| Trending SATCOM Products in 2024 |
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| Programmable Triple-Band Block-Up Converters from 27.5 to 30 GHz | |
Block Up Converter
from EM Research
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| The TBUC Series from EM Research are Digitally Programmable Block-Up Converters (BUCs). They can convert input frequencies (IF) from 950 – 1950 MHz to output frequencies (RF) from 27.5 – 28.5 GHz (Band 1), 28.5-29.5 GHz (Band 2), and 29-30 GHz (Band 3). These BUCs deliver three block up-converters in a single compact package and any one of three bands can be selected using standard communication protocols such as CAN, RS-232, or I2C. |
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| 20 W, Compact Block Up-Converter from 29 to 31 GHz | |
Block Up Converter
from Mission Microwave
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| The Cube-Ka-20 Watt Cube from Mission Microwave is a Ka-Band Block Up-Converter that converts input frequencies from 950 – 1950/1000 – 2000 MHz to output frequencies from 29 – 30/30 – 31 GHz. It delivers an output power of up to 20 W (43 dBm) with a gain of 60 dB and has a phase noise of -105 dBc/Hz (@1 MHz offset). This BUC has an in-built variable attenuator with an attenuation range of 31 dB and can be adjusted in steps of 0.25 dB. |
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| Ku-Band Block-Up Converter from 950 to 1700 MHz | |
Block Up Converter
from Skyware Technologies
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| The TZ1006 Series from Global Skyware is a Block-Up Converter that converts an input frequency from 950 to 1700 MHz to an output frequency from 13.75 to 14.5 GHz. It provides a P1dB of up to 34.5 dBm with a gain of over 50 dB. The device requires a supply voltage of 13 to 28 V and consumes up to 24 watts of power. This IP67-rated BUC is available in a compact package with an F-receptacle female connector at the input and a WR75 interface at the output. |
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| C-Band BUCs for SATCOM Terminals | |
Block Up Converter
from Alga Microwave
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| The ALTX – C Series from Alga Microwave are high-power C-Band BUCs designed for use in satellite communications applications. They upconvert an input frequency from 950 - 1525 MHz to an output frequency from 5.850 – 6.425 GHz with a LO frequency of 4.90 GHz. These BUCs provide high linearity and high-power efficiency, as well as excellent thermal efficiency and dependability over the full operating temperature range. |
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| Low Noise Block Downconverters from 38 to 40 GHz | |
Low Noise Block
from ACORDE
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| The ACLNBD-Q Dual-Band Series from ACORDE are Low Noise Block (LNB) Downconverters that convert input frequencies from 38-40 GHz to output frequencies from 950-1950 MHz. They provide a gain of more than 60 dB with a noise figure of less than 2.8 dB and have a phase noise of -80 dBc/Hz (at 10 kHz offset). These LNBs provide an image rejection of more than 45 dB, an output P1dB of better than +10 dBm, and have in-band spurious levels of less than -60 dBc. |
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| Block Upconverter with Flexible Module Configurations from 12.75 to 14.5 GHz | |
Block Up Converter
from ETL Systems
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| The FN-U-K1L1-24407 (Falcon2) from ETL Systems is a Block Upconverter (BUC) that converts input frequencies from 1150 to 2150 MHz to output frequencies from 12.75 to 14.5 GHz. It provides a conversion gain of up to 35 dB with a gain step size of 0.25 dB and has a noise figure of less than 12 dB. This BUC has a phase noise of -110 dBc/Hz (at 1 MHz offset) and provides an image rejection of more than 60 dB. |
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| Quad-Band PLL Low Noise Blocks from 17.2 to 21.2 GHz | |
Low Noise Block
from Norsat
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| The 9000 Series from Norsat are a Quad-Band PLL Low Noise Blocks (LNB) that convert input RF frequencies from 17.2 to 21.2 GHz to output IF frequencies from 950 to 1950 MHz. They provide an output P1dB of more than +5 dBm and has LO frequencies of 16.25, 17.25, 18.25, and 19.25 GHz with a LO stability of ±10 kHz. These PLL LNB provide a conversion gain of 60 dB, noise figure of less than 2.3 dB and phase noise of -95 dBc/Hz (at 100 kHz offset). |
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| X-Band Low Noise Block Downconverter from 7.75 to 8.50 GHz | |
Low Noise Block
from AmpliTech
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| The APT5-LNB-XBAND from AmpliTech is a Low Noise Block Downconverter that converts an input RF frequency from 7.75-8.50 GHz to output IF frequency from 800-1550 MHz. It provides over 56 dB of gain and has an output P1dB of more than 15 dBm. The LNB has a VSWR of less than 1.7:1, provides image rejection of above 30 dB, and has a phase noise density of -128 dBc for a 1 MHz frequency offset. |
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| 1.3 m Flyaway Satellite Terminal for X, Ku and Ka Bands | |
SATCOM Antenna
from Tampa Microwave
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| The TM130 from Tampa Microwave is a 1.3m Flyaway Satellite Terminal that supports X, Ku, Ku-30B, and Ka-bands (military and commercial). It delivers high-speed broadband access for a wide range of critical missions. Operating without fans, the TM130 is both rugged and quiet. The easy to use auto-assist pointing enables fast satellite acquisition by minimally trained personnel. |
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| 1.3 Meter Flyaway VSAT from 7.25 to 31 GHz | |
SATCOM Antenna
from L3Harris Technologies
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| The Hawkeye 4 Lite from L3Harris Technologies is a Flyaway VSAT with a Tx frequency range from 7.9 to 31 GHz and an Rx frequency range from 7.25 to 21.2 GHz in the X, Ku, and Ka bands. It has a 1.3 m parabolic aperture carbon fiber antenna that is circular/linearly polarized and delivers an EIRP of up to 59.9 dBW. This VSAT features Viewsat-E-GUI and GATEKEEPER interference excision technology and supports in-field modem changes/integration for anti-jam protection, high-speed data, and voice for Internet, VPN, and video transmission. |
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| Electronically Steerable Ka-Band Omnidirectional Antenna for SATCOM | |
SATCOM Antenna
from Get SAT Ltd
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| The Sling Blade from Get SAT is an Electronically Steerable Antenna (ESA) that operates in the Ka-band with a Tx frequency range of 27.5-31 GHz and an Rx frequency range of 17.7-21.2 GHz. This antenna has an electronically configurable circular polarization and can deliver an EIRP of up to 46 dBW. It has an azimuthal beamwidth from 360° (omni-directional) and an electronically steerable elevation beamwidth from 10 to 90°. |
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| Advanced Satellite Link Emulator with 1 to 4 Channels | |
Satellite Link Emulator
from dBm Corporation
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| The ACE9600 from dBm Corp is Satellite Link Emulator for simulating satellite to fixed/mobile ground stations, satellite-to-satellite RF link testing and Satellite Payload Emulation. It has an instantaneous bandwidth of up to 600 MHz and is based on a powerful hardware/DSP test platform that allows a variety of impairments to be inserted in real-time, enabling testing of a range of wireless receivers, UHF/VHF Radios, satellite payloads and satellite fixed & mobile ground and airborne transceivers in a controlled laboratory environment. |
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| Wideband Multi-Channel Satellite Link Simulator | |
Satellite Link Emulator
from Square Peg Communications Inc
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| The RLS-2100 from Square Peg Communications is a comprehensive satellite channel simulator with unparalleled impairment simulation, real-time multi-satellite orbit calculation, full-motion support and integrated GPS simulators. It can provide end-to-end or single link simulation of wideband terrestrial and satellite networks, satellite selection via open standard interfaces, and facilities to enable seamless integration into more complex test beds if required. |
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| 25 W GaN Power Amplifier from 45 to 46.5 GHz for SATCOM Applications | |
SATCOM Amplifier System
from TTI
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| The Q-Band SSPA from Celestia TTI operates from 45 to 46.5 GHz. This solid-state power amplifier delivers an output power of 25 W (~44 dBm) with a small signal gain of more than 70 dB and provides an attenuation range of 25 dB in 0.1 dB steps. It is based on GaN technology and ensures robust performance with individual unit testing over the operating temperature (from -30°C to +55°C). |
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| Q/V–Band Switchable LO LNB from 37.5 to 42.5 GHz | |
Low Noise Block
from Swedish Microwave AB
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| The Q/V–Band LNB from Swedish Microwave is a Low-Noise Block (LNB) that converts input frequencies from 37.5 – 42.5 GHz to output frequencies from 950 – 3450 MHz. It has a switchable LO from 36.55 to 40.55 GHz, provides a programmable gain from 40 to 55 dB, and image rejection of more than 30 dB. This LNB has a phase noise of -93 dBc/Hz (@100 kHz offset), a noise figure of less than 3.2 dB, and spurious levels of better than -60 dBc. |
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| High-Performance 2:1 Redundancy Switches from 5 to 2500 MHz | |
Redundancy Switch
from RF-Design
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| The FlexLink RSC201 Series from RF-Design are 2:1 Redundancy Switches that operate from 5 to 2500 MHz. These switches allow the output port to be switched to one input port manually/automatically while all input signals are individually monitored according to the predefined threshold level. They are designed to allow redundancy switching between an active unit to a backup unit to assure permanent and stable RF signal availability. |
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| 2 Watt Ka-Band VSAT Transceiver | |
SATCOM Transceiver
from Skyware Technologies
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| The XRF31F14ZD/L from Global Skyware is a Ka-Band VSAT Transceiver with a Tx frequency from 29 to 30 GHz and an Rx frequency from 17.8 to 20.2 GHz. The transceiver integrates a BUC, an LNB, and a field configurable circular polariser. On the Tx-side (BUC), it upconverts an input frequency (IF) from 1400 to 2400 MHz to an RF frequency from 29 to 30 GHz with a P1dB of 33 dBm and gain of over 50 dB. |
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| Radiation-Tolerant Transceiver 2025 to 2290 MHz for SATCOM Applications | |
SATCOM Transceiver
from Space Micro
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| The NANOCOM from Space Micro is an S-Band Transceiver that operates from 2200 - 2290 MHz (Tx) and 2025 - 2100 MHz (Rx). It has a bandwidth of 50 MHz and supports BPSK, QPSK and OQPSK modulation schemes. This radiation-tolerant transceiver has been designed to perform in extreme environmental conditions. It has an on-board 50 MHz TCXO and a Xilinx Zynq System on a Chip (SoC). |
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| UHF Satcom Digital Radio Transceiver from 395 to 440 MHz | |
SATCOM Transceiver
from NanoAvionics
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| The CubeSat from Nano Avionics is a Satcom Digital Radio Transceiver that has a programmable operating frequency range of 395 to 440 MHz (UHF). It delivers an RF output power of 2 W and has a sensitivity of -122 dBm. This radio transceiver has a symbol rate of 2400 baud and a bit rate of 2400 bps. It supports GFSK2 (MSK) modulation which is configured to be ¼ of the symbol rate. |
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