Keyword Summary:
Sub 6GHz is the most practical mid-band option in current 5G technologies, balancing coverage and speed. It is widely adopted in global 5G deployments. EVERCOM specializes in Sub 6GHz antenna design and manufacturing, offering full-band support, custom prototyping, and worldwide delivery for stable and efficient antenna solutions across Europe, Asia-Pacific, and emerging markets.

 

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EVERCOM Brand Advantages

Why Choose EVERCOM’s Sub 6GHz Antennas?

• ✅ Over 20 years of RF design and manufacturing experience
• ✅ Full-band Sub 6GHz support (600 MHz–6 GHz)
• ✅ In-house factory for rapid customization and mid-volume delivery
• ✅ Complete simulation, validation, and field testing capability
• ✅ Clients in 15+ countries including the US, Canada, Germany, Singapore with multilingual technical support

 

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FAQ: Sub 6GHz Applications and Deployment

Q1: What is Sub 6GHz and how is it different from mmWave?
A1: Sub 6GHz refers to the low-to-mid frequency bands under 6GHz in 5G. It offers strong penetration, wide coverage, and high device compatibility—ideal for outdoor and hybrid deployments, compared to the short-range, high-speed mmWave bands.

Q2: What industries can benefit from EVERCOM’s Sub 6GHz antennas?
A2: Applications include smart cities, connected vehicles, IIoT, base stations, relays, and fixed wireless access (FWA).

Q3: Does EVERCOM offer customized Sub 6GHz solutions?
A3: Yes, we tailor frequency ranges, mechanical design, and packaging per client requirements, covering the full process from prototype to mass production.

Q4: Are the products certified for markets like the EU or Southeast Asia?
A4: EVERCOM antennas comply with CE, FCC, and RoHS standards, and we provide testing support tailored to regional needs.

Q5: What is the lead time and MOQ for Sub 6GHz solutions?
A5: Prototyping takes 10–14 working days, and mid-volume production typically ships in 4–6 weeks. MOQ is flexible based on project size.
 

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Sub 6GHz vs mmWave Technical Comparison

Feature	Sub 6GHz	mmWave
Frequency Range	600 MHz – 6 GHz	24 – 100 GHz
Transmission Range	Long (strong penetration)	Short (easily blocked)
Wall Penetration	✅ Strong	❌ Weak
Coverage Area	Wide (urban/suburban)	Narrow (dense urban only)
Cost & Deployment Speed	Lower, faster	Higher, requires more small cells
Target Markets	Most global markets	Select advanced markets (e.g., US)