The system architect of HBM– from memory to packaging As technology advances at an unprecedented pace, memory is evolving beyond its traditional role. Today, memory is becoming more intelligent, more integrated, and more closely connected. The direction of next-generation chips is moving beyond standalone components toward integrated architectures to deliver higher performance, greater efficiency, and more customized solutions. Samsung #HBM4 and #HBM4E reflect this transformation. As a comprehensive semiconductor solutions provider spanning from memory to advanced packaging, #SamsungSemiconductor has the integrated capabilities required to achieve industry-leading product maturity for HBM4 and HBM4E. This strength goes beyond delivering standard products. It is about enabling solutions optimized for evolving #AI system requirements, from performance and efficiency to system-level integration. HBM4 and HBM4E represent our commitment to delivering optimized memory solutions for the next era of AI systems.

When developing Samsung #HBM4 and #HBM4E, we adopted D1c DRAM and a 4nm logic base die to elevate product excellence. This was more than a step toward higher performance. It was a bold move to redefine what next-generation HBM could achieve, backed by our deep expertise from memory to advanced packaging. To make this possible, we brought our full capabilities together through meticulous DTCO, or Design-Technology Co-Optimization. By optimizing design and process technology together from the early stages, we are enhancing both product maturity and system-level performance. Built on our comprehensive semiconductor leadership, HBM4 and HBM4E represent a new level of high-bandwidth memory innovation, combining speed, efficiency, and integration to meet the growing demands of AI systems. This represents more than just a specification. It reflects our passion for technology, its bold spirit of innovation, and its commitment to architecting the next generation of high-bandwidth memory for #AI systems. #SamsungSemiconductor

HBM4 is the culmination of Samsung’s integrated semiconductor capabilities. Learn more about its capabilities on the newly-launched #HBM4 page: https://lnkd.in/gpDkcdww   #SamsungSemiconductor is the world’s only fully integrated semiconductor company. Bringing together expertise across memory, logic, foundry, and advanced packaging, Samsung delivers deep system-level optimization to provide HBM4 that offers industry-leading performance and reliable quality.   HBM4 breaks new ground with its bold adoption of the industry’s first #1cDRAM and a #4nm foundry-based logic base die. Through advanced core technologies and process-optimized design, it delivers stable performance of up to 13.0Gbps.   The world of AI continues to evolve and Samsung HBM4 sets a new standard for performance and efficiency.   Key specifications: ✅ Leading-edge 1c DRAM + 4nm logic base die ✅ Transfer speed up to 13Gbps ✅ Bandwidth up to 3.3TB/s per stack (2.7× improvement)* ✅ 2,048 I/O pins (2× increase)* *Compared to HBM3E

Memory is no longer just a supporting player—it’s taking center stage. Last week at #FMS2026, Samsung Semiconductor unveiled a powerhouse lineup of next-generation solutions designed to fundamentally reshape how AI systems process data. Here are the stars of the show pushing the boundaries of what's possible: 💠 zHBM: Memory stacked directly on top of the AI processor—not beside it. 💠 zNAND-O: Samsung’s cutting-edge NAND architecture built on our industry-leading V-NAND technology. 💠 V10 BV-NAND: Boasting over 400 layers and pioneering industry-first wafer bonding technology. We aren't just building faster memory. We’re helping to rebuild how AI thinks—from the data center all the way to the edge. Watch the video below to learn more and catch a glimpse of these innovations in action! #zHBM #zNANDO #V10BVNAND #SamsungMemory #SamsungSemiconductor

At #FMS2026, Samsung Semiconductor presented the keynote, "3D Innovations in Memory & Storage Architecture," outlining its vision for overcoming the next generation of AI infrastructure bottlenecks. 📌 Key insights from the keynote: 🔹 AI performance depends on optimizing the entire system—not just individual memory or storage devices. 🔹 Future AI infrastructure must address memory bandwidth, memory capacity, data movement, power delivery and thermal management as one integrated architecture. 🔹 3D memory and storage architecture will play a critical role in enabling higher system performance, greater energy efficiency and scalable AI infrastructure. 🔹 Samsung showcased next-generation technologies including advanced #HBM, #zHBM, #V10BVNAND and #zNAND_O, demonstrating how memory innovation can help unlock the next era of AI systems. With industry-leading capabilities spanning memory, foundry and advanced packaging, Samsung is uniquely positioned to optimize AI systems at the architecture level through end-to-end integration. Together with customers and ecosystem partners, Samsung will continue advancing the future of AI infrastructure through innovation in memory and storage. #SamsungSemiconductor #SamsungMemory #FMS2026 #AgenticAI #3DArchitecture #HBM #VNAND #zHBM #zNAND_O

We’ve been busy at #FMS206 this past week! Visitors stopped by to see how our next-gen 3D architectures are helping overcome AI data bottlenecks and powering future AI systems. From interactive tech demos and cutting-edge memory and storage technologies to expert-led mini theater sessions, our booth was buzzing with the future of AI infrastructure. A few major event highlights: 💠Keynote Spotlight: Our experts presented on "3D Innovations in Memory & Storage Architecture," where we shared Samsung’s vision for overcoming the next generation of AI infrastructure bottlenecks. 💠FMS 2026 Best of Show Awards: We were honored to be recognized for our leadership in next-generation memory innovation with two major wins: • 3D & NAND Innovation Award: For our V10 BV-NAND, advancing next-generation V-NAND technology with wafer bonding architecture to deliver higher density, performance, and power efficiency. • Next-Gen Memory Award: For our LPDDR5X-PIM, bringing processing-in-memory capabilities to LPDDR memory for more efficient data processing and lower power consumption during heavy AI workloads. Samsung’s innovative technologies are actively paving the way for the future of AI and memory-centric architecture. Take a look at 3 days of FMS, summed up in about 30 seconds! #SamsungSemiconductor #SamsungMemory #V10BVNAND #LPDDR5XPIM #3DArchitecture #AgenticAI

HBM4 Delivers 2.7× Faster Performance: What Does This Leap Mean for the Future of AI? 🌐✨   As AI models scale to trillions of parameters and the line between training and real-time inference continues to blur, memory bandwidth has emerged as the ultimate catalyst for system performance and efficiency.   Samsung HBM4 shatters existing boundaries with an industry-leading bandwidth of up to 3,300GB/s — a massive 2.7× increase over previous generations. This isn't just a technical specification — it's the engine powering a new era of AI applications.   How will HBM4 redefine the AI experience? ⚡ Natural, real-time conversations: Interactions with massive LLMs become as fluid and instantaneous as human speech, eliminating virtually all latency. 🚀 Instant code completion: Complex, multi-layered architectures are generated in real time, empowering developers to build faster than ever. 🎯 Precision generative media: High-fidelity images and 4K videos are rendered with exceptional precision and speed, pushing the limits of digital creativity.   HBM speed is more than just a component upgrade. It is the foundation driving the evolution of AI systems — delivering a completely redefined AI experience.   Learn more at the link below. 🔗 https://lnkd.in/gpDkcdww   #HBM4 #HighBandwidthmemory #GenerativeAI #TechInnovation

Every era of computing is defined by the infrastructure that makes it possible.   For decades, semiconductor progress relied on transistor scaling. But in the #AI era, that model is evolving. Performance is no longer about a single chip - it’s about how an entire integrated system comes together.   As AI and HPC workloads scale, we are facing critical bottlenecks - data movement and memory bandwidth constraints, rising power density and thermal limits.   The solution? Heterogeneous integration.   Advanced packaging is no longer just a backend assembly step. It has evolved into a critical architectural layer shaping the future of next-generation computing.   Read our latest tech blog to see why advanced packaging and system co-optimization matter: https://lnkd.in/gbE-ctnA #AdvancedPackaging #SamsungFoundry #SamsungSemiUS

🏆 Samsung Semiconductor Wins Two FMS 2026 Best of Show Awards Samsung Semiconductor has been honored with two FMS 2026 Best of Show Awards, recognizing our leadership in next-generation memory innovation for the AI era. 📌 Award-winning innovations: 🏆 3D & NAND Innovation Award V10 BV-NAND — Advancing next-generation V-NAND technology with wafer bonding architecture, delivering higher density, performance and power efficiency for future AI infrastructure. 🏆 Next-Gen Memory Award LPDDR5XPIM — Bringing processing-in-memory capabilities to LPDDR memory, enabling more efficient data processing and lower power consumption for AI workloads. As AI infrastructure continues to evolve, innovation in memory architecture is becoming a key driver of system performance, energy efficiency and intelligent computing. These awards recognize Samsung's commitment to advancing technologies that help architect the next generation of AI systems—from breakthrough NAND innovations to intelligent memory solutions. We sincerely thank the FMS organizers, judges, our customers, ecosystem partners and Samsung engineers whose collaboration and dedication made these achievements possible. Together, we will continue Architecting AI Systems through breakthrough memory and storage innovations. #SamsungSemiconductor #SamsungMemory #FMS2026 #V10BVNAND #LPDDR5XPIM

#SOCAMM2, based on our ultra efficient #LPDDR5X, delivers the bandwidth and power performance modern AI workloads demand. Explore the full details on our SOCAMM2 page 👉 https://lnkd.in/gWuKYDFY 🔧 Why SOCAMM2? ✅ High bandwidth for massive AI models while keeping power consumption low. ✅ More than 70% better power efficiency compared with traditional DDR5 based RDIMM modules*, maximizing performance per watt. ✅ Horizontal layout for superior cooling and a modular form factor that simplifies system integration and management. ✅ As AI workloads grow in size and complexity, Samsung Semiconductor SOCAMM2 redefines the balance between performance and efficiency for the next generation of AI servers. 🔑 Key specifications ✅ Capacity up to 256GB ✅ Speed up to 153.6 GB/s (up to 2.6× higher than DDR-based server memory) ✅ Voltage 1.05V #SamsungSemiconductor