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How SOI Wafers are Advancing MEMS Manufacturing
Advancements in MEMS manufacturing, like many technological markets, is greatly driven by size, cost, and performance. Implementing SOI wafer solutions in the MEMS fabrication process allows production of smaller devices, cheaper costs and higher device performance. Let’s take a look at how SOI wafers are created and how they are advancing MEMS manufacturing.
The main draw to SOI (Silicon-on-Insulator) wafer technology is that it features an electrically insulating layer to protect the micro device. They are created using three layers of material. The first layer is the device layer; thin layers of high-quality silicon where the transistors are formed. The second layer is the insulating layer called the BOX (buried oxide) which is usually made out of silicon dioxide. This layer keeps the transistors isolated from the third layer, the handle layer. The handle layer is made of bulk silicone and provides structural support to the device. SOI wafers can be either thick film or thin film, depending on the application.
SMALLER DEVICES
The first advantage SOI solutions have over bulk silicone wafers is that they allow for creation of smaller devices. The wafer manufacturing process makes the transistors more efficient, allowing for the production of more compact chips and greater chip yield per wafer because the chips can actually be placed closer together.
As consumer technology becomes more compact, MEMS companies strive to develop chips that hold more information in a much smaller space. So, in the MEMs world SOI wafer applications are pretty cool, because not only do they allow for smaller designs, they allow for more flexible designs with greater potential.
CHEAPER COSTS
While the initial cost of is more expensive than bulk silicone wafers, the additional features available with SOI actually create lower manufacturing costs for a better, more advanced product. For instance, SOI wafers with pre-etched cavities are available and they simplify the MEMS manufacturing process by lowering development time. SOI wafers also allow production of higher quality chips without the need to purchase and implement more expensive manufacturing equipment.
With an increasing number of MEMS foundries adopting SOI technology and manufacturing processes as a standard, the prices of these wafers have decreased substantially and continue to decrease.
BETTER PERFORMANCE
The final selling point for SOI is that it offers a solution to create superior products. The insulating BOX layer reduces electrical current leakage, which in turn reduces unnecessary power consumption and gives the transistor better performance. It also reduces heat, allowing for these MEMS devices to be used in higher-temperature environments with no ill effects.
The insulating layer also blocks out signal noise which not only allows the transistors’ switching speeds to increase, but also results in a more precise product.
As you can see, SOI wafers are advancing MEMS manufacturing in a big way. Many engineering companies as well as Universities use SOI wafers for research, development and testing. Implementing SOI solutions in the manufacturing of silicon wafers allows for smaller, better performing devices with a more diverse range of uses at a better cost for both the manufacturer and purchaser. In this way, SOI wafers are impacting MEMS fabrication in a positive and exciting way, while opening possibilities in new applications.
Online Marketing Increases productivity
Online marketing is a concept which makes easily available a website for all the customers. Online marketing is activity, with the help of it small business companies can reach to customer in high volume. Online marketing known as web marketing, web promotion, internet marketing. Online marketing is a process of search engine. Online marketing is a squander field for online marketing researcher. People choose online marketing because online services are faster than other techniques. Online marketing can be done by so many other ways like social media, forum posting, Directory submission, Article submission, online business. Online marketing increasing local search and people can get the required product from in and around market. Online marketing helping local audience or customer to get aware about the quality & service of product. There has long been a argue over which internet marketing approach provides better results- Search Engine Optimization (SEO) or Pay-per-Click (PPC). Even though SEO delivers qua
lity traffic at subordinate price per customer than PPC in the long term, sometimes it is advantageous to go against what seems instinctual, that is, choosing SEO for its low cost.
Nowadays online marketing using different tools, strategy or techniques to promote their business it includes, blog posting, email marketing, banner posting, link building, online keywords links, and static home page ads. Online marketing focus on B2B marketing, blogs of marketing etc.
Online marketing means creating awareness about exacting products and services and selling them successfully to online purchasers.
It requires a huge deal of effort on part of Company to market their products and services, online.
Creation of Website: First step towards online marketing is design of website. A website is a compilation of complete information about products services, along with photographs, specifications, and each and every minute detail that a Company offers through that product. Website is designed to equip the visitor with all related details and convert a visitor into customer.
Selection of Seo Company: A Company is appropriate in manufacturing and trading of its product in physical market. As it is completely unknown about online marketing.
Optimization of site: A website is not at all designed as per SEOs perspectives. So, it is loaded with keywords, and phrases along with meta-data for its compatibility in search engines.
RSS feeds: Companies can share and group their content, through RSS. Unlimited RSS channels are created for additional effectiveness.
Search engine optimization: Optimizing is not all for a site. It has to be integrated in special search engines like Google, Yahoo, MSN, and other local Search engines to introduce it amongst various customers in its locality.
Addition and removal of web-pages: A website goes stale without changes. It needs to be frequently updated, for its better functionality and extreme efficiency.
It is very necessary to know that all online marketing tools are based on e-commerce process. Companies as well can sell different products and e-products. Online marketing helped organizations of all shapes and sizes achieve their online marketing objectives and generate better results. Online marketing invite you to partner for a better online presence that gives you increased business, profit, and growth.
How SOI Wafers are Advancing MEMS Manufacturing
Advancements in MEMS manufacturing, like many technological markets, is greatly driven by size, cost, and performance. Implementing SOI wafer solutions in the MEMS fabrication process allows production of smaller devices, cheaper costs and higher device performance. Let’s take a look at how SOI wafers are created and how they are advancing MEMS manufacturing.
The main draw to SOI (Silicon-on-Insulator) wafer technology is that it features an electrically insulating layer to protect the micro device. They are created using three layers of material. The first layer is the device layer; thin layers of high-quality silicon where the transistors are formed. The second layer is the insulating layer called the BOX (buried oxide) which is usually made out of silicon dioxide. This layer keeps the transistors isolated from the third layer, the handle layer. The handle layer is made of bulk silicone and provides structural support to the device. SOI wafers can be either thick film or thin film, depending on the application.
SMALLER DEVICES
The first advantage SOI solutions have over bulk silicone wafers is that they allow for creation of smaller devices. The wafer manufacturing process makes the transistors more efficient, allowing for the production of more compact chips and greater chip yield per wafer because the chips can actually be placed closer together.
As consumer technology becomes more compact, MEMS companies strive to develop chips that hold more information in a much smaller space. So, in the MEMs world SOI wafer applications are pretty cool, because not only do they allow for smaller designs, they allow for more flexible designs with greater potential.
CHEAPER COSTS
While the initial cost of is more expensive than bulk silicone wafers, the additional features available with SOI actually create lower manufacturing costs for a better, more advanced product. For instance, SOI wafers with pre-etched cavities are available and they simplify the MEMS manufacturing process by lowering development time. SOI wafers also allow production of higher quality chips without the need to purchase and implement more expensive manufacturing equipment.
With an increasing number of MEMS foundries adopting SOI technology and manufacturing processes as a standard, the prices of these wafers have decreased substantially and continue to decrease.
BETTER PERFORMANCE
The final selling point for SOI is that it offers a solution to create superior products. The insulating BOX layer reduces electrical current leakage, which in turn reduces unnecessary power consumption and gives the transistor better performance. It also reduces heat, allowing for these MEMS devices to be used in higher-temperature environments with no ill effects.
The insulating layer also blocks out signal noise which not only allows the transistors’ switching speeds to increase, but also results in a more precise product.
As you can see, SOI wafers are advancing MEMS manufacturing in a big way. Many engineering companies as well as Universities use SOI wafers for research, development and testing. Implementing SOI solutions in the manufacturing of silicon wafers allows for smaller, better performing devices with a more diverse range of uses at a better cost for both the manufacturer and purchaser. In this way, SOI wafers are impacting MEMS fabrication in a positive and exciting way, while opening possibilities in new applications.