Norsat
5000 Series C-Band LNB
Best professional-grade solution for reliable satellite reception in extreme weather conditions.
The Norsat 5150F is a high-performance C-Band PLL LNB from the durable 5000 Series, engineered for dependable satellite reception in challenging environments. It operates across the 3.40 to 4.20 GHz input range with a fixed 5.15 GHz Local Oscillator. This unit delivers a typical conversion gain of 62 dB and maintains excellent phase noise characteristics. Powering requires 12 to 24 V, drawing 250 mA. Connectivity includes a CPR 229G waveguide input and an F-75 Ohm output. Designed for longevity, it functions reliably between -40°C and +60°C, making it a robust choice for professional installations.
$120.00
Owner Satisfaction
4.7
/ 5
Category Rank
5
/ 113
#5 in Satellite LNBs
Price vs Category Average
-15%
Below average
Band
3.404.20
/ C-Band ( - GHz Input)
Who it's for
- Engineers managing high-data-rate digital communication and complex modulation networks
- Field technicians working in extreme or unpredictable weather environments
- Broadcasters needing reliable reception for weak or distant satellite signals
Who should skip it
- DIY installers lacking specialized alignment tools and technical expertise
- General consumers needing immediate, off-the-shelf availability for quick projects
- Budget-conscious buyers seeking entry-level or consumer-grade satellite hardware
Performance breakdown
Signal Stability
PLL technology ensures rock-solid frequency locking for consistent satellite reception.
Environmental Durability
Built to withstand extreme temperatures and harsh outdoor installation conditions.
Gain Performance
High conversion gain provides a strong, clear signal for professional setups.
Build Quality
Rugged 5000 Series construction offers long-term reliability in demanding environments.
Installation Compatibility
Standard waveguide and F-type connectors simplify integration into existing satellite systems.
Power Efficiency
Moderate current draw remains well within standard professional power supply limits.
Key Specs
Band
C-Band (3.40 - 4.20 GHz Input)
Local Oscillator Frequency
5.15 GHz (PLL Type)
Conversion Gain
62 dB typical
Noise Figure
15 dB
Operational Temperature Range
-40 to +60°C
RF Input Connector
CPR 229G waveguide grooved
RF Output Connector
F-75 Ohm
Current Drain
250 mA
Features
- Robust C-Band operation
- High stability PLL Local Oscillator
- Low Noise Figure minimizes signal degradation
- High typical conversion gain
- Wide operational temperature range
- Durable 5000 Series construction
- Standard F-type output connector
- Reliable in demanding conditions
What customers say
Professionals highly value the Norsat 5000 Series LNB for its exceptional reliability and robust construction. Users report flawless performance even in harsh environmental conditions where other units fail. The core strength noted by engineers is superior phase noise and frequency stability, which maintains high signal integrity for demanding applications like VSAT and broadcast uplinks. This stability significantly reduces signal drift and the need for frequent recalibration, boosting operational efficiency. Although the initial cost is higher than commercial grades, integrators agree the unparalleled longevity and reduced maintenance make it a highly cost-effective solution over time. It is viewed as a premium, mission-critical asset.
Know before you buy
The Phase Locked Loop (PLL) technology provides superior frequency stability compared to standard DRO LNBs. This ensures your satellite signal remains locked and consistent, even when exposed to significant temperature fluctuations.
Yes, the 5150F features a standard F-type 75 Ohm output connector, making it compatible with most professional satellite receivers and modems that accept a standard coaxial input.
Absolutely. The 5000 Series is built for durability and is rated for reliable operation in temperatures ranging from -40°C to +60°C, making it suitable for harsh outdoor environments.
The unit operates on a DC input voltage between 12 and 24 V and draws 250 mA. Most satellite receivers provide this power directly through the coaxial cable, but you should verify your receiver's power output capabilities before installation.
The RF input uses a CPR 229G grooved waveguide flange. This is a standard industry interface for C-Band feeds, ensuring a secure and precise connection to your satellite dish.
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