863–870MHz Super Miner12 RX17 TX6 Ultra-Low Noise Signal Amplifier for LoRa Helium ACASOM | Chipomi

863–870MHz Super Miner12 RX17 TX6 Ultra-Low Noise Signal Amplifier for LoRa Helium ACASOM | Chipomi $128

In stock Product code: CHIP-684215

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$128

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Description

The ACASOM Super Miner12 is a compact 863–870MHz signal amplifier designed for LoRa Helium networks and miner-based RF setups where low noise, flexible powering, and reliable inline performance are critical. This version supports the RX=17dB and TX=6dB configuration, making it suitable for installations that need stronger receive-side enhancement while maintaining a balanced transmit path.

One of the key advantages of the Super Miner12 is its ultra-low noise figure below 1.2dB. This is especially important in receive-sensitive systems where overall signal quality depends not only on gain, but also on keeping additional noise as low as possible. The model also supports three power modes: Bias Tee, Adapter, and USB, giving integrators more freedom when matching the module to existing infrastructure.

According to the supplier information, the module can work with multiple gain combinations such as 17/6, 14/3, and 11/0 when paired with the Super Bias Tee. For installations that include an RF cable longer than 5 meters or a power divider between the extender and the miner, the recommended Super Bias Tee ATT setting is 0dB. For direct connection setups without additional devices in the line, the recommended ATT setting is 6dB.

With its compact aluminum housing, 5–24V operating range, and standard RF connector layout, the Super Miner12 is well suited for LoRa Helium infrastructure, external antenna systems, and installations where clean integration in limited space matters.

Technical Specifications:

Parameter	Specification
Frequency Range	863–870MHz
Operating Voltage	5–24V
Receive Gain	17dB ±1
Transmit Gain	6dB ±1
Maximum Output Power	30dBm (1W)
Input Trigger Power	Min. 3dBm, Max. 20dBm
EVM	3% At 26dBm
Noise Figure	<1.2dB
Current Consumption	430mA At 30dBm, 12V
TX/RX Switch Time Delay	<1us
LED Indicator	Transmitter: Green; Receiver: Red
Operating Temperature	-40℃ To +70℃
Storage Temperature	-40℃ To +150℃
Operating Humidity	Up To 95% Relative Humidity
RF Connector	Input: SMA-Female; Output: RP-SMA-Female
Power Socket	Adapter / Bias Tee / USB 2.5x0.7mm
Shell Size	64.5x34.5x10mm
Shell Material	Aluminum
Net Weight	0.06kg

Why Choose This Module:

Its ultra-low noise figure below 1.2dB helps preserve receive sensitivity in demanding RF environments.
Three power modes provide much more installation flexibility than standard single-power-input amplifiers.
The RX17 TX6 configuration is suitable for systems that need stronger receive-side support.
Compatibility with Super Bias Tee allows broader gain configuration options in integrated setups.
Its compact aluminum housing makes placement easier near antennas or inside tight enclosures.
Standard SMA and RP-SMA connectors simplify matching with common RF accessories and cabling.
The module is purpose-built for LoRa Helium deployments where signal stability and clean integration matter.

Applications:

LoRa Helium networks in the 863–870MHz band.
Miner and hotspot signal line integration.
Systems with long RF cable runs.
Installations using power dividers.
External antenna RF chains.
Compact wireless communication setups.
RF engineering and Helium infrastructure projects.

Package Includes:

108SET:

1PCS Extender.
1PCS RG402 Cable (20cm).
1PCS EU Power Plug.

128SET:

1PCS Extender.
2PCS RG402 Cable (20cm).
1PCS Bias Tee.
1PCS USB Adapter.
1PCS EU Power Plug.

188SET:

1PCS Extender.
2PCS RG402 Cable (20cm).

1PCS Bias Tee.
1PCS USB Adapter.
1PCS EU Power Plug.
1PCS RF Adapter (N Male / SMA Male).
1PCS Cavity Filter.

Important Notes:

If there is an RF cable longer than 5 meters or a power divider between the extender and the miner, the recommended Super Bias Tee ATT setting is 0dB.
If the extender is connected directly to the hotspot without other inline devices, the recommended Super Bias Tee ATT setting is 6dB.
Gain combinations such as 17/6, 14/3, and 11/0 can be realized when working with the Super Bias Tee.

FAQ:

What is the main advantage of the Super Miner12 over standard amplifiers?
Its combination of ultra-low noise performance, three power modes, and compatibility with Super Bias Tee makes it more flexible for advanced LoRa Helium installations.
When should ATT be set to 0dB?
According to the supplier, this setting is recommended when the line includes a long RF cable over 5 meters or a power divider between the extender and the miner.
When should ATT be set to 6dB?
This setting is recommended when the extender connects directly to the hotspot with no additional devices in the signal path.
Does this product support other gain combinations besides RX17 TX6?
Yes, the supplier states that combinations such as 14/3 and 11/0 can be realized when used with the Super Bias Tee.
What power options are available?
The module supports Bias Tee, Adapter, and USB power modes.
What RF connectors are used on the module?
The input uses SMA-Female and the output uses RP-SMA-Female.
Which package version includes the cavity filter?
The 188SET package includes the cavity filter as well as the RF adapter and additional accessories.

The ACASOM Super Miner12 863–870MHz signal amplifier is a specialized RF module developed for LoRa Helium networks, miner-based installations, and compact wireless systems where receive sensitivity, flexible power options, and clean inline integration are all important. This version is built around the RX=17dB and TX=6dB configuration, making it suitable for installations that need stronger receive-side gain while maintaining a controlled transmit path. At Chipomi, this positions the Super Miner12 as a professional choice for users looking for a compact 868MHz amplifier designed specifically for Helium and LoRa environments.

A major strength of the Super Miner12 is its ultra-low noise figure of less than 1.2dB. In practical RF deployments, low noise can be just as important as raw gain because it directly affects how well weak incoming signals are preserved. The module also supports three separate power modes — Bias Tee, Adapter, and USB — which gives installers more freedom when working with different hardware layouts, mounting conditions, and power delivery options. This flexibility makes the model more versatile than many standard single-input amplifiers.

The supplier also states that multiple gain combinations, including 17/6, 14/3, and 11/0, can be achieved when the module is used together with the Super Bias Tee. For systems with RF cables longer than 5 meters or with a power divider between the extender and the miner, the recommended ATT setting is 0dB. For direct inline connections without extra devices, the recommended ATT setting is 6dB. These setup notes make the module easier to align with real deployment conditions instead of using a one-configuration-fits-all approach.

With a 5–24V operating range, 30dBm (1W) maximum output power, SMA-Female input, RP-SMA-Female output, and a compact 64.5x34.5x10mm aluminum housing, the ACASOM Super Miner12 is a practical solution for users searching for a 868MHz LoRa amplifier, a Helium miner signal amplifier, a Bias Tee powered RF module, or an ultra-low noise compact amplifier for professional wireless integration.

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