Core Insights - Weebit Nano Limited has been selected to participate in a South Korean government-funded program aimed at advancing ultra-low-power analog compute-in-memory (ACiM) technology for AI applications, utilizing its ReRAM technology as a foundational memory element [1][2] Group 1: Program Objectives and Technology - The national program seeks to overcome the energy and performance limitations of traditional AI accelerators by enabling computation directly within memory arrays, which can enhance throughput and energy efficiency for AI inference and training workloads [2][4] - The consortium aims to transition from small-scale test structures to large, device-array-based silicon implementations, focusing on silicon-verified ACiM blocks and targeting energy efficiency of approximately 200 TOPS/W [4] Group 2: Collaboration and Industry Impact - Weebit Nano has extended its collaboration with DB HiTek, which will manufacture devices for the consortium, alongside other participants including various academic institutions and AnalogAI [3][5] - The project is part of South Korea's broader AI Transformation Initiative, which aims to enhance domestic capabilities in AI semiconductor technologies and create a sustainable ecosystem across academia and industry [5] Group 3: Company Overview - Weebit Nano is a leading developer of advanced semiconductor memory technology, specifically its Resistive RAM (ReRAM), which offers higher performance and lower power solutions for applications such as AI inference and automotive electronics [6]

HOD HASHARON, Israel, March 05, 2026 (GLOBE NEWSWIRE) -- Weebit Nano Limited (ASX:WBT) (Weebit or Company), a leading developer and licensor of advanced memory technologies for the global semiconductor industry, has been selected to participate in a Republic of Korea government-funded program focused on advancing ultra-low-power analog compute-in-memory (ACiM) technology for AI applications. Weebit’s ReRAM technology is a foundational memory element for the program. The national program aims to address the ...

公众号记得加星标⭐️，第一时间看推送不会错过。 随着 SoC 设计向先进节点发展，以及人工智能、新型传感器技术和严格的质量标准带来的新需求， 非易失性存储器的选择变得越来越复杂。 2025 年第二份年度 NVM 调查报告于 12 月完成，该报告反映出，市场仍然依赖于现有技术，但为 了应对这些新的设计和生产限制，市场正在越来越多地尝试替代方案。 超过80%的受访者表示他们正在使用或评估嵌入式非易失性存储器（NVM）技术。20%的受访者目 前正在寻找NVM，近30%的受访者预计将在未来一年内选择NVM IP。总而言之，这表明该市场既成 熟又活跃。相当一部分近期决策尚未做出，这意味着各种竞争技术之间仍存在很大的发展空间。 当被问及嵌入式非易失性存储器（NVM）选择标准的重要性时，结果强调了实用性。可靠性、耐久 性和数据保持能力均名列前茅，加权平均分均远高于3.0（满分4.0），证实它们仍然是嵌入式NVM 选择的基础要求。工艺可扩展性紧随其后，得分也超过3.0，反映出将传统嵌入式NVM扩展到嵌入式 闪存无法扩展的先进几何结构中变得越来越困难。电源效率的得分也超过3.0。集成风险和长期可预 测性仅略逊一筹，表明制造准备 ...

公众号记得加星标⭐️，第一时间看推送不会错过。 据报道，Weebit Nano 已将其 ReRAM 技术授权给 TI。 根据协议条款，Weebit 的 ReRAM 技术将集成到 TI 的先进嵌入式处理器工艺节点中。 该协议包括知识产权许可、技术转让、Weebit ReRAM 在 TI 工艺技术中的设计和认证。 Weebit ReRAM 是一款低功耗、高性价比的非易失性存储器，声称在高温下具有优异的保持性能， 并已通过 AEC-Q100 150°C 运行认证。 德州仪器 (TI) 嵌入式处理高级副总裁 Amichai Ron 表示： "我们很高兴与 Weebit Nano 合作，将 ReRAM 存储器技术集成到我们的工艺技术和产品中。TI 与 Weebit Nano 的合作将使我们的客户能 够获得业界领先的非易失性存储器 (NVM) 技术，该技术在性能、规模和可靠性方面均具有优势，这 将有助于我们巩固作为领先的嵌入式处理器供应商的地位。" " 我 们 很 高 兴 能 与 Weebit Nano 合 作 ， 将 ReRAM 存 储 器 技 术 集 成 到 我 们 的 工 艺 技 术 和 产 品 中，"Weebit ...