Low Noise Block downconverter unit - Professional LNB
Searching for dependable low noise block downconverters (LNB) for your satellite system? Discover UMT LLC selection of premium LNB products crafted to enhance your satellite communication experience.
C-Band LNB
K-Band LNB
KA-Band LNB
KU-Band LNB
X-Band LNB
KU-Band LNB
Seeking top-notch Ku-Band low noise block converters (LNBs) for your satellite setup? Look no further than UMT LLC's exceptional range of Ku-Band LNBs designed to optimize your satellite reception.
MoreC-Band LNB
Looking for top-grade C-Band low noise block converters (LNBs) for your satellite system? Explore the superior selection of C-Band LNBs at UMT LLC to advance your satellite communication experience.
MoreWhat are the types of professional LNB for Communication Systems
UMT LLC offers a variety of LNB options to cater to different communication needs, including options for C-, X-, Ku-, K-, Ka-bands, designed for satellite uplink and downlink systems, VSAT terminals, DTH broadcasting, teleports, and ground stations.
UMT LLC offers DRO and PLL LNB with optional external 10 MHz reference, featuring ultra-low noise figure (from 0.3 dB), high gain and high frequency stability.
All LNB are available (and can be produced by request) in various frequency bands:
- C-band (4-8 GHz)
- X-band (8-12 GHz)
- Ku-band (10-18 GHz)
- K-band (18-27 GHz)
- Ka-band (26.5-40 GHz)
+ any frequency range by request with custom options on request.
UMT LLC ensures reliable performance and flexible supply for OEM, telecom, TV providers and broadcast integrators.
Whether you need a standard LNB or a customized solution, we have you covered.
Advantages of buying Low block converters (LNBs) from UMT LLC ?
When you choose UMT LLC for your LNB needs, you gain access to:
- Quality products at competitive prices
- Worldwide delivery, including the USA, India, Europe, Africa, and beyond
- Comprehensive catalog featuring a wide range of LNB options
- Expert support and top-notch customer service for all your LNB requirements
- Meaningful cost-effective choices for all your frequency, noise, and amplifier needs
- Tailored solutions for specific satellite frequency bands and signal receiver requirements
- Detailed product specifications to aid in your purchasing decisions
✅ Full C-Band, X-Band, Ku-band, K-band, Ka-band Coverage
We offer a full range of LNB for all major satellite communication bands:
from standard C-band (4-8 GHz) to highest Ka-band (26.5-40 GHz)
✅ Exceptional Performance
Low noise figure (0.3–0.7 dB), high gain (55–65 dB) and strong frequency stability make our LNB ideal for professional broadcasting and VSAT use.
✅ External or Internal Reference
Choose between PLL LNB with 10 MHz external reference or DRO-based models for more basic applications.
✅ Customization Available
Need special connectors, specific LO frequencies, or ruggedized versions?
Contact us for tailored solutions🤝
✅ Global Delivery & Support
We ship worldwide and support B2B clients with fast processing, documentation and technical advice.
Questions and answers
What is a LNB?
A Low Noise Block (LNB) is an essential component of a satellite dish system. It is responsible for receiving the signal from the satellite and converting it to a lower frequency for easier transmission.
What does a low block down converter do?
An LNB, or low block down converter, receives the high-frequency satellite signal collected by the dish, amplifies it, and downconverts it to a lower frequency for further processing by the satellite receiver.
Need a custom LNB?
UMT LLC offers custom LNB solutions to meet specific frequency band, noise, and amplifier requirements for your satellite communication setup.
What is the difference between LNB and LNA?
While both are amplifiers, an LNB is specifically designed to operate at the very low frequencies used for satellite reception, whereas an LNA (Low Noise Amplifier) is more broadly used in various communication systems.
What does LNB stand for on a satellite system?
LNB stands for Low Noise Block, and it serves as the interface between the satellite dish and the receiver, processing the signal for optimal reception on the TV or other devices.
