plan (costing about U.S. $59) will have to pay $406 to buy an 8 GByte iPhone or $517 U.S. to get a 16 Gbyte model.

AT&T's best pricing plans are reserved for mobile customers switching from other providers. Existing AT&T customers who are not currently eligible for an upgrade discount can purchase iPhone 3G for $399 for the 8 GB model or $499 for the 16 GB model. Both options require a new two-year service agreement. But the $30 a month data plan includes unlimited usage.

In the future, AT&T will offer a no-contract-required option for $599 (8GB) or $699 (16GB).

Users switching from other mobile providers can get an iPhone for either $199 (8 GB model) or $299 (16 GB model), with the monthly data plan of $30. U.S. users on any mobile provider's plan can qualify for the lower device prices if they buy before July 11, 2008.

For U.S. users not already customers of AT&T mobile services, or not eligible for an upgrade, both device and data plan prices are reasonable, compared to other plans offered in other countries.

Impatient at Broadband Adoption Pace? Don't Be

Americans are an impatient bunch, and pundits are even more unforgiving. We tend to want everything now, and seem to tire of complicated problems that take a while to solve. Consider broadband, which continues to be seen as a problem in some quarters. There still are calls to "national action" to fix the problem. History suggests there is no problem to be fixed.

Broadband reached 50 percent penetration of the consumer market in 10 years--faster than any number of other highly-popular consumer electronics innovations that do not seem to require "national action" to fix. The popular compact disk player took 10.5 years to reach 50-percent penetration. VCRs, another popular innovation in its day, took 14 years to reach half of homes.

Mobile phones took 15 years to reach half of homes.Color televisions took 18 years to reach 50 percent penetration. PCs took 18 years to reach half of homes. It is worthwhile to recall that prices for all these products initially were quite high, but dropped dramatically as volume rose.

Technology also seems to be the reason why any reasonable end user will tend to say their choices of devices, services, applications, as well as the prices they pay for those products and services, are measurably, sometimes dramatically lower these days than before the Telecommunications Act of 1996, which some contestants deem to be a failure.

Perhaps it is worth observing that end users--consumers and businesses--are far better off today than they were before the Act. That some contestants have fared better than others is undeniable. So perhaps another observation is in order. Despite any failures of the Act, users universally have more choices, more variety and lower prices in just about every segment of communications today, than they did in 1995.

So perhaps what has happened is that technology and open markets have outstripped all the particular policy regimes in a decisive way. It might be fair to say that success has occurred despite the Act. That there are many unhappy contestants is undeniable. But if the objective was an explosion of choices, better applications and lower prices, that has occurred.

That isn't to say a similar outcome couldn't have been obtained under some other set of policies. European regulators have pursed different courses. In a few cases, those different policies have resulted not only in higher broadband penetration, but also have provided higher bandwidth at lower prices. Japan and Korea come to mind.

Still, it probably also is worth noting that both those nations have domestic business cultures quite distinct from those of Europe, Africa, North America, South America and the rest of Asia. State-directed investment plays a significantly different role than elsewhere, and both nations are relatively compact and feature high-density housing. Both those factors, plus state-directed investment, mean both nations can do things that would be difficult elsewhere.

So it is true that U.S. broadband does not have the highest bandwidth or the lowest price among all nations. Those honors are held by small countries, generally with high-density populations (which means short access loops), or vigorous state-sponsored investment. In broadband, as elsewhere, scale makes a difference.

Wireless Bug is a Feature, But Not for Users

Sometimes "bugs" are "features;" the issue being "for whom" it is a feature. One end user "bug" is a bandwidth-saving feature for a mobile provider. Specifically, BlackBerry emails that strip out HTML links, saving as much as an order of magnitude (10 times) the bandwidth required if full HTML were displayed.

"If you are a Blackberry user, you are familiar with the fact that emails containing HTML links don’t display the graphics, but rather cause you to have to scroll down past that jibberish HTML text," says Seeking Alpha author Anton Wahlman. "It’s ugly and annoying, but those of us who are engineering-minded know the reason we have to suffer through this sub-optimal experience: bandwidth."

"By stripping each email of all of those colors and pictures, less bandwidth is utilized," says Wahlman.

This goes to the heart of Blackberry’s main argument to the carriers, such as T-Mobile USA and AT&T. Unlike other email-capable handhelds, Blackberries provide for a more predictable, and lower, bandwidth utilization.

Other devices, such as Apple's iPhone (AAPL), are making some people expect that email on the handheld will incorporate HTML just like it does on the PC.

Blackberry is supposed to be enabling that feature this summer. If there are more than 10 million U.S. Blackberry users, receiving probably 100 emails per day, or one billion emails, the amount of wireless bandwidth needed to support those emails will more than double the average size of the messages.

Fixing the "bug" will also mean eliminating a mobile network provider "feature."