ReOrbit’s Post

This is yet another great example demonstrating the versatility of our GAT-5530 terminal as one of the core elements of Viasat's Hybrid SATCOM Approach.

HSA is a game-changing multi-band, multi-network, and multi-orbit SATCOM capability delivering a resilient BLOS capability for missions requiring an automated PACE or satellite link aggregation.

[Press Release] 🛰️ Airbus has signed a contract with the UK’s Ministry of Defence to provide the next-generation modems for the nation’s Skynet satellite communications constellation. 🇬🇧 The new-generation, sovereign modem has been designed, developed and manufactured in the UK. 💬 “This capability allows Airbus to continue to play a critical role in the provision of safe, secure, resilient and sovereign satellite communications capability for the UK, especially relevant in the current dynamic operating environment. “In particular, the Future Protected Modem Type A enables capability evolution in response to more sophisticated threats and will do so at sea and on the ground. It’s a fundamental step towards secure Multi Domain Operations.” Richard Budd, Vice-President Space Digital Secure Connectivity UK, US and Asia. Click here to learn what FPMA is and how these modems will ensure continuity of Skynet secure satellite communications:  https://lnkd.in/dr2wgwQg #PressRelease #FPMA #MoD #Airbus #Sovereign #Secure #Connectivity #Modems

BAE Systems has been awarded multiple contracts worth $111 million to supply the Republic of Korea (ROK) with second-generation anti-jam, ultra-high frequency radios featuring the SATURN waveform. This initiative is a crucial part of Korea’s national communications modernization strategy, aimed at enhancing secure and interoperable command and control capabilities for both fixed-wing and rotary aircraft. The SATURN (Second-generation Anti-jam Tactical UHF Radio for NATO) waveform is designed to meet the demands of modern sophisticated battlefields, offering fast frequency hopping capabilities. BAE Systems’ next-generation software-defined radios will leverage SATURN’s advanced waveform to provide timely and accurate communications, vital for decision-making in the field. “In today’s complex and contested battlefields, superiority on the ground, in the air, and at sea is mission critical,” stated Dave Logan, Vice President and General Manager of C4ISRS at BAE Systems. “This tailored solution for the Republic of Korea will equip its forces with state-of-the-art, secure, and modern communications for a variety of tactical missions while allowing them to maintain interoperability with the U.S. and coalition partners.” The ARC-232A, a SATURN-capable software-defined radio, is designed to be upgradeable, small, and lightweight, making it more difficult to jam in complex threat environments. These radios provide optimal receiver sensitivity under severe conditions and offer a broad range of configurations to counter potential threats. With more than 100,000 radios deployed globally, BAE Systems’ communications products are known for their reliability, offering nearly double the dependability of legacy systems. The production of these radios will take place at BAE Systems’ state-of-the-art facility in Fort Wayne, Indiana. BAE Systems will supply the ARC-232A radios to Korean manufacturer LIG Nex1 for final assembly, testing, and aircraft integration. This collaboration underscores the importance of advanced, secure communications in maintaining military superiority and interoperability among allied forces. Read the story on our blog. #AvfoilNews #BAESystems #RepublicOfKorea #SATURNWaveform #C4ISRS #LIGNex1 #MilitaryCommunications #AviationTechnology #DefenseContracts #SecureCommunications #Interoperability

According to EUSPA - EU Agency for the Space Programme the users' capacity demand with 📡fixed satellite services (FSS) solutions will increase by a factor of 14⏫⏫ until 2040, to reach around 186 Gbps, with #crisismanagement representing 40-50% of it. It is noteworthy to mention that also 📲mobile satellite services (MSS) data will be important for the future offering. User demand for #secure #SatCom from MSS networks/capacity is expected to increase from around 1.2 Gbps to 3.9 Gbps over the same forecast period, once again with crisis management being an application field with on of the largest contributions to this demand (alongside maritime surveillance). Read the detailed 📖 report on how global secure satcom market is evolving 👉 https://lnkd.in/gK-4p7cm #EUspace #GOVSATCOM #HorizonEU #GEXTRECS

Unlocking the Power of Radio Frequencies in Wireless Communication 📻🌐 Radio frequencies are essential for keeping us connected, no matter the distance. Here’s a simple guide to the key frequency ranges and their uses: - Very Low Frequency (VLF): Vital for long-range communication, like military and submarine transmissions, spanning up to 10,000 kilometers. 🌍 - Low Frequency (LF): Primarily used in aviation and maritime communication, covering up to 2,000 kilometers for navigation and emergency signals. ✈️🚢 - Medium Frequency (MF): Best known for AM radio, this range operates between 100 to 1,000 kilometers. 🎙️ - High Frequency (HF): Ideal for global communication and shortwave radio, HF supports both short-range and worldwide broadcasts. 📻 - Very High Frequency (VHF): The go-to for FM radio, TV, and line-of-sight connections, with coverage around 100 kilometers. 📺 - Ultra High Frequency (UHF): Key to modern mobile networks, GPS, and Wi-Fi, offering shorter distances but higher data speeds. 📶 Selecting the right frequency range is essential to building a reliable and efficient wireless network. Our website Www.sc-egypt.com #TechTalk #WirelessTechnology #RadioFrequencies #Telecommunications #VHF #UHF #TechInsights

[#CommandPost by Thales] Pillar 1/5: #NetworkConnectivity The first pillar making command systems more powerful than ever and maximising the capabilities of joint forces today is Network Connectivity: at short, long and very long range. Learn more here👇

When seconds matter, agile communication solutions can make all the difference. Our small aperture terminals deploy rapidly, delivering communication redundancy and enabling hybrid SATCOM operations. Discover how: https://bit.ly/3TPVvKn #LandForces2024

🌐 Terrestrial mmWave mesh networks are proving to be a key element in providing resilient networking at the tactical edge. Mesh networks are made up of multiple points called ‘nodes’. These nodes are wireless radio devices that communicate with one another, creating an overlapping mesh that does not rely on a central hub. This allows for quick and efficient data routing. Nodes are self-sufficient and self-managed, finding the fastest and most reliable paths. Mesh networks are built to connect multiple systems, working in tandem with existing technologies, to create a holistic system that delivers reliable transmission of massive amounts of data. Learn more about #MeshNetworks for #Defense 👇 https://bit.ly/3P73xMc Global Defence Technology Magazine

What is Secure SATCOM and Why is it Important?