Telecoms are improving connections in areas with more demand before upgrading all connections in areas with less demand, news at eleven.
Wait a second, are you trying to tell me that the Telecoms are doing the same thing they’ve done since 2.5G?
They’ve done this with every new generation, I’m shocked that they aren’t already advertising 6G
Oh, did you forget about the time LTE started rolling out and telcos decided to call HSPA+ (3.5G) 4G? One of these scumbags will start calling it 6G. Marketing teams are full of great ideas. /s
“Comcast is discontinuing its its “Xfinity 10G Network” branding to describe its internet service after a National Advertising Review Board (NARB) panel found that the term could mislead consumers into thinking that Comcast’s cellular and broadband services would offer much faster speeds than current-generation networks.”
The illusion of progress is the next best thing
Well sure. They are always going to be upgrading their networks.
Let’s see 4G LTE releases over the years…
• Release 8 (2008): Introduced base LTE capabilities, including high peak data rates (up to 300 Mbps downlink, 75 Mbps uplink), improved spectral efficiency, flexible bandwidth options, and lower latency compared to 3G.
• Release 9 (2011): Enhanced aspects of Release 8, such as carrier aggregation (combining multiple frequency bands for increased bandwidth), improved handover (switching between cell towers), and support for multicast/broadcast services.
• Release 10 (2011): Introduced LTE Advanced, marking a significant step forward. It brought features like wider bandwidth support, further carrier aggregation enhancements, and MIMO (Multiple-Input Multiple-Output) antenna technology for increased capacity and efficiency.
• Release 11 (2013): Continued improvements on LTE Advanced, focusing on enhanced interoperability with Wi-Fi, power saving features, and self-organizing network (SON) functionalities for network optimization.
• Release 12 (2014): Furthered LTE Advanced capabilities, including support for Voice over LTE (VoLTE) calls, machine-type communication (MTC) for low-power devices, and coordinated multi-point (CoMP) transmission for improved coverage and capacity.
