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Hey there! I’m Jack from Yeaplink’s technical team. Based on the most common searches about industrial 5G routers, I’ll help you navigate through our product lineup to find exactly what you need.
Our industrial 5G routers support all major carriers with:
We know uptime is critical for industrial applications. That’s why we include:
Built specifically for harsh environments:
Enterprise-grade security including:
Easy deployment and maintenance through:
Model | Size Requirements | Connectivity Features | Environmental Specs |
---|---|---|---|
SR800 | 166×126×44mm Standard size |
• 5 Gigabit Ethernet ports • Dual SIM support • WiFi 6 optional • Multiple VPN support |
• -35°C to +75°C • IP30 protection • Dual power input |
SR800-01 | 166×126×44mm Standard size |
• 2 SFP fiber ports • 4 Gigabit Ethernet ports • Ring networking • Advanced redundancy |
• -35°C to +75°C • IP30 protection • Dual power input |
SR800-02 | 166×126×44mm Standard size |
• 5G + 4G dual-module • 5 Ethernet ports • Comprehensive backup • WiFi 6 optional |
• -35°C to +75°C • IP30 protection • 5-36V DC input |
SR820 | 135×98×55.5mm Compact size |
• 4 Gigabit Ethernet ports • Dual SIM support • Industrial features • WiFi optional |
• -35°C to +75°C • IP30 protection • 9-36V DC input |
SR830 | 100×75×35mm Ultra-compact |
• 2 Ethernet ports • eSIM support • Four-carrier support • Basic features |
• -35°C to +75°C • IP30 protection • 9-36V DC input |
Based on security-related searches:
Common protocol searches addressed:
For those searching administration features:
When selecting your industrial 5G router, consider:
Our industrial 5G router lineup is designed to meet these diverse needs while ensuring reliable, secure, and efficient industrial connectivity. Feel free to reach out to our technical team for specific recommendations based on your requirements!
Let’s examine facts, not marketing. Initial LTE releases didn’t meet IMT-Advanced’s 1Gbps requirement. However, this classification ignores LTE’s revolutionary all-IP architecture and OFDMA implementation – genuine technical breakthroughs, not marketing labels.
The empirical evidence is clear: While marketing claims 150Mbps, real-world tests show average speeds of 20-40Mbps. This isn’t a failure; it’s physics – signal attenuation and network load follow verifiable mathematical models.
The answer lies in technical merit, not market manipulation. LTE’s superior spectral efficiency (16 bits/Hz) and backward compatibility with existing networks provided measurable advantages. These are engineering facts, not industry propaganda.
Let’s look at data, not speculation. LTE currently serves 85% of global mobile users with proven reliability. 5G’s limited coverage (30%) means LTE remains essential infrastructure – this is documented reality, not opinion.
The explanation is rooted in verifiable economics and physics. LTE’s mature infrastructure and superior building penetration at lower frequencies make it more cost-effective for widespread coverage. This isn’t preference; it’s practical engineering.
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