Capital assets: What are its common types?

Capital assets are properties that are expected to generate value for a business over a long period of time. They’re the productive base of a given organization, and they have several distinct characteristics and potential for growing or benefitting the business. Here are some of the common types of capital assets out there.


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A capital asset, for one, has an anticipated useful life of over a year. The acquisition cost goes beyond a company-designated minimum amount, which is called capitalization limit. It’s not expected to be sold as a normal part of operations, as is the case for inventory. In addition, it tends not to be easily convertible to cash. From a tax perspective, a capital asset is classified as all property held by a taxpayer, except inventory and accounts receivable.

Buildings, machinery, computer hardware and equipment, and vehicles – these are all capital assets. But there are other kinds, including aircraft, art, construction equipment, and fixtures. There are also copyrights, customer lists, licenses, land improvements, patents, research and development, securities, and trademarks. Capital assets also involve factories, land, natural resources, network equipment, processing facilities, satellites, roads, and tools and dies.

In summary, a capital asset is a long-lasting item that can be reasonably expected to contribute to a business’s future profits. Many companies create written policies around these capital assets dictating which of them must be capitalized as well as the minimum threshold of purchase price.


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Ryan Jacob heads CAE (Capital Asset Exchange & Trading), which is a company that facilitates a marketplace for entities who wish to buy or sell secondary capital equipment in the semiconductor industry. Learn more on this page.

Advanced Analytics Is Crucial To The Growth Of The Semiconductor Industry

Without semiconductors, we won’t be enjoying most of the advancements and luxuries of modern technology, from flat-screen monitors and smartphones to fast-paced PCs and various IoT devices. However, with the rise of semiconductor revenues come increased R&D budgets. Businesses are constantly challenged by the pace of modernization.

But new productivity tools are helping address the elephant in the room. A huge aspect of all efforts to decrease the costs of IT modernization while boosting productivity is the development of data analytics. Semiconductor companies are keen on applying advanced data analytics for improved management of engineering.

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Such a move will both improve decision-making while offering novel insights for engineering groups. Advanced analytics is based on both machine learning and pattern recognition, helping uncover, say, any counterintuitive management insight. Their use is likewise seen to deliver productivity gains of over 20 percent.

Semiconductor managers can study via advanced analytics how often-overlooked staffing parameters like collaboration history, team size, geographical footprint, and individual performance affect the company’s engineering department. This will in turn lead to a new competitive edge and improve employee satisfaction. For example, studies have shown that a bigger number of engineers in a given semiconductor project will not necessarily lead to the best results, so a semiconductor company would significantly cut cost while not overstaffing.

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Ryan Jacob from Capital Asset Exchange & Trading (CAE) is a leading name and innovator in the semiconductor industry. To know more about Mr. Jacob’s work and interests, please drop by this website.

The Benefits Of Buying Used Capital Assets

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Capital assets are essential in industrial or manufacturing organizations. When purchasing such properties, the more common alternative is to buy new ones. However, looking for used ones has its advantages, even if there is unwarranted

stigma to it.

The following are some of the benefits of buying used capital assets:

Lower costs: The most obvious advantage in opting for buying secondhand is the lower purchase price. The percentage of the cost that can be saved typically ranges from 30 to 70 percent, and the difference in the price can be allotted to other investments or other valuable expense streams.

More options: Models are always upgraded or modified over time, replacing previous ones that some companies would prefer. By looking at used capital assets, buyers are presented with a wider range of variety – ones that are cheaper.

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Depreciation: Capital assets generally undergo a higher rate of depreciation, compared to other types of assets. A huge percentage of a property’s overall depreciation occurs during the first year of its useful life. By buying a used, already-depreciated asset, its value remains relatively stable for the remainder of its lifespan. It still has good resale value should the company eventually decide to dispose of it or upgrade it.

Ryan Jacob is the CEO of CAE (Capital Asset Exchange & Trading), a company that strives to create a transparent and connected market of high-technology manufacturing equipment. For more information, visit its official website.

What’s The Difference Between Cpus And Gpus?

For many years, the average computer user has been made aware of the capabilities of the Central Processing Unit or the CPU. This part of the computer system is known as the brains of the computer. However, recent technologies have been using the Graphics Processing Unit or the GPU. These two processors work hand-in-hand to perform tasks in computerized machineries and have significant differences. Here are some of them:


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Cache memory
Built for multitasking, CPUs have bigger cache memory. GPUs, on the other hand, have a smaller amount as it was meant to accompany the operations of the CPU. In recent years, high-capacity GPUs built with larger cache have been developed but remain uncommon.
CPUs were originally designed to handle around 18 operations–the usual amount of processing for a personal computer. To accommodate all this processing, these structures usually have two cores responsible for powering up productivity apps.
On the other hand, GPUs have been developed in recent years to be more than a graphic controller. Present in later models of smartphones, these processors are now capable of being programmable and handling thousands of threads.



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These days, CPUs are also being developed to keep up with processes that are being incorporated into computer systems. GPUs are also being enhanced to handle more operations to facilitate more functions for future gadgets and devices. Despite the differences of these two processors, having powerful CPUs and GPUs will make for highly efficient computing power.
CEO  Ryan Jacob and his team at CAE are dedicated to helping their clients solve fundamental commodity sourcing and monetizing challenges that allow them to focus on their core businesses. To learn more about the company, visit this page .

Overcoming The Challenges Liquidating Capital Assets

When a business or department closes, one of the main challenging aspects that business leaders must subsequently face is to liquidate its capital assets—namely the equipment used throughout the business’ lifespan.



Liquidation is a complex process involving extensive diligence involved throughout the selling process. Before liquidating, the business’ management must first conduct an extensive inventory of its assets. Leased items should be returned to their owners, as would excess inventories to their suppliers should the terms be favorable. Creditors should also be informed and consulted of the intention to liquidate.

The goal of liquidation is to convert as much of the company’s physical assets into funds, which would either be used to pay off debts and creditors or allow the company’s owners to cash out of the enterprise. Assessing and appraising the value of each item is the next step. This allows the sellers to identify the amount of money they can expect to generate.

Assets are often sold at prices much lower than that of their prevailing market value due to depreciation. This is usually not an issue, especially when the seller’s primary goal is to earn as much cash as quickly as possible, thus, sellers often add in deep discounts whenever possible (and as permitted by their creditors). Items still being paid for should be retained if the resell value is significantly less than the original price.

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One of the biggest challenges that sellers must face is finding buyers. Some inventory items sell more easily than others. Office equipment and general-purpose vehicles often have an army of ready buyers within the area looking for a bargain. Specialist heavy equipment, meanwhile, may require reaching out to buyers across the country or overseas as well as careful logistical planning and professional assistance throughout the selling process.

Ryan Jacob is the chief executive officer of Capital Asset Exchange and Trading (CAE), a leading trading and investment platform committed to bringing buyers and sellers of specialist industrial assets together. Visit this website for more on the company and its approach to industrial capital asset markets.

Some Little-Known Facts About The Semiconductor Industry

The semiconductor industry is so ubiquitous, to the point that it has silently found its comfortable place in the recesses of most of the electronic devices that people use.Hardly anything can be accomplished without semiconductors. Here are some interesting facts.


A semiconductor is a substance that has a level of conductivity that is between that of an insulator and that of most metals.

In order to make it work, an impurity is added so that a manageable level of conduction can be realized. This is otherwise known as a dopant.

Silicon is the most patronized semiconductor product. This is used in just about anything that functions by means of an electrical charge.

If a device runs on electricity, chances are that it has a semiconductor component in it.

Worldwide semiconductor industry sales reach hundreds of billions of dollars every year. It’s that big of an industry that also provides millions of jobs.

A semiconductor’s relevance in the market is rather fleeting, as manufacturers typically go back to the drawing board to create new designs. This could also explain why smartphones and computers easily become obsolete.

Electronic components

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The most advanced application of semiconductor technology has to do with the transmission of information using light. This is also known as fiber optic technology.

Led by Ryan Jacob, Capital Asset Exchange and Trading (CAE) offers a comprehensive market platform for buyers and sellers of semiconductor commodities that solves otherwise intractable problems. For the latest in the semiconductor trade, visit this website.

The Dangers Of Using Counterfeit Semiconductors

Semiconductors are crucial parts in electronic systems. These are considered the “brains” of the gadgets and machineries used by various industries. From healthcare to aeronautics, semiconductor parts are essential in running a million day-to-day operations.


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As the use of semiconductors becomes more widespread, the illegal marketing of counterfeit parts have also become increasingly rampant. These fake parts are usually sold to manufacturers, and their substandard quality can lead to loss, injury, and damages.

Illegal acquisition of materials gives way to the use of counterfeit in the manufacturing process. Stolen parts and even scraps are installed in a device, sometimes labeled falsely to pass necessary checks. Substandard parts that have not been approved are sometimes stolen and re-used because of poor disposal. To prevent the use of these defective and damaging materials, heightened measures have been employed by semiconductor companies to ensure that only authorized parts are installed during manufacturing.

Counterfeit parts are real threats to many industries that rely on devices for efficient operations. Manufacturing companies are also put on a pedestal especially since they no longer oversee every part of the process, which could be outsourced to different places. Organizations such as the Semiconductor Industry Association (SIA) and the Internation Electrotechnical Commission (IEC) have listed standards and assessment systems that will help control the illegal distribution of products. Despite these actions, companies can assure themselves that they procure only legitimate parts by carefully monitoring the supply chain and contacting authorized sellers.


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Capital Asset Exchange and Training (CAE) CEO Ryan Jacob designed, implemented, and refined the company’s trading operations, incentive systems, software, analytics, and data systems. Visit this page for more information on the company.

Improving Semiconductor Research And Development With Analytics

Before analytics was developed, research and development projects were sometimes driven by instinct and guesswork, which, save for some fortunate breakthroughs, proved inefficient in the long run.

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According to a study by McKinsey & Company, four in five companies in the semiconductor industry need data-driven analytics to speed up their R&D projects and maximize the scarce resources they have because they cannot meet their initial schedules. While semiconductor firms are considered frontrunners in the generation and analysis of data, most companies have not integrated them into R&D projects.

However, there is optimism that advanced analytics will make its way to this department because of the emergence of better computing power and storage infrastructure. The technology and techniques needed to extract, manage, analyze, and display data are continuously being enhanced.

Data analysis methods have also shown improvements. Traditionally, one would gather all the available data and generate inferences from such. After which, insights can be generated to inform decisions.


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Advanced analytics, however, reverses these processes. It begins by determining the problems and the key decisions that must be made. From here, insights are then identified to clarify those decisions, as well as the information required to produce the said insights. Only after then are the data sources mined.

Capital Asset Exchange and Trading (CAE), headed by its CEO Ryan Jacob, is a semiconductor-focused trading and investment company that uses a unique approach to analytics, asset and buyer due diligence, and rigorous process management to efficiently execute transactions. Learn more about the industry by subscribing to this blog.

Interesting information about capital assets

Capital assets are defined as high-value properties that can be found either at a person’s home, or his or her business.

Examples of capital assets are homes, high-class, high-priced jewelry and timepieces, cars, rare paintings and other expensive artwork (such as statues and sculptures), first-edition and hard-to-find books, rare and high-priced sports cards and sports memorabilia, family heirloom, one-of-a-kind antique furniture, auction-worthy musical records, expensive musical instruments, and the list goes. Some other ordinary objects, when valued at an unconventionally high price, such as one-of-a-kind designer gowns, and custom-made appliances can also be treated as capital assets.


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In business, the definition of capital assets is more elastic. For example, office supplies aren’t treated as assets, but as consumable products, unless of course, the business is all about selling office supplies. In small companies, laptops and personal computers are capital assets, but in big ones like BPOs, companies with hundreds of employees, they are consumable products as well.


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On a related note, there are terms people use when talking about transactions involving capital assets. For example, if people sell capital assets at a higher price than projected, then it’s called a capital gain. The opposite situation is called a capital loss.

Ryan Jacob and his team at CAE specialize in helping clients with their fundamental commodity sourcing and monetizing challenges. For more discussion on on capital assets, follow this blog.

Shoes and Manufacturing: The New Liquid Factory 3D Process

Reebok, a global fitness brand and a major shoe label, is expecting great things from its newly developed manufacturing process called Liquid Factory 3D. With it, the company is hoping to improve the overall production time of its products significantly.


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Liquid Factory was first developed by the company’s Future team. The design drafts of their shoes will be done in a three-dimensional frame with the use of state-of-the-art robotics and software. A liquid material, developed by the BASF, will then be used to create the components of the shoe with respect to its proper dimensions. The result is a unique, first-of-its-kind footwear that does not make use of the traditional molds whatsoever.

The Liquid Factory process was created to beef up the efficiency in creating high-performance athletic footwear. For the past 30 years, nearly all shoe companies used molds to breathe life into their creations. Although highly popular, it is a time-consuming and expensive process. That is why Liquid Factory will be a revolutionary step forward in the shoe industry.

Video source: Reebok Youtube channel

With this new technology, robots were programmed to create the entire shoe outside. Layers of high-energy liquid material were drawn to create the first-ever energy-return outsole. Apart from being created faster, the energy-return outsole also outperformed the typical rubber outsole. Furthermore, the Liquid Factory system will be used to create a unique fit structure that will stretch and form itself into the shape of the foot, increasing the comfort factor to whoever wears the shoes.

Ryan Jacob is the chief executive officer of Capital Asset Exchange and Trading (CAE), a trading platform for high-tech capital assets, such as semi-conductors, manufacturing equipment, and power supplies, among others. For more information, visit this website.