It is safe to say that we are firmly into 2018 now, and the first month of this year has been filled with brand new technology that is set to change the way we live our day to day lives. Not only has it changed the way that we live our lives but it has changed many different sectors of business.

As technology progresses at this pace, we should probably look at what this means for the legal sector. Firms all over the world are adopting and investing in new technology to effectively compete with the other competition out there. Not only do they need to use this technology to compete with other firms, but clients are wanting more and more engagement with technology in all of the sectors of business. In this respect, the legal sector is quite far behind but they are catching up rapidly.

According to SEO experts, voice searches are expected to take over. With Siri and Alexa already setting the bar very high, and voice searching are expected to account for 50% of online searches by the year 2020. You may be wondering how this can affect the legal sector. Because a quarter of all voice searches are for local information, it is likely that people will be searching for information on local lawyers. This means that law firms will have to make sure that their websites and online presence are adapted to be found in this way. Law firms will already be used to optimizing their page for traditional searches, SEO for voice will be slightly different. It is worth finding out what the difference is and how you can get prepared.

Law firms should also expect to get used to the idea of automated technology. The Law Society has predicted that this type of technology will take over 67,000 jobs in the legal sector by the year 2038. Although many people are worried that this means they’ll lose their jobs, they need to remember the positives to this. Machines can take on a lot of the legal work that often slows law firm employees down and therefore make them more efficient and better able to take on important work. Service automation will help increase productivity and will help law firms be able to take on more and more work, without any extra strain on their employees. This means that you should expect a rise in the number of cases that law firms take on, as well as how much they do in advisory capacities.

Virtual and augmented reality are fast becoming commonplace in a lot of other sectors, but it is one piece of technology that law firms don’t seem to have adopted just yet. This could all be set to change, however, with the law sector finally coming on board with this technology. It is expected that virtual and augmented reality will be used to help with client recruitment and engagement. It is also expected that law firms can use these types of technology to help with staff recruitment and training. It means that training sessions can be delivered via AR or VR and won’t take the employee away from the office for as long as if they were going away to train. This will help lower costs and make sure that people are being trained fully and effectively.

SEO is changing all the time, and 2018 will see further changes yet in this piece of technology. Artificial intelligence or AI means that they can answer users search queries from just the first few words. This is known as predictive search and already exists but in 2018 it is expected that this technology will become more advanced and better able to guess what the user wanted to search for. This means that law firms may be cut out of the competition before the user has even had a chance to search for them.

With our rapid evolution in the world of technology, one should never be surprised at new and unique outlets for expression. Not only does the internet make new art forms available to us, but it also opens up the options to become collaborative and get involved.

Nowadays, writers have the option to instantly send their books to editors and peers over the internet. This leads to quicker turnover rate, and allows the writer to receive feedback almost instantaneously. While many believe that the rise of internet technology signifies bad news for novel authors and editors, others believe that it is the perfect too to write and publish more efficiently.

If you’re an author, you’ll know how difficult it is to get your books published. If getting published isn’t difficult enough, it’s almost equally as difficult to get other people to take the time out of their day to read your material. The internet allows of quicker access to your reading material, and gives you the option to spread your work throughout a myriad of sources.

With the use of television, social networking sites, and video games constantly being on the rise, we are running into the risk that books are slowly becoming phased out. Why should we spend six hours reading a book when we can relax and get the entire story in a two hour movie? Well, there are many reasons why reading material is essential to human growth and development.

First, books allow us to use our imagination in a way that television and movies cannot. While reading a novel, we can contemplate on issues such as character development and emotion. Regardless of how many people read the same novel, the protagonist will always be viewed slightly differently in the minds of each individual reader. Furthermore, reading often acts as a type of therapy for many people. Most readers tend to find something in a character with which they identify, and through that connection, the reader and writer are able to take a journey together. Essentially, the writer cannot exist without the reader, and vice versa.

Because American children are reading less and less, due to the influx of media and television sources, they are becoming increasingly illiterate. While we cannot force children to read, we must encourage them as much as possible to choose books over movies at a young age. Watching the screen turns people into consumers, whereas reading turns people into the creators. Many studies show that encouraging reading at a young age greatly improves one’s learning and attention skills later in life.

Learning to effectively read and write also help to improve one’s overall attention span. If you are successful and well-trained in literacy skills, you are sure to go a long way. Many people don’t realize how important writing skills are to succeed in life, but if you are searching for a top notch career, chances are that you will have to be a decent writer. It’s as simple as this: Reading books greatly helps to improve your overall writing skills.

The original triathletes were amazing. Dave Scott and Mark Allen accomplished amazing feats in triathlon long before technology took over the sport. They didn’t have metrics like we have today and they certainly didn’t have all of the information gathering abilities we have. Yet, they set records and competed valiantly. In fact Mark Allen still holds the marathon record in Kona to this day. Technology is a great friend to triathletes but is does have a downside.

TECHNOLOGY ITEMS

So technology has taken over every part of triathlon. One of the most widely researched areas is the area of the triathlon watch. Each and every year there are new watches available for purchase that have ever increasing measurements for the triathlete. My personal favorite is the Garmin 910XT. This watch gives me heart rate, power (with a power meter), pacing (with optional foot pod), speed, cadence (with optional cadence sensor), mileage, yards in swimming, and much more. Each of these measurements aid me in measuring my success or failures in each and every training session and race.

Technology has been making huge strides in bicycles and wheel sets. The amount of research going into these two items within the world of triathlon is incredible. Each and every year there are new and exciting advances in aerodynamic speed in bicycles and wheel sets. Much of the time these technologies can take on two very different vantage points. This was most evident at the 2016 World Championships in Kona. Diamond Bikes unveiled their Andean bike which fills in all the space in between the front tire and the back tire with a solid piece to make the wind pass by this area for aerodynamics. Another bike debuted at Kona this year with the exact opposite idea. The Ventum bike eliminated the down tube of the bike and made a vacant space in between the front tire and the back tire with only the top tube remaining. These are two very different ideas about aerodynamics. This is one of the amazing things about the advancement of technology and one of the downsides as well.

Each and every piece of equipment in triathlon is undergoing constant technology advancements. Shoes, wetsuits, socks, nutrition, hats, sunglasses, helmets, racing kits, and anything else you can imagine. This world of technology in triathlon is not near to completion and will continue to push the limits.

THE UPSIDE TO TECHNOLOGY

Technology in triathlon is amazing. These new items are exciting and make each and every year different. There are new advancements that help triathletes go faster and longer. These new technologies help even the amateur triathlete to go faster. Just the purchase of new wheels can mean the difference between being on or off the podium. The advancement of shoes has aided many athletes to avoid the injuries that plague so many such as plantar fasciitis. Technology will continue to aid the sport in becoming better and better.

THE DOWNSIDE TO TECHNOLOGY

The downside to technology is that the amateur triathlete arrives at their local race already incapable of winning because someone else has the money to buy some of the latest technology. The biggest purchases such as wheel sets and bicycles can be cost prohibitive to the average triathlete and yet there are individuals who purchase these items at alarming rates. The amateur triathlete can also feel overwhelmed at what to purchase and what not to purchase. Some items of technology are not worth the extra cost because they do not decrease racing time significantly enough for what they cost. Now that these new technologies have been out awhile, knock-offs have begun to make lower cost items. It will be interesting to watch the flood of these knock-offs into the market and see how that affects the big boys of technology.

If you are an amateur triathlete shop smart and don’t go buy the new gadgets just because they are new. Make sure to invest in items that are going to truly make you faster and not just a gimmick.

These days it seems as though technology advances at the speed of light. Blink twice and the next breakthrough is available. It’s not just about phones or computers-cutting edge technology is now available in every field to make life easier. Nowhere is this more evident than in the luxury real estate market. Innovations can be found in every room of the house. From state-of-the-art security systems to tech-laden bathtubs, the high-tech home is the new dream home.

The smart home is arguably the most influential development in home technology. The idea of controlling various systems (such as lighting and heating) remotely has been around a few years now, but more products are now available that integrate into the connected home network. Home security systems, door locks, and smoke and carbon monoxide detectors can keep you safe, while programmable thermostats, window shades, and beds keep you comfortable. There are also products to keep you entertained, such as TVs, sound systems, and lighting. Refrigerators, ovens, and crock-pots are all operable with a push of a button. Imagine riding home from work in your self-driven car, making sure your lights are on, the kitchen is a comfortable 73 degrees, and your dinner is ready the minute you step in the door.

Some homes are outfitted with technology down to the studs. With smart glass, your windows can darken themselves or turn into a movie screen. Other options include solar-thermal cladding to reduce heat loss, self-healing concrete so your driveway never gets a crack, and anti-bacterial tiles to keep your bathroom squeaky clean. Even building materials themselves are advancing with the digital age. Homeowners want it all when it comes to technology, and contractors and builders can provide it for them.

Smart homes are climbing to the top of “must have” lists around the country, and many sellers are ready to deliver. In fact, in a survey of more than 500 luxury real estate agents, 60% said they are seeing more smart home features in listing descriptions than two to five years ago, with agents also noting these features help sell homes faster. High end now means high tech-an oven ought not be just stainless steel; it must also let you adjust the temperature from across town with your tablet. There’s no better, or more desirable way to deliver the comfort and extravagance of luxury real estate to buyers than with smart, up-to-the-minute technology.

Let’s say that a new technology is developed that could allow many parties to transact a real estate deal. The parties get together and complete the details about timing, special circumstances and financing. How will these parties know they can trust each other? They would have to verify their agreement with third parties – banks, legal teams, government registration and so on. This brings them back to square one in terms of using the technology to save costs.

In the next stage, the third parties are now invited to join the real estate deal and provide their input while the transaction is being created in real time. This reduces the role of the middleman significantly. If the deal is this transparent, the middleman can even be eliminated in some cases. The lawyers are there to prevent miscommunication and lawsuits. If the terms are disclosed upfront, these risks are greatly reduced. If the financing arrangements are secured upfront, it will be known in advance that the deal will be paid for and the parties will honour their payments. This brings us to the last stage of the example. If the terms of the deal and the arrangements have been completed, how will the deal be paid for? The unit of measure would be a currency issued by a central bank, which means dealing with the banks once again. Should this happen, the banks would not allow these deals to be completed without some sort of due diligence on their end and this would imply costs and delays. Is the technology that useful in creating efficiency up to this point? It is not likely.

What is the solution? Create a digital currency that is not only just as transparent as the deal itself, but is in fact part of the terms of the deal. If this currency is interchangeable with currencies issued by central banks, the only requirement remaining is to convert the digital currency into a well-known currency like the Canadian dollar or the U.S. dollar which can be done at any time.

The technology being alluded to in the example is the blockchain technology. Trade is the backbone of the economy. A key reason why money exists is for the purpose of trade. Trade constitutes a large percentage of activity, production and taxes for various regions. Any savings in this area that can be applied across the world would be very significant. As an example, look at the idea of free trade. Prior to free trade, countries would import and export with other countries, but they had a tax system that would tax imports to restrict the effect that foreign goods had on the local country. After free trade, these taxes were eliminated and many more goods were produced. Even a small change in trade rules had a large effect on the world’s commerce. The word trade can be broken down into more specific areas like shipping, real estate, import/export and infrastructure and it is more obvious how lucrative the blockchain is if it can save even a small percentage of costs in these areas.

It is hard to believe how much the world has changed in the last 30 years ago. Three decades ago, a day in the office involved poring over files and printed statistic pages that had been mailed from another office. Today, a similar day would involve reading these same statistics from the screen of a digital device such as a laptop or a handheld device. Thanks to the rapid evolution in technology, modern business results and relationships are achieved differently. Today, people are more likely to be concerned with acquiring essential iPhone parts or MacBook parts to their respective device than they are with buying a new suit.

The emergency of the enhanced digital age has provided many options that were previously unavailable. In colleges for example, students are now able to pay better attention to their classes and schedules. Most mobile devices are filled with extremely efficient organizers. These pseudo cyber secretaries ensure that students are able to correctly remember what they have to do during the day while still alerting them to the birthday status of friends. Sitting in the beds of their dorm rooms, many students are able to review lectures that they have missed on their laptops as well as discuss assignments amongst fellow peers.

In the world of the business, the use of technology has been even more dramatic. The presence of the internet has made the idea of a globalization a very real fact. Different branches of companies located in different parts of the world are able to communicate with each other via the use of their computers. Business men are no longer restricted to working within their office. With the use of their netbooks or mobile devices and an effective connection, a worker can easily discuss matters relating to business with a coworker as he takes the train home.

Of course, in order for the advances in technology to be effectively used, people will need to equip themselves with the right tools and accessories. There are different product parts which are released and designed to improve the efficiency in service of a product. For instance, the introduction of blue tooth and wireless technology allows most people to abandon the use of wires. Headsets as well as other accessories can now be linked with real hardware with connections such as these. The provision of wireless keyboards and headphones do not only improve human efficiency, they also reduce many of the clutter that existed prior to their introduction.

Many of these accessories can be found on the internet at online tech shops. Depending on the nature of a person’s needs, provision can be made for a wide range of hardware items. For example owners of computers can decide to upgrade the efficiency of their systems with various enhanced additions. The use of cell phones and digital handheld products can also be upgraded with extremely effective parts reliant on the technology found alongside these devices. Technology has taken the world in its grip and for the best parts; it appears that it is here to stay.

Aviation

GPS technology is now very much prevalent in commercial aviation. Most commercial jetliners now increasingly employ GPS navigation for initial and non-precision approach to specified airfields. The Automatic Dependent Surveillance – Broadcast (ADB-B) is the futuristic primary guidance and navigational GPS technology for which a substantial amount of research, development and investments are being poured in. The ADB-B technology also involves direct inter-aircraft communication within a pre-defined radial proximity wherein it enables the aircraft to inter-communicate their relative speeds, distances, flight paths and locations. The development of this technology is not confined to any one country but is being developed globally through strategic technological multi-lateral alliances. Besides its use in commercial aviation, the GPS ADB-B technology is also being employed in the navigation Unmanned Aerial Vehicles (UAVs). The UAV’s are primarily used for resource mapping and air surveillance imaging – a task that was previously tasked to earth orbiting satellites such as the NASA Landsat.

Shipping and Rail Transport

The all encompassing, all progressing GPS technology has further underlined its presence in the field of maritime technology. GPS digital technology has since replaced conventional electronic maritime technology and is now being employed to include such vital operational parameters as ocean and inshore navigation, dredging, port and harbor entrance approach navigation and docking, Vessel Traffic Services (VTS), Automatic Identification System (AIS), hydrographical data collection and cargo logistics.

In regard to railroad navigation, GPS technology is widely used today to streamline such navigational essentials that include the management of rolling stock, passenger information, prevention of door releases contingent to carriage platform alignment, cargo tracking signaling, train integrity and level crossing approach.

Science

The applications of GPS technologies in various scientific fields are quite widespread and impactful; these include such areas as environmental and atmospheric monitoring, animal behavior studies, botanical specimen locations, meteorology and climate research, agriculture, fisheries and fishing, land area mapping, yield monitoring, precision planting of crops, spray and harvest monitoring, autonomous vehicle control.

Security

Security is another very wide field that employs GOS technologies. GPS security applications include tracking of all kinds of vehicles – light and heavy vehicles, 20 and 40 ft. containers comprising general cargo, special air-conditioned containers for perishable food items, security monitoring of vehicles for the transfer of criminals and suspects, etc.

It is obvious that the GPS technology is indeed very applicable and suited to a very wide spectrum of scientific and technological applications which call for constant monitoring and tracking data, especially if the targeted objects are important, urgent, sensitive and precious. This includes people, animals, machinery, precious metal, currency notes, etc.

New disorders have been named to accommodate the growing number of people addicted to specific technologies; World of Warcraft and other video games, Facebook, Smartphones at dinner, Candy Crush, and more. Anyone remember the craze of the most addicting Facebook game of them all, Farmville ?! Most Americans can say they would like to be less glued to their technology. Screen time has been known to cause sleep disturbance, and with work becoming more mobile, it becomes more and more invasive of our personal time. You can set boundaries, and a priming technology cleanse might be just what the doctor ordered to begin living in the real world and online with balance. Follow the following suggestions to have a successful technology cleanse.

Outline Your Cleanse

Without a plan, you plan to fail. Technology cleanses are probably one of the hardest cleanses to endure because it's not a physical challenge, but a mental one. Decide how long you will cleanse for (typically 2-3 days or a week) and plan to begin 2-3 days prior so that you are not quitting cold turkey. Also set parameters of what technology you will obstain from, or when you will be able to use them. During this planning phase, decide what you want to spend your time doing instead. You will need this outline to refer to when you are feeling the itch, which brings us to our next point; relapse prevention.

Relapse Pre-Prevention

Decide why you are doing this technology cleanse and write your answer down. Place this card somewhere you will see it daily as a reminder, or keep it on you at all times. I'd suggest you take a picture with your phone so you always have it, but during a technology cleanse, you may not have that luxury. Revisit your "why" when you feel "the itch".

Some last important suggestions before you get started are to notify anyone who needs to know you are doing a technology cleanse. This may be people you work with or for, Facebook friends or groups you normally converse with, or people closest to you that can help support you during your cleanse. Prepare for your return to technology, too. One of the best ways to do this is to unsubscribe to any email subscriptions you no longer care for. Go through and uninstall any unnecessary apps and turn off unnecessary notifications of the apps you are keeping. The last suggestion of this article is to learn to use 'Airplane Mode' which disables your phone's ability to send or receive text messages, calls, or notifications. This mode may also be sometimes called flight mode, standalone mode, or offline mode and can be used in a number of situations. You can enable flight mode when you don't want to be disturbed, when going into important meetings, to charge your battery faster, or reserve the battery life you already have.

Technology is becoming more and more prevalent in our everyday lives as well as the workforce. Recent studies predict that by the year 2010 almost every job in the American workplace will require some use of technology. This influx in technology has caused changes in the way the computer is being used in the workplace and in the way computer literacy needs to be taught in our schools.

When the personal computer was first introduced in the 1980’s, people had to learn how to operate it, program it, and utilize its basic functions. Today, people and businesses are becoming more familiar with technology and using it more as a tool for such things as information gathering, data analysis and interpretation, presenting information, problem solving, communication, etc. This technology is also continually being updated and changed to allow for more efficient and productive work, causing people to have to keep pace with this new information. In such a knowledge-based economy, knowing how to locate information quickly, evaluate this information for bias and accuracy, and synthesize and apply that information to solve problems will be needed and valued skills. Therefore, teaching students skills such as these will better prepare them for the workforce of the 21st century.

Simply providing students with technology in isolated computer classes will not teach students these necessary skills or how to use the computer as a tool. After all, the end result is not wanting students to simply know how to operate computers but how to use them as a tool for organization, communication, problem-solving, and research.

Technology needs to be integrated into the curriculum using an active/inquiry-based method of learning. In this method, instead of students being shown specific steps to follow to solve a problem and then solving problems from a textbook, they are given a “real world” problem to solve and must create their own strategies for data gathering, analyzing, hypothesizing and testing solutions. By constructing their own strategies, they gain a deeper understanding of problem-solving skills. By solving real world problems, students are better able to relate their learning to their own lives and similar future situations. Oftentimes the students work in groups to solve their problems which enhances students’ interpersonal skills and teamwork. They also learn to accept different perspectives, work cooperatively, and state their opinions and feelings. After all, few jobs require people to work in total isolation; therefore, being able to work with others is an important aspect of society and the workplace.

Students should be given a number and variety of technology resources to use in order to find a solution to their problem, such as internet resources or search engines, communication/email with experts, books, software programs, spreadsheet programs, graphing programs, etc. Students may also be required to conduct their own hands-on experiments or participate in online collaborative research. However, instruction should be given on how to analyze information for bias and accuracy. Students should realize that not everything on the internet is true or correct. Since the information is not merely presented to the students in a lecture format they are required to critically think about it, interact with it, analyze it, and use it to formulate a solution. This type of instruction enhances critical thinking and higher order thinking skills and helps students demonstrate a deeper understanding of the content and concepts presented as well as the problem-solving process.

Students should also have choices in how their information and solution is presented. Formats such as PowerPoint presentations, posters, brochures, pamphlets, reports, web pages, and movies created with technology can be utilized. Giving students a choice in their final presentations not only allows them to showcase their talents and strengths but allows students to make their own decisions about the best ways to present their data to others, which is oftentimes required in the workplace.

Incorporating technology into the classroom using an active/inquiry-based method enhances the skills required for success in the 21st century. It requires students to use the computer as a tool to gather information, analyze data, and present a solution to a given problem. These are the skills that the technology rich environments of today emphasize and require; therefore, using technology in this manner will aide students in developing life long skills that can be carried over to the workforce.

Over the years, we have seen a wide range of advancements in semiconductor design services. The Semiconductor Industry Association (SIA) announced that the global semiconductor industry posted sales of $468.8 billion in 2018 – the industry’s highest-ever annual total and an increase of 13.7 percent over the 2017 sales.

As the demand for semiconductor services continues to increase and the industry witnesses a broader range of new technology innovations, we can clearly see a move toward lower geometries (7nm, 12nm, 16nm, etc.). The key drivers behind this trend are benefits in terms of the power, area, plus various other features that become possible with lower geometries.

The proliferation of lower geometries has fuelled business in a number of areas, especially in the sectors of mobility, communication, IoT, cloud, AI for hardware platforms (ASIC, FPGA, boards).

Delivering a lower technology design project on time is important in today’s dynamic and competitive market. However, there are many unknowns at lower geometry which impacts on project/product scheduled delivery. By keeping in mind the below elements, it is possible to ensure on-time delivery at lower geometry nodes.

1. Lower technology node’s cost modeling

A chip design leader provides the required strong technical leadership and has the overall responsibility for the integrated circuit design.

For lower geometry design, engineers need to define the activities from spec-to-silicon, sequence them in the right order, estimate the resources needed, and estimate the time required to complete the tasks. At the same time, they need to focus on the reduction of the total system cost while also satisfying specific service requirements. Following are the actions that engineers can take for cost optimization:

Use multiple patterning

Use suitable design-for-test (DFT) techniques

Leverage mask making, interconnects and process control

On different layout methods because node scaling down is not cost-economic anymore. For continuous performance improvement along with cost control, some companies are now pursuing a monolithic 3D ICs rather than a conventional planar implementation, as this can provide 30% power savings, 40% performance boost, and cut the cost by 5-10% without changing over to a new node.

2. Advanced data analytics for smart chip manufacturing

In the chip manufacturing process, a large volume of data is generated on the fab floor. Over the years, the quantity of this data has continued to grow exponentially with each new technology node dimension. Engineers have played instrumental roles in generating and analyzing data with the aim of improving predictive maintenance and yield, improving R&D, enhancing product efficiency and more.

Applying advanced analytics in chip manufacturing can help to improve the quality or performance of individual components, cut-down test time for quality assurance, boost throughput, increase equipment availability, and reduce operating costs.

3. Efficient Supply Chain Management

As new technology is often released faster than the R&D timeline, everyone in the chip-making industry is facing a problem in IC supply chain management. The big question is: how to improve efficiency and profitability in this scenario.

The answer is faster decision making and efficient integration of various suppliers, requirements of clients, distribution centers, warehouses, and stores so that merchandise is produced with end-to-end supply chain visibility and distributed in the right quantities, at right time to the right location to minimize total system cost.

4. Process for timely delivery

Improved delivery to the customer is a core part of the semiconductor design services. It includes setting-up order capturing to work with orders at runtime, cloud computing optimization, logistics, and the transfer the end-product to a customer – while keeping them up-to-date with every required information at each stage. Planning the complete flow ensures that no critical deadlines for the project are missed.

In order to overcome delays, semiconductor design companies can:

• Minimize the use of custom flows and shift towards place & route flows for better physical data-path capabilities.
• Set and adhere to quick response time to the client’s requirements and change requests.
• Get real-time information from spec to silicon availability in terms of the semiconductor design flow, location, reservation, and quantity.
• Ensure collaborative communication between teams working on the project.
• Focus on criticality analysis – reducing the risk of functional failures of the design to prevent business stoppers.
• Gain utilization expertise in multiple tools for managing the project.
• Adopt better technologies (TSMC, GF, UMC, Samsung), better methodology (Low power consumption and high-speed performance), better tools (Innovus, Synopsys, ICC2, Primetime, ICV).

How is eInfochips positioned to serve the Market?

Whether you want to design innovative products faster, optimize R&D costs, improve time to market, enhance operational efficiency or maximize the return on investment (ROI), eInfochips (an Arrow Company) is the right design partner.

eInfochips has worked with many top global companies to contribute over 500 product designs, with more than 40 million deployments around the world. eInfochips has a large pool of engineers who possess specialization in PES services, with a focus on in-depth R&D and new product development.

In order to deliver product at short time-to-market, eInfochips provides ASIC, FPGA and SoC design services based on standard interface protocols. It includes:

1. Sign-off services in the front end (RTL design, Verification) and backend (Physical design and DFT)
2. Turnkey design services covering RTL to GDSII and design layout
3. Use of Reusable IPs and framework that assist the company in short product development time and cost for faster and right time-to-market

This blog is originally published at eInfochips.com.