Skip to main content

AT&T Mobility’s LTE network off to a fast start

AT&T Mobility’s recently launched LTE network posted robust throughput speeds during drive tests over the past weekend, according to a report from Signals Research Group L.L.C. (Obviously, the speed tests were conducted on a extremely uncluttered network as the carrier has just begun offering the service commercially.)
The firm noted that testing in the Houston area using a Sierra Wireless Inc. wireless modem showed average download speeds of 23.6 megabits per second, with peak download speed of 61.1 Mbps. The testing also showed that speeds exceeded 40 Mbps 8.6% of the time, 21 Mbps 38.2% of the time and was greater than 5 Mbps 95% of the time.
Uplink speed tests showed an average throughput of 15.2 Mbps with a peak speed of 23.6 Mbps. The testing showed that uplink speeds exceeded 15 Mbps 60% of the time and exceeded 5 Mbps 98.2% of the time.
Network latency tests provided an average speed of 49 milliseconds, which Signals Research said was slower than expected following similar testing on European-based LTE networks, but on part with what other LTE networks in North America have shown.
The network testing also showed that handoffs between the LTE network and AT&T Mobility’s legacy HSPA+ network completed in 2.4 seconds. This portion is somewhat important to AT&T Mobility as the carrier has claimed its ability to fall back to HSPA+ speeds when not in a LTE market is an advantage compared with the CDMA2000 1x EV-DO Revision A network Verizon Wireless’ LTE network must fall back to when outside of LTE coverage. However, Verizon Wireless can then tout that its LTE network currently covers 143 markets compared with AT&T Mobility’s five markets.
AT&T Mobility has said it plans to cover up to 70 million potential customers with LTE service by the end of the year, compared with 180 million pops expected to be covered by Verizon Wireless.

Comments

Popular posts from this blog

Telecom Network Evolution in Last decade (2011-2020): Legacy to Network Cloudification

Telecom Network Evolution in Last decade (2011-2020): Legacy to Network Cloudification The Telecom Network space has changed immensely in the last decade and the journey towards network cloudification  has been definitely very interesting to watch with massive adoption globally in recent years. Network Cloudification at a very high level is basically converting actual network functions(routers,firewall, Evolved Packet Core(EPC), IP Multimedia Subsystem(IMS),etc) into a software package and deploying them on a network cloud (public, private, hybrid,on premise) running using commercial IT servers. Having been part of the Telecom industry for more than 9yrs, I have been fortunate to work on legacy setup as well as Telco NFV & Cloud environment during this tenure with focus on Telco technologies & use cases like 4G LTE, Voice Over LTE (VoLTE), virtualized enterprise offerings and 5G lately. Starting in the industry back in 2011 I was introduced to the Legacy network setup

Network Transformation: TM Forum's Open API & Open Digital Architecture (ODA)

Network Transformation: TM Forum's Open API & Open Digital Architecture (ODA) Majority global operators have been on the journey towards network transformation / cloudification for only 4-5 yrs now and due to challenges and complexities involved with network virtualization and cloudification, relatively very less progress has been made. However the speed of transformation has caught pace globally in the last 2 yrs as most operators plan for implementing 5G in their networks. In order to ease the transition , many open source projects and industry associations have got created over the years with goal of easing virtualization journey for vendors & operators. One such industry association who has been leading the efforts for Digital Business Transformation has been TM Forum. 2 initiatives of TM Forum to ease network transformation include OpenAPIs & Open Digital Architecture(ODA).