Price after $5/mo. AutoPay & paperless billing discount
Fast online speeds for the whole family, Stream HD videos, game online, and share large files, Connect 10 devices
Price after $5/mo. AutoPay & paperless billing discount
Fast online speeds for the whole family, Stream HD videos, game online, and share large files, Connect 10 devices
Price after $5/mo. AutoPay & paperless billing discount.
15x faster upload speeds than cable
Fast online speeds for the whole family
Price after $5/mo. AutoPay & paperless billing discount.
20x faster upload speeds than cable
Faster online speeds so everyone can stay connected to their devices
Price after $5/mo. AutoPay & paperless billing discount.
25x faster upload speeds than cable
Even faster online speeds for almost seamless connectivity, digital collaboration and pro-level gaming
Price after $5/mo. AutoPay & paperless billing discount.
Ultra-fast online speeds to support smart-home activities, work-from-home demands, at-home learning and more
For the powerfully interconnected smart home
Price after $5/mo. AutoPay & paperless billing discount.
Our fastest online speed to support cutting-edge technology such as elite gaming and truly immersive experiences
Engage, stream and connect at unsurpassed speed
Best Features
Things to Consider
The core technologies used to deliver AT&T Internet, IPBB and Fiber, have some key differences. The main difference is that IPBB sends data as EF (Electromagnetic Frequency) radio signals over twisted copper phone lines. This is referred to as “analogue.”
Fiber, on the other hand, communicates the on-and-off nature of binary data by sending distinct pulses of light over ultra-thin fibre-optical strands. Consider this to be “digital.” As one would expect, light travels much faster than radio waves, resulting in an internet connection that is 10-plus times faster than IPBB.
Although IPBB service is frequently compared to cable, there are some significant differences between the two. The main difference is that IPBB is slightly slower in terms of download speed, but provides a more consistent connection overall because it does not use bandwidth sharing as a network management strategy.