法国ASIC设计专家Presto Engineering与嵌入式FPGA（eFPGA）技术供应商Menta达成合作，共同加速自适应半导体的开发。双方将ASIC的高性能与eFPGA在现场可重构的灵活性相结合，使芯片在部署后仍能进行功能演进，从而避免昂贵且耗时的重新设计。Presto Engineering位于法国梅勒伊（Meyreuil，罗讷河口省），长期专注于ASIC定制化服务；Menta则以其eFPGA IP为核心，为芯片添加可编程逻辑。这一合作旨在满足市场对更灵活、生命周期更长的芯片的需求，帮助客户在移动通信、物联网、汽车电子等领域快速适应标准变化和产品升级，降低整体开发成本与风险。
Presto Engineering 和 Menta 携手融合 ASIC 和 eFPGA
Presto Engineering et Menta unissent ASIC et eFPGA
摘要
法国Presto Engineering与Menta合作，结合ASIC的高性能与嵌入式eFPGA的灵活性，推动自适应半导体研发。此合作旨在让芯片部署后无需昂贵重构即可持续演进，对工业与嵌入式系统具有重要商业与技术影响。
法国Presto Engineering与Menta合作，结合ASIC的高性能与嵌入式eFPGA的灵活性，推动自适应半导体研发。此合作旨在让芯片部署后无需昂贵重构即可持续演进，对工业与嵌入式系统具有重要商业与技术影响。
Summary
French companies Presto Engineering and Menta have partnered to accelerate adaptive semiconductor development by combining ASIC performance with embedded FPGA (eFPGA) flexibility, allowing chips to be updated post-deployment without costly redesigns. This collaboration aims to deliver chips that evolve over time, merging high efficiency with reprogrammability to reduce long-term costs and extend product lifecycles.
French companies Presto Engineering and Menta have partnered to accelerate adaptive semiconductor development by combining ASIC performance with embedded FPGA (eFPGA) flexibility, allowing chips to be updated post-deployment without costly redesigns. This collaboration aims to deliver chips that evolve over time, merging high efficiency with reprogrammability to reduce long-term costs and extend product lifecycles.
French semiconductor firms Presto Engineering and Menta have partnered to accelerate development of adaptive chips that blend the performance of ASICs with the reconfigurability of embedded FPGAs (eFPGAs). The collaboration targets a key pain point: allowing integrated circuits to receive functional updates after deployment, avoiding the prohibitive cost and lead times of a full redesign.
Meyreuil-based Presto Engineering specializes in ASIC design and production, while Menta contributes its eFPGA intellectual property, enabling programmable logic blocks to be integrated directly into custom silicon. The combined approach promises to deliver high-efficiency, application-specific processing with the ability to adapt to evolving standards, security patches, or feature enhancements in the field. (Menta’s headquarters location was not disclosed in the available excerpt.)
Résumé
Presto Engineering et Menta s’allient pour développer des semi-conducteurs adaptatifs combinant la performance des ASIC et la flexibilité des eFPGA, offrant ainsi la possibilité de faire évoluer les puces après leur déploiement sans refonte onéreuse. Ce partenariat vise à réduire les coûts et les délais d’adaptation des circuits, avec un impact notable pour les secteurs industriels et technologiques.
Presto Engineering et Menta s’allient pour développer des semi-conducteurs adaptatifs combinant la performance des ASIC et la flexibilité des eFPGA, offrant ainsi la possibilité de faire évoluer les puces après leur déploiement sans refonte onéreuse. Ce partenariat vise à réduire les coûts et les délais d’adaptation des circuits, avec un impact notable pour les secteurs industriels et technologiques.
Les deux entreprises françaises s’associent pour accélérer le développement de semi-conducteurs adaptatifs en combinant les performances des ASIC avec la flexibilité des FPGA embarqués (eFPGA). L’objectif : permettre aux puces d’évoluer après leur déploiement, sans refonte coûteuse. Presto Engineering, entreprise basée à Meyreuil (13) et spécialisée dans les circuits ASIC, et Menta, société implantée à […]
Cet article Presto Engineering et Menta unissent ASIC et eFPGA a été publié par VIPress.net.
Core Point
Presto Engineering and Menta partner to combine ASIC performance with eFPGA flexibility, enabling post-deployment chip evolution without costly redesigns, accelerating adaptive semiconductor development.
Key Players
- Presto Engineering — ASIC design and manufacturing services provider, based in Meyreuil, France.
- Menta — embedded FPGA (eFPGA) IP provider, based in France.
Industry Impact
- ICT: High — directly enhances semiconductor design and lifecycle flexibility.
- Computing/AI: Medium — adaptive chips allow reconfiguration for evolving algorithms.
- Terminals/Consumer Electronics: Medium — enables hardware upgrades in devices without replacement.
Tracking
Monitor — early-stage collaboration; watch for commercial adoption and impact on chip design workflows.
Categories
半导体
创业
AI Processing
2026-06-09 19:25
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