Top SATCOM Products in 2020

X, C and Ku-Band GaN SSPA BUC for Mobile and Broadband Applications

The Sierra-Line from Advantech Wireless Technologies are a series of GaN SSPA BUCs for both mobile and fixed Communication terminals. These BUC’s are available in different band configurations such as X, C, and Ku-Band. They are designed for high-efficiency applications and are available in an optimal compact form factor that provides high performance and reliability. In the Ku-Band configuration, the BUC upconverts an Input frequency from 950-1450 MHz to an output frequency from 12.75-13.25 GHz with an output power of 25, 40, and 50W respectively. In the C-Band configuration, the BUC upconverts an Input frequency from 975-1675 MHz to an output frequency from 5.725-6.425 GHz with an output power of 40, 50, 60, 80 and 100W respectively. In the X-Band configuration, the BUC upconverts an Input frequency from 950-1450 MHz to an output frequency from 7.9-8.4 GHz with an output power of 40, 50, 60, 80 and 100W respectively. They have an adjustable gain of 20 dB and feature m...Click here to view specs.

Ka-Band BUCs for Mobile & SATCOM Terminals

The BUC series from Alga are Ka-Band Block Up Converters that can be used for commercial and military applications. These BUCs have two LO’s that can upconvert an input frequency from 1000 - 1500 MHz to an output frequency from 29.5 - 30 GHz in the commercial band and an input frequency from 1000 - 2000 MHz to an output frequency from 30 - 31 GHz in the military band. These BUCs deliver an output power from 8 to 16 W with a gain of more than 70 dB. They are available in a module with an N or F-type female connector at the input and a WR28G waveguide interface at the output. This BUC series is an ideal solution for both mobile and fixed Satellite Communication terminals. Click here to view specs.

Ku-Band Low Noise Block Converter from 10.95 GHz to 11.70 GHz

The TLNB-12000X band-switching Low Noise Block that has been designed for satellite earth stations and other telecommunications applications. It operates in the Ku-Band accepting a signal with an input frequency of 10.95 GHz to 11.70 GHz and downconverting it to a signal with frequency from 950 MHz to 1700 MHz. The TLNB-12000X has the quality, stability, and performance required for demanding receiver applications in today’s diverse satellite communications systems. Click here to view specs.

Advanced Satellite Link Emulator with 1 to 4 Channels

The ACE9600 from dBm Corp is an Advanced Channel Emulator that operates from 825 to 1425 MHz. It is a powerful hardware/DSP based 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. The emulator has Payload impairment capability, synchronization of up to 16 channels, 12 tap multipath fading, and 600 MHz of instantaneous bandwidth. The instrument can be configured with 1 to 4 channels. Link impairments include delay, Doppler, attenuation, phase offset, AWGN, frequency hopping, and multipath fading. Payload impairments include IMUX/OMUX emulation (amplitude and delay distortion), amplifier compression effects (AM/AM and AM/PM), phase noise, and spurious signals. Parameters can be set to fixed values in Static mode, or continuously changed in real-time in Dynamic mode ...Click here to view specs.

250 W GaN Power Amplifier for X-band Applications

The SGN-X3-200 from KRATOS General Microwave is a GaN Power Amplifier that operates in the X-band with 9% bandwidth. It delivers peak saturated output power of more than 250W with a large signal gain of 55 dB and an efficiency of 20%. This solid-state amplifier has a pulse width of 256 µs, a rise/ fall time of 50ns, and a duty cycle of 15%. The SSPA consists of an input section with preamplifier stages and a power amplifier output section. The output section consists of a summation of 6 amplifiers. In addition to the microwave section, there is a proprietary designed asynchronous low-noise power supply and pulse-modulator. The airborne SGN-X3-200 is available in a module that measures 9.0 x 7.0 x 1.6 inches with SMA (F) connector at the input and WR90 waveguide at the output. It is suitable for radar, data links, communications, and test system applications. This high-reliability amplifier consumes 280 W of power and has reverse voltage protection. Click here to view specs.

Ka-Band GaN Block Upconverter from 30 to 31 GHz

The SB46KAA from CPI is a Ka-band GaN Block Upconverter designed for IFEC satellite uplink applications. It upconverts an input frequency from 950 - 1950 MHz to an output frequency from 30 - 31 GHz. The BUC delivers a linear output power of up to 30 W with a gain of more than 60 dB. It features RF output overdrive protection that prevents damage from higher than rated input power levels. This BUC is based on state-of-the-art Gallium Nitride (GaN) HEMT technology which provides better efficiency compared to GaAs-based products. The SB46KAA can be accessed remotely via internet or mobile phone and has integrated SNMP to NMS that enables effective operational management and minimizes network outage. It is available in a compact, weatherproof module that measures 457.0 x 74.9 x 230.0 mm with TNC female input connectors and WR28 threaded waveguide interface at the output. The BUC is suitable for in-flight entertainment and connectivity applications. It operates on an AC supply of 115 V ...Click here to view specs.

C-Band LNB to Address 5G Interference Issues

The 3200-BPF from Norsat International is a C-band phase-locked loop (PLL) LNB that accepts input frequencies from 3.7 to 4.2 GHz and down-converts them to 950 to 1450 MHz (LO Frequency of 5.15 GHz). This product is ideally suited for existing installations or new installations needing to mitigate interference with the onset of 5G. It can mitigate 5G signals up to -25 dBm with no performance degradation. This LNB has a conversion gain of 55 - 70 dB and provides a P1dB of over 9 dBm while operating over a 12 to 24 V supply. It is available in a module that measures 144(L) x 70(W) x 98(H) mm with a N-type / F-type connector at the output and a CPR229G interface at the input. Click here to view specs.

2 to 8 Band Switchable LNB from 17.20 to 22.40 GHz

The Ka-Band LNB from Swedish Microwave operates from 17.20 to 22.40 GHz with 2 to 8 switchable bands. It downconverts the input RF Frequency from 17.20 - 22.40 GHz to 950 - 1950 MHz. This LNB features a new hardware platform with adaptive filtering, intelligent monitoring, and alarm output. This LNB provides a P1dB of 15 dBm and has a gain of over 55 dB with a noise figure of 1.3 dB. The device consumes up to 5 watts of power while operating over a DC supply voltage of 12 to 28 V. It monitors key parameters and through the sum-alarm output, users can ensure full system functionality and trigger redundancy switching. This LNB is available in a module that measures 153 x 68 x 45 mm with an F/N/SMA-type connector at the output, and WR42 and Flange PBR220 interface at the input. Click here to view specs.

Ka Band Low Noise Blocks

The Ka Band LNB Series from L-3 Narda-MITEQ are Low Noise Blocks that down-convert an RF frequency from 18.3 GHz to 21.2 GHz to 0.95 to 2 GHz (LO Frequency from 17.35 to 19.25 GHz). These LNBs have a conversion gain of 58 to 62 dB and a P1dB of 20 dBm. They also have a low noise temperature of under 100 K and excellent VSWR of less than 1.3:1. They are available in a module which has an N-type female connector at the output and a WR-42 cover flange interface at the input. These downconvertors are designed to meet MIL-STD-188-164B requirements. Click here to view specs.

32 x 32 Enigma L-band Switch Matrix / Router

The NGM-21 Series are L-band Switch Matrices / Routers that operate from 850 MHz to 2150 MHz. It has 32 Inputs x 32 Outputs with 50 ohm SMA/BNC connectors or 75 ohm F Type/BNC connectors. This switching system has a compression point of 5 dBm, return loss under 16 dB and an isolation of 70 dB. The Matrix has been designed such that there is one card associated with each input and each output &ndash so failure of a card only affects one channel. For broadcasters, satellite operators and the defence sector, this provides exceptional resilience. The design offers rugged dual redundant power supplies with simple front access, enhanced CPU change-out, hot-swap fans and new card connectors. Web Browser Interface is standard on an NGM-21. Click here to view specs.

220 W C-Band BUC from 5.850 to 6.725 GHz

The ABD220DC from Actox is a C-Band BUC that up-converts an input frequency from 950-1825 MHz to an RF frequency from 5.850-6.725 GHz with a LO frequency of 4.90 GHz. This BUC delivers a saturated output power of 220 watts with a gain of over 77 dB. The ABD220DC is based on GaN technology which enables high efficiency, low power consumption, and high reliability. It features power and lock status LED indicators, a digital temperature compensation circuit, and supports advanced M&C interfaces such as RS-232/485, Ethernet (HTTP and SNMP ver. 3), and optional FSK. This BUC is available in a module that measures 260 x 180 x 142 mm with an N or F-type (field-exchangeable) IF connectors at the input and a CPR-137 G interface at the output. It requires an AC supply voltage from 80 to 240 V and consumes up to 994 W of power. Click here to view specs.

1000 W C-Band SSPA from 5.725 to 7.025 GHz for SATCOM

The C-Band 8 Module SUMMIT II from Advantech Wireless is a High-Power, Solid State Power Amplifier that operates from 5.725 - 6.425 GHz (Lower) / 5.85 - 6.425 GHz (Standard) / 5.85 - 6.725 GHz (Extended) / 6.725 - 7.025 GHz (Insat). The system is available in two saturated output power variants: 800 W (59 dBm) and 1000 W (60 dBm). It provides a linear gain of more than 70 dB, has a user-adjustable gain of up to 20 dB with 0.5 dB step size, and a gain stability of ±1.5 dB. The SSPA system has a third-order IMD of -25 dBc and phase noise of -155 dBc/Hz at 100 kHz. It has harmonics of -50 dBc, and output spurious of -55 dBc, and a VSWR of less than 1.5:1. The SSPAs are phase combined to reach the maximum RF output power from 7 amplifiers, with the output of one amplifier held in reserve for redundancy. In the case of a module failure, the Summit operating system will increase the gain of the remaining amplifiers to bring the total system output power back to the pre-failure lev...Click here to view specs.

Ku-Band Block Downconverter from 10.7 - 11.7 GHz / 11.7 - 12.75 GHz

The FN-D-K1L1-24100-S5XX from ETL Systems is a Low Noise Block that accepts an input frequency from 10.7 - 11.7 GHz (Mode 1) / 11.7 - 12.75 (Mode 2) and downconverts them to 950 - 1950 MHz (Mode 1) / 950 to 2000 MHz (Mode 2). It provides an OP1dB of 17 dBm with a conversion gain of over 5 dB and a noise figure of 10 dB. The device requires an AC supply voltage of 85 to 264 V and consumes 150 W of power. It features an internal 10 MHz reference source and external reference inject port with auto-detection and supports local control & monitoring via an HMI high-resolution touchscreen. This LNB is housed in a 1U chassis (1U high x 550 mm deep x 19” wide) with capacity for up to five modules and can be remotely controlled via RJ45 Ethernet port with SNMP & web browser interface. It is ideal for teleports & earth stations, satellite operations, government & defense applications, telemetry, tracking & command, and high resilience applications. Click here to view specs.

Ku-Band VSAT Block-Up Converter for SATCOM Applications

The ALB128 Series from Agilis is a Ku-Band VSAT Block-Up Converter (BUC) for satellite communication. The BUC upconverts an input frequency from 950 - 1700 MHz to an output frequency from 12.75 - 14.80 GHz. It delivers 8 W of output power with a gain of 64 to 72 dB. This outdoor BUC has high output power linearity and a wide input voltage range which allows it to work from 18 to 60V. It can be used for both data and voice communication operating in different modulation formats. The ALB128 consists of an upconverter, a solid-state power amplifier, a phase-locked oscillator, and a DC-DC power converter. It is available in a compact module that measures 282 x 140 x 98 mm with N or F-type female connectors at the input and WR-75G waveguide interface at the output. This BUC is designed for high-reliability operation in various applications such as flyaway antenna and is also suitable for broadband applications (such as DVB-RCS) in satellite IP networks. Click here to view specs.

Ka-Band 10 Watt Block Up Converter

The Ka-Band Block Up Converter from KMIC technology up-converts an input frequency of 900 MHz to 1550 MHz to an RF frequency of 29 to 31 GHz. It provides an output of 40 dBm (10 Watts) with a gain of 50 dB. The BUC is available in a low cost compact package that measures 10" x 6.7" x 2.13" with a Waveguide, WR-28 Output interface and N Type female connectors at the input. It is used for VSAT communications, Commercial and military satellite applications. Click here to view specs.

12 Watt Ka-Band Block Upconverter for VSAT Applications

The ELMTBKA012-CN from Norsat International is a Ka-Band Block Upconverter for VSAT applications. This BUC upconverts an input frequency from 1150 to 2150 MHz to an output frequency from 29 to 30 GHz. It provides an output power of 12 watts with a noise power density of -70 dBm/Hz in Tx and -157 dBm/Hz in Rx. The BUC operates over a DC voltage of 36 to 72 V and consumes up to 110 watts of power at P1dB. It has a phase noise of -93 dBc/Hz @ 100 kHz offset. This device is available in a module that measures 169 x 108 x 78 mm with an N-type connector at the input and a WR-28 interface at the output. Click here to view specs.

C-Band BUCs for SATCOM Terminals

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. They are available in multiple saturated output power configurations from 10 W to 500 W with a gain of 70 dB. These BUCs require a 110 to 220 V AC Supply and consume up to 3600 W of power. These BUCs are redundancy ready with 1:1 and 1:2 redundancy systems. They feature RF power detection, MTBF of over 100 K hours, supports advanced M&C interfaces, internet web page interface and has alarms for various factors like, voltage/current/temperature/summary. These light-weight and compact BUCs are available in a connectorized module with N-Type Female input c...Click here to view specs.

K/Ka-Band Satellite Communications Transceiver Module-Single Channel

The LE-KaCM-TRX100 from Arralis is a Ka-Band Transceiver with a Tx frequency from 17 to 21 GHz and Rx frequency from 27 to 31 GHz. On the Tx side, this transceiver upconverts an IF signal from 1.4 to 2.5 GHz to an RF Signal from 17-21 GHz. It provides up to 20 W of CW output power with a small signal gain of 55 dB (11 dB programmable gain adjustment). On the Rx side, it downconverts an input RF Signal from 27-31 GHz to 0.9-3.6 GHz while providing a gain of 42 dB and a noise figure of less than 3 dB. The module is a complete RF satellite system that allows spacecraft designers a fast, reliable, and cost-effective way of implementing high data- rate Ka-Band payloads. Additional channels can be added in both the Transmit and Receive paths to accommodate specific customer requirements. This K/Ka-band transceiver module enables a direct interface with a Modem or Software Defined Radio (SDR) enabling full-function Ka-band satellite systems. The RF outputs and inputs are standard wavegui...Click here to view specs.

Ka-Band SATCOM Transceiver Module

The DRC 3500 from Skyware Technologies is a Ka-Band SATCOM Transceiver that has a Tx frequency from 29 to 31 GHz and Rx frequency from 19.2 to 21.2 GHz. This device provides an output power of more than 37 dBm at the Tx with a gain of 58 dB. It has an integrated antenna feed chain with polarizer, a true 5 Watt BUC (10 W version available in H1 2015), a wide-band PLL LNB and an OpenBMIP Monitoring and Control facility – all in a single, IP67 rated, enclosure. The transceiver operates over commercial and military Ka-Band frequencies with electronic sub-band switching. It also has electronic polarization switching between RHCP/LHCP as well as co-polar and cross-polar modes. The transceiver is available in a module with standard L-Band RX-IF and TX-IFL interfaces. Click here to view specs.

Fully Motorized Flyaway Antenna for Ku/Ka/X Bands

The MP-60-MOT from C-COM is a 2-port Fully-Motorized Flyaway Antenna that operates in the Ku, Ka and X-bands. It is designed to work with the iNetVu® 8020 controllers. In the Ku-band (Linear), it has an Rx frequency from 10.70 to 12.75 GHz and a Tx frequency from 13.75 to 14.50 GHz. In this band, this antenna provides an Rx gain of 35.70 dBi, a Tx gain of 37.20 dBi, and can handle up to 200 W of power. It supports cross-polarization of more than 35 dB and has a VSWR of less than 1.5:1. In this band, this antenna provides a Tx/Rx isolation of greater than 40 dB (Rx) and 85 dB (Tx). In the Ka-band (Circular), it has an Rx frequency from 19.20 to 21.20 GHz and a Tx frequency from 29.0 to 31.0 GHz. In this band, it provides an Rx gain of 40.20 dBi and a Tx gain of 43.20 dBi. It features LHCP/RHCP polarization and has a VSWR of less than 1.5:1. Under this band, the antenna provides isolation of greater than 55 dB at both Rx and Tx side. In the X-band (Circular), it has an Rx freque...Click here to view specs.

1.3 m Flyaway Satellite Terminal for X, Ku and Ka Bands

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. The absence of automated mechanical/electrical pointing and tracking mechanisms increases reliability and ensure that there is no single point of failure that would compromise the missions. It is designed for quick deployment. rapid set up, minimal configuration time, and excellent portability. The TM130 can operate for up to 2 hours from a single BB-2590 battery. The terminal can be packed as a single band, dual-band, or tri-band system into two airline checkable transit cases that are FAA compliant (3 cases required for tri-band). Click here to view specs.

Bandpass Filter

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Highpass Filter

Band Reject Filter

Diplexer

Triplexer

Flexible

Attenuators

Bends

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Directional Couplers

Isolators

Phase Shifter

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Top SATCOM Products in 2020