| Featured Space and Satellite Products |
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| S/X-Band Ground Station Antenna | |
Earth Station Antenna
from Terran Orbital
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| The S/X-Band Station from Terran Orbital is an Earth Station Antenna designed for high-performance satellite communication and tracking applications. Built around a 3.7 m prime-focus reflector, it supports S-band transmit frequencies from 2025–2110 MHz and receive frequencies from 2200–2300 MHz, along with X-band receive operation from 8000–8400 MHz, enabling multi-band communication capabilities. This advanced antenna system delivers high sensitivity and performance, with G/T values of 12.5 dB in S-band and 25.5 dB in X-band. The system also offers UHF coverage from 399–405 MHz with a gain of 22.3 dBi. |
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| High performance GNC platform for ADCS | |
ADCS System
from SkyLabs d.o.o.
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| The NANOadcs from SkyLabs d.o.o. is a high-performance guidance, navigation, and control platform designed as a complete Attitude Determination and Control System (ADCS) for small satellites. Featuring a compact and highly integrated architecture, the system incorporates a fault-tolerant 32-bit RISC-V onboard computer that executes advanced GNC algorithms, enabling precise attitude determination and high-accuracy pointing for modern satellite missions. This integrated ADCS solution combines a multi-constellation GNSS receiver with onboard sensors such as a magnetometer and gyroscope. |
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| 2 Kg SMPOD Deployers for CubeSats | |
Satellite Deployer
from NPC SPACEMIND
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| The SMPOD03-1U from NPC SPACEMIND is a space-qualified CubeSat deployer designed to provide secure retention and reliable deployment of nanosatellites in launch vehicle environments. Supporting a maximum payload mass of 2 kg, it enables both single and multiple CubeSat mission configurations across a wide range of deployment scenarios. This deployer incorporates a dynamic rail system that minimizes satellite movement and prevents rattling during launch, ensuring structural integrity and payload safety. It features independent door control with redundant non-explosive actuator (NEA) fail-safe mechanisms. |
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| 17.7–22.2 GHz Ka-Band Block Downconverters | |
Low Noise Block
from Milexia Group
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| The BD1800 Series from Milexia Group is a high-performance Ka-band block downconverter designed for satellite communication systems requiring reliable frequency conversion and signal amplification. Operating across an input RF frequency range of 17.7–22.2 GHz, it converts signals to an output frequency range of 920–2200 MHz, enabling efficient intermediate frequency processing. This block downconverter features a local oscillator (LO) frequency range of 12.2–19.7 GHz and delivers a gain of 25 dB, ensuring stable signal amplification. It provides a noise figure between 16 and 20 dB and maintains a return loss of 15 dB. |
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| Sponsored by PCB Directory | | PCB Directory Launches their Inaugural Magazine for the PCB Industry | | PCB Directory recently launched its Inaugural PCB Magazine for the PCB Industry. This magazine is packed with insightful articles, product listings, and an industry directory. The magazine is available in both print and digital versions. This achievement was made possible by the unwavering support of sponsors and contributors. Their trust and dedication have been the driving force behind this journey, and their support is highly appreciated. The team looks forward to continued growth and delivering even greater value to the PCB community. Click here to learn more. | | | |
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| Space-Qualified E-Plane Directional Hybrid Coupler | |
Space Qualified Coupler
from Scientific Microwave Corporation
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| The WR51 from SMC is a Space-Qualified E-Plane Directional Hybrid Coupler designed for K-band applications, operating across a frequency range of 17.20–22.20 GHz. It provides equal power division with 3 dB coupling while maintaining a 90° phase difference between output ports, ensuring precise signal distribution in RF systems. This high-performance coupler achieves excellent matching characteristics with return loss exceeding 24 dB and a low VSWR of 1.15:1 across the operating band. It offers high isolation of 27 dB and maintains a low magnitude imbalance of only 0.5 dB between coupling and through ports. |
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| 10.7-14.5 GHz In-Flight Connectivity Antenna | |
SATCOM Antenna
from Gilat Satellite Networks
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| The ESR Ku2030 from Gilat Satellite Networks is a high-performance and electronically steerable Ku-band antenna designed to deliver reliable in-flight connectivity (IFC) for aviation platforms. Engineered for seamless operation over LEO satellite networks such as OneWeb, this advanced antenna enables high-speed, full-duplex broadband communication, ensuring uninterrupted connectivity for modern airborne applications. This antenna supports throughput speeds of up to 230 Mbps for download and 30 Mbps for upload. It operates across a receive frequency range of 10.7–12.75 GHz and a transmit frequency range of 13.75–14.5 GHz. |
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| 250 W X-Band GaN Power Amplifier | |
SATCOM Amplifier System
from KRATOS General Microwave
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| The SGN-X3-200 from KRATOS General Microwave is a GaN Power Amplifier designed for X-band applications, offering approximately 9% bandwidth for high-performance RF systems. It delivers a peak saturated output power exceeding 250 W with a large signal gain of 55 dB, enabling efficient amplification for demanding communication and radar operations. This solid-state power amplifier incorporates an input section with preamplifier stages and a high-power output section composed of a summation of six amplifier modules, ensuring reliable high-power performance. It features a pulse width of 256 µs with fast rise and fall times of 50 ns. |
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| DC to 8 GHz Adjustable Phase Shifter | |
Analog Phase Shifter
from Pasternack
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| The PE82P5016 from Pasternack is a space-qualified adjustable phase shifter designed to provide precise phase control across the DC to 8 GHz frequency range. Engineered for flexible RF signal tuning, it enables continuous phase shift ranging from 0° to 720°, supporting accurate signal alignment in advanced communication and radar systems. This analog phase shifter delivers a maximum continuous wave (CW) power handling capability of 100 W and maintains a low insertion loss of up to 1.5 dB, ensuring efficient signal transmission. It features an input VSWR of 1.5:1 for reliable impedance matching and stable RF performance across the operating range. |
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| L-Band to Ku-Band Block Upconverter Module | |
Block Upconverter
from ETL Systems
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| The FN-U-K1L1-24407AA-XXXX from ETL Systems is a high-performance frequency block upconverter designed for satellite communication and RF signal conversion applications. Operating with an input frequency range of 1150–2150 MHz, it converts signals to an output frequency range of 1275–1450 MHz, enabling efficient frequency translation within L-band and Ku-band communication systems. This upconverter delivers a mean conversion gain of up to 35 dB with fine gain adjustment steps of 0.25 dB, allowing precise signal control across RF chains. It maintains an input return loss between –14 dB and –18 dB. |
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| 161 Wh Nanosatellite Bus & Platform | |
Satellite Bus & Platform
from Kongsberg NanoAvionics
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| The M8P Max from Kongsberg NanoAvionics is a Satellite Bus & Platform designed for advanced space missions, offering reliable power management and high-performance communication capabilities. It delivers a sun-tracking payload power of 245 W and a bus power of 43 W, enabling efficient operation of onboard subsystems and mission payloads. This platform supports versatile communication across multiple frequency bands, including S-band uplink data rates of up to 1 Mbps within the 2025–2110 MHz range and downlink speeds of up to 3 Mbps from 2200–2290 MHz. It also enables high-speed X-band downlink communication of up to 80 Mbps between 8025–8400 MHz. |
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| 26 GHz Medium Power pHEMT Transistor | |
Space Qualified RF Transistor
from CML Microcircuits
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| The MwT-PH33F from CML Microcircuits is a Space-Qualified pHEMT Transistor designed for medium-power and high-efficiency RF applications across commercial, military, and Hi-Rel space systems. Built using advanced AlGaAs/InGaAs technology, it operates effectively up to 26 GHz, making it suitable for both wideband (6–18 GHz) and narrow-band RF designs. This transistor delivers an output power of 24 dBm with a small signal gain of 14 dB and a typical power-added efficiency (PAE) of 45% at 18 GHz. With compact chip dimensions of 415 × 315 microns and a thickness of 100 microns, it supports integration into space-constrained. |
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| LEO Orbit Oven-Controlled Crystal Oscillator | |
Space Qualified Oscillator
from Raltron Electronics
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| The OX4180MRHA-D3-2-10.000-5 is a Space-Qualified Oven-Controlled Crystal Oscillator (OCXO) designed for precision timing applications in Low Earth Orbit (LEO) environments. Operating at a nominal frequency of 10 MHz, it provides exceptional frequency stability and accuracy for mission-critical aerospace and satellite systems. This high-stability oscillator delivers an overall frequency accuracy of ±500 ppb over 10 years, with ±20 ppb stability and an initial accuracy of ±200 ppb. It achieves outstanding short-term stability of 5 ppt and low g-sensitivity of 1 ppb/g, ensuring reliable performance under dynamic conditions. |
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