Introduction:
Semiconductors are the brain and basic building block behind almost every electronic device, these powerhouse devices have fueled the National Economy and shaped better future forth world.
“iSM Technologies “is dedicated to global supply chain management of semiconductors, memory, storage, and advanced solutions and caters to various industries such as Electronics and defense, Automobile, digital health, Telecommunication, Robotics,etc. We enhanced our capabilities in research and development of design and engineering solution capabilities to develop a global footprint, we deliver value to clients with quality products and standards with optimal timing &and quantities.
In collaboration with major players across the globe, we supply Memory (DRAM,DRAM modules, LPDDR, Ultra-Bandwidth Solutions, Managed Nand, Multichip Package, NAND Flash, NOR Flash),Storage(Memory Cards, SSDs),Advanced Solutions(Advanced Computing Solution, Heterogeneous memory storage engine), Others (DRAM, DRAM Modules, Graphics Memory, Product life cycle).
We also provide various technologies such as MEMS Technology, CMOS Image Sensor, e-Flash, MS/RF, Analogue, HV, BCD, and ULP which simply helpful to cater to industries like, including 5G, Automotive, Defense, Mobile, Server and Data Centers, Cloud & Networking Products, Computing products, and Electric Vehicle.
In the segment of Logic Technology, we offer a wide range of nm Technology, including 5nm, 7nm, 10nm, 12/16nm, 20nm, 22nm, 28nm, 40nm, 65nm, as well as 0.13µm, 0.18µm, and 3µm Technology.
3DFabricis an advanced solution that offers our customers the ultimate flexibility in product design, brings packaging technologies to the forefront for innovation, and is critical to a product’s performance, function, and cost.
Semiconductor Manufacturing Process-
The development of the semiconductor business is based on four core strategies: providing stable small ICs, co-designing its ICs, developing key technologies independently, and building diversified manufacturing capacity whereas the semiconductor manufacturing process comprises Design & Mask Creation, Wafer Manufacturing, Oxidation, Doping, Photolithography, Etching, Packaging, Electrical die Sorting, Metal wiring, Deposition & Ion Implantation& Quality Control. This stage of the process prepares the finished semiconductor process.
The semiconductor ecosystem comprises Fabless (Chip design), Foundry (Chip Fabrication), IDM (Chip Design, Chip Fabrication), and OSAT(Assembly).
Semiconductor Fabrication or Foundry
The fabrication process is performed in highly specialized semiconductor fabrication plants, also called foundries or “Fabs”, and “Fabless”is focused on design, and “Foundries” manufactures semiconductor products as a service. Demand for more advanced chips continues to grow and so do the expenses of building &maintaining the highly controlled environments need to fabricate such chips.
The strengthening of technology and product innovation pipeline, efforts to support the transformation from the mapping of “one” to “many,” and the enhancement of competitiveness.
Advanced Packaging Technologies and Services
Advanced Packaging Technologies and Services, a suite of techniques pushing the boundaries of what’s possible thereby Moore’s Law, the golden rule of miniaturization, is facing physical limitations.
The ability to combine chips made using different manufacturing processes and materials allows for greater design flexibility than ever before. Imagine having a single package that contains the raw processing power of a CPU, the energy efficiency of an AI accelerator, and the high bandwidth of a memory chip – all working seamlessly together.
However, this vision of the future requires a sophisticated services ecosystem to make it a reality. Advanced packaging involves complex processes such as 3D chip stacking, high-density interconnects, the use of novel materials, and precise thermal management.
Semiconductor Advanced Packaging Technologies and Services are a new way of designing and integrating computer chips. This process involves making the chips smaller, more diverse, and more powerful, and it has the potential to create smarter, faster, and more efficient electronics that will shape the future of technology in many different industries.
Research & Development (R&D)
The Semiconductor Research Centre constantly cultivates innovation and talent in the manufacturing and design-related industries and develops and designs forward-looking advanced components. Improving existing semiconductor technologies will also drive the intelligence revolution in related industries such as artificial intelligence (AI) and next-generation communications.
Artificial Intelligence
We have set up a specialized research and development center for software to further the progress of software-defined businesses and vehicles. Our objective is to establish accessible platforms for exchanging AI data, algorithms, and models within the industry. Our focus lies in the development of cutting-edge intelligent technology, with a strong emphasis on AI in the areas of autonomous driving, intelligent gateway, and intelligent cockpit.