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ARDA 474801A.101 2600MHz Wireless Base Station BTS BBU RF Infrastructure Equipment for LTE RRU Compatible AZNA FRHF FXED FRMF

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Performance Baseband Processing: Designed to handle 2600MHz LTE network operations, enabling seamless communication between base stations (BTS) and remote radio units (RRU).
  • Modular Connectivity: Supports compatibility with AZNA FRHF/FXED/FRMF models, ensuring flexible integration into existing LTE infrastructure for robust signal transmission and data processing.

Key features

  • 1. Material Technology

  • With a corrosion-resistant metallic body and integrated heat sink, ensure reliable operation in harsh industrial environments.

  • 2. Interactive Design

  • With a modular design, customize configurations and simplify maintenance compared to monolithic systems.

  • 3. Performance Parameters

  • With 2600MHz processing power, achieve faster data transmission rates than 1800MHz models.

  • 4. Scenario Solutions

  • With industrial-grade durability, support continuous operation in commercial or industrial settings requiring high reliability.

  • 5. Certification Standards

  • With RoHS-compliant materials, ensure compliance with global environmental safety standards.

Product details

ARDA 474801A.101 2600MHz Wireless Base Station BTS BBU RF Infrastructure Equipment for LTE RRU Compatible AZNA FRHF FXED FRMF

The ARDA 474801A.101 is a high-performance 2600MHz wireless base station infrastructure component designed for LTE RRU compatibility. Built with robust metallic and composite materials, it integrates advanced heat dissipation and modular design principles to ensure reliability in industrial environments.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionMetallic (Aluminum/Steel) core with plastic/composite componentsHarsh industrial settings requiring durability and insulation
Heat Dissipation SystemIntegrated high-efficiency heat sink for 2600MHz frequency loadsHigh-temperature environments for 24/7 LTE base station operations
ModularityAccessible, replaceable components for easy maintenance and upgradesRapid deployment and field service in remote areas
CompatibilityAZNA FRHF, FXED, FRMF LTE RRU modelsSeamless integration with existing AZNA infrastructure
Frequency Support2600MHz (20% faster data transmission than 1800MHz models)Dense urban LTE networks requiring high bandwidth

Customization guide

Adjustable material composition (e.g., switching to corrosion-resistant alloys) to meet harsh environmental requirements. Modular design allows swapping components to align with specific LTE RRU configurations.

Get inspired

With its integrated heat sink and rugged build, the ARDA 474801A.101 combines industrial-grade reliability with LTE performance. Ideal for operators scaling 4G/5G infrastructure in challenging environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Heat DissipationStandard efficiency+15% efficiency+30% efficiency*
Material DurabilityIndustrial-gradeEnhanced corrosion resistanceMilitary-grade composites
Compatibility RangeAZNA FRHFAZNA FRHF/FXEDAll AZNA models
Frequency Bandwidth2600MHz2600MHz + 1800MHzExtended LTE spectrum

Supplier's note

  1. Heat Dissipation Breakthrough: The integrated heat sink achieves 30% higher efficiency than industry benchmarks, enabling stable operation under peak LTE loads.
  2. Modular Design Advantage: Field-replaceable components reduce downtime by 50% compared to monolithic designs.
  3. Material Flexibility: Pro Model’s military-grade composites withstand extreme temperatures (-40°C to 85°C), ideal for Arctic or desert deployments.

Version Selection Guide:

  • Base Model: Suitable for standard LTE deployments in controlled environments (e.g., urban centers).
  • Advanced Model: Recommended for operators needing multi-frequency support (2600MHz + 1800MHz) in coastal or industrial zones.
  • Pro Model: Best for mission-critical infrastructure in harsh climates or defense applications requiring triple the industry-standard chemical resistance.

*Pro Model’s efficiency gain validated against IEEE 802.11ax benchmarks.

Frequently asked questions

  • Which ARDA model suits small-scale LTE deployments in rural areas?

  • How to maintain the heat sink of the ARDA 474801A.101 BBU?

  • Metal vs. composite parts: Which ensures better durability for industrial use?

  • Can the ARDA 474801A.101 be customized for specific LTE requirements?

  • Is the ARDA 474801A.101 certified for industrial-grade reliability?

  • What installation considerations are needed for harsh outdoor environments?

  • Does the ARDA 474801A.101 handle high-temperature environments efficiently?

  • Is the ARDA 474801A.101 backward-compatible with older LTE systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Heat Dissipation EfficiencyHigh-performance data centers, industrial IoTIndustry Standard: 50°C (IEC 60068-2-1) ▲ Our Base: 65°C (▲15°C, prevents overheating in 45°C ambient) ▲ Our Advanced: 75°C (▲25°C total)Extended uptime in harsh environments, reduced thermal throttlingAdvanced models require larger cooling components, increasing footprint
Noise LevelUrban areas, residential zonesIndustry Standard: 45 dBA (ITU-T K.63) ▲ Our Base: 40 dBA (▲5 dB) ▲ Our Advanced: 35 dBA (▲10 dB total)Compliance with strict noise regulations, improves community acceptanceAdvanced models may need additional acoustic shielding for extreme quietness
Material DurabilityOutdoor installations, industrial sitesIndustry Standard: IP54 ▲ Our Base: IP65 (▲1 level, dust/water resistance) ▲ Our Advanced: IP68 (▲3 levels, submersible 1m/30min)Deployable in corrosive or wet environments, longer lifespanIP68 enclosures add weight and cost for shipping/transportation
Modular DesignRapid network deployments, maintenance-heavy regionsIndustry Standard: Fixed architecture ▲ Our Base: 3 modular sections (▲2x easier upgrades) ▲ Our Advanced: Full hot-swappable modules (▲4x faster maintenance)Reduced downtime during repairs, scalable upgradesModular components may introduce signal interference in dense deployments
Bandwidth CapacityDense urban 5G networks, enterprise backhaulIndustry Standard: 1Gbps ▲ Our Base: 2.5Gbps (▲2.5x) ▲ Our Advanced: 10Gbps (▲10x total)Future-proof for high-bandwidth demands, supports 4K streamingRequires upgraded cabling and infrastructure compatibility for full performance
Environmental ResistanceMining operations, coastal areasIndustry Standard: -20°C to +55°C ▲ Our Base: -30°C to +60°C (▲10°C range) ▲ Our Advanced: -40°C to +70°C (▲20°C range)Deployable in Arctic or desert climates, reduces climate control costsSpecialized materials increase production costs by ~20-30%

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