Vodafone Australia

Vodafone Australia Logo

Country

Company Name

Vodafone Hutchison Australia Pty Ltd

Ownership Type

Joint Venture
Subsidiary

Ownership/Controlling Entity

MNC

03

3G UMTS Frequency Bands

IoT Technology

Company Overview

Vodafone Australia (VHA) is a mobile telecommunications company that operates the Vodafone brand in Australia. The result of a merger between Vodafone Australia and Hutchison 3G Australia, it created a mobile communications entity of nearly 7 million subscribers, A$4 billion in annual revenue and a 27 per cent market share making it Australia's third largest mobile telecommunications provider behind Telstra and Optus.

The joint venture entity is owned by Hutchison Telecommunications Australia (a subsidiary of CK Hutchison Holdings) and by Vodafone Group plc on a 50-50 basis. It was formed on 10 June 2009, after shareholder and ACCC approval.

The company operates 3G UMTS services over B1 (2100 MHz) and B8 (900 MHz), and for a brief period also over B5 (850 MHz). Its 850 MHz spectrum was refarmed as a 5 MHz wide B5 (850 MHz) LTE service, to better compete with Telstra and Optus who launched long range B28 (700 MHz) LTE services in 2015. VHA provide 4G LTE-A services B3 (1800 MHz), and B1 (2100 MHz) in very select areas. 2C carrier aggregation of B3+B5 is available nationally.

Vodafone's LTE network was upgraded to support Massive MIMO in May 2018, following the technology being trialled since 2017.

Vodafone IoT

Vodafone Australia completed successful trials of NB-IoT in 2016, commercially launching their dedicated IoT network in October 2017 over the B8 (900 MHz) band. The NB-IoT network utilises an unused GSM channel in VHA's 8 MHz paired spectrum, with centre frequencies of 911 and 956 MHz.

Vodafone 5G

Vodafone ran the first live public 5G trial in Australia in 2016 which demonstrated data rates of 5 Gbps. In August 2018 VHA and TPG Telecom announced merger plans in order to increase competition with rival MNO's Telstra and Optus, and provide a JV framework for the November 2018 5G spectrum auction. Following the auction's conclusion, Vodafone announced in December 2018 that the VHA-TPG Telecom spectrum joint venture company, Mobile JV Pty Ltd (JV), had acquired 60 MHz of spectrum in the 3600 to 3700 MHz band nationwide.

Vodafone's 5G network rollout has been delayed by the controversial ban of Huawei, a move widely considered to be a product of the US' ongoing trade war. In January 2019 reports circulated that VHA was investigating the use of its newly acquired 5G spectrum in a fixed-wireless arrangement.

3G UMTS Network Information

Details on UMTS network deployments are shown below. Data are often incomplete due to commercial nature. Consult dossier text for further details.

Launch Date 2006-10 Status Active
UMTS BandPacket DataStatus
Active
Active
4G LTE Network Information

Details on LTE network deployments are shown below. Data are often incomplete due to commercial nature. Consult dossier text for further details.

Evolution Status Active [Launched 2013-06]
Max. MIMO Max. Modulation
Carrier Aggregation Features
LTE BandChannel WidthStatus
5 MHz Active
20 MHz Active
5 MHz Active
0.2 MHz Active
5 MHz Planned
5G NR Network Information

Details on 5G NR network deployments are shown below. Data are often incomplete due to commercial nature. Consult dossier text for further details.

Type Status Planned
Max. MIMO - Max. Modulation -
Carrier Aggregation - Features -
NR BandChannel WidthStatus
60 MHz Planned
IoT Network - NB-IoT (LTE Cat-NB1)
Technology Status Active
Band Launch Date

Services Available

As specialists in 3G, 4G, and 5G cellular technologies, our R-Spectrum team provides in-country technical services to most regions around the world. Operating on a contract basis we are often sent to remote and isolated regions to assist companies in establishing voice and data communications.

Through our R-Spectrum team, we help our clients visualise and understand mobile signal issues by offering a range of radio frequency modelling services for 2G GSM, 3G UMTS, 4G LTE, and 5G NR cellular technologies. The first step to solving any problem is to understand the problem.