Proxy sellers increasingly add "5G" to the tariff name and raise the price by 20-40%, even though the client is actually getting the same mobile IP from the same operator. We explore what is marketing and what is the real technical difference that affects Facebook Ads farming, working with TikTok Ads, and managing Instagram accounts.
What are 4G and 5G proxies
4G and 5G proxies are mobile proxies that operate through modems or server farms with SIM cards from real mobile operators. The traffic goes through a cellular tower, not through a data center, so the IP address appears as if it is coming from a regular smartphone user. This is a key difference from data center solutions: social networks and advertising platforms trust mobile operators much more because millions of real people log into Instagram and Facebook every day using mobile internet.
The difference in the name "4G" and "5G" indicates the generation of the network through which the connection physically passes. 4G (LTE) is a standard that has been used since the 2010s and still covers the vast majority of areas even in large cities. 5G is newer, faster, but coverage is still patchy: mainly in central areas of megacities, specific business districts, and places with high population density.
An important point: the proxy provider cannot guarantee that your traffic will go through a 5G tower 24/7. If the device physically moves out of the 5G coverage area or the network is overloaded, the modem will automatically switch to 4G. Therefore, a "pure 5G proxy" is more of a marketing simplification than a technical guarantee.
Technical difference: what changes within the network
At the protocol level, 5G provides three real advantages: higher bandwidth, lower latency, and the ability to connect more devices to a single cell without degrading speed. For an average smartphone user, this feels like faster video loading on TikTok. However, for a proxy server that simply forwards HTTP/SOCKS5 requests, these advantages are not always realized.
The bottleneck in most tasks is not the speed of access to the operator's network, but the speed of the requested website, the load on the proxy provider's server, and the number of parallel sessions on a single modem. If 50 accounts are "hanging" on one 5G modem at the same time, the difference with 4G is negated — the channel will still become the bottleneck before the network generation.
Another nuance is NAT (Network Address Translation). Operators use CGNAT, which allows hundreds of real subscribers to use the same external IP simultaneously. This works the same in both 4G and 5G networks, and this is what gives mobile proxies their main advantage over data centers — the service sees an IP that could belong to any real person, not a proxy farm.
Speed and latency: comparison on real tasks
In practice, tests show that in cities with good 5G coverage, download speeds can increase by 2-4 times compared to 4G, but latency (ping) decreases insignificantly — by 10-30 ms. For tasks like uploading dozens of photos to Instagram Reels or warming up accounts through automation, this is noticeable but not critical: a difference of 2-3 seconds in post loading will not affect the campaign's outcome.
For arbitrageurs testing ads in Facebook Ads and TikTok Ads, connection speed is only important during the creative upload phase and mass campaign creation through the Ads Manager API. If you are launching 5-10 campaigns a day manually, the difference in network generation is hardly noticeable. However, if you are using automation through Zennoposter or similar tools for mass creation of hundreds of ads, 5G will indeed reduce script execution time.
For scraping marketplaces (Wildberries, Ozon, Avito), network speed is generally secondary — stability of the connection and absence of interruptions during long sessions are more important, and this depends more on the quality of the provider's equipment than on the generation of the connection.
IP rotation and pool quality: where the catch is
The main factor that really affects the result is not 4G or 5G, but the size of the IP address pool, the frequency of rotation, and how often this IP has already been used by other clients of the same provider. If a provider offers an "exclusive 5G modem" with a pool of 50 IP addresses for the entire city, while a competitor provides 4G with tens of thousands of rotating addresses across the country — the second option is almost always safer for account farming.
In this context, it is important to understand that the true value of mobile proxies lies not in speed, but in the trust that platforms have in real mobile operators. Therefore, when choosing, it is worth looking not at the marketing label "5G," but at the characteristics of the pool: the number of unique IPs, rotation frequency, geography, and how often the provider updates the device farm.
For most farming scenarios and warming up accounts on Instagram and TikTok, mobile proxies with a wide pool of operators and automatic IP rotation by timer or on demand are more suitable, regardless of whether it is a 4G or 5G connection.
Ban rate in Facebook Ads, TikTok Ads, and Instagram
Statistics on the ban rate of accounts in Facebook Ads and TikTok Ads show that anti-fraud algorithms respond not to the generation of the network, but to behavioral patterns: device fingerprint matching, action speed, geolocation discrepancies, and the reuse of the same IP by too many accounts simultaneously.
The fact is that even the fastest 5G proxy will not save an account if you access it through an anti-detect browser with an incorrectly configured fingerprint or use the same IP for 10 accounts in a row. It is more important to correctly link the proxy with the profile in Dolphin Anty, AdsPower, or Multilogin: one account — one stable IP — one device configuration.
Therefore, when setting up multi-accounting, the focus should shift not to searching for "5G proxies" as a panacea, but to the combination: a quality mobile pool + proper configuration of the anti-detect browser + reasonable action limits per account per day. This reduces the ban rate more than changing the generation of the network.
When the difference really matters and when it doesn't
There are scenarios where 5G provides a measurable advantage. The first is mass media content uploads: if an SMM agency is uploading dozens of videos to stories and Reels simultaneously from multiple accounts, the higher bandwidth of 5G really saves time. The second is streaming and live broadcasts through mobile proxies, where stable high speed without drops is important. The third is working with heavy web applications like Ads Manager, where the interface loads a lot of JS and analytics.
However, where the difference is hardly felt: regular surfing and warming up accounts, text posts and comments, price scraping on Wildberries and Ozon, landing page testing, and most manual ad management tasks. In these cases, 4G proxies perform just as well and are significantly cheaper.
If the task is to save budget while scaling to 30-50 accounts, it is wiser to take a stable 4G pool with good rotation than to overpay for a 5G label without a real increase in results.
Comparison table of 4G vs 5G proxies
| Parameter | 4G proxies | 5G proxies |
|---|---|---|
| Coverage | Widespread, including regions | Limited to major cities |
| Download speed | Average, sufficient for most tasks | 2-4 times higher with a good signal |
| Latency (ping) | Acceptable for web tasks | Lower by 10-30 ms |
| Trust of social networks | High, identical to a regular user | Same, no difference |
| Cost | Lower | Higher by 20-40% |
| Suitable for | Account farming, scraping, warming up, SMM | Streaming, mass media uploads, heavy web applications |
How to choose a provider and not overpay for hype
Before purchasing "5G proxies," it is worth asking the provider specific questions: how many real unique IPs are in the pool, what is the rotation frequency, how many accounts are running simultaneously through one modem, and most importantly — is there a guarantee that the connection is indeed going through a 5G tower and not switching to 4G under any network overload. Honest providers give clear answers, not vague phrases about "the fastest network."
For most arbitrage and SMM tasks, it is wiser to focus not on the generation of the network, but on the type of IP in general. If the budget is limited and the task is to quickly test a hypothesis or scrape data from Avito and Ozon, more affordable data center proxies will suffice — they are faster in raw speed and significantly cheaper, although they do lack in platform trust.
However, if the task is long-term account farming for Facebook Ads, TikTok Ads, or managing client profiles on Instagram, where anonymity and similarity to the behavior of a real user are critical, it is worth looking towards residential proxies with a wide geography and a large pool of IPs — this reduces the risk of blocking more than the marketing label of the network generation.
A checklist before purchasing: 1) clarify the real size of the IP pool, not the total number of modems; 2) ask about the rotation policy — by timer, on demand, or automatically when changing location; 3) check compatibility with your anti-detect browser (Dolphin Anty, AdsPower, GoLogin support SOCKS5 and HTTP without issues); 4) test the trial period on a real task, not on synthetic speedtest sites.
Conclusion
The difference between 4G and 5G proxies is real at the level of network physics, but for most tasks in arbitrage, SMM, and e-commerce, it hardly affects the final result: the ban rate depends on the quality of the IP pool, the settings of the anti-detect browser, and behavioral patterns, not on the generation of mobile communication. Overpaying for "5G" makes sense only if your work is tied to heavy media content or mass parallel data uploads.
If you are farming accounts for Facebook Ads, TikTok Ads, or managing client profiles on Instagram, it is wiser to choose proxies based on pool quality and geography, not on the marketing label. For these tasks, we recommend considering mobile proxies with a wide range of operators — they provide high platform trust regardless of whether the connection is through 4G or 5G at any given moment.