5G vs 4G: What Really Matters for Mobile Proxies, Scraping & Online Operations

Key Takeaways

• 5G delivers significantly higher speeds (100-800+ Mbps) and lower latency (10-30ms) compared to 4G (20-150 Mbps, 30-60ms), which can accelerate large-scale web scraping and real-time verification tasks.
• 4G/LTE remains more widely available globally in 2024-2025, making it the practical default for most mobile proxy operations where coverage and cost efficiency matter.
• Both 4G and 5G mobile proxies benefit from high trust scores because they route through real mobile carriers with CGNAT, appearing as legitimate users to anti-bot systems.
• SimplyNode offers 3G, 4G, LTE, and 5G mobile proxies with rotating or sticky sessions, country and city-level targeting, and pay-as-you-go pricing—allowing customers to match network generation to specific use cases.
• The rest of this article will help you determine when 5G proxies provide measurable advantages over 4G, and when mature 4G infrastructure is perfectly sufficient for your operations.

Introduction: Why 5G vs 4G Matters for Business

Mobile network technology has evolved dramatically over the past decade. The transition from 3G to 4G LTE around 2010-2013 transformed how we use mobile devices, enabling HD video streaming, responsive mobile apps, and the mobile-first internet we know today. Now, with commercial 5G rollouts accelerating since 2019, businesses face a new question: does the fifth generation of mobile networks actually change how you should approach data collection, automation, and proxy infrastructure?

The answer depends heavily on what you’re trying to accomplish. For end users, 5G might mean faster Netflix streams or smoother video calls. But for B2B operations—web scraping, ad verification, price monitoring, brand protection, and market research—the calculus is more nuanced. The differences between 5G and 4G in speed, latency, capacity, and coverage translate directly into operational decisions about which mobile proxies to deploy, where to deploy them, and how much to spend.

SimplyNode operates in exactly this space, providing residential and mobile proxies with ethically-sourced IP addresses to marketers, data teams, ad verification specialists, and security professionals. With both 4G/LTE and 5G mobile proxies available across dozens of countries, we’ve seen firsthand when 5G delivers measurable ROI—and when 4G remains the smarter choice. This article cuts through the marketing hype to give you practical, metrics-based guidance for choosing between 4G and 5G mobile proxies for your specific workflows.

4G in a Nutshell: The Foundation of Modern Mobile Proxies

4G LTE has been the dominant global mobile standard since approximately 2013, and it remains the backbone of mobile internet traffic worldwide. When most people use mobile data today—whether streaming video, browsing social media, or running business applications—they’re typically on 4G networks. This maturity and ubiquity make 4G the natural foundation for mobile proxy infrastructure.

Typical 4G/LTE Performance

In real-world conditions, 4G/LTE networks deliver download speeds commonly ranging from 20 to 150 Mbps, with upload speeds typically between 5 and 50 Mbps. Latency on 4G networks generally falls between 30 and 60 milliseconds, though this can increase during periods of heavy network congestion or in areas with weaker coverage.

These specifications might seem modest compared to 5G’s theoretical maximums, but they’re more than sufficient for the vast majority of proxy use cases. Most web scraping operations are limited by server response times and rate limits rather than network bandwidth—a target website that responds in 500ms doesn’t care whether your connection can handle 50 Mbps or 500 Mbps.

Why 4G Dominates Mobile Proxy Infrastructure

Several factors make 4G/LTE mobile proxies the workhorse of the industry:

• Universal carrier support: Virtually every mobile operator worldwide supports 4G, and every modern mobile device includes 4G capability
• Extensive geographic coverage: 4G networks cover most populated areas, including many regions where 5G hasn’t arrived yet
• Mature infrastructure: Years of optimization mean 4G networks are stable, predictable, and well-understood
• Lower costs: 4G mobile data plans and infrastructure are generally less expensive than equivalent 5G options

How 4G Mobile Proxies Work

When you use 4G mobile proxies, your internet traffic routes through real mobile devices connected to mobile carriers. These carriers use Carrier-Grade NAT (CGNAT), which means many mobile devices share the same IP addresses. From a website’s perspective, traffic from 4G mobile proxies looks identical to traffic from real mobile users—because it fundamentally is.

This natural IP sharing creates high trust scores. Anti-bot systems are reluctant to block mobile IP addresses aggressively because doing so risks blocking thousands of legitimate users who share that same IP. IP rotation happens organically as devices move between cell towers or as carriers reassign addresses based on their own policies.

SimplyNode’s 4G/LTE mobile proxies are available with both rotating and sticky sessions, with precise targeting by country and city. For mainstream use cases like price monitoring, ad verification, and market research, 4G proxies offer the reliability and compatibility that most operations require.

What is 5G and How Is It Technically Different from 4G?

5G represents the fifth generation of mobile network standards, with large-scale commercial deployments beginning around 2019-2020. As of 2024-2025, 5G coverage continues expanding across North America, Europe, parts of Asia, Latin America, and the Middle East—though penetration varies significantly by country and even by city.

Realistic 5G Performance Expectations

When evaluating 5G for mobile proxies, focus on real-world performance rather than theoretical peaks:

• Download speeds: Typically 100-800 Mbps on mid-band 5G, with some locations achieving over 1 Gbps
• Upload speeds: Generally 20-100+ Mbps
• Latency: Can drop below 20 milliseconds under optimal conditions, with typical deployments achieving 10-30 ms
• Device density: Designed to support hundreds of thousands to over 1 million devices per square kilometer

The NSA vs SA Distinction

Many 5G deployments in 2024-2025 are actually non-standalone (NSA) 5G, meaning they still rely on 4G core network infrastructure while using 5G radio access. This approach accelerated 5G rollouts but means that performance gains vary greatly depending on how operators have implemented their networks. True standalone (SA) 5G deployments unlock the full potential of the new architecture, including ultra-low latency and network slicing capabilities.

SimplyNode’s 5G mobile proxies are built on real 5G carrier connections where available, providing access to high-speed, lower latency mobile networks for demanding data collection and automation tasks.

5G vs 4G: Key Performance Metrics That Actually Matter

For proxy operations, theoretical peak speeds matter far less than practical, business-relevant metrics. Let’s examine what actually impacts your web scraping, automation, and verification workflows.

What These Numbers Mean in Practice

For most proxy use cases, ultra-high throughput (like 1 Gbps) provides diminishing returns. If you’re scraping product pages that average 2 MB each, even a modest 50 Mbps connection can theoretically handle 25 pages per second from a single IP—far more than any website would allow before rate-limiting you.

Where 5G’s improvements become meaningful:

• Large-scale concurrent operations: When running hundreds or thousands of simultaneous connections, aggregate bandwidth matters
• Media-heavy scraping: Downloading high-resolution images, videos, or large JSON/XML datasets
• Time-critical workflows: When reducing total job completion time from hours to minutes impacts business outcomes

Both 4G and 5G mobile proxies benefit from CGNAT, making IP addresses appear shared among many real users. This natural “crowding” creates higher trust scores than clean datacenter proxies, which often have single-user assignment patterns that anti-bot systems flag more readily.

SimplyNode optimizes routing and carrier selection across both 4G and 5G proxy networks, maintaining high success rates for scraping, automation, and verification tasks regardless of which network generation you choose.

5G vs 4G for Mobile Proxies: Practical Implications

Understanding how network differences translate into actual proxy behavior helps you make informed decisions about where to allocate your proxy budget.

When 5G Mobile Proxies Excel

5G proxies deliver measurable advantages in specific scenarios:

High-volume, time-critical scraping: When you need to collect data from millions of pages within tight windows—like monitoring flash sales, tracking real-time inventory, or gathering data before market close—5G’s higher throughput and lower latency compress total job completion time. A task that takes 4 hours on 4G might complete in 90 minutes on 5G.

Interactive browser automation: Headless browser tools like Playwright or Puppeteer load JavaScript-heavy pages more responsively on 5G connections. Lower latency reduces the cumulative delays across dozens of sequential requests per page load.

Large media downloads: Scraping high-resolution images, PDF reports, or video content benefits directly from 5G’s bandwidth advantage. E-commerce price monitoring with full product image archival, for example, runs significantly faster on 5G mobile proxies.

API polling at scale: High-frequency API monitoring for competitive intelligence, dynamic pricing, or inventory tracking completes more requests per minute with 5G’s faster round-trip times.

When 4G/LTE Mobile Proxies Are Sufficient

Many operations don’t need 5G’s performance premium:

Standard web scraping: Most scraping jobs are bottlenecked by target server response times, not your connection speed. If a retailer’s API responds in 200ms regardless of your bandwidth, 5G won’t help.

Social media management and multi-account operations: These workflows typically involve modest data volumes with human-paced interactions. 4G proxies provide the same IP address quality at lower cost.

Routine ad verification: Checking ad placements, verifying creative assets, and validating geo-targeting work well on 4G unless you’re monitoring real-time bidding at millisecond precision.

Market research and data collection: Daily or weekly competitive intelligence gathering rarely needs gigabit speeds—reliable coverage across target markets matters more.

Integration Consistency

SimplyNode handles 4G and 5G mobile proxies identically from an integration perspective. Both support HTTPS and SOCKS5 protocols, use the same dashboard and API access patterns, and offer identical rotation and sticky session options. The only difference is which endpoint or configuration parameter you specify—making it easy to A/B test or mix both generations within the same workflow.

The optimal strategy for many organizations is mixed deployment: 4G/LTE proxies for bulk tasks where coverage and cost efficiency drive decisions, with 5G proxies allocated to time-critical or bandwidth-intensive workflows where the performance premium delivers measurable ROI.

Coverage, Availability, and Cost: When 4G Still Wins

Despite 5G’s technical advantages, 4G/LTE often remains the practical choice when coverage, geographic targeting, and budget are primary concerns.

The Coverage Reality

4G/LTE coverage is close to universal in most developed markets. In the United States, Canada, Western Europe, and significant portions of Latin America and Asia-Pacific, 4G networks cover the vast majority of populated areas. You can request mobile proxies from dozens of countries and hundreds of cities with confidence that 4G infrastructure exists and functions reliably.

5G coverage, by contrast, concentrates in dense urban and suburban areas. Major cities typically have solid 5G coverage, but smaller cities, rural areas, and many emerging markets have limited or no 5G availability. If you need mobile proxies in secondary markets—tracking local competitors in regional cities, monitoring geo-restricted content in less-connected countries, or gathering data from areas outside major metros—4G proxies provide consistent availability where 5G simply doesn’t exist yet.

Geographic Targeting Implications

For operations requiring city-level geo-targeting, 4G/LTE mobile proxies typically offer more location options. If you need proxies from specific smaller cities for local SEO monitoring, regional price comparison, or accessing geo-restricted content, 4G’s broader infrastructure provides more precise targeting capabilities in more locations.

Cost Considerations

5G infrastructure and mobile data plans carry premium pricing that flows through to proxy costs:

• 5G carrier contracts and SIM plans cost more than equivalent 4G agreements
• 5G-capable devices represent higher hardware investments
• Network infrastructure for 5G proxy pools requires more capital

These factors typically translate into higher per-GB or per-endpoint pricing for 5G mobile proxies compared to mature 4G offerings. For tasks where website rate-limits or anti-bot systems constrain your throughput rather than network speed, paying the 5G premium delivers limited additional value.

SimplyNode exposes both 4G/LTE and 5G options with transparent, pay-as-you-go pricing and no monthly commitment. This allows teams to assign 5G capacity specifically to workflows where faster completion times create measurable business value, while using cost-effective 4G proxies for the bulk of their operations.

Latency and Reliability: Impact on Scraping, APIs, and Real-Time Systems

Latency—the round-trip time for a request to travel from your system to a server and back—often matters more than raw bandwidth for proxy operations. Even unlimited bandwidth doesn’t help if every request includes 100+ milliseconds of network delay.

Where Lower Latency Creates Value

5G’s latency advantages translate into measurable benefits for:

Browser-based scrapers: Each resource request (HTML, CSS, JavaScript, images) incurs latency. A page loading 50 resources experiences cumulative delay savings of potentially 2-3 seconds on 5G versus 4G.

Real-time competitive monitoring: Price changes, inventory updates, and promotional launches require rapid detection. 5G proxies reduce the time between a change occurring and your system capturing it.

Automated trading and dynamic pricing: When decisions depend on capturing market data within seconds, shaving 50-100ms per request compounds across thousands of requests per minute.

Augmented reality and interactive testing: If you’re testing location-based apps, games, or AR experiences through proxies, 5G’s latency profile more accurately simulates modern mobile user experiences.

Reliability Considerations

Both 4G and 5G can provide highly reliable connections, but 5G’s performance is sometimes more sensitive to environmental conditions. Depending on the spectrum bands used:

• mmWave 5G requires near line-of-sight and degrades quickly with obstructions
• Mid-band 5G offers better building penetration but still less than low-band 4G
• Low-band 5G provides excellent coverage but modest speed improvements

SimplyNode abstracts these complexities by monitoring carrier performance and routing traffic through the most reliable available channels. Automatic IP rotation combined with options for sticky sessions lets you balance session stability against the need for frequent IP changes based on your specific workflow requirements.

For workflows with strict timing SLAs—ad verification that must complete within seconds of an impression, monitoring of time-limited sales events, or real-time data feeds—prioritizing 5G proxies in supported locations can provide a measurable edge over 4G alternatives.

Security, Detection, and Block Rates with 5G vs 4G Proxies

From a detection and blocking perspective, both 4G and 5G mobile proxies share fundamental advantages that make them among the most difficult proxy types for websites to block effectively.

Why Mobile Proxies Have High Trust Scores

Websites and anti-bot systems face a dilemma with mobile IP addresses. Due to carrier-grade NAT, thousands of legitimate users share mobile IP addresses at any given time. Blocking a mobile IP aggressively risks blocking real customers, which is why mobile IPs generally receive far more lenient treatment than datacenter IPs or even residential proxies from fixed-line ISPs.

This dynamic applies equally to 4G and 5G. From a website’s perspective, both are mobile traffic from real mobile carrier networks. The network generation label isn’t typically visible to anti-bot systems—they see an IP address assigned by T-Mobile or Vodafone, not whether the underlying connection is 4G or 5G.

What Actually Drives Detection

IP bans and CAPTCHAs result less from the network generation and more from:

• Request patterns: Unnaturally high request rates, perfect timing intervals, or accessing URLs in non-human sequences
• Browser fingerprinting: Mismatched or impossible combinations of user agent, screen size, timezone, and device characteristics
• Session behavior: Missing cookies, immediate navigation without rendering delays, or failure to load page resources
• Concurrency from single IPs: Too many simultaneous connections from what should be a single mobile device

The 5G Concurrency Trap

5G’s higher throughput can tempt teams to dramatically increase concurrency—running more parallel requests per proxy. This can backfire. Even with high-quality mobile IPs, blasting 50 concurrent requests through what appears to be a single mobile device creates suspicious patterns that anti-bot systems flag.

SimplyNode’s ethically-sourced mobile IPs, support for both HTTPS and SOCKS5 protocols, and flexible rotation settings help minimize bans across both 4G and 5G networks. But technology alone doesn’t prevent blocks—responsible usage patterns remain essential.

Best Practices for Minimal Detection Risk

Regardless of whether you’re using 4G or 5G mobile proxies:

• Scale request rates gradually rather than launching at full volume
• Randomize timing between requests to mimic human browsing patterns
• Rotate user agents and respect realistic device fingerprints
• Use sticky sessions when multi-request workflows require session continuity
• Respect robots.txt and legal constraints—technical capability doesn’t equal ethical permission

5G vs 4G for Specific Use Cases

The optimal network choice depends on your specific workflow requirements. Here’s how different use cases align with 4G versus 5G mobile proxy capabilities.

Web Scraping and Data Collection

For most web scraping operations, 4G mobile proxies provide sufficient performance. Server response times and rate limits typically constrain throughput more than network bandwidth. However, 5G becomes valuable when:

• Scraping millions of pages under tight time constraints
• Downloading large media files (high-resolution images, PDFs, video)
• Running massive concurrent connections where aggregate bandwidth matters

Recommendation: Start with 4G/LTE for broad coverage and cost efficiency. Allocate 5G to time-critical bulk operations where completion speed directly impacts business outcomes.

Ad Verification and Brand Protection

Verifying ad placements, checking creative rendering, and confirming geo-targeting requirements work well on both network generations. 4G handles routine verification cycles effectively, while 5G offers advantages for:

• Real-time ad verification during high-traffic campaigns
• Monitoring programmatic placements where milliseconds affect bidding
• Verifying video ad delivery where bandwidth impacts load testing

Recommendation: Use 4G for routine verification; allocate 5G for real-time campaign monitoring during critical launch windows.

Price Monitoring and Market Research

Competitive price tracking and market research typically run on scheduled intervals—hourly, daily, or weekly. These workflows rarely need gigabit speeds. 4G proxies across many countries provide better geographic coverage for tracking local competitors and regional pricing variations.

5G adds value when monitoring:

• Flash sales or time-limited promotions requiring near-real-time detection
• Large product catalogs where faster scans reduce total monitoring windows
• Dynamic pricing systems where rapid data collection enables quicker response

Recommendation: 4G for routine monitoring across broad geographies; 5G for time-sensitive competitive intelligence.

Social Media Management and Multi-Account Operations

Managing multiple accounts for social media, e-commerce platforms, or other services benefits from stable, trustworthy mobile IPs more than raw speed. These workflows typically involve human-paced interactions with modest data volumes.

4G mobile proxies offer:

• Lower costs per account
• Broader geographic availability for multi-region account management
• Equally high IP quality for platform trust

Recommendation: 4G is typically the better value proposition. Consider 5G only when simulating premium mobile experiences in top markets where 5G user demographics skew higher-value.

Gaming and Latency-Sensitive Applications

Testing game servers, validating matchmaking systems, or simulating live interactive experiences benefits directly from 5G’s lower latency characteristics. If your workflow involves:

• Testing real-time multiplayer functionality
• Validating in-app purchase flows under realistic mobile conditions
• Simulating augmented reality experiences

Recommendation: 5G proxies provide a more accurate simulation of modern mobile gaming experiences where latency matters.

How SimplyNode Implements 5G and 4G Mobile Proxies

SimplyNode provides proxy infrastructure tailored to B2B operations requiring reliable, high-quality mobile IP addresses with flexible configuration options.

Mobile Proxy Offerings

SimplyNode’s mobile proxy network includes:

• 3G, 4G, LTE, and 5G mobile proxies from real mobile carriers across dozens of countries
• Country and city-level targeting for precise geo-restricted content access and local market monitoring
• Rotating or sticky sessions to match workflow requirements—frequent IP rotation for broad scraping, same IP persistence for session-based operations
• HTTPS and SOCKS5 protocol support for compatibility with virtually any client application, scraper, or automation tool

All mobile IPs are sourced ethically with user consent, distinguishing SimplyNode from free mobile proxies or low-quality providers that may use compromised devices. This ethical sourcing ensures reliable connections, responsive support team access, and sustainable IP quality that doesn’t degrade under anti-bot pressure.

Integration Simplicity

Whether you choose 4G or 5G proxies, SimplyNode maintains consistent integration:

• Single endpoint configuration with parameters to specify network generation
• API access for programmatic proxy management, rotation control, and usage monitoring
• Dashboard visibility into traffic volumes, success rates, and geographic distribution
• Identical authentication and connection methods across all proxy types

This consistency makes A/B testing between 4G and 5G straightforward—change a parameter, run the same workflow, compare results.

Pricing and Flexibility

SimplyNode operates on pay-as-you-go pricing with no long-term commitment and no monthly commitment minimums. You purchase proxy traffic volume and use it when needed. This model supports practical evaluation:

1. Start with 4G/LTE mobile proxies across your required countries and cities
2. Run small A/B tests by switching select jobs to 5G proxies
3. Compare success rates, completion times, and cost per successful request
4. Scale up whichever option delivers better performance for each workflow type

Unlimited bandwidth and unlimited data options ensure predictable operations without throttling concerns, while load balancing across carrier infrastructure maintains reliable performance even under heavy usage.

Choosing Between 5G and 4G: A Simple Decision Framework

Rather than debating 5G versus 4G in the abstract, use this practical framework to guide your proxy allocation decisions.

Decision Checklist

Work through these questions for each significant workflow:

1. Is your workflow time-critical or near-real-time?
   • If completion time directly impacts revenue or SLA compliance, 5G’s speed and latency advantages may justify the premium.
2. Are you constrained by bandwidth or by website-side limits?
   • If rate limits, CAPTCHAs, or server response times bottleneck your throughput, 5G’s extra bandwidth provides minimal benefit.
3. Do you need coverage in regions where 5G is limited?
   • For operations spanning emerging markets, rural areas, or smaller cities, 4G offers more consistent availability.
4. What is your acceptable cost per successful request?
   • Calculate whether 5G’s faster completion translates to proportional cost savings or revenue gains.

Run Controlled Benchmarks

Theory only goes so far. SimplyNode’s flexible pricing lets you run real comparisons:

• Same scraping job, same target sites, same configuration
• One run using 4G mobile proxies, another using 5G
• Measure completion time, error rates, CAPTCHA frequency, and data quality

Compare the results against the cost differential. If 5G completes 40% faster at 30% higher cost for a time-sensitive workflow, the math may favor 5G. If 5G completes 10% faster at 30% higher cost for a routine batch job, 4G likely wins.

Allocate Budget Based on Evidence

Once benchmarks reveal where 5G creates measurable value, allocate your proxy budget accordingly:

• Route time-critical, high-volume workflows through 5G endpoints
• Keep routine, coverage-dependent, or cost-sensitive workflows on 4G/LTE
• Adjust as 5G coverage expands and pricing matures

SimplyNode’s no-commitment model means you can adjust this allocation monthly or even weekly based on evolving needs—no contracts lock you into the wrong ratio.

FAQ: 5G vs 4G for Mobile Proxies and Web Data

Is 5G always better than 4G for proxy use?

5G is not universally “better” for proxy operations. It offers higher speeds and lower latency, but the actual benefit depends entirely on your workflow characteristics. Many everyday data collection tasks—price monitoring, SEO tracking, routine competitive research—run perfectly well on 4G/LTE proxies. The target server’s response time, rate limits, and your concurrency patterns typically constrain throughput more than network bandwidth.

Reserve 5G for workflows where faster completion directly impacts business outcomes: time-sensitive monitoring, large media downloads, or high-concurrency operations where aggregate bandwidth matters. With SimplyNode, you can mix 4G and 5G proxies in the same account, routing different job types to the appropriate network tier based on actual requirements rather than assumptions.

Do websites treat traffic from 5G differently than from 4G?

Most websites and anti-bot systems do not explicitly distinguish between 4G and 5G traffic. Both appear as mobile connections from carrier networks, and the underlying network generation isn’t visible in standard HTTP headers or connection metadata. Detection systems focus on behavioral signals—request patterns, browser fingerprints, session behavior—rather than whether you’re connecting via 4G or 5G infrastructure.

What matters most is using high-quality, ethically-sourced mobile proxies from real mobile carrier IPs, combined with responsible automation patterns that mimic legitimate user behavior. SimplyNode’s mobile proxy network provides this foundation across both 4G and 5G options.

Are 5G mobile proxies more expensive than 4G, and is the premium worth it?

Yes, 5G mobile proxies typically cost more than equivalent 4G/LTE options. 5G carrier contracts, SIM plans, and compatible devices all carry premium pricing that flows through to proxy service costs. Whether the premium is worth it depends on whether faster job completion translates to proportional business value.

The premium usually justifies itself when:

• Faster completion directly impacts revenue (real-time pricing, flash sale monitoring)
• SLA compliance requires specific timing thresholds
• Bandwidth genuinely constrains throughput (not just theoretical capacity)

SimplyNode’s pay-as-you-go pricing lets you test 5G performance in small volumes before committing larger budget—run controlled A/B tests, measure actual ROI, then scale accordingly.

Can I switch an existing 4G workflow to 5G with minimal changes?

In most setups, switching from 4G to 5G proxies requires only updating the proxy endpoint or credentials in your configuration. Your application logic—scraping code, automation scripts, browser automation—typically remains completely unchanged. The proxy handles network-layer differences transparently.

SimplyNode maintains consistent integration across network types with HTTP(S) and SOCKS5 support, identical authentication methods, and the same API structure. Swapping proxy pools is straightforward: update your proxy URL or configuration parameter, and your workflow now routes through 5G instead of 4G. We recommend staged rollouts—move a subset of jobs to 5G first, verify comparable or better success rates, then expand coverage based on results.

How do I know whether my target countries support 5G proxies?

Check the provider’s location list rather than public carrier coverage maps. Proxy availability depends on where the provider has infrastructure, devices, and SIM agreements—not just where 5G theoretically exists. A country might have 5G coverage in major cities, but that doesn’t mean mobile proxies are available from those 5G networks.

SimplyNode’s dashboard and documentation indicate which countries and cities support 5G versus 4G/LTE mobile proxies. For specific coverage questions—particularly around newer 5G markets, city-level options, or recommended carriers for particular use cases—contact SimplyNode’s technical support team for current availability information.

The choice between 5G and 4G mobile proxies isn’t about declaring a universal winner. It’s about matching network capabilities to your specific operational requirements, geographic needs, and budget constraints. 5G delivers real advantages for time-critical, bandwidth-intensive workloads—but 4G’s maturity, coverage, and cost efficiency make it the practical foundation for most mobile proxy operations.

Start with 4G/LTE mobile proxies across your required markets, run targeted tests with 5G on your most demanding workflows, and allocate budget based on measured results rather than marketing claims. With SimplyNode’s flexible, pay-as-you-go mobile proxy plans offering both 4G and 5G options, you can optimize your proxy infrastructure based on evidence—not guesswork.

Get started with SimplyNode’s mobile proxies to test both 4G and 5G performance on your actual workloads.