Top Low Insertion Loss - BuyWiseBest.com

Nelawya 40ft Lora Antenna Cable N Female to RP-SMA SMA Male KMR400 Low Loss Extension Coaxial Cable for LoRa WiFi 4G LTE LoRaWan Antenna Bobcat Nebra RAK Helium Hotspot HNT Miner Mining Antenna

Cable: 12 Meter 50 Ohm N-Type Female to RP-SMA Male Ultra Low Loss KMR400 Cable.
KMR Cable Assemblies Range is Industry Standard Ultra Low Insertion Loss, Flexible, Low Cost, Lightweight DC-6 GHz solution for most applications. Provides superior broadband VSWR performance..
KMR400 Cable assemblies allows you to better position the gateway's antennas for optimal coverage, outstandingly improve the RF signal range and coverage for Helium Hotspot devices. Compatible with Helium HNT Hotspot Miner, Lora LoraWAN Gateway Hotspot Module, Nebra HNT Indoor Hotspot Miner, RAK Hotspot Miner, BOBCAT Miner, SyncroBit Gateway.
Specially designed for indoor and outdoor applications, and the outer jacket has the characteristics of anti-ultraviolet, anti-oxidation and waterproof. This low loss coaxial transmission cable can be used in almost any application where good handling characteristics, improved shielding, and low loss is required..
Compatible with 4G LTE Mobile Router, Cellular Gateway, Vehicle Car Truck RV Bus Van Mobile Cellular, 4G LTE Cellular Trail Camera, Game Camera, Outdoor Security Camera, Industrial 4G LTE Router, Cellular IoT Gateway, 4G LTE M2M RTU DTU Terminal.

[Professional Design]: Fibrlok Fiber Optic Mechanical Splice is designed to accommodate 250-900µm buffer sizes..
[Features]: Fibrlok Fiber Optic Mechanical Splice is known for its low reflection characteristics of -35dB and has a thermal stability of -40°C to 80°C.
[Easily installed]: High rate of success for installation and easy installation, the average connecting time is 150 seconds.
[Application]: Applicable for optical fiber splicing and restoration for damaged lines.
fiber axial solid fit, reducing the performance degradation caused by the loss of matching fluid.

Splits a coaxial cable signal source (cable/satellite/antenna) to four destinations.
5-2050MHz (2GHz) frequency range for compatibility with all digital ready RF signals.
Low insertion loss, high return loss and isolation for better performance on TV and satellite signal.
Precision zinc die-cast with 18K gold-plated chassis for maximum signal transfer and corrosion resistance.
High shielding structure for lower digital noise and higher signal quality.

The filter has the characteristics of low insertion loss, high resistance band rejection and high image attenuation, high power tolerance, low cost and miniaturization..
Convenient debugging, good selectivity and stability.
A band-pass filter is a device that allows a particular frequency band to block other frequencies simultaneously..
With high reliability, stable and reliable working performance.

Designed to accomplish 2 primary applications: separates signals as a splitter OR combines signals as a combiner.
Allows off-air signals & satellite signals to be fed on a single cable.
DC power pass is provided from the satellite port to the input only (2.0 amp max).
(1) In/Out, (1) Satellite (with power pass), & (1) Antenna connections for all “F” type coax connectors.
Insertion Loss In/Out-TV: 15-860MHz 1.5±1.0dB, 950-2400MHZ 15dB | Insertion Loss In/Out-SAT: 15-860MHz 20dB, 950-2400MHz 2±2dB.

Mini diplexer designed to accomplish 2 primary applications: separates signals as a splitter OR combines signals as a combiner.
Allows off-air signals & satellite signals to be fed on a single cable.
DC power pass is provided from the satellite port to the input in order to pass satellite receiver LNB voltage.
(1) In/Out, (1) Satellite (with power pass), & (1) Antenna connections for all “F” type coax connectors.
Insertion Loss In/Out-TV: 40-860MHz 1.5±1.0dB, 950-2300MHZ 15dB | Insertion Loss IN/OUT-SAT: 40-860MHz 20dB, 950-2300MHz 2±2dB.

All ports DC power pass and lightweight and compact size..
Low insertion loss, high return loss and isolation for satellite and over-the-air HDTV signal..
High shielding structure for lower digital noise and higher signal quality..