Introduction
Oracle is a leading global technology firm founded in 1977. It was well-known for its software products and cloud services. Oracle has not historically been a manufacturer of semiconductors. Oracle is not the manufacturer of semiconductors itself, rather it focuses on software services and collaborate with other companies. Oracle’s main focus is to provide solutions that support semiconductors from other companies. So, it’s totally clear that Oracle does not produce semiconductors.
Oracle Role in Semi-Conductor:
Oracle is not a manufacturer of semiconductors itself but it plays an important role in industries that relay on them.
Oracle’s Role in the Semiconductor Sector
Although Oracle herself is not a semiconductor manufacturer, it has interacted with the sector in different aspects:
Supporting Software of the Semiconductor Industry: The company Oracle also has a number of software products for semiconductor enterprises, such as:
Managing and Controlling Processes of New Product Development: Coordinating all phases of new product creation within and outside the company.
Management of Supply Chain Processes: Planning and operational management of the supply chain processes and appropriate inventories of stocks.
Management Resources: Bringing various spheres of the enterprise into a cohesive whole and enhancing its effectiveness.
Hardware Infrastructure: Regarding hardware infrastructure, Oracle has made some hardware investments such as servers and storage devices. These systems often use semiconductors by other makers to carry out their functions.
Top Semi-Conductor Companies of the World
Here are few of the largest semiconductor companies in the world, measured by market capitalization and revenue:
By Market Capitalization:
- Nvidia: Leader in design for high-performance GPRs used for gaming, AI, and data center applications.
- TSMC: Largest foundry and manufacturer of chips to many
- Broadcom: Major supplier of semiconductor and infrastructure software solutions.
- ASML: Supplies one of the largest units of the lithography system used in chip making.
- Samsung: Leading into semiconductor manufacturing and consumer electronic markets as well.
- AMD: A direct competitor with Intel for supplying CPUs and GPUs.
- Qualcomm: It holds leadership in wireless technology as well as mobile chipsets.
- Applied Materials: Biggest supplier of semiconductor equipment.9. ARM: Chip design leading licenser.
- Texas Instruments: Major analog and embedded semiconductor supplier.
By Revenue:
- Intel: A major player in the CPU market.
- SAMSUNG Electronics: Among the major semiconductor makers, and a giant manufacturer of consumer electronics.
- TSMC: Leading foundry that fabricates chips for many major companies.
- SK Hynix: Major player in the memory chip market.
- Micron Technology: Memory chip manufacturers.
- Broadcom: Chip and infrastructure software provider.
- Qualcomm: a wireless technologies and mobile system on a chip solution provider.
- Nvidia: The powerhouse graphics card and gaming segment giant it is also used in the AI and data centers.
- Analog and Embedded Semiconductors: Texas Instruments
- Media Tek: Top supplier of mobile chipsets.
Semiconductor Overview
The place of semiconductors is privileged in the kingdom of electrical conductivity, nestled between conductors like metals and insulators like wood. Such illuminating materials form the spine of modern technology in these fast-moving times, from cell phones to computers, solar chargers, and medical equipment.
P-Type Semiconductors:
Perceptive P-type semiconductor, often basically called the P-type, is a category of extrinsic semiconductors.
Differences from N-Type Semiconductors
While in N-type semiconductors, electrons are majority carriers, and holes are present in P-type semiconductors instead. Their difference in charge carriers accounts for their behavior in electronic circuits, specifically when put together in the form of P-N junctions.
How is the P-type Silicon made?
There is a well-defined procedure for the creation of the P-type semiconductors and it is called doping.
Doping Process
In the doping process, a small amount of dopant atoms called acceptor atoms doped into a pure semiconductor (silicon) host material. The acceptor atoms will be with lesser valence than silicon, which will then create holes.
Dopants Used in Doping P-type Semiconductors
Because they have three valence electrons, boron, gallium, and indium are the do pants and are used in the P-type semiconductors. Boron, gallium, and indium bond with Si atoms, but bond with only two Berkeley in the lattice, leaving one bond orientation open and forming a hole.
Description of Atomic Structure and Behavior
P-type semiconductors have holes but they are not permanent because “filling electrons” from neighboring electrons trying to reach neighboring holes. A continuous movement of holes is what contributes to the current flow of a material.
Conductivity of Semiconductors
-
Introduction to Semiconductor Conductivity
- The Basics of Conductivity
Conductivity essentially measures how easily electricity can flow through a substance. The best way I can explain this is to imagine a busy highway at rush hour versus a barren country road. This is data trained until October 2023.
- Understanding Semiconductors
Semiconductors are pretty much what they sound like—materials that conduct electricity, but not as well as conductors like metals nor as poorly as insulators like rubber. They’re the middle child of the electrical family.
-
The Role of Charge Carriers in Semiconductor Conductivity
- Electron and Hole Carriers
In semiconductors, charge carriers are the traffic cops of conductivity. Electrons and holes (the absence of an electron) are the main characters here, playing a game of tag as they move around and carry electric charge.
- Impact on Conductivity
The more charge carriers zipping around you have in a semiconductor, the better a semiconductor conducts electricity. Like having more hands on during a busy day at the coffee shop.
-
Intrinsic vs. Extrinsic Semiconductor Conductivity
- Intrinsic Semiconductor Conductivity
Intrinsic semiconductors are like virgin snow-most pure, undisturbed, without added ingredients. The only contribution to their conductivity is given by electrons and holes, naturally existing within the host material.
- Extrinsic Semiconductor Conductivity
Extrinsic semiconductors are the bad boys for a reason, being deliberately doped with minute additions of impurities to enhance conductivity.
Conclusion:
Oracle doesn’t make semiconductors. The organization fundamentally centers around big business programming, cloud arrangements, and information base innovations. Prophet’s center business spins around giving programming to information the executives, distributed computing foundation, endeavor asset arranging (ERP), and client relationship the board (CRM).