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AR spinal surgery, China’s 5G telesurgery (130ms latency over 3,800km) could leverage ENET’s UPF for real-time precision, reducing complications and travel costs. 🙂

1. Remote Medicine (Telesurgery and Telementoring) 🫡

• Market Need: The telesurgery market is projected to reach $122.83B by 2034 (CAGR 31.1%), driven by robotic-assisted surgery (e.g., da Vinci, Hinotori) and 5G/6G connectivity requiring

Super excited for the upcoming interim results RNS! Given the incredible innovation and the clear progress Enet is making with its future-defining tech, I'm genuinely optimistic about what's coming. Feeling really confident in David Levi's leadership and the team's drive. Let's see some strong numbers reflect that hard work! 🚀📈🫡

When you grasp the sheer scale of Enet's innovation and their technological lead, it becomes incredibly clear: the trajectory for this share price is truly boundless. For shareholders, the sky isn't just the limit – it's the launchpad! 🚀🫡

Forget tomorrow's internet – Ethernity Networks is already building it today! While others are strategizing for 5G, Enet's technology stands light-years ahead, 6G and 7G ready and poised for future integration. This isn't just about being advanced; it's about Enet actively defining the very future of connectivity.

Leading this charge is their CEO, David Levi – a true titan of telecom. With over 25 years of relentless innovation, David hasn't just invented; he's architected the impossible, driving advancements that most labs only dream of. His unparalleled vision and expertise are the very bedrock of Enet's extraordinary technological lead.

This isn't merely about growth; it's about Enet claiming an undeniable future. They hold the keys to the next generation of global connectivity.

Enet is not just an investment; it's a stake in the digital revolution. The future is here, and it's powered by Enet! 🫡

NVIDIA’s AI-on-5G platform

ENET’s 5G solutions like FPGA, 5G UPF, FTTR, and LPM patent slash 25–30% power use, saving $81–195M for big players like NVIDIA and cutting 180,000 tons CO2/GW. That’s less tree chopping, fewer emissions, and pure eco-friendly telecom magic! With 7 US patents and 6G potential, ENET’s paving the way for sustainable longevity. Well done DL 🫡🤓

ENET’s FPGA, 5G UPF, FTTR, and LPM could save Huawei $35–100M yearly in low-power 6G networks for China/EMEA.

Enet holds 7 US patents 🤓, and more are upcoming.

Enet could be a key player in 6G, the next-gen telecom revolution hitting ~2030! With 1 Tbps speeds, sub-1ms latency, and 10x energy efficiency, 6G will drive AI networks, holographic comms, and quantum-secure systems. ENET’s FPGA-based ACE-NIC, 5G UPF, FTTR, and LPM patent (low-power routing) are primed to evolve for 6G’s THz bands, UM-MIMO, and open RAN. Their aerospace and IDF ties position ENET for space-grade 6G, like Mars networks or Starlink. NVIDIA’s AI-on-6G and Apple’s 6G iPhone push could see ENET saving $35–395M yearly via 30% power cuts and 15–25% server savings.

6G, expected by 2030, aims for 1 Tbps data rates,

5G UPF Transition: ENET’s 5G UPF achieves 1ms latency, suitable for 6G’s URLLC (ultra-reliable low-latency communication) needs. It could evolve for 6G’s cloud-native cores.

LPM Patent: Reduces power consumption in 5G networks, potentially applicable to 6G’s energy-efficient design goals (e.g., zero-energy IoT).

FTTR for Backhaul: ENET’s FTTR/PON supports terabit-per-second fiber backhaul, critical for 6G’s high-capacity networks.

6G, expected by 2030, aims for 1 Tbps data rates,

ENET in NVIDIA’s $1.5T AI-on-5G Boom! 🚀 ENET’s FPGA/ASIC, 5G UPF, and LPM patent can power low-latency networking for NVIDIA’s AI data centers, edge computing, and quantum-secure 5G networks. Deals to target:

• Telecoms: Partner with NVIDIA’s allies (T-Mobile, Cisco) for 5G UPF/FTTR in AI-RAN (web:0, web:11).

• Data Centers: Supply PON/FTTR for NVIDIA’s AI factories (web:0, prior convo).

• Defense/Satellites: Support QKD/5G with IDF or small satellite contracts (web:12, prior convo).

• Hybrid AI-Quantum: Boost classical networking for NVIDIA’s quantum-AI workflows (web:6).

I’m too hold my 102.5m shares 🫡

• Telecom: £369,000–£1,476,000/year per 5G data center via energy, hardware, and R&D savings.

• Cloud Providers: £3,690,000–£7,380,000/year across 10 hyperscale data centers through power, cooling, and server optimization.

• Enterprise Data Centers: £369,000–£1,476,000/year for financial or retail firms via security and operational efficiency.

• WISPs/Rural Broadband: £1,476,000–£3,690,000 initial savings and £73,800–£369,000/year for 50-site deployments.

• Industrial IoT: £369,000–£738,000/year per large factory through reduced downtime and scalability.

The biggest savings come from energy efficiency (10–30% reduction), hardware consolidation (30–50% fewer servers/CPUs), and faster deployment (20–50% lower R&D costs). Businesses in high-data-traffic sectors with large-scale infrastructure will see the most impact.

Israel’s military urgently needs ENET solutions! ENET’s FPGA-based networking and wireless backhaul can enhance drone operations, Air Force C4ISR, and missile control. 🤓 With drone and missile threats to the IDF escalating, Israel’s government is prepared to invest heavily in contracts with ENET. Time to act! 💰

DL pushing hard to make it happen! 🫡 Could this be ENET’s breakout moment, like Pfizer’s case during COVID?

• Proven Defense Experience: Ethernity’s contracts with a U.S. defense contractor (2018, 2023, 2025) demonstrate its ability to meet military-grade requirements, making it a credible partner for the IDF.

• Local Presence: Based in Lod, Israel, Ethernity benefits from proximity to the IDF and major defense contractors, facilitating “informal connections” that accelerate collaboration.

• Dual-Use Technology: Ethernity’s FPGA and ASIC solutions are dual-use, applicable to both civilian (e.g., 5G, FTTR) and military (e.g., C4ISR, aerospace) markets, aligning with Israel’s focus on dual-use innovation.

1. Secure Networking for C4ISR:

• Relevance: Ethernity’s FPGA-based ENET Flow Processor and Wireless Backhaul solutions can enhance the IDF’s C4ISR infrastructure by providing high-speed, low-latency data transmission across wireless networks. These are ideal for streaming real-time sensor data (e.g., from drones or border sensors) to commanders and field units, as emphasized in the DAP.

• Example Application: Ethernity’s wireless bonding technology, which dynamically distributes data across multiple links, could improve the IDF’s Green Elad or TORC2H systems by ensuring reliable connectivity in challenging environments like urban terrain or during electronic warfare.

• Uniqueness: While companies like Elbit Systems and Tadiran Communications provide similar C4ISR solutions, Ethernity’s low-cost FPGA approach could offer a cost-effective alternative, especially for scalable deployments.

2. AI and Data Processing Support:

• Relevance: The IDF’s AI-driven operations require robust networking to handle large-scale data from sensors, drones, and intercepted communications. Ethernity’s FPGA-based SmartNICs (e.g., ACE-NIC) offload networking functions, reducing CPU load and enabling faster data processing for AI applications.

• Example Application: Ethernity’s technology could support the IDF’s central mapping database or data fusion efforts, ensuring rapid data transfer for real-time situational awareness.

• Uniqueness: While Rafael and Israel Aerospace Industries (IAI) dominate AI-driven defense tech, Ethernity’s focus on programmable, low-power networking could complement these systems, particularly for edge computing in battlefield scenarios.

3. Aerospace and Defense Platforms:

• Relevance: Ethernity’s existing contract with a U.S. aerospace client demonstrates its capability to deliver FPGA-based networking solutions for defense platforms. This expertise could be applied to Israeli military aerospace projects, such as unmanned aerial vehicles (UAVs) or missile defense systems like Iron Dome or David’s Sling.

• Example Application: Ethernity’s ENET Switch/Router firmware could enhance data processing on Israeli UAVs (e.g., Elbit Hermes 450) or communication systems for missile defense, improving real-time data handling.

• Uniqueness: Ethernity’s FPGA-based solutions are less common in Israel’s defense market, where ASICs dominate (e.g., Rafael, IAI). Their programmability could appeal to projects requiring rapid prototyping or adaptability.

4. Secure Communications and Cybersecurity:

• Relevance: The IDF’s focus on encrypted communications (e.g., Elbit’s $130 million contract) aligns with Ethernity’s ability to provide secure, high-performance networking. Their ENET Wireless Backhaul supports site-to-site secured connectivity, which could enhance the IDF’s secure communication networks.

• Example Application: Ethernity’s technology could be integra

Really 🤷‍♂️🙈 someone buy 20 shares

Yo, Enet dropped a dope update! Big players at ANGA COM are hyped about their PON tech, which means their FPGA gear could start raking in cash soon. Plus, they’re cooking up an ASSP that’s gonna be a game-changer for broadband. Talks with a major wireless vendor for co-funding 🤗That’s huge! They’re totally set to kill it in the fiber game. 🚀

50-70 bags potentially 🤓

DYOR.GLA