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Comparing 5G and 5G+: What Latency Means for Gaming and Video Calls
11 Nov 2026
Mobile networks aren't simply about how fast you can download a file or watch a movie. They also define the ability of devices to interact in fast-paced activities. For example, when playing an online video game or via video chat conferencing, a lag in communication can influence your experience.
That's the difference between 5g vs 5g+. Faster download speeds enable you to download large files and high-res media, but low latency means your apps can react fast to your input. Knowing the difference will help you decide if a faster 5G connection would be especially beneficial for real-time activity such as gaming, video conferencing, and the like.
What Is Latency in Cellular Networks?
Latency is the time it takes for a device to talk to an endpoint of a network. Latency is typically measured in milliseconds (ms). Latency means elapse of time and can be lower if the response is needed faster as when an application is to claim an informant.
For instance, if an online game asks the player to press a button, the device sends the command to a server for "game." Then the server performs the action and sends updated info back. The thing is the player looks responsive because of how fast the response occurs.
The same is true for video chatting. The phone or computer sends audio and video to other people. With latency, exchanges with people can be awkward, interrupting each other and answering quickly.
But latency isn't the only measure of connection quality. Packet Loss (some packets never arrive) and Jitter (variation in the delay between arrivals). Both can impact real-time applications even with low average latencies.
Difference Between 5G Latency and 5G+ Latency
Carriers promised standard 5G to be faster, able to accommodate more users at once, and more responsive than older mobile technology. But not all 5G connections will be the same. It will depend on the network architecture, spectrum, signal conditions, and operator networks.
5G+ does not have a generic technical definition. It's a phrase used by mobile operators to describe various forms of enhanced 5G service or network characteristics. This can be extra spectrum, additional capacity, 5G Standalone (SA), or any number of other features of the technology dependent on the operator.
5G Standalone is a key term, particularly when it concerns latency. 5G SA is built with a core network, while 5G NSA makes use of some of the current 4G network equipment. This design allows for capabilities such as network slicing and more relaxed traffic control. These features would allow carriers to support applications with specific performance requirements.
However, seeing a 5G+ icon on your phone does not necessarily mean lower latency is in store for you. Rather, it is contingent upon the operator's implementation, device support, network usage, and how you get to the application server you want.
Benefits of Low Latency in Online Gaming
Internet games always communicate with each other and with remote servers. In competitive games, players want their actions to register quickly. Latency can affect your aim, movement, timing, and teamwork.
With less latency, a game will feel less sluggish because your commands will be sent to the server sooner. This is especially sensitive for faster FPSs, fighting games, and competitive multiplayer games. Delays are more tolerable in slower games, but the faster the game, the more frustrating the delay can be.
But cloud gaming is far more network-crunching. Rather than rendering the game locally, it's rendered on a remote server and the video of the gameplay is streamed to the device. It also means sending player's inputs to the server and sending visual updates from the server to the player over the network. Both are important, which is why you can't game lag-free with just a fast download speed.
You need a stable network too. Spikes in latency may cause game updates to arrive too late, while dropped packets may result in missing data or gaps in visibility. This is why a super-flat response time can be better than a connection that sounds awesome (with great peak speeds) but has more churn.
How 5G+ May Help Gaming Performance
Other elements of 5G+ could assist gaming with managing mobile system traffic and enhancing network capacity. Additional spectrum may help with traffic congestion in dense locations, and 5G SA may help with advanced traffic management.
Some networks even support edge computing, where the compute power can be closer to you. If you have a game or service adjacent to your edge server, the data may not have to go as far. This may prevent network latency, but the benefits depend on how the service provider is implementing this and what the application itself is doing.
With games, however, the difference between 5G and 5G+ is more substantial:
- Latency: Less lag allows players to issue commands to game servers that respond more quickly.
- Network capacity: With extra spectrum and hardware, a network could accommodate more concurrent users, restricting congestion.
- Reliability of the connection: Better traffic management could enable the network to maintain performance with higher network demand.
- Cloud gaming: If the game is served from a server and streamed as a video, then you'll need stable upload and download speeds.
- Phone compatibility: Better service requires compatibility with the operator's network bands and features on the cell phone.
Even such features do not guarantee consistent results. In a real world network it means that players should think of some places where the signals or congestion are different depending on the time of the day.
Video Call Communication Delay
On a video call, everyone is communicating. Both devices encode audio and video, compress, and send the video stream down a network pipe. At the other end, the stream is decoded and played back to you.
High latency can cause strange lags of questions and answers. It can lead to people talking over each other as one or more parties cannot hear fast enough. These delays may interfere with the flow of conversations in things such as corporate meetings, interviews, or cyber classrooms.
Jitter and packet loss can, however, cause other problems. Jitter will produce choppy audio; packet loss will produce frozen video, dropouts or garbled audio. Video-call programs use buffering and error recovery to alleviate these issues, but some interruptions are unavoidable.
Improved and lower latency 5G with increased upload and reliability can help solve this problem. Why this is important: Video calls involve not only sending data out but also receiving data from your camera and microphone.
Things to Consider When Choosing a 5G Plan
A 5G or 5G+ moniker does not tell the full story on network performance. Test service: you make video calls or play games.
Test Network Availability and Coverage
Ensure the carrier is meeting their end where you spend your time. Coverage can differ from neighbourhood to neighbourhood, building to building, transit spot to transit spot, and indoors. A phone can also alternate network types depending on signal.
Check Compatibility of Your Device
Ensure your phone will be compatible with the operator's dedicated frequency bands and enhanced network features. E.g., upgrades to software fixes that better support very advanced 5G services, sim upgrades, plan upgrades.
Real-World Performance Test
Run a couple of latency tests daily and test latency at several locations where you know there is cellular data. If your testing tool provides these data, don't just pay attention to one result; look for consistency in response time, upload speed, and packet loss.
Consider the Game or Video Platform
Different apps use different servers and network paths. A game server nearby may be better than a more distant one, even if your phone says 5G or 5G+. Video call quality also varies depending on the platform, the location of the participants, and the performance of the device.
Mobile Provider Connection Options
Picking a mobile service is more than reading the drivel of competition on speeds. Look at the coverage, data caps, plan limits, device compatibility, and network features of every offer. This will give you an idea of whether a connection will be enough for your day-to-day communication, entertainment, or heavy real-time applications.
Look at plans and eSIM offerings and consider Giga when selecting mobile connectivity in Singapore. Look at the coverage, device compatibility, and what it has to offer in that regard. The decision really depends on your use of it and the service available where you spend most of your time.
5G vs. 5G+: Pick Your Connection
It's not only a matter of speed with 5G vs. 5G+. For mobile connections and for the quality of activities such as online gaming and videoconferencing, latency, jitter, packet loss, congestion, and distance to the server all matter.
Some of the benefits associated with high-end 5G technologies (e.g., Standalone architecture, enhanced traffic management, and increased capacity) might also have positive effects, too. But, all of this is available to a user depending on device, operator, and even position in the operator's network.
This means that users should not necessarily take their network name-label at face value in terms of networks and real world level-of-service in their day-to-day lives. A great connection and response time can make all the difference on calls and gaming sessions out there - consumers can have mobile access to match their reality of use.
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Peyman Khosravani
Industry Expert & Contributor
Peyman Khosravani is a global blockchain and digital transformation expert with a passion for marketing, futuristic ideas, analytics insights, startup businesses, and effective communications. He has extensive experience in blockchain and DeFi projects and is committed to using technology to bring justice and fairness to society and promote freedom. Peyman has worked with international organisations to improve digital transformation strategies and data-gathering strategies that help identify customer touchpoints and sources of data that tell the story of what is happening. With his expertise in blockchain, digital transformation, marketing, analytics insights, startup businesses, and effective communications, Peyman is dedicated to helping businesses succeed in the digital age. He believes that technology can be used as a tool for positive change in the world.
