ED2 Corporation

OFCOM’s October 2025 auction of the 26 GHz & 40 GHz bands is about to turbo-charge the UK’s next-gen wireless landscape. At ED2, we’re already ahead of the curve. Our engineering team recently demonstrated a 39 GHz substrate-integrated waveguide (SIW) filter—proof that we can design and manufacture high-Q, low-loss SIW components that unlock the full potential of licensed mmWave spectrum. Why it matters for operators & integrators: -- Network densification without compromise -- Ultra-high-capacity, low-latency FWA backhaul Ready to future-proof your mmWave rollout? Let’s connect. #SubstrateIntegratedWaveguide #39GHz #5G #mmWave #RFEngineering -- Enterprise & private networks that demand rock-solid performance Whether you’re bidding for 26 GHz, 39 GHz, or 40 GHz licenses, ED2’s substrate-integrated waveguide filters give you the RF headroom you need to deploy fast and scale with confidence. https://xmrrwallet.com/cmx.plnkd.in/gXmbVxEa

ED2 is more than just a hardware innovator — we're making decades of RF design expertise available to the design community. Our Cascade App is a powerful new software application that empowers engineers to plan, simulate, and optimize RF systems faster than ever before. Key Features: Smart Cascade Analyzer Automatically calculates cascaded gain, noise figure, IP3, and sensitivity in real-time—keeping your datalink performance optimized as you design. AI-Driven Component Intelligence Recommends and ranks parts using a built-in component database enriched with lifecycle status, sourcing data, and (soon) cost estimates. Instantly fetch datasheets while our AI extracts the critical specs you need to model your cascade. Instant Bill of Materials (Beta) Generate BOMs on the fly, explore substitution options, and support multiple design paths—all within the same workflow. Accelerated Design Cycles Cut RF planning time by up to 50% and move from concept to implementation with unmatched speed and confidence. And, once you have some ideas about what you want to build, we can help you build it! #rfdesign #mmwave #rf #packaging RFMW https://xmrrwallet.com/cmx.plnkd.in/gdNFRTH6

Come and see us and our cool stuff on Friday! If you're in the #silicondesert or Tucson, we should be talking. Arizona Technology Council

Happy 4th of July, from your friends at ED2! “Freedom is never really won. You earn it and win it in every generation.” — Coretta Scott King

We're excited about this! Thanks RFMW for being such a great partner. Also, we can customize if variations on this theme are needed!

Why Fused Silica Matters for Quantum Computing From superconducting to photonic qubits, quantum systems demand substrates with low loss, high purity, and cryogenic stability. That’s where fused silica delivers: • Ultra-low dielectric loss → Longer qubit coherence • High purity & low defect density → Reduced charge traps • Optical transparency → Ideal for photonic interconnects • Thermal stability (CTE ~0.55 ppm/°C) → Cryo-compatible • Fabrication-ready → Scalable for integrated quantum circuits • Excellent electrical isolation → Minimal crosstalk Applications: • Superconducting Qubits • Photonic Qubits • Ion Traps • Quantum Interconnects Bottom line: Fused silica is more than just a packaging material—it’s an enabler for the future of scalable, high-performance quantum computing. At ED2 Corporation, we specialize in high-performance fused silica interposers and packaging platforms optimized for RF, photonics, and cryogenic environments. Our advanced glass design and engineering capabilities and integration expertise help quantum hardware developers accelerate system performance while maintaining coherence, reliability, and scale. #QuantumComputing #FusedSilica #Photonics #Cryogenics #SuperconductingQubits #MaterialsScience #AdvancedPackaging #QubitEngineering #RFandPhotonics

The Microwave Journal is always on top of the latest, greatest, stuff! :-) Microwave Journal #semiconductors #advancedpackaging #glass https://xmrrwallet.com/cmx.plnkd.in/gv8siyc3

Thanks for picking us up! #semiconductor

As usual, RFMW has been a great partner for us at the IEEE MTT-S International Microwave Symposium (IMS) show this year. Stop by the booth (1050) to see our awesome products! (Some other companies may have some stuff to show off, as well...)

CTE mismatch, occurring when connected materials have different thermal expansion rates, poses considerable risks, particularly in space systems due to their extreme operating environments and stringent reliability requirements. In space, materials undergo dramatic temperature swings, from intense solar heating to severe cold during eclipses, causing significant stress and mechanical strain when disparate materials expand and contract at varying rates. These stresses can induce microcracks, structural fatigue, and eventually component failures, jeopardizing mission integrity and longevity. We've created a primer for anyone interested in understanding a little more about the topic. If you are looking to develop applications for space, give us a call. Our technology is particularly useful in space applications. #space #glass #CTE #semiconductor #rf #mmwave