The Washington Capitals placed forward Brendan Leipsic on waivers for the purpose of terminating his contract.

Haskell's Fall season has come to an end!

The Women's Track & Field team finished their season at Baker Invite on April 29th. Here are some of the athlete's best finishes throughout the season. The Seniors behind the Track & Field program are Cherica Eckiwaudah (SR/Anadarko, OK )

Ottawa, Kansas - The Haskell Indian Nations University Men's track and field teams competed at the Ottawa Braves Invitational on Saturday.

Liberty, MO - The Haskell Indian Nations University Men's track and field teams competed at the Darrel Gourley Open on Saturday.

The Men's Track & Field team finished their season at Baker Invite on April 29th. Here are some of the athlete's best finishes throughout the season. The Seniors behind the Track & Field program are Isaac Johnson and Stephen Esmond (SR). 

Molding caps aren’t something we talk about too frequently around here. We all know they exist, and they serve an important purpose of protecting the delicate die from potentially harsh environmental conditions. They impact how well heat can be...(read more)

Is there a setting for automatically naming nets from port names in a hierarchical design? That is, when creating a netlist for Allegro in Capture.

Is anyone else using Constraint Manager within Capture? This is my first time using it. I'm finding that it is occasionally changing some of my constraint values in Allegro. It seems random. 

Hi

i have generated a BOM of my design and one of the parts is showing wrong information than what I specified in the database. I can see that in CIS database that part has been specified a correct information  but when I exported it to bom it shows wrong values.

Hello,

I am trying to import (in spectre) an spice model of a ceramic capacitor manufactured by Samsung EM. The link that includes the model is here :-

http://weblib.samsungsem.com/mlcc/mlcc-ec.do?partNumber=CL05A156MR6NWR

They proved static spice model and interactive spice model.

I had no problem while including the static model.

However, the interactive model which models voltage and temperature coefficients seems to not be an ordinary spice model. They provide HSPICE, LTSPICE, and PSPICE model files and I failed to include any of them.

Any suggestions ?

Hello,

I am using Virtuoso 6.1.7.

I am performing the parasitic extraction of a MOM cap array of 32 caps. I use Quantus QRC and I enable field solver. I select “QRCFS” for field solver type and “High” for field solver accuracy. The unit MOM cap is horizontally and vertically symmetric. The array looks like the sketch below and there are no other structures except the unit caps:

Rationally speaking, the capacitance values of the unit caps should be symmetric with respect to a vertical symmetry axis that is between cap16 and cap17 (shown with dashed red line). For example,

the capacitance of cap1 should be equal to the capacitance of cap32

the capacitance of cap2 should be equal to the capacitance of cap31

etc. as there are no other structures around the caps that might create some asymmetry.

Nevertheless, what I observe is the following after the parasitic extraction:

As it can be seen, the result is not symmetric contrary to what is expected. I should also add that I do not observe this when I perform parasitic extraction with no filed solver.

Why do I get this result? Is it an artifact resulting from the field solver tool (my conclusion was yes but still it must be verified)? If not, how can something like this happen?

Many thanks in advance.

Best regards,

Can

Several tools can generate power reports based on libraries & stimulus. The issue is what's NEXT?

• Is there any scope to improve power consumption of my design?
• What is the best-case power?
• Pin-point hot spots in my design?
• How to recover wasted power?

And here is the solution in form of Joules RTL Power Exploration. Joules’ framework for power exploration and power implementation/recovery is stimulus based, where analysis is done by Joules and is explored/implemented by user.

Power Exploration capabilities include:

• Efficiency metrics
• Pin point RTL location
• Cross probe to stim
• Centralize all power data

 Do you want to explore more? What is the flow? What commands can be used?

There is a ONE-STOP solution to all these queries in the form of videos on Joules Power Exploration features on https://support.cadence.com (Cadence login required).

Video Links:

How to Analyze Ideal Power Using Joules RTL Power Solution GUI? (Video)

What is Ideal Power Analysis Flow in Joules RTL Power Solution? (Video)

How to Apply Observability Don’t Care (ODC) Technique in Joules? (Video)

How to Debug Wasted Power Using Ideal Power Analyzer Window in Joules GUI? (Video)

Related Resources

Enhance the Joules experience with videos: Joules RTL Power Solution: Video Library

For any questions, general feedback, or future blog topic suggestions, please leave a comment. 

Libpcap is a portable packet capture library which is used in many packet sniffers, including tcpdump.

The openscap project is a set of open source libraries that support the SCAP (Security Content Automation Protocol) set of standards from NIST. It supports CPE, CCE, CVE, CVSS, OVAL, and XCCDF.

Scapy is a powerful interactive packet manipulation tool, packet generator, network scanner, network discovery tool, and packet sniffer. It provides classes to interactively create packets or sets of packets, manipulate them, send them over the wire, sniff other packets from the wire, match answers and replies, and more. Interaction is provided by the Python interpreter, so Python programming structures can be used (such as variables, loops, and functions). Report modules are possible and easy to make. It is intended to do the same things as ttlscan, nmap, hping, queso, p0f, xprobe, arping, arp-sk, arpspoof, firewalk, irpas, tethereal, tcpdump, etc.

Scapy is a powerful interactive packet manipulation tool, packet generator, network scanner, network discovery tool, and packet sniffer. It provides classes to interactively create packets or sets of packets, manipulate them, send them over the wire, sniff other packets from the wire, match answers and replies, and more. Interaction is provided by the Python interpreter, so Python programming structures can be used (such as variables, loops, and functions). Report modules are possible and easy to make. It is intended to do the same things as ttlscan, nmap, hping, queso, p0f, xprobe, arping, arp-sk, arpspoof, firewalk, irpas, tethereal, tcpdump, etc.

Scapy is a powerful interactive packet manipulation tool, packet generator, network scanner, network discovery tool, and packet sniffer. It provides classes to interactively create packets or sets of packets, manipulate them, send them over the wire, sniff other packets from the wire, match answers and replies, and more. Interaction is provided by the Python interpreter, so Python programming structures can be used (such as variables, loops, and functions). Report modules are possible and easy to make. It is intended to do the same things as ttlscan, nmap, hping, queso, p0f, xprobe, arping, arp-sk, arpspoof, firewalk, irpas, tethereal, tcpdump, etc.

Scapy is a powerful interactive packet manipulation tool, packet generator, network scanner, network discovery tool, and packet sniffer. It provides classes to interactively create packets or sets of packets, manipulate them, send them over the wire, sniff other packets from the wire, match answers and replies, and more. Interaction is provided by the Python interpreter, so Python programming structures can be used (such as variables, loops, and functions). Report modules are possible and easy to make. It is intended to do the same things as ttlscan, nmap, hping, queso, p0f, xprobe, arping, arp-sk, arpspoof, firewalk, irpas, tethereal, tcpdump, etc.

Capstone is a multi-architecture, multi-platform disassembly framework. It has a simple and lightweight architecture-neutral API, thread-safe by design, provides details on disassembled instruction, and more.

Google Invisible RECAPTCHA version 3 suffers from a spoofing bypass vulnerability.

The openscap project is a set of open source libraries that support the SCAP (Security Content Automation Protocol) set of standards from NIST. It supports CPE, CCE, CVE, CVSS, OVAL, and XCCDF.

Atlantis in South Africa has a new SEZ focused on green manufacturing, which is hoping to turn around the area's fortunes. Annie Hessler reports.

Htcap is a web application analysis tool for detecting communications between javascript and the server. It crawls the target application and maps ajax calls, dynamically inserted scripts, websockets calls, dynamically loaded resources and some interesting elements. The generated report is meant to be a good starting point for a manual web application security audit. Htcap is written in python and uses phantomjs to load pages injecting a probe that analyzes javascript behaviour. Once injected, the probe, overrides native javascript methods in order to intercept communications and DOM changes. It also simulates user interaction by firing all attached events and by filling html inputs.

India’s 2020 budget continues the process of opening up to overseas investment.

Passion Capital's Eileen Burbidge talks to fDi about what fintech companies should consider when expanding internationally, and why London will always be a key market in the sector.

Venture capital funding has reached record levels in recent years, enabling start-ups to expand across borders – but their ability to do this depends on their type of business, and where they are founded.

According to an analysis by the SUN DAY Campaign of data just released by the Federal Energy Regulatory Commission (FERC), U.S. electrical generating capacity by renewable energy sources (i.e., biomass, geothermal, hydropower, solar, wind) has now - for the first time - surpassed that of coal.

Sweden’s ambitious plan to drastically cut emissions from transport by bringing millions of electric cars onto the road could be derailed by a lack of power capacity for new charging stations in major cities.

This week the Global Wind Energy Council (GWEC) launched the first edition of its Global Offshore Wind Report, which provides a comprehensive analysis of the prospects for the global offshore wind market, including forecast data, market-level analysis and review of efforts to lower costs.

This week, DNV GL said that it acted as a technical advisor to the energy company AES Colombia during its planned purchase of the Jemeiwaa Kai portfolio of wind power projects. DNV GL carried out an independent analysis of the La Guajira wind farms wind and power generation regime.

The U.S. land-based wind industry installed 7,588 MW of capacity last year, bringing the overall utility-scale total to more than 96 GW. 

As of the end of 2018, China’s renewable energy installation capacity had reached 728 GW, an increase of 12 percent from a year earlier, according to statistics released by China’s National Energy Administration. This breaks down into 352 GW (up 2.5 percent) for hydro, 184 GW (up 12.4 percent) for wind, 174 GW (up 34 percent) for photovoltaic (PV) and 17.8 GW (up 20.7 percent) for biomass. Renewable energy accounted for 38.3 percent of the country’s total installed power capacity, a rise of 1.7 percentage points.

Two years after Britain had its first coal-free day since the Industrial Revolution, the nation’s network operator is readying itself for life without any fossil fuels.

Last year was the first time since 2001 that growth in renewable power capacity failed to increase year on year.

In the first quarter of this year, China added 5.2 gigawatts (GW) of installed photovoltaic (PV) capacity, according to the National Energy Administration. The figure is a drop from the 9.65 GW in the same period of 2018, due to the new policy on the construction of PV facilities for 2019 having been issued later in the year than similar policies issued in earlier years.

According to an analysis by the SUN DAY Campaign of data just released by the Federal Energy Regulatory Commission (FERC), U.S. electrical generating capacity by renewable energy sources (i.e., biomass, geothermal, hydropower, solar, wind) has now - for the first time - surpassed that of coal.

Tesla Inc. is planning a factory in China with a capacity for 500,000 vehicles a year, its biggest step beyond the U.S. so far, according to people familiar with the matter. Tesla is due to sign a memorandum of understanding with local entities in Shanghai, the people said, asking not to be identified as the information isn’t public. Chief Executive Officer Elon Musk was to be in the city for an event with the government on Tuesday, Bloomberg reported earlier. A Tesla representative in China didn’t immediately respond to a request for comment.

According to an analysis by the SUN DAY Campaign of data just released by the Federal Energy Regulatory Commission (FERC), U.S. electrical generating capacity by renewable energy sources (i.e., biomass, geothermal, hydropower, solar, wind) has now - for the first time - surpassed that of coal.

Sweden’s ambitious plan to drastically cut emissions from transport by bringing millions of electric cars onto the road could be derailed by a lack of power capacity for new charging stations in major cities.

GDF Suez SA plans to double renewable power production capacity in Europe over the next decade as the utility shifts its focus away from developing more historic natural gas and nuclear energy sources in the region.

On Nov. 11, Germany-based Aquila Capital announced it has signed an agreement with four Norwegian utility companies -- Statkraft AS, Agder Energi, BKK and Skagerak Energi -- to acquire all shares of Smakraft AS, Norway's largest small-hydro company.