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Empowered by the accomplishment of the steadily common Yeti, Skoda set by itself an endeavor of stretching its SUV vary, with a 7-seater as the respectable future venture in the organization’s improvement. The brief was to develop and produce a new interactive CD-ROM for Northumbria University, which provides an updated information aid for potential students nationally and overseas. Five trends will permeate the EDA industry over the coming years—UVM extensions, ESL development, many-core designs, portable stimulus, and IoT products. Download this article in .PDF format This file type includes high resolution graphics and schematics when applicable.
Connector designs keep pace with new networking capabilities as more manufacturers begin using Ethernet.
Auckland, New Zealand AUCKLAND, NEW ZEALAND - NOVEMBER 23: Welder Sandy Tango joins two sections of the 1200mm (42 inch) Waikato to Redoubt rd water pipeline using the stovepipe welding technique.
Shanghai, China SHANGHAI, CHINA - NOVEMBER 11: (CHINA OUT) Workers install a gas pipeline at a construction site on November 11, 2008 in Shanghai, China.
Kirkuk, Iraq 7th May 1952: Welders complete the last joint of a 30'' oil pipeline across desert at 50 miles south west of Kirkuk in Iraq.
Bergen, Norway BERGEN, NORWAY - SEPTEMBER 21: Workers weld pipes together on the pipelay vessel Acergy Piper on September 21, 2006 in Bergen, Norway. Crewe, Cheshire, England 14th September 1934: Sparks fly as an electric welder welds a new end onto an old pipe at the LMS (London Midland and Scottish) works at Crewe. Opa Locka, Florida OPA LOCKA, FL - JANUARY 05: Jassiel Aguila uses an arch welder to merge two pipes together as he continues his education as a pipefitter at the Air Conditioning, Refrigeration and Pipefitting Education Center on January 5, 2012 in Opa Locka, Florida.
Sumatra, Indonesia circa 1955: Indonesian welders working on pipe lines leading to an oil refinery on Sumatra. Pipe welding generally refers to a set of professional skills used for the joining of pieces of metal. The CD-ROM uses a two-window interface to guide the user through university life and experience by following six student guides.
China announced on November 9, 2008 a 4 trillion Chinese yuan (approximately USD 586 billion) stimulus plan to boost economy amid the global financial crisis, with huge investment allocated on a wide array of national infrastructure and social welfare projects over the next two years. Phil Rodin, the Director of Education at the center, said he is seeing a slight increase of job openings for his students as the latest ADP National Employment Report released showed that there was an increase of 325,000 jobs nationwide in December. This task generally requires welders to learn several methods of connecting pipes and to understand the factors that affect the quality of the connections that they intend to make. When the guides mentioned points of interest, corresponding links will appear in the next window and users are able to select to view more information about it.
Contractors (Waikato Water Joint Venture) working for WaterCare, expect to have 10km of the line completed and in the ground by christmas. Many of the students have jobs and use the education center to complete certification requirements for more pay and better jobs.
Many of the individuals who engage in pipe welding are professionals who specialize in this area of metal work, and they are usually certified because pipes are often used to transport hazardous materials, which pose a risk if the connections or repairs are not done properly.
No one person can keep track of them all, but the major publications and Web sites do a remarkably good job overall.
Every once in a while, it helps to step back a bit and look for the industry trends behind many of the specific development projects underway.
This is a useful way to cut through some of the clutter, make investment decisions, search for promising employment opportunities, or choose new career paths. One reason is that industrial Ethernet networks handle significantly larger amounts of data at faster speeds than other networks. Next week, the Design and Verification Conference (DVCon) India will be held September 10-11 in Bangalore.
Worldwide, the global industrial Ethernet market should grow at an average rate of about 9.5% through 2019, according to Technavio, a market research firm. Its technical program of more than 70 talks, tutorials, keynotes, panels, and posters covers a wide range of topics. This article highlights five current trends in the electronics industry and connects them to some of the hottest sessions at DVCon India. Over time, it was adapted for industrial settings, as companies wanted its faster data transfer speeds where it could do the most good, on the factory floor.


It was quickly adopted by a range of industries and companies based on their long familiarity with it and its network design. An Accellera standard that was recently handed off to the IEEE, the UVM defines how to build reusable testbench components for simulation. It has been remarkably successful at verifying blocks and subsystems, automating sequence generation, and largely replacing handcrafted test vectors. However, the UVM cannot be all things to all engineers, and some cracks are starting to show.
Existing IT departments operate the enterprise network, which means their technicians know how to troubleshoot traditional Ethernet. Understanding the ins and outs of traditional Ethernet is a good foundation but, in practice, the factory floor differs significantly from protected office environments. The DVCon India technical program includes more than a dozen talks and posters related to effective use of the UVM as it is currently standardized, and ideas for future revisions and extensions. This makes it a top choice for high-end and data-heavy applications where bandwidth and bottlenecks can be issues, and holds true even for smaller, more compact applications.
One of the reasons this trend is hard to track is that ESL means many things to many different people.
The design side usually focuses on describing the chip in SystemC and using high-level synthesis (HLS) to map to RTL and gates.
Commercial solutions for HLS have been in place for more than a decade, yet the technology has yet to become mainstream.
Across manufacturing and process industries, companies are scrambling to add sensors, connecting them with a host of other plant equipment so managers can gather all the data they need to get a better real-time view of what’s happening on the floor.
And, because it’s also used in offices, it lets managers, engineers, floor personnel, and supervisors access and view data from inside the factory and offices. The level of detail is enough to run software, estimate power consumption, and measure performance metrics, but not enough to run HLS. There’s much speculation (and some actual research) about whether a single model can suffice for virtual platforms and synthesis. These areas are protected from the environment, eliminating some concerns related to shock, vibration, and problems with water or oil. In the meantime, the virtual model is often written in SystemC so that it can be transformed into the HLS source by a series of successive refinements introducing more design details.
Because RJ45 connections are the same as a computer’s Ethernet port, maintaining them on the floor lets engineers quickly get the data they need without special adaptor cables.
More than 20 talks and posters cover many aspects of system-level architecture, design, and verification.
There’s a noteworthy focus on the both SystemC and the transaction-level modeling (TLM) standards, which are widely used in the ESL space. One talk even goes beyond hardware verification to address pre-silicon testing of driver software. Such convergence is resulting in a common architectural style that depends heavily on embedded software content to differentiate the end application and product (Fig. There are RJ45 8-pin connectors for all current Ethernet categories, and the connectors can handle 2- and 4-pair wiring. The RJ45’s plastic ends and overall design are not ideal for harsh factory and plant environments, where shock, vibration, changing temperatures, and exposure to water and oil can damage connectors. M12 Ethernet connectors feature a rugged overmold that encapsulates the connector’s components. The connectors carry a minimum of IP67-rated protection against dust and water ingress, as well as against vibrations and accidental impacts. Data transfer speeds can be as high as 10 gigabits per second (Gbps), depending on the number of pairs and category of cable (much like RJ45 connectors). It is preferable to run test cases on the embedded processors in simulation, and beyond, through emulation, FPGA prototypes, and even actual silicon in the lab. Technicians had to re-terminate the RJ45s on site or, in extreme cases, replace the entire cable. UVM provides no facility for linking code running on SoC processors with a testbench, so once again the need arises for an extension or new approach.
Frustrated by the cost of time and resources lost to repair damaged RJ45s, the company explored their options before adopting M12 connectors. But since UVM works so well on blocks and subsystems, any new method must link to existing testbenches as much as possible.
Switching to this rugged, overmolded design helped the company eliminate connector damage and cut its downtime for repairs and replacement.
In fact, two tutorials are dedicated to this trend, along with a session devoted to papers on graph-based verification, software-driven verification, automated coverage closure, and other technologies that are keys to a robust portable stimulus solution.


The most recent evolution has been the 8-pin M12 X-Code design, which can handle 10 Gbps Ethernet transmission speeds. To reach these speeds, the X-Code connector relies on advanced shielding and either CAT 6A or CAT 7 copper cables. This prevents cross talk from hurting data quality, as well as unwanted signal coupling from one pair to another.
These demands will continue to drive advances in connector design, especially for data acquisition and vision systems and cameras. Many feel that this area has been hyped beyond all rationality and that too many disparate technologies are being gathered under the IoT banner. For example, industrial manufacturers using cameras or vision systems in their application have begun installing M12 X-Code receptacles in their systems, to ensure the systems work at the designed speed with better performance and efficiency. However, it is quite clear that a large market exists for network-connected devices of all kinds, and it will very likely continue to grow at a rapid pace. These organizations need to make sure their solutions reliably transmit data at the highest speeds possible without sacrificing data quality. However, many will need to run on extremely low power and some will be in locations difficult to access for repair or upgrade. Virtually all IoT services will be SoCs, with embedded software providing part of their product differentiation. Although some may not need multicore or many-core capabilities, the wide availability of these platforms may mean that they will be selected anyway. One of these is the shrinking size of devices to accommodate ever-smaller application space. Advanced connectivity is required for success in these environments, which is creating demand for smaller devices that maintain advanced levels of communication. Automation component manufacturers are downsizing those devices, as well as the connectors used with them. Engineers involved in any of these areas will want to benefit from all available information from the trade press, technical journals, and industry conferences.
OEMs are continually looking for ways to adapt their processes to new customer demands without needing to overhaul their operations, purchase new machines, or expand their footprints.
He has served as Product Management Group Director for Advanced Verification Solutions at Cadence, Technical Marketing Director in the Verification Group at Synopsys and Vice President of Applications Engineering at 0-In Design Automation. Before moving into EDA he was Vice President of Engineering at IP pioneer Virtual Chips, following roles in ASIC design and management.
That’s why some companies making automation components are moving from M12 connectors to the smaller M8 designs. Tom has presented more than 100 conference talks, published more than 200 papers and articles, and contributed to 12 books. He holds a BS in computer systems engineering from the University of Massachusetts at Amherst and an MS in electrical engineering and computer Science from the Massachusetts Institute of Technology (MIT).
Automation component suppliers have already begun customizing connectors for use with Ethernet.
This trend is emerging as engineers and system integrators look to gain the faster speeds and advanced connectivity  other industries are already enjoying with Ethernet.
Component manufacturers are already starting to reengineer existing connectors to meet the specific features required in these demanding environments. It was designed for industrial automation and process control applications, and includes tools to deploy standard Ethernet technology for industrial applications. For data exchange, the transmitting devices produce data and receiving devices consume that data. Typically, the TCP connects plant-wide communication to a company’s worldwide network through the Internet.
It is also often used for data transfer, recording events and alarms, maintaining the program, supervisory control, and operator interface connectivity. As a connection-based protocol, TCP opens and establishes a connection with a device to gather data. This data is received and combined with additional information before going to the IP layer, where it’s packaged and transmitted. All communications take place over the same cable, eliminating the need to invest in custom cabling. PROFINET has real-time performance capabilities that are ideal for factory and process automation—specifically automotive, logistics, and food and packaging applications.



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