Panorama Antennas

HQ: Panorama Antennas Ltd 61 Frogmore SW18 1HF London United Kingdom Founded: 1947 Visit Website →

Panorama Antennas is a UK-based manufacturer specialising in high-performance antennas for cellular, WiFi, GPS, and IoT connectivity. Established in 1947, the company has built a global reputation for designing and manufacturing reliable antenna solutions for demanding environments, including transport, public safety, utilities, and industrial IoT deployments.

Unlike low-cost antenna suppliers, Panorama focuses on engineered RF performance, durability, and consistency. Its products are widely used in professional installations where signal reliability, environmental resistance, and long-term performance are critical.


Manufacturer Overview

ItemDetails
ManufacturerPanorama Antennas Ltd
HeadquartersLondon, United Kingdom
Founded1947
Core FocusAntenna design for cellular, WiFi, GNSS and IoT
Main Technologies2G/3G/4G LTE, 5G, WiFi, GPS/GNSS
Product TypesExternal antennas, vehicle antennas, building antennas, low-profile antennas
Typical MarketsTransport, public safety, industrial IoT, enterprise networking
Best FitProfessional installations, integrators, vehicle systems, fixed industrial sites

Product Range

Panorama’s portfolio covers a wide range of antenna types designed for both mobile and fixed installations.

Main Product Categories

CategoryDescriptionTypical Use Cases
Cellular Antennas4G and 5G antennas for external mountingRouters, IoT gateways, failover connectivity
MIMO AntennasMulti-element antennas for high data throughput4G/5G routers with 2×2 or 4×4 MIMO
Vehicle AntennasRugged, low-profile antennas for mobile useFleet, emergency services, transport
Building AntennasWall or roof-mounted antennas for fixed sitesOffices, cabinets, remote buildings
Combination AntennasMulti-function (cellular + WiFi + GPS)Single-install solutions for vehicles and IoT
GNSS AntennasGPS and positioning antennasTracking, timing, telematics

4G and 5G Antenna Focus

Panorama antennas are widely used with industrial routers and IoT devices to improve signal quality and stability. Their products are designed to work across multiple frequency bands and environments.

Typical Antenna Capabilities

Feature AreaTypical Capability
Frequency SupportWideband coverage including global LTE and 5G bands
MIMO Support2×2 and 4×4 MIMO configurations
GainDesigned for balanced gain and real-world performance
Mounting OptionsMagnetic, adhesive, panel, pole, and through-hole
Cable OptionsPre-fitted cables or connector options (SMA, N-Type, etc.)
Environmental RatingWeather-resistant and UV-stable designs

MIMO and Performance Considerations

Panorama’s antenna designs are built around real-world deployment rather than theoretical gain figures.

Key Design Principles

AreaWhy It Matters
True MIMO designEnsures proper signal diversity for 4G and 5G performance
Cable qualityReduces signal loss over longer runs
Frequency coverageSupports multiple networks and roaming SIMs
Radiation patternOptimised for consistent coverage rather than peak gain
Installation flexibilityEnables placement in the strongest signal location

This makes Panorama antennas particularly effective in challenging environments such as plant rooms, metal enclosures, vehicles, and rural sites.


Typical Applications

Panorama antennas are used across a wide range of professional deployments:

ApplicationDescription
CCTV systemsImproving connectivity for remote surveillance
Industrial IoTStable connections for monitoring and control systems
Transport and fleetVehicle-mounted connectivity for tracking and communications
Enterprise failoverExternal antennas for reliable backup WAN
Smart infrastructureCabinets, kiosks, and roadside installations
Utilities and energySolar, battery storage, and remote metering

Strengths and Limitations

Strengths

StrengthWhy It Matters
UK engineering heritageTrusted in professional and public sector deployments
Consistent RF performanceDesigned for real-world reliability
Wide product rangeCovers vehicle, fixed, and combination antennas
Strong build qualitySuitable for long-term outdoor use
Multi-band supportIdeal for roaming and multi-network SIMs

Limitations

LimitationWhat to Keep in Mind
Higher cost than generic antennasReflects engineering and build quality
Not consumer-focusedDesigned for professional installations
Requires correct installationPerformance depends on placement and cable choice

Panorama Antennas at a Glance

Panorama Antennas is a long-established UK manufacturer focused on delivering high-quality antenna solutions for professional connectivity applications. Its products are widely used in conjunction with industrial routers and IoT devices to improve signal reliability, support MIMO performance, and enable stable connectivity in both fixed and mobile environments.

For installers, integrators, and engineers, Panorama represents a dependable choice where antenna performance directly impacts the success of a deployment.


Frequently Asked Questions

What are Panorama Antennas used for?

Panorama Antennas are used to improve signal quality for 4G, 5G, WiFi, and GPS in IoT, M2M, and professional networking applications.


Are Panorama antennas suitable for 5G routers?

Yes. Many Panorama antennas support wide frequency ranges suitable for 4G and 5G deployments, including MIMO configurations.


Do Panorama antennas support MIMO?

Yes. Panorama offers both 2×2 and 4×4 MIMO antennas designed for use with modern cellular routers.


Are Panorama antennas better than standard bundled antennas?

In most professional deployments, yes. External antennas placed in stronger signal locations typically deliver more stable and consistent performance than standard indoor antennas.


Where should a Panorama antenna be installed?

Ideally, antennas should be installed where signal is strongest, such as on rooftops, external walls, or vehicle exteriors, with careful attention to cable length and routing.


Are Panorama antennas suitable for vehicles?

Yes. Panorama has a dedicated range of low-profile and rugged vehicle antennas used in fleet and transport applications.

Last updated: March 25, 2026