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  • DC -48V RRU 5301 2600MHZ Remote Radio CLASS 1 Laser Product 160W 4T4R 02311PFF Telecomm Equipment for Base Station Use
  • DC -48V RRU 5301 2600MHZ Remote Radio CLASS 1 Laser Product 160W 4T4R 02311PFF Telecomm Equipment for Base Station Use
  • DC -48V RRU 5301 2600MHZ Remote Radio CLASS 1 Laser Product 160W 4T4R 02311PFF Telecomm Equipment for Base Station Use
  • DC -48V RRU 5301 2600MHZ Remote Radio CLASS 1 Laser Product 160W 4T4R 02311PFF Telecomm Equipment for Base Station Use
  • DC -48V RRU 5301 2600MHZ Remote Radio CLASS 1 Laser Product 160W 4T4R 02311PFF Telecomm Equipment for Base Station Use
DC -48V RRU 5301 2600MHZ Remote Radio CLASS 1 Laser Product 160W 4T4R 02311PFF Telecomm Equipment for Base Station Use

DC -48V RRU 5301 2600MHZ Remote Radio CLASS 1 Laser Product 160W 4T4R 02311PFF Telecomm Equipment for Base Station Use

$850.00-$900.00/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized packaging（Min.Order: 10000 pieces）
Customized logo（Min.Order: 10000 pieces）
Graphic customization（Min.Order: 10000 pieces）
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DC -48V RRU 5301 2600MHZ Remote Radio CLASS 1 Laser Product 160W 4T4R 02311PFF Telecomm Equipment for Base Station Use

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Thermal Management for 4G Base Stations: Designed to dissipate heat efficiently for DC -48V RRU 5301 Remote Radio Units, ensuring optimal performance in high-power (160W) 4T4R configurations.
  • Laser-Cooled Efficiency: Integrates Class 1 laser technology to enhance thermal dissipation, maintaining stable operation under continuous load in telecommunications infrastructure.

Key features

  • 1. Advanced Material Technology for Enhanced Thermal Management

    • With an aluminum alloy body and optimized cooling fin design, ensure efficient heat dissipation, maintaining peak performance in high-load environments. The lightweight yet durable aluminum construction provides superior thermal conductivity compared to traditional plastic or steel alternatives*.

  • 2. Modular Design for Seamless Integration

    • With standardized mounting brackets and multi-connector interfaces, simplify installation and integration into existing telecom infrastructure. This design reduces deployment time by up to 30% compared to non-modular alternatives*, enabling rapid setup in data centers or base stations.

  • 3. High-Performance 4G Connectivity

    • With a 160W output and 4T4R (4 Transmit/4 Receive) configuration, deliver robust 2600MHz signal coverage and stability. Outperforms 2T2R models by supporting double the data streams, enhancing network capacity for dense user environments*.

  • 4. Reliable 24/7 Commercial Operation

    • Engineered for continuous base station use, this unit ensures uninterrupted service in commercial telecom networks. Its thermal management system prevents overheating during prolonged operation, outlasting consumer-grade equipment by up to 50% in durability tests*.

  • 5. Safety-Compliant Laser Certification

    • Complies with Class 1 laser safety standards, ensuring safe operation in shared environments. This certification meets global telecom regulations, unlike Class 2 or higher devices requiring additional protective measures*.

Product details

DC -48V RRU 5301 2600MHZ Remote Radio CLASS 1 Laser Product 160W 4T4R 02311PFF Telecomm Equipment for Base Station Use

The DC-48V RRU 5301 is a high-performance 4G base station component designed for 2600MHz frequency applications. Built with aluminum alloy construction for optimal thermal management, this 160W 4T4R Remote Radio Unit (RRU) ensures reliable signal transmission in telecommunications infrastructure. Its compact, finned design and modular mounting brackets enable seamless integration into dense base station environments.

Technical specifications

FeatureSpecificationBenefit
MaterialAluminum alloy (thermal conductivity: 205 W/m·K)Efficient heat dissipation in confined spaces
Power Rating160W (DC-48V)Stable operation under high-load conditions
Antenna Configuration4T4R (4 Transmit/4 Receive)Enhanced spectral efficiency for 4G networks
Laser ClassClass 1 (IEC 60825-1:2007)Safe operation with minimal radiation risk
Thermal Design60mm-height fins, 1.2mm fin spacing20% faster heat dissipation vs. standard RRUs
CertificationsCE, FCC, RoHS compliantGlobal deployment readiness

Customization guide

Adjustable parameters:

  • Fin density: Customize fin spacing (1.0–1.5mm) to balance airflow and structural rigidity for specific environmental demands.
  • Mounting brackets: Tailor attachment points for vertical/horizontal installation in constrained spaces.
  • Power input: Adapt voltage compatibility (48V/60V) for regional power grid requirements.

Get inspired

Maximize your base station’s performance with the DC-48V RRU 5301. Its rugged aluminum chassis and optimized cooling fins ensure uninterrupted operation in high-traffic 4G networks. Whether deployed in urban towers or remote sites, this unit delivers reliable signal integrity while minimizing downtime.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Thermal Efficiency95°C/W+15% (81.3°C/W)+30% (66.5°C/W)*
Power Efficiency88%92%95%
Weight3.2kg3.5kg (+10%)3.8kg (+20%)
Lifespan5 years7 years10 years

Supplier's note

  1. Technical Breakthroughs:

    • Aluminum alloy chassis: Reduces weight by 25% vs. steel alternatives while maintaining thermal performance.
    • Optimized fin geometry: Achieves 20% faster heat dissipation than standard RRUs, critical for high-power 4G deployments.
    • Integrated EMI shielding: Meets FCC Class A standards, minimizing signal interference in dense networks.

  2. Model Selection Guidance:

    • Base Model: Ideal for rural or low-density 4G networks where cost-efficiency is prioritized.
    • Advanced Model: Recommended for urban base stations requiring extended lifespan (7 years) and improved power efficiency (92%).
    • Pro Model: Best suited for high-traffic environments (e.g., stadiums) needing 10-year durability and 95% power efficiency. With its triple-certified thermal performance, the Pro Model ensures stable operation even under 180W peak loads.

*Pro Model thermal efficiency exceeds industry benchmarks by 40% under ISO 10794 testing conditions.

Frequently asked questions

  • Which DC-48V RRU model suits small cell base stations?

  • How to clean connectors on the DC-48V RRU to prevent overheating?

  • Why is aluminum preferred over copper for the heat sink in RRUs?

  • Can the mounting brackets be customized for unique installation needs?

  • How does the 4T4R configuration enhance 4G network performance?

  • Is the DC-48V RRU compliant with telecom safety standards?

  • What maintenance ensures optimal thermal performance?

  • Does the Class 1 laser meet international regulations for base stations?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Thermal ManagementData centers, dense base stationsCooling fins (Aluminum, 35 dBA noise) ▲▲ vs Industry (40 dBA)Quieter operation (35 dBA ▲▲) for office-friendly deploymentHigher cost for advanced fin designs
Power EfficiencyEnergy-sensitive networks160W (Base) / 140W (Advanced) vs Industry Standard (180W)10% lower power consumption (▲) for reduced operational costsRequires specialized power supplies for Advanced tier
Frequency Band4G/5G hybrid networks2600MHz (Base) / 3500MHz (Advanced) vs Industry (2300MHz)Supports 5G-ready spectrum (▲▲) for future-proofingLimited backward compatibility in Advanced tier
ConnectivityHigh-density user areas4T4R (Base) / 8T8R (Advanced) vs Industry (2T2R)Doubled MIMO capacity (▲▲) for 4x faster data throughputComplex antenna calibration in Advanced tier
Laser SafetyPublic-facing installationsClass 1 (Base/Advanced) vs Industry Standard (Class 2)Eye-safe operation (▲) compliant with OSHA standardsNo visible laser indication in Advanced tier
Material & WeightMobile base stationsAluminum (Base: 2.5kg) / Composite (Advanced: 1.8kg) vs Steel (Industry: 3.2kg)22% lighter weight (▲▲) for easier deploymentComposite materials may require stricter environmental handling

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