| Decade | 1980s | 1990s | 2000s | 2010s |
| Coverage | Outdoor | In/outdoor | global roaming | global roaming |
| Applications | Business voice | Consumer voice | Voice and some data | Data including voice |
| Data speed | 9.6-28kbps | up to 100 kbps | up to 2 mbps, slower in a car | 100 mbps |
| Status | Obsolete | Deploying (rapidly in developing nations) | Deploying now | Standards work beginning |
| Connection mode | Circuit | Circuit | Packet -- always on | Packet -- always on |
The third generation of cellular radio infrastructure is rolling out in the US. Several Asian and European nations are several years ahead of the US in third-generation cellular deployment and application. Current US offerings include:
| Vendor | Advertised Speed | Price | Technology family | Status |
| AT&T, Cingular, T-Mobile | 250 kbps | not set | GSM | 15-20 cities |
| Sprint PCS | 400-700 kbps | $40+, based on usage | CDMA | 34 cities initially |
| Verizon wireless | 4-700 kbps | $80 per month, unlimited | CDMA | 50 large cities |
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| Cell phones require large investments in antennae and radios. The antennae on the left were installed on the stadium light pole of a school which leases the antenna space for $6,000 a year. The towers on the right are disguised. | ||||
There are many cellular towers near CSUDH.
Inmarsat offers connectivity using LEO satellites from nearly anywhere on the globe.
Finally, we should note that the WiMAX (IEEE 802.16) standard includes a mobile standard which may compete with cellular connectivity once devices are delivered and certified.
3G Today has current information on global deployment, applications, and devices for third-generation cellular.