AI HR Solutions: Top Networking LinkedIn Groups for LinkedIn Hiring Excellence in 2026

Welcome to the GNSS group – a vibrant community dedicated to the science, technology, business, and applications of Global Navigation Satellite Systems (GNSS). The main objective of this group is add value for professionals, researchers, educators, and enthusiasts who are passionate about GNSS and its broad impact on industries ranging from geospatial sciences, aerospace, automotive, surveying, navigation,, and beyond. Whether you’re looking to stay updated on the latest technological advancements, learn more about GNSS applications, explore business trends, or discuss the future of satellite positioning, this is the place for you. What you can expect: Educational Resources: Tutorials, white papers, and guides to help you understand the fundamentals and advanced concepts of GNSS technology. Industry News & Trends: Stay informed about the latest developments in GNSS satellites, precision navigation, regulations, and emerging applications. Networking & Collaboration: Connect with industry leaders, academic experts, and like-minded professionals. Share ideas, solve problems, and discuss innovations. Business Insights: Explore how GNSS is driving business growth, new market opportunities, and disrupting industries. We encourage respectful discussions, knowledge sharing, and collaboration to elevate the global GNSS community. Whether you're a newcomer or an expert, join us to expand your knowledge, connect with peers, and contribute to the future of GNSS technology and its applications.

Our Subgroup Communications Tenders and Contract Awards is an offshoot of Tenders Direct - www.tendersdirect.com The purpose of this group is to discuss, share and network with professionals from the Communications Industry. We coverSystems, Instrument Landing Systems, Aircraft Navigation, Broadcasting Services, Television Broadcasting, Radio Broadcasting Services, Bus On Board Communications, Bus CCTV, Bus Digital Advertising, Bus Wireless Communications, Call Centre Services, Telemarketing, Covert Cameras, Body Worn CCTV, Miniature Cameras, Head Cameras, Nurse Led Call Centre, Services, Nurse Led Triage Services, Out of Hours Telephone Advice, Personalised Numbering, Unified Messaging, Unified Directory, Unified Communications, Radar Systems, Radar Sets, Monopulse Secondary Surveillance Radar, MSSR, Radio Equipment, Radio Services, VHF Communications, Tetra, Railway On Board Communications, On Train Internet, On Board CCTV, Railway Signalling Systems, Railway Communications, Tramway Control Systems, SCADA, Supervisory Control & Data Acquisition Systems, Satellite Systems, VSAT, Television Aerials, Integrated Reception Systems, Communal Aerials, Telemetry Equipment, Radio Telemetry Units, RTU's, Communication Masts, Communication Antennas, Communication Transmitters, Radio Transmitters, Fibre Optic Cabling, Optical Fibres, Dark Fibre, Blown Fibre, Copper Cabling, Mobile Telecommunications, Mobile Phones, Smart Phones, Portable Phones, Rugged Telephones, Roadside Telephones, Vandal Resistant Phones, Tunnel Telephones, Telephone Systems, Telecommunications Services, Voice and Data Cabling, Voice Recognition, Voice Transcription, IVR, Speech Recognition, Voice Synthesis, Voice Recorders, Voice Recognition Systems, Audio Recording Systems, Walkie Talkies, Two Way Radio, Pagers, Hand Held Radios, Tetro Radio and All Communication Related Services.

Wireless telecommunications is the transfer of information between two or more points that are not physically connected. Distances can be short, such as a few metres for television remote control, or as far as thousands or even millions of kilometres for deep-space radio communications. Common examples of wireless equipment include: Telemetry control and traffic control systems Infrared and ultrasonic remote control devices Modulated laser light systems for point to point communications Professional LMR (Land Mobile Radio) and SMR (Specialized Mobile Radio) typically used by business, industrial and Public Safety entities. Consumer Two way radio including FRS Family Radio Service, GMRS (General Mobile Radio Service) and Citizens band ("CB") radios. The Amateur Radio Service (Ham radio). Consumer and professional Marine VHF radios. Airband and radio navigation equipment used by aviators andCellular telephones and pagers: provide connectivity for portable and mobile applications, both personal and business. Global Positioning System (GPS): allows drivers of cars and trucks, captains of boats and ships, and pilots of aircraft to ascertain their location anywhere on earth. Cordless computer peripherals: the cordless mouse is a common example; keyboards and printers can also be linked to a computer via wireless using technology such as Wireless USB or Bluetooth. Cordless telephone sets: these are limited-range devices, not to be confused with cell phones. Satellite television: Is broadcast from satellites in geostationary orbit. Typical services use direct broadcast satellite to provide multiple television channels to viewers.

Jobs, information, news, discussions, forums and marketing for telecom & wireless technologies industry professionals in Russia. Mobile applications, smart mobile device makers and software development. Mobile operators, wireless carriers,infrastructure companies,, cable, MVNO, wireless, ISP and broadband mobile internet.

"🌐 Welcome to the forefront of innovation in Shared Aperture Antenna Technologies for Radar, Satellite, 5G/6G/7G, and Telecommunications—where industry, academia, and research converge to shape the future of connectivity. This platform explores the advanced capabilities of shared aperture antennas 📡, enabling the seamless integration of multiple systems into a single, unified array. These technologies are designed to optimize performance and efficiency ⚙️, supporting the evolving needs of communication, surveillance, and remote sensing applications 🌍. 🚀 Discover how shared aperture antennas are revolutionizing the next generation of wireless networks (5G, 6G, 7G) 📶, enhancing global satellite infrastructure 🛰️, and driving the future of radar and telecoms 📡. Whether you're a researcher 🔬, engineer 🛠️, academic 🎓, or an industry professional 🌟, our content delves into the principles, challenges, and cutting-edge solutions shaping the next frontier in connectivity. Stay informed with the latest advancements, practical applications, and breakthroughs in shared aperture antenna technologies for a connected world 🌐."

Connecting the global community of RF and microwave professionals driving tomorrow's wireless innovations Welcome to the premier LinkedIn destination for RF and microwave engineers, designers, researchers, and technology leaders. Our community brings together professionals working across the entire RF spectrum - from traditional microwave applications to cutting-edge millimeter wave and beyond. Key Focus Areas Design & Simulation: Advanced techniques in ADS, CST, HFSS, and emerging EDA tools Emerging Technologies: 5G/6G, IoT connectivity, automotive radar,constellations Test & Measurement: VNA techniques, over-the-air testing, automated test solutions Manufacturing & Processes: PCB design for high-frequency, packaging, thermal management Applications: Aerospace/defense,, medical devices, automotive Frequency Ranges: HF through millimeter wave and THz applications What You'll Find Here Technical Discussions: Deep-dive conversations on design challenges and solutions Industry Insights: Market trends, emerging standards, and technology roadmaps Career Development: Job opportunities, skill building, and professional networking Knowledge Sharing: Best practices, lessons learned, and innovative approaches Event Updates: Conference announcements, webinars, and technical workshops Join thousands of RF professionals advancing the state of wireless technology. Share your expertise, learn from industry leaders, and help shape the future of RF and microwave engineering. Ready to connect with the RF community that moves at the speed of light?

Discover the latest ways to add communications to your application, services and business processes; listen to expert speakers from around the world; see amazing new technologies; and meet the international community of developers innovating in communications. TADHack the ONLY GLOBAL MEETING place for Developers who want to learn, share, code and create across the breath of tools and technologies available to developers in telecommunications. We’ll have $25k in prize money available across many development themes. TADHack will be live-streamed from Madrid enabling teams to compete remotely. AND there will beevents running in Colombo, and more coming soon. So you can take part remotely AND meet up with your local telecom application developer community. o Telecom APIs (including any IP based communication services; video communications; rich communications services; the good old PSTN; etc.) o WebRTC (Web Real Time Communications) o CRBT (Call Ring Back Tone) APIs o In-Call services, that is new services within the call made possible through IMS (IP Multimedia Subsystem) o SMS/USSD applications for developing markets and e-inclusion such as mobile payments, banking, e-commerce, bitcoin for emerging markets, etc. o Converged applications, e.g. taking the idea of Amazon Mayday, and embedding customer experience management everywhere o In-network services, including NFV (Network Function Virtualization) and SDN (Software Defined Networks) o Business vertical focused applications in healthcare, automotive, government, entertainment, financial, customer care, etc. o Internet of things, high speed fiber-based services, mash-ups across themes, really anywhere you think telecoms can make life better.

This group serves as a means for former COMSAT employees to stay in touch and post questions/comments. Here's a brief history of COMSAT from wikipedia: COMSAT began operations with its headquarters in Washington, DC, in 1962. In August 1964 it helped create and was majority owner for the InternationalConsortium (INTELSAT). COMSAT was responsible for the launching of the Early Bird communications satellite, on April 6, 1965, and has been instrumental in the expansion of communications throughout the world through its various international subsidiaries.

European telecommunications markets are growing at tremendous speed, equally driven by an exponential increase of data transmission created by half a billion customers in the EU and innovative and emerging technologies like advanced wireless communication, cloud computing, satellite transmission, digital TV, Next Generation Networks (NGN), and Voice over IP services (VoIP). Conflicting regulation in the member states, partial market failure and legislation lagging behind technology challenge market players, legislators and those applyinglaw alike. This is where European regulation steps in, aiming at creating a level playing field and a consistentmarket across Europe. The EuropeanNetwork invites all those sharing a professional interest inlaw - legal advisors, in-house counsels, scholars, members of administrative bodies - to share their knowledge and experience inregulation both on European and on national level.

In 1997, management created The Williams Communications Group, combining its communications and network technology units, Williams Telecommunications Systems, Inc. (WilTel) and The WilTech Group. Janzen became president and chief operating officer and advanced to chief executive officer a few months later. The new subsidiary planned to reemerge as a single-source provider of national business communications systems and internationaland fiber optic multimedia services. It targeted as new customers service provider-interexchange carriers, incumbent and competitive local exchange carriers, Internet service providers, and cable television companies. The new Williams Communications chose to organize itself differently than the original WilTel had. It pronounced autonomy its core value and reduced its number of units from four to three: Williams Communications Solutions, Williams Vyvx Services, and Williams Communications Network Applications. Planning for the multi-unit entity was assigned to the business council, made up of the heads of the business units, which dealt with day-to-day operational issues and put recommendations forward to the chief executive officer's cabinet. Both council and cabinet met once a month to discuss larger, long-range issues of management. The rationale behind this decision was to achieve fast decision making, an entrepreneurial spirit, and a sense of accountability at all levels. Williams's Communications also set out to expand services to customers.