806 MHz – Frequency Band & Applications

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Frequency
806 MHz
🧭

Range
698–806 MHz
🧩

Band Group
UHF (300–1000 MHz)

🌐 Summary

The 806 MHz allocation is part of the UHF (300–1000 MHz) spectrum. This range is used worldwide for critical applications that keep our communications and infrastructure running smoothly. On this page we highlight how each band is applied in real systems, from regulatory assignments to everyday devices. Our goal is to make spectrum data clear and practical for engineers, regulators, and enthusiasts alike.

Key uses of this band include: 806 MHz: LTE/5G low-band coverage, NB-IoT; First responder/public safety blocks in some countries; Mobile, Fixed; Narrowband/Trunked LMR uplinks; Smartphones, LTE/5G base stations, CPEs.

Start of 800 MHz band region; many countries allocate 806–824/851–869 MHz to public safety/LMR and trunked systems.

800/850 MHz Cellular & SMR (806–896) (Mobitex)
800/850 MHz Cellular & SMR (806–896) Overview

πŸ” Explore the full RF Spectrum database

πŸ“‘ Band & Geometry key

Field Value
Wavelength (m) 0.372
Waveforms LTE, 5G NR; NB-IoT/LTE-M
Antenna Form Factor (Typical) ΒΌ-wave β‰ˆ 9.31 cm
Band Family IMT/Cellular
Band 700/800 MHz Mobile (IMT) + Public Safety
Primary Common Name Public Safety / SMR uplink
FSPL @ 1 km [dB] 90.566700836102
FSPL @ 10 km [dB] 110.5667008361
Fresnel Radius @ 1 km (m) 9.6460691540165
Band Group UHF (300–1000 MHz)
Tax Band Family UHF
Tax Band Class 800/850 MHz Cellular & SMR (806–896) Band

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🧩 Applications & Usage

Field Value
Primary Application LTE/5G low-band coverage, NB-IoT; First responder/public safety blocks in some countries
Lower Neighbor Use UHF TV / Mobile broadband (digital dividend)
Upper Neighbor Use 800 MHz Public Safety / SMR (UL) + start of Cellular UL
Typical Services Devices Narrowband/Trunked LMR uplinks
Market Common Devices Smartphones, LTE/5G base stations, CPEs
Refarming Use No
Device Ecosystem Size High (>1000 models)
Device Hotspots (MHz) 835, 845, 880
Device Category Cellular Handsets / Modems (legacy)
Typical Use Cases
Modulation (Device) GSM (200 kHz), CDMA/AMPS (legacy)
Channel Width (Device) [kHz] 200
Device Region Profiles Cellular 850 legacy in many countries
Per-Region EIRP Or Duty (Device) Network- and band-class specific; handhelds ~23 dBm
Allocation Relevance (Device) Medium (legacy cellular)
Adjacent-Band Collision Risks (Device) Moderate: cellular band edges
Example Devices Or Skus Cellular (2G/3G Legacy Devices)
Common Protocols LTE; 5G NR; GSM/EDGE; UMTS (legacy); Analog FM (12.5 kHz); DMR; P25 (region); TETRA (region)

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πŸ—’οΈ Notes

Field Value
Receiver Selectivity Notes
Interference Notes Adjacent to cellular bands; interop issues
Compatibility Risk Notes
Notes Start of 800 MHz band region; many countries allocate 806–824/851–869 MHz to public safety/LMR and trunked systems.
Propagation Notes Strong coverage, good indoor penetration

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βš™οΈ Technical Rules

Field Value
Lower Band Frequency Limit 698
Upper Band Frequency Limit 806
EIRP Indoor Limits LMR/SMR mobiles 1–25 W
EIRP Outdoor Limits LMR mobiles 1–50 W
PSD Limit β€”
Emission Mask Class LMR/SMR 12.5 kHz
Guardband Minimum [kHz] 12.5
Typical Bandwidths 5, 10, 20 MHz
Autocalculated Bandlimits No
Typical Bandwidths (Estimated) 5, 10, 20 MHz
Max EIRP [dBm] Network- and band-class specific; handhelds ~23 dBm
Power Source Or Duty Profile (Typical)
Channelization Plan 5, 10, 20 MHz
Channelization LTE/NR blocks (5–20 MHz typical)
Guard Band Requirement 1–5 MHz typical
OOB Emission Limit [dBm/MHz] -13 (baseline)
Spurious Emission Limit (dBm) -30 (baseline)
RX Blocking Min [dBm] -15 (planning)
Duplexing FDD (APT 700, US 700 variants); some guard bands
Duplexing Information FDD: 806–824 MHz (PS/SMR UL) uplink / 851–869 MHz (PS/SMR DL) downlink
Uplink Pairing 806–824 MHz (PS/SMR UL)
Downlink Pairing 851–869 MHz (PS/SMR DL)
Paired Band Info Band 20 (EU 800): 832.0-862.0 MHz ↔ 791.0-821.0 MHz
Max EIRP [dBm] UE: 23 dBm, BS: up to 64 dBm
Channelization Block Size
3GPP Band Number
Example 3GPP Bands Band 20 (n20) DL (EU)
LTE Uplink Bands
LTE Downlink Bands Band 20
NR Uplink Bands
NR Downlink Bands n20
Guard Bands
Protocol Or Standard

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🌎 Country Overrides

Field Value
Tax Service Category Other / Various
Tax License Type Licensed (Exclusive / Auctioned)
Tax Regions Global / Varies
ITU Region 1 (Europe, Africa, Middle East (west of Persian Gulf), Western Russia & Mongolia) Mobile, Fixed
ITU Region 2 (North America, South America, Central America, Caribbean, Greenland, Eastern Pacific Islands (Americas region)) Mobile, Fixed
ITU Region 3 (Asia, Australia, Pacific Islands, Oceania, Indian Subcontinent, East Asia & Southeast Asia) Mobile, Fixed
License Type Licensed IMT/mobile broadband; public safety allocations (regional)
Primary Application LTE/5G low-band coverage, NB-IoT; First responder/public safety blocks in some countries
Primary Services Mobile, Fixed
Spurious Emission [dBm] -30 (baseline)
Lower Neighbor Use UHF TV / Mobile broadband (digital dividend)
Upper Neighbor Use 800 MHz Public Safety / SMR (UL) + start of Cellular UL
Licensing Model Licensed (Public safety / LMR)
Typical Services Devices Narrowband/Trunked LMR uplinks
US FCC Alloc Public Safety / LMR (Uplink)–

CA IC Alloc Public Safety / LMR (Uplink)–

UK Ofcom Alloc LMR (regional)–

US Ref 47 CFR Part 90 (Private Land Mobile)
Typical Bandwidths 5, 10, 20 MHz
Market Licensing Model Exclusive Licensed
Market Common Devices Smartphones, LTE/5G base stations, CPEs
Fresnel Radius (1st, 1 km) [m] 9.6460691540165
Typical Bandwidths (Estimated) 5, 10, 20 MHz
Auction Status Auctioned
Refarming Use No
Typical Site Spacing km 2 / 8
Device Ecosystem Size High (>1000 models)
Traffic Load Share Coverage-heavy, low capacity share
Device Hotspots (MHz) 835, 845, 880
Device Category Cellular Handsets / Modems (legacy)
Typical Use Cases
Typical Center Frequencies [MHz]
Rule Part (Fcc Or Region)
Modulation (Device) GSM (200 kHz), CDMA/AMPS (legacy)
Channel Width (Device) [kHz] 200
Device Region Profiles Cellular 850 legacy in many countries
Per-Region EIRP Or Duty (Device) Network- and band-class specific; handhelds ~23 dBm
Allocation Relevance (Device) Medium (legacy cellular)
Adjacent-Band Collision Risks (Device) Moderate: cellular band edges
Example Devices Or Skus Cellular (2G/3G Legacy Devices)
Antenna Form Factor (Typical) ΒΌ-wave β‰ˆ 9.31 cm
Power Source Or Duty Profile (Typical)

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πŸ›‘οΈ Regulatory & Neighbors

Field Value
Lower Band Frequency Limit 698
Upper Band Frequency Limit 806
Rx Blocking Min dBm -15 (planning)
Lower Neighbor Use UHF TV / Mobile broadband (digital dividend)
Upper Neighbor Use 800 MHz Public Safety / SMR (UL) + start of Cellular UL
Lower Neighbor Band UHF TV / Mobile broadband (digital dividend)
Lower Neighbor Range 601.000–698.000 MHz
Upper Neighbor Label 800 MHz Public Safety / SMR (UL) + start of Cellular UL
Upper Neighbor Range 807.000–826.000 MHz
Adjacent-Band Collision Risks (Device) Moderate: cellular band edges
Real-World Range (Indoor/Outdoor)
US FCC Alloc Public Safety / LMR (Uplink)Public Safety / LMR (Uplink)

CA IC Alloc Public Safety / LMR (Uplink)Public Safety / LMR (Uplink)

UK Ofcom Alloc LMR (regional)LMR (regional)

Regulatory References US: 47 CFR Part 90 (Private Land Mobile); CA: ISED RSS‑119 (Land Mobile 27.41–960 MHz); UK: Ofcom PMR/Business Radio (UK FAT)
Global Harmonization Global
Crossborder Coordination High
Sharing Mechanism Exclusive licensed
Auction Status Auctioned
Guard Or Pair APT 700 duplex gap 748–758 MHz; US guard bands vary

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πŸ“ˆ Market & Measurements

Field Value
Noise Floor Low-to-moderate (wide-area coverage)
Interference Cases Adjacent TV/IMT coexistence; cross-border coordination
Lower Neighbor Range 601.000–698.000 MHz
Upper Neighbor Range 807.000–826.000 MHz
Interference Notes Adjacent to cellular bands; interop issues
Market Licensing Model Exclusive Licensed
Market Commercial Value High
Market Common Devices Smartphones, LTE/5G base stations, CPEs
Market Deployment Density High
Noise Floor (Estimated) Low-to-moderate (wide-area coverage)
Market Commercial Value (Estimated) High
Ecosystem Maturity Mature
Indoor Penetration Good
Known Interference Broadcast to IMT coexistence issues
Device Ecosystem Size High (>1000 models)
Real-World Range (Indoor/Outdoor)
Antenna Form Factor (Typical) ΒΌ-wave β‰ˆ 9.31 cm
Ecosystem Maturity Mature
Device Ecosystem Size High (>1000 models)
Chipset Availability Qualcomm, MediaTek, HiSilicon
Operator Deployments Global Tier-1 operators
Technology Generations Deployed 4G LTE
Roaming Support Yes
Traffic Load Share Coverage-heavy, low capacity share
Indoor Penetration Good
Known Interference Broadcast to IMT coexistence issues
Occupancy High in mobile markets
Occupancy Bucket Pct 10–30%
Latency Profile <10 ms
Common Channels Or Profiles
Security Features
Lbt Or Fhss Requirement
Popularity (Installed Base)
Coexistence Tips
Latency Class
Device Hotspots (Scoped &&AMP; Tagged) –

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