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  • Wifi Repeater Router PCB Circuit Board
  • Wifi Repeater Router PCB Circuit Board
  • Wifi Repeater Router PCB Circuit Board
  • Wifi Repeater Router PCB Circuit Board
  • Wifi Repeater Router PCB Circuit Board
  • Wifi Repeater Router PCB Circuit Board
Wifi Repeater Router PCB Circuit Board

Wifi Repeater Router PCB Circuit Board

$0.10-$10.00/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized logo（Min.Order: 5 pieces）
Customized packaging（Min.Order: 5 pieces）
Graphic customization（Min.Order: 5 pieces）
View product details

Wifi Repeater Router PCB Circuit Board

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Signal Amplification & Routing: Designed to enhance Wi-Fi signal strength and expand network coverage, enabling seamless data transmission for repeater router applications.
  • High-Performance Layout: Utilizes FR-4 material and precise trace routing with vias to support complex digital/analog signal processing, ensuring reliability in high-frequency environments.

Key features

  • 1. Material Technology

    • With FR-4 material, ensure superior thermal and electrical stability compared to standard PCB materials*, enabling reliable operation in demanding environments.

  • 2. Interactive Design

    • With a customizable layout design, easily integrate diverse components for tailored functionality*, making it adaptable to specific project needs.

  • 3. Performance Parameters

    • With optimized trace routing, achieve faster data transmission speeds compared to conventional PCB designs*, enhancing network performance.

  • 4. Scenario Solutions

    • Designed for both home and commercial use, providing seamless network extension in diverse environments.

  • 5. Certification Standards

    • Constructed with FR-4 material, meeting industry standards for durability and safety*.

Product details

Wifi Repeater Router PCB Circuit Board

This high-performance WiFi Repeater Router PCB is engineered for reliable signal transmission and thermal management in complex electronic systems. Built with FR-4 material and a green solder mask, it combines durability with precision routing for seamless network expansion.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialFR-4 epoxy laminateEnsures thermal and electrical stability in routers/repeaters
Surface FinishImmersion gold (ENIG)Prevents oxidation, enabling reliable solder joints for SMT components
Trace RoutingHigh-density 6-8 layer designSupports complex signal paths in WiFi repeaters for reduced interference
ViasMicrovias + through-hole viasEfficient thermal dissipation and signal routing in high-frequency applications
Solder MaskGreen epoxy solder maskProtects copper traces while enhancing visibility during assembly

Customization guide

Adjustable trace widths (0.15mm–0.3mm) and via configurations (microvia density) to meet specific component placement needs for customized electronics designs.

Get inspired

This PCB’s precision layout and FR-4 material make it ideal for expanding WiFi coverage in smart homes or industrial IoT systems. Its microvia architecture ensures optimal thermal management, even under heavy data load.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Signal Bandwidth100MHz+15% (115MHz)+30% (130MHz)*
Thermal Dissipation5W/cm²Enhanced 7W/cm²Premium 10W/cm²
Layer Count4 layers6 layers8 layers
Material DurabilityFR-4 standardFR-4 + reinforced glassHigh-TG FR-4 (+20% temp resistance)

Supplier's note

  1. Technical Breakthroughs:

    • FR-4 Material: Triple the thermal stability of standard PCBs, ensuring reliability in high-temperature environments.
    • Microvia Architecture: Reduces signal loss by 20% compared to traditional via designs, critical for WiFi repeaters.
    • 8-Layer Routing: Enables simultaneous handling of 2.4GHz and 5GHz bands without cross-talk.

  2. Version Selection Guide:

    • Base Model: Ideal for basic home repeaters requiring stable 100MHz signal processing.
    • Advanced Model: Choose for commercial IoT setups needing 15% faster data throughput and 40% better thermal performance.
    • Pro Model: Designed for industrial-grade applications (e.g., smart factories) where extreme bandwidth (130MHz) and heat resistance (up to 170°C) are critical. With its 8-layer design, it minimizes latency in high-density networks.

Frequently asked questions

  • Which WiFi Repeater Router PCB is best suited for high-speed signal applications?

  • How do I ensure proper maintenance of a WiFi Repeater Router PCB?

  • Why is FR-4 material preferred for WiFi Repeater PCBs compared to other substrates?

  • Can this WiFi Repeater Router PCB be customized for specific component layouts?

  • Is this PCB RoHS-compliant and suitable for medical devices?

  • How does the PCB’s design enhance WiFi repeater performance?

  • What applications is this WiFi Repeater Router PCB optimized for?

  • Does the PCB’s green solder mask improve durability?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityIndustrial Equipment, High-Temperature EnvironmentsIndustry Standard: FR-4 (Tg 130°C)
Our Base: FR-4 (Tg 140°C)
Our Advanced: FR-4 + Copper Clad (Tg 155°C ▲)		▲ Advanced: 25% higher thermal stability (prevents warping at 150°C+)Base: 10% heavier than standard; Advanced: 30% cost premium due to cladding
Signal IntegrityHigh-Speed Data Systems, 5G InfrastructureIndustry Standard: 4-layer PCB, 100MHz max freq.
Our Base: 6-layer PCB, 500MHz ▲
Our Advanced: 8-layer PCB, 1GHz ▲		▲ Advanced: 10x faster signal transmission (supports GHz-level applications)Base: 20% higher cost vs standard; Advanced: Requires specialized assembly tools
Thermal ManagementHigh-Power Devices, Server HardwareIndustry Standard: 1.5W/mK thermal conductivity, passive cooling
Our Base: 2.0W/mK + heat sinks ▲
Our Advanced: 3.0W/mK + active cooling ▲		▲ Advanced: 50% better heat dissipation (operates at 85°C ▲)Base: Adds 15% weight; Advanced: Requires external cooling systems
Chemical ResistanceHarsh Industrial EnvironmentsIndustry Standard: ASTM D543 (20 chemical exposures)
Our Base: ASTM D543 (30 exposures ▲)
Our Advanced: ASTM D543 (50 exposures ▲)		▲ Advanced: 2.5x longer lifespan in corrosive environmentsBase: 10% higher cost; Advanced: 25% cost increase due to protective coatings
Customization CapabilityIoT Devices, Custom ElectronicsIndustry Standard: Limited components (50+)
Our Base: Moderate (100+ ▲)
Our Advanced: High flexibility (200+ ▲)		▲ Advanced: Supports complex SoC layouts (e.g., microcontroller arrays)Base: 15% longer lead time; Advanced: Requires advanced design software
Surface FinishHigh-Reliability SystemsIndustry Standard: HASL (solderability score 8/10)
Our Base: ENIG (9/10 ▲)
Our Advanced: Immersion Silver (10/10 ▲)		▲ Advanced: 20% better solder joint reliability (ASTM F1249 compliant)Base: 20% cost increase; Advanced: 40% premium for premium finish

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