Name: 472924A FXED units
SKU: 473439A-2
Availability: InStock

Nokia 472924A – AirScale Radio FXED

The Nokia 472924A, also known as the AirScale Radio FXED, is a high-performance outdoor radio unit engineered to support modern LTE and future-ready mobile networks. Built on Nokia’s proven AirScale Radio platform, the FXED radio delivers robust RF performance, efficient power usage, and long-term reliability for macro-cell deployments.

Designed for coverage and capacity-focused network layers, the FXED radio is ideal for operators seeking dependable performance in urban, suburban, and wide-area macro environments. Its scalable architecture and AirScale compatibility make it a strong choice for both network expansion and modernization projects.

1. General Specifications

Parameter	Specification
Product Name	Nokia AirScale Radio FXED
Part Number	472924A
Radio Type	Outdoor macro radio unit
Platform	Nokia AirScale Radio System
Primary Technologies	LTE (4G), 5G-ready
Deployment Focus	Coverage and capacity macro deployments

Global Deployment of Nokia 472924A – AirScale Radio FXED

The Nokia 472924A AirScale Radio FXED is utilized by mobile network operators across various international markets as part of advanced 4G LTE and 5G infrastructure rollouts. This radio solution is integrated into Nokia AirScale networks to improve mobile coverage, network capacity, and overall performance.

The equipment is widely deployed in regions including Europe, the Middle East, Asia-Pacific, North America, and Latin America. Countries where Nokia AirScale radio solutions are commonly implemented include Germany, Finland, the Netherlands, the United Kingdom, France, Spain, Italy, Poland, Saudi Arabia, the United Arab Emirates, India, Indonesia, Australia, the United States, Mexico, and Brazil.

Designed for modern macro network environments, the AirScale Radio FXED supports operators in expanding high-speed mobile connectivity in dense urban areas, suburban regions, and large-scale nationwide networks. The platform is optimized for efficient LTE evolution and smooth migration toward 5G technologies.

2. Frequency & Duplex Configuration

(Exact frequency configuration depends on regional variant and software setup)

Parameter	Specification
Duplex Mode	FDD (typical macro configuration)
Supported Bands	AirScale-supported spectrum variants
Spectrum Focus	Macro coverage and capacity layers

3. RF Architecture & Capacity

Parameter	Specification
Antenna Configuration	Multi-antenna macro radio architecture
MIMO Support	LTE MIMO and advanced antenna techniques
Supported Channel Bandwidths	5 / 10 / 15 / 20 MHz (configuration dependent)
Carrier Aggregation	Supported (network dependent)
Capacity Design	Optimized for high RF output and coverage

4. Output Power Characteristics

Parameter	Specification
RF Output Power Class	High-power macro radio
Transmit Paths	Multi-path RF design
Power Control	Software-controlled power scaling
Performance Objective	Strong coverage with stable throughput

5. Power Consumption & Efficiency

Parameter	Specification
Power Efficiency	Optimized for macro-site operation
Cooling Method	Passive cooling (fanless design)
Energy Features	Dynamic power scaling and energy-saving modes
Operational Goal	Low OPEX and high availability

6. Interfaces & Connectivity

Parameter	Specification
Fronthaul Interface	Optical fiber
Transport Protocol	CPRI / eCPRI (AirScale compatible)
Synchronization	Network-based timing via baseband
Baseband Compatibility	Nokia AirScale Baseband platforms

7. Mechanical Specifications

Parameter	Specification
Installation Options	Pole, mast, or wall mounting
Enclosure Type	Outdoor, weather-resistant
Form Factor	Compact macro radio design
Maintenance	Low-maintenance, fanless construction

8. Environmental Specifications

Parameter	Specification
Operating Temperature	−40 °C to +55 °C
Storage Temperature	−40 °C to +70 °C
Environmental Protection	Outdoor macro-grade enclosure
Reliability	Carrier-grade continuous operation