What’s the difference between global network mode, LTE, and CDMA? What exactly is a global network? Why does my network work better on one mode than the other? And which mode should I choose?
The above are questions often asked by phone and internet service users. But without mincing words, a global network mode is what it sounds like. It is any network communication that is capable of covering the entire globe. It is a network mode that looks for a GSM signal where roaming agreements are available. On the other hand, an LTE mode is the 4G network, while the CDMA mode is a 3G data connection.
This article will explain more about what a global network mode is and how it functions alongside how to configure your mobile in different network situations, among other related issues.
What Is Global Network Mode?
This is a network mode in your mobile that uses a communication network that covers the entire globe. Global implies that your phone will look for GSM/signals where they have roaming agreements when an LTE signal is not present.
What Is Network Mode? A Look at the Different Options and How They Work
Network mode influences the speed at which you can access the internet (browse or download) from a device.
They explain the different features of wireless signals and are similar to AM and FM frequency modulation in radio stations. A mode can describe the operating frequency, range, and data rate. Some of them include:
First Generation (1G)
The 1G network first appeared in the 70s. It is the first Generation of mobile networks, but is only dedicated to voice calls based on so-called “analog” technology. This is unlike the following generations of mobile telephony (2G, 3G, 4G, 5G), which use “digital” technology.
However, 1G has many shortcomings – poor mobile communication service, unsafe (unencrypted calls), and expensive. The 1G network started to give way to 2G in many countries around the end of the 80s. It is now obsolete.
Second Generation (GSM or 2G)
The Second Generation of mobile networks, 2G, is based on GSM. 2G radio signals are digital. It is achieved when multiple users can use a single network/channel through multiplexing. During the 2G era, cell phones can use data and voice. Some characteristics of 2G include:
- Digital signals
- Data speeds up to 64 kbps
- Services such as SMS and MMS
- Bandwidth around 30 to 200 kHz
Third Generation (3G or WCDMA)
3G is a Universal Mobile Telecommunications System (UMTS) standard based on the Wideband Code Division Multiple Access (WCDMA) technology for its primary network infrastructure.
It combines some parts of the 2G network with new technologies and protocols for faster data delivery. The speed can be as high as 13 Mbps due to packet switching. With a 15 to 20 MHz bandwidth, it operates at a range of 2100MHz. Other features include:
- Data speed up to 2 Mbps
- Send/receive large emails.
- Large broadband and capacities.
- Higher bandwidth
Fourth Generation (4G or LTE)
The significant difference between the 3G and 4G networks is the data rate and the technology used. The leading technologies that make 4G possible are Multiple Input Multiple Output (MIMO) and Orthogonal Frequency Division Multiplexing (OFDM). The key standard here is WiMAX and LTE.
Although 4G is seen as the predetermined standard for network connection, 4G LTE is the path to achieving that predefined standard. Some features of 4G LTE are:
- High speed up to 20Mbps.
- High capacity and low cost per bit.
- Scalable mobile network worldwide.
- AD hoc and multi-protection network.
Fifth Generation (5G)
Although 5G is still developing, some mobile phones have adopted this technology. It works on rarely used radio bands ranging from 30 to 300GHz. Testing has shown that it can cover distances as far as 500 meters away from the tower. One prominent feature of 5G is low latency which is about 1 to 10 seconds and 60 to 120 times faster than the average 4G latency.
5G is a breakthrough generation that aims to offer users ultra-high-speed mobile speeds exceeding 10 GB/s!
- Download speeds exceeding 10 Gb/s
- Ultra-low latency
- Increased availability and network capacity
- Faster than Wi-Fi
Which Network Mode am I to use? Global, LTE/CDMA, or LTE/GSM/UMTS?
Ideally, you should use Global. Global network mode is usually the best setting for most locations. You should only change it when you have network issues. For example, you should only choose LTE/CDMA or LTE/GSM/UMTS when you have service issues, your location supports different network MTB types, and you need just LTE/CDMA.
GSM/UMTS, CDMA/CDMA200, and LTE are mobile standards built to work on different networks. GSM/CDMA was used to move to a 2G network, UMTS and CDMA2000 are used to transition to 3G, while LTE moves CDMA/CDMA2000 and GSM to 4G
How to know what network mode I have?
- Go to the phone menu and tap on Settings
- Tap on Connections, then looks for More Network.
- Look for a Mobile network and tap on it.
- You should see Network mode, where you can change the network to your preferred choice.
All mobile phones do not have the same user interface, so where you will find network mode on your phone may be different from other mobile phones.
Global network mode vs LTE – a comparison
By definition, the Global network mode covers the entire globe, while LTE is a cell phone standard that defines the fourth Generation of mobile communication for CDMA and GSM networks.
Connecting to GSM networks with global network mode is easier, especially outside your region or location. Meanwhile, if no LTE infrastructure is present, you can’t connect to the network.
Global network mode can be found almost anywhere, while LTE is hardly found in underdeveloped countries
What does refreshing SIM data mean?
“Refreshing SIM Data” usually means that your SIM card is receiving an update, and your phone reads the updated data from the SIM to the memory.
This could also be that your SIM card or SIM card reader is faulty. You can verify this by trying out another sim card on your phone. You can solve this problem by:
- Restarting your phone
- If it does not work, turn OFF your phone again, remove the SIM card, place it back, and turn it ON.
- If nothing changes, take your mobile to a repair shop.
How to change CDMA to GSM on Android
- Swipe down and tap on the Settings icon in your phone menu
- In Settings, tap on Mobile Network or Network and Internet as the case may be
- Tap the Network Mode >> Mobile Network
- Change 3G (CDMA) to 2G (GSM) mode.
What is the best network model for Verizon?
5G LTE is probably the best network mode to use. But there is no straightforward answer to this question. If you want advanced technology, your best choice is Verizon 5G because of its high-frequency bandwidth, faster data speed, and low latency. However, assuming you are in a location with no 5G infrastructure, you should switch to the network available to get a stable signal.
Does Verizon use CDMA or GSM technology?
Verizon uses CDMA technology which is the largest carrier in the US. Although the CDMA technology only holds below 20% of the mobile technology market. On the other hand, GSM technology is used by AT&T and T-Mobile.
Which network mode is best?
Anyone would say 5G because of benefits such as low latency, ultra-high-speed, and more. But 4G/LTE (Long Term Evolution) remains the best network mode. This is because it is stable, and the infrastructure is readily available in most places. So until 5G infrastructure is built in most locations, 4G remains the best.
Is global network mode 5G?
The global network is not 5G, but 5G is a part of the global network mode. Global network mode easily connects with GSM network wherever you are, while 5G is a new technology and infrastructure is still developing.
- What to Do If Spectrum Internet Keeps Dropping, Cutting, or Going out Almost Every Hour
- What Is Device Pulse by Tracfone and Samsung?
Passionate about technology and communication, I’m more comfortable writing about the key trends in business-to-business software-as-a-service (B2B SaaS). I’m a generalist with interests in journalism, DIY and outdoor. You can always reach me on Twitter and LinkedIn. Learn more about tekpip and the team here on our about us page.