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Cingular BroadbandConnect (HSDPA)

 & Sascha Segan Former Lead Analyst, Mobile

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 - Cingular BroadbandConnect (HSDPA)
3.0 Average

The Bottom Line

Not yet a competitor for EV-DO, this network may provide an excellent high-speed alternative by the end of 2006.

Pros & Cons

    • International roaming.
    • Will have faster upload speeds in future.
    • Very limited coverage.
    • Slower than other high-speed networks.

Cingular's new high-speed data network, HSDPA has great potential for international travelers and content producers. But it's not living up to that promise yet. We found it had slower speeds and less coverage than the competing networks from Verizon and Sprint.

HSDPA (high-speed downlink packet access) is the next evolution of UMTS, the high-speed network AT&T Wireless built in six cities, but it is still not widely deployed in the U.S. The spec for current HSDPA PC Cards promises theoretical download speeds up to 1.8 Mbps, though Cingular publicly claims only 400 to 700 Kbps.

For now, you connect to HSDPA using one of two laptop PC Cards, in one of 16 metro areas Cingular has hooked up. (See our slide show for metro area maps.) More cities will come starting in April, and by the end of the year dozens of cities will be covered, according to Cingular. Both Sprint and Verizon now have high-speed coverage in more than 60 metro areas, but their networks have been up longer.

Cingular matches Sprint's and Verizon's prices, with a $79.99 a month unlimited-data plan that drops to $59.99 a month if it's paired with an existing voice plan that costs at least $39.99 a month.

HSDPA has three theoretical advantages over Sprint's and Verizon's competing EV-DO (Evolution Data Optimized) technology. It's GSM compatible, so HSDPA devices should be able to roam to Europe and the rest of the world. Right now, Cingular's HSDPA cards drop to the slower EDGE and GPRS networks when they're taken abroad. UMTS and HSDPA roaming agreements will appear later this year, according to Cingular.

The network also supports simultaneous voice and data transfers, which Cingular will be using in a mobile-webcam application. With EV-DO, you can't talk and surf at the same time. HSDPA can also potentially handle upload speeds of 384 Kbps, more than double the 153 Kbps of EV-DO. That should thrill content producers.

Phones that use the HSDPA and UMTS networks will start showing up in February, with downloadable music, video, and the mobile webcam service, though not with the two-way video chat seen on foreign UMTS networks. Because HSDPA chipsets haven't been available for long, some phones will support only UMTS speeds, which are typically in the 200-to-300-Kbps range. Early phones will include the Samsung zx10, Samsung zx20, LG CU320, and Nokia 6282.— Continue Reading

How Does HSDPA Measure Up?

Our HSDPA test results were disappointing. We tested Cingular's network over three days in December and January in Baltimore, Washington, and Boston. We test download speeds by using two "bandwidth tester" Web sites and downloading three files from an SDSL connection here in our labs; we test upload speeds by uploading a 1MB file to our labs.

On our 16 successful test runs, we got average downlink speeds of 584 Kbps, with an average latency of 321 milliseconds in hitting a basket of four Web sites. In our various tests of EV-DO networks, we've seen average speeds from 608 Kbps all the way up to 821 Kbps, with average latency in the 230-to-275-ms range. We've also seen many individual EV-DO file transfers come down at well over a megabit per second; our HSDPA transfers peaked at 955 Kbps.

Uplink speeds were also lower than expected, because right now Cingular has them capped at 128 Kbps. We got an average of 125 Kbps. That's similar to EV-DO upload speeds. Cingular told us they'll lift the cap later this year to boost speeds.

Also—this is a minor thing—you can't wear headphones connected to a laptop with an active HSDPA (or EDGE) connection, because the connection creates a buzzing sound in the headphones. That isn't the case with EV-DO.

After further analysis, we decided that Cingular's main problem is coverage, not technology. We got an average signal strength of -88 dBm; a strong signal should ideally be in the -60s, and most phones and cards lose signal between -106 and -110 dBm. Even worse, several of our test locations showed UMTS or EDGE speeds rather than the faster HSDPA system. (We marked those tests as unsuccessful and did not factor in those results.) As signal strength directly affects transfer speed, we expect Cingular's network to appear faster once it puts up more towers and improves its coverage.

Overly optimistic marketing doesn't help Cingular's position. New networks are always spotty in their first few months. But Cingular's coverage map shows a perfect blanket of signal covering the entire Baltimore-Washington area, with no holes. They should take a lesson from and provide a more honest map.

For now, both Sprint and Verizon have the upper hand when it comes to high-speed data. But as the difference between our August 2005 and January 2006 reviews of Sprint's service shows, a lot can change in six months. We'll check back later this year to see if Cingular has picked up the pace.

More PC Magazine cell phone reviews:

Introduction
Cellular Networks
PC Cards
EV-DO Handhelds

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Final Thoughts

 - Cingular BroadbandConnect (HSDPA)

Cingular BroadbandConnect (HSDPA)

3.0 Average

Not yet a competitor for EV-DO, this network may provide an excellent high-speed alternative by the end of 2006.

About Our Expert

Sascha Segan

Sascha Segan

Former Lead Analyst, Mobile

My Experience

I'm that 5G guy. I've actually been here for every "G." I reviewed well over a thousand products during 18 years working full-time at PCMag.com, including every generation of the iPhone and the Samsung Galaxy S. I also wrote a weekly newsletter, Fully Mobilized, where I obsessed about phones and networks.

My Areas of Expertise

  • US and Canadian mobile networks
  • Mobile phones released in the US
  • iPads, Android tablets, and ebook readers
  • Mobile hotspots
  • Big data features such as Fastest Mobile Networks and Best Work-From-Home Cities

The Technology I Use

Being cross-platform is critical for someone in my position. In the US, the mobile world is split pretty cleanly between iOS and Android. So I think it's really important to have Apple, Android and Windows devices all in my daily orbit.

I use a Lenovo ThinkPad Carbon X1 for work and a 2021 Apple MacBook Pro for personal use. My current phone is a Samsung Galaxy S21 Ultra, although I'm probably going to move to an Android foldable. Most of my writing is either in Microsoft OneNote or a free notepad app called Notepad++. Number crunching, which I do often for those big data stories, is via Microsoft Excel, DataGrip for MySQL, and Tableau.

In terms of apps and cloud services, I use both Google Drive and Microsoft OneDrive heavily, although I also have iCloud because of the three Macs and three iPads in our house. I subscribe to way too many streaming services. 

My primary tablet is a 12.9-inch, 2020-model Apple iPad Pro. When I want to read a book, I've got a 2018-model flat-front Amazon Kindle Paperwhite. My home smart speakers run Google Home, and I watch a TCL Roku TV. And Verizon Fios keeps me connected at home.

My first computer was an Atari 800 and my first cell phone was a Qualcomm Thin Phone. I still have very fond feelings about both of them.

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