Samsung Semiconductor
Samsung Semiconductor is a business unit of Samsung Electronics that develops and manufactures semiconductor components for computing, mobile, consumer, automotive, and data center systems.
- Memory products for servers, Process Control System (PCS), mobile devices, and embedded systems (e.g., DRAM, NAND flash, storage solutions) (memory and storage infrastructure)
- System LSI solutions including application processors, image sensors, connectivity and display driver ICs (logic and signal processing)
- Foundry services for fabless and integrated device customers using advanced process technologies (semiconductor manufacturing services)
- Power, analog, and interface components for consumer, industrial, and automotive electronics (mixed-signal and power management)
- Technology platforms for Artificial Intelligence (AI), High performance computing (HPC), and data-intensive workloads built on advanced memory and logic (AI infrastructure and HPC)
More About Samsung Semiconductor
Samsung Semiconductor focuses on core components that underpin enterprise IT infrastructure, consumer devices, and embedded systems, with offerings that span memory, logic, image sensing, and contract manufacturing. Its memory portfolio (memory and storage infrastructure) covers DRAM, NAND flash, and solid-state storage used in servers, hyperscale data centers, PCS, and mobile devices, providing base hardware for workloads such as databases, analytics, AI training and inference, and virtualized infrastructure. These products are deployed in standard server architectures built around x86 and Arm-based processors, and connect through widely adopted interfaces such as Double Data Rate (DDR), LPDDR, High Bandwidth Memory (HBM), GDDR, PCI Express (PCIe), UFS, and Non-volatile Memory Express (NVME).
The company’s System LSI solutions (logic and signal processing) include application processors, image sensors, connectivity chipsets, security ICs, and display driver ICs. These components are integrated into smartphones, tablets, wearables, automotive systems, and a range of Internet of Things (IoT) and industrial devices. Application processors support heterogeneous compute architectures with Central Processing Unit (CPU), Graphics Processing Unit (GPU), Neural Processing Unit (NPU), and Internet Service Providers (ISP) blocks, interfacing with memory and storage through on-chip controllers and high-speed buses. Image sensors are used in mobile imaging, automotive cameras, and security systems, operating with standard interfaces and protocols for camera modules and display subsystems.
Samsung Semiconductor also operates as a foundry (semiconductor manufacturing services), providing wafer fabrication for logic, RF, and other specialized devices. Foundry customers use Samsung’s process technologies, design enablement tools, and IP libraries to implement SoCs for mobile, networking, automotive, and data center applications. These services align with industry-standard Electronic Design Automation (EDA) flows and design methodologies, and connect to broader ecosystems that support RTL-to-GDSII design, verification, and production ramp.
For data-centric and AI workloads (AI infrastructure and HPC), Samsung Semiconductor supplies high-bandwidth and high-capacity memory solutions such as server DRAM, HBM, and enterprise SSDs. These are used in GPU- and accelerator-based systems, HPC clusters, and cloud platforms that rely on memory bandwidth and storage throughput. Interfaces such as HBM stacks on 2.5D/3D packaging, PCIe-based SSDs, and DDR memory channels are integral to system architectures in AI training servers, inferencing appliances, and high-throughput analytics nodes.
Within a technology directory, Samsung Semiconductor can be categorized across several domains: memory and storage infrastructure for DRAM, NAND, and SSDs; logic and signal processing for application processors, image sensors, and connectivity ICs; mixed-signal and power management for analog and interface components; AI infrastructure and HPC for HBM and storage used in accelerators and servers; and semiconductor manufacturing services for its foundry business. These categories reflect how enterprise architects, OEMs, and system integrators evaluate component vendors when designing platforms for cloud, mobile, automotive, and edge deployments.