2-Way RF Power Splitter 868MHz 915MHz SMA N Female 800-1000MHz

2-Way RF Power Splitter 868MHz 915MHz SMA N Female 800-1000MHz

SMA Female 2 Way
Sale price  $43.14 Regular price  $58.38
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2-Way RF Power Splitter 868MHz 915MHz SMA N Female 800-1000MHz

2-Way RF Power Splitter 868MHz 915MHz SMA N Female 800-1000MHz

Sale price  $43.14 Regular price  $58.38
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2-Way RF Power Splitter / Signal Divider – 868MHz & 915MHz | SMA & N Female | 800–1000MHz

Distribute or combine RF signals with confidence using this precision-engineered 2-Way Power Splitter. Designed for the 800–1000MHz frequency range, it is a go-to component for Helium mining setups, repeater systems, base stations, and indoor distributed antenna systems (DAS). The low insertion loss and high port-to-port isolation ensure reliable signal splitting without compromising performance.

Built from durable aluminum alloy, this compact divider handles up to 50W average power and features both SMA Female and N Female connector options for maximum versatility. Made in Mainland China.

Key Features

  • Wide Frequency Coverage: Operates across 800–1000MHz, covering 868MHz (LoRa/EU) and 915MHz (LoRa/US) bands
  • Low Insertion Loss: Only 3.5dB — minimal signal degradation when splitting
  • High Isolation: ≥20dB between output ports for clean signal distribution
  • Excellent VSWR: ≤1.30 for superior impedance matching and reduced reflections
  • Dual Connector Options: SMA Female and N Female connectors at all ports
  • 50Ω Impedance: Standard RF impedance for seamless system integration
  • High Power Handling: Up to 50W average power capacity
  • Wide Operating Temperature: -35°C to +70°C for stable indoor performance
  • Lightweight & Compact: Aluminum alloy body; net weight just 0.25 kg
  • Versatile Use: Ideal for Helium miners, repeaters, base stations, and indoor DAS

Technical Specifications

Frequency Range 800–1000MHz
Insertion Loss 3.5dB
Isolation ≥20dB
VSWR ≤1.30
Impedance 50Ω
Connector Type SMA Female / N Female
Average Power 50W
Application Indoor
Material Aluminum Alloy
Net Weight 0.25 kg
Operating Temperature -35°C to +70°C
Origin Made in Mainland China

What Is a Power Splitter / Divider?

An RF power splitter (also called a power divider) takes a single RF input signal and distributes it equally across two or more output ports. It can also work in reverse as a combiner. These devices are essential components in wireless infrastructure projects — including Helium IoT network nodes, cellular repeaters, and building-wide distribution systems — wherever a single antenna feed must serve multiple devices simultaneously.

Ideal For

  • Helium HNT miner antenna setups (868MHz EU / 915MHz US)
  • LoRaWAN gateway installations
  • Indoor distributed antenna systems (DAS)
  • Cellular repeater and base station installations
  • RF lab testing and signal distribution

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Frequently Asked Questions

Q: What frequency bands does this 2-way power splitter support?

A: This RF power splitter is designed for the 800–1000MHz frequency range, making it fully compatible with 868MHz (EU LoRa/Helium) and 915MHz (US LoRa/Helium) bands commonly used in IoT and wireless networking applications.

Q: Can this power splitter be used with Helium miners?

A: Yes. This 2-way power divider is specifically well-suited for Helium HNT mining antenna setups. It allows you to connect a single antenna to two miner units simultaneously, or split the signal to cover multiple coverage zones from one antenna feed.

Q: What connector types are included on this power splitter?

A: The splitter is available with either SMA Female or N Female connectors at all ports, offering compatibility with a wide range of RF cables, antennas, and radio equipment.

Q: What is the maximum power this splitter can handle?

A: This power divider supports up to 50W average power, making it suitable for both low-power IoT installations and higher-power repeater or base station applications within the 800–1000MHz band.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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