There are four major mobile phone networks in Indonesia – Telkomsel, XL Axiata, Indosat Ooredoo, and Tri.
Telkomsel is the largest provider in the country, with around 63% market share. It uses the GSM 900 and 1800 networks.
XL Axiata is the second largest provider, with around 26% market share. It uses the GSM 900 and 1800 networks.
Indosat Ooredoo is the third largest provider, with around 10% market share. It uses the GSM 900 and 2100 networks.
Tri is the fourth largest provider, with around 1% market share. It uses the GSM 900 network.
Does Indonesia use GSM?
Does Indonesia use GSM?
Yes, Indonesia does use GSM. GSM is the most popular mobile standard in the world, and Indonesia is no exception. In fact, there are over 350 million GSM subscribers worldwide, and Indonesia has the fourth largest GSM market in the world.
There are a few different GSM frequencies used in Indonesia, but the most common is 900 MHz. This frequency works well in most parts of the country, and is used by the majority of carriers. There are also a few operators that use 1800 MHz, which is a bit more limited in terms of coverage.
If you’re planning on travelling to Indonesia, it’s a good idea to check the GSM frequencies used by your carrier and make sure your phone is compatible. If not, you may need to rent or buy a compatible phone in Indonesia.
Which countries use the 900 or 1800 MHz GSM band?
The GSM band is a cellular spectrum used for voice and data transmission. Countries around the world use different frequencies within the GSM band for their mobile networks.
The 900 MHz frequency is used in Europe, Asia, Africa, and South America. The 1800 MHz frequency is used in North America and Australia.
Some countries, like the United States, have both the 900 MHz and 1800 MHz frequencies in use. Others, like India, only use the 900 MHz frequency.
Different frequencies offer different benefits and drawbacks. The 900 MHz frequency travels farther and is better at penetrating buildings, but it can be more susceptible to interference. The 1800 MHz frequency travels shorter distances but is less likely to be blocked by obstacles.
Choosing the right frequency for a mobile network is a complex decision that takes into account a variety of factors. The GSM band is constantly evolving, and new frequencies are being added all the time.
Which country uses GSM?
GSM is a global standard for mobile communication. It is used by over 3 billion people in more than 212 countries and territories. GSM is the most widely used mobile standard in the world.
GSM is a digital standard, which means that it transmits data in packets. This makes it more efficient than older analog standards. It also allows for multiple users to share the same frequency band, which is why GSM is often used for cell phone networks.
GSM was developed in the 1980s, and it was first commercially deployed in 1991. It has been updated a number of times over the years, most recently in 2013.
Does Indonesia have 4G network?
Yes, Indonesia has a 4G network. LTE (Long Term Evolution) is the fourth generation of mobile phone technology and offers significantly higher speeds and capacity than earlier generations. In Indonesia, the 4G network is operated by three providers: Telkomsel, XL Axiata, and Indosat Ooredoo.
Of the three providers, Telkomsel has the largest market share and is considered to have the best network coverage. In a recent study by OpenSignal, Telkomsel was found to have an LTE availability of 97.5%, compared to XL Axiata (92.5%) and Indosat Ooredoo (86.5%).
So, does Indonesia have 4G network? The answer is yes. However, the quality of the network may vary depending on your provider.
Can my phone work in Indonesia?
Can my phone work in Indonesia?
This is a question that a lot of travelers have, and the answer is it depends on your phone. If your phone is unlocked, then you should be able to use it in Indonesia. However, if it is locked to a specific carrier, then you may not be able to use it in Indonesia.
If you are traveling to Indonesia, it is a good idea to check with your carrier to see if your phone will work in the country. If it doesn’t, you may need to buy a new phone or unlock your current phone.
If you are traveling to Indonesia, it is a good idea to buy a local SIM card. This will allow you to use your phone in the country and will also be cheaper than using your current phone plan.
Is there 5G in Indonesia?
5G is the next generation of mobile internet connectivity, promising much faster download and upload speeds than current 4G networks.
So far, 5G has only been launched in a few countries, but there is speculation that it may be launched in Indonesia in the near future.
There are a few things to consider when asking whether 5G is available in Indonesia. Firstly, 5G is not just a single technology, but a range of different technologies that may be used for different purposes.
Secondly, the availability of 5G will depend on the availability of 5G-enabled devices. While many new smartphones support 5G, not all devices do.
Thirdly, the availability of 5G will also depend on the availability of 5G networks. So far, 5G networks have only been launched in a few countries.
Finally, the cost of using 5G networks may be higher than using 4G networks.
So overall, the answer to the question of whether 5G is available in Indonesia is: it depends. 5G technology is available in Indonesia, but the availability of 5G-enabled devices and networks is still limited.
What is the difference between GSM 900 and 1800?
There are two main frequency bands used for GSM (Global System for Mobile Communications) cellular networks: 900 MHz and 1800 MHz. These frequencies are used for voice and data communication.
The 900 MHz frequency band is used in Europe, Asia, Australia, and parts of Africa. The 1800 MHz frequency band is used in North America, South America, and most of Africa.
There are several differences between GSM 900 and 1800. The main difference is the number of available frequencies. The 900 MHz frequency band has eight frequencies, while the 1800 MHz frequency band has twelve frequencies.
Another difference is the range of the signals. The 900 MHz frequency band has a shorter range than the 1800 MHz frequency band. This is because the 900 MHz frequency band has higher power requirements than the 1800 MHz frequency band.
The 900 MHz frequency band is also less susceptible to interference than the 1800 MHz frequency band. This is because the 900 MHz frequency band has a wider frequency range.
The final difference is the cost of equipment. Equipment that operates on the 900 MHz frequency band is typically less expensive than equipment that operates on the 1800 MHz frequency band.