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Field connectivity in a 5G world

Smart Blending Technology embraces 5G as the next evolution in reliable connectivity.

5G: Revolutionary technology, real-world challenges

5G delivers unprecedented speed and capability up to 20x faster data rates, 10x lower latency, and 3x better spectral efficiency than LTE. But speed alone doesn’t guarantee reliable connectivity.

Even with 5G’s transformative potential, real-world deployment faces significant challenges: coverage gaps, building penetration issues, and network congestion. That’s why the future isn’t about choosing 5G or other technologies – it’s about intelligently blending them all.

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The evolution continues

1G → 1980s

Key capabilities: Analog voice services

Peak speeds: voice only

2G → 1990s

Key capabilities: Voice, SMS, MMS, basic data

Peak speeds: 100-300 Kb/s

3G → 2000s

Key capabilities: Video calls, faster data

Peak speeds: 2-21 Mb/s

4G/LTE → 2010s

Key capabilities: Multimedia, mobile internet

Peak speeds: 100 Mb/s – 1 Gb/s

5G → 2020s+

Key capabilities: Ultra-fast, low-latency, IoT

Peak speeds: 10+ Gb/s

 

 

Low Band (<1 GHz)

  • Coverage: Widespread urban, suburban, and rural reach
  • Penetration: Deep building penetration capability
  • Applications: IoT services, baseline coverage
  • Key Bands: 700 MHz (Europe), 600 MHz (US/Canada)

Mid-Band (1-6 GHz)

  • Balance: Optimal mix of coverage and capacity
  • Global Standard: 3.3-3.8 GHz “global backbone”
  • Performance: The “sweet spot” for 5G deployment
  • Includes: 1800 MHz, 2.3 GHz, 2.6 GHz, C-band

High Band (>6 GHz)

  • Speed: Ultra-high speed requirements
  • Limitations: Shorter range, easily blocked
  • Deployment: High-density urban cores
  • Leading Bands: 26 GHz and 28 GHz mmWave

5G Innovation in action

From cables to private 5G networks

See how Prolink TV revolutionized live production. Discover how they partnered with Dejero to solve the high costs and complexity of traditional television rigging by blending private and public 5G networks for fast-deployable, multi-camera coverage.

World-first achievement: 3D Holographic performance

In 2019, we enabled a breakthrough – a 3D holographic video stream that allowed a remote performer to appear live on stage. This field demonstration showcased what’s possible when 5G capacity meets Smart Blending reliability.

Blog Rockin Romania How Holokid broke barriers for holographic technology over a 5G network

Advanced technologies

Massive MIMO

Multiple antenna arrays dramatically improve throughput and efficiency while requiring more sophisticated device designs.

Beamforming

Intelligent signal processing adapts antenna patterns in real-time, optimizing speed and reliability for specific scenarios.

Small cells

Dense networks of small cells overcome high-frequency limitations and provide comprehensive coverage.

Edge computing

Localized processing reduces latency for critical applications by bringing compute power closer to users.

Network slicing

Operators create customized network characteristics for specific applications, industries, or enterprise needs.

Complete 5G field connectivity guide

Get the comprehensive technical guide covering 5G deployment realities, integration strategies, and how Smart Blending Technology maximizes 5G investment value.

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The future is blended

5G doesn't replace the need for connectivity diversity – it enhances it. The most reliable communication strategies don't choose between technologies. They intelligently combine 5G's revolutionary capabilities with the proven reliability of multi-network blending. Ready to maximize your 5G investment?