Wilsonville, OR, October 30, 2015 – Mentor Graphics, Inc. (Nasdaq: MENT) today announced the Veloce® VirtuaLAB Ethernet environment supporting 25G, 50G and 100G Ethernet. This support provides efficient, hardware-based simulation-based verification for today's large-scale Ethernet-based designs. The dramatic increase in connectivity requirements has had a profound impact on the design size of switches and routers, making these designs among the largest IC designs currently under development. The design of the paper size, the pressure of early release, and the need to validate all paths have led to a shift in methodology, moving validation from software-based simulation-based processes to hardware-based simulation-based processes. "Providing a highly scalable, high-density network foundation for customers' demanding environments is a top priority when designing Juniper Netw-orks' advanced switches and routers," said Debashis, Senior Vice President, Silicon and Systems Engineering, Juniper Networks Basu said, "The state-of-the-art features of our ASICs make Veloce VirtuaLAB Ethernet and hardware emulation a key factor in verifying convergence, which helps ensure that we offer versatile, high-performance switching and routing technologies that enable us to Keep up with the rhythm of evolving network requirements." VirtuaLAB Ethernet converts hardware emulation of network chips by replacing traditional physical devices used in internal circuit emulation (ICE) with virtual devices. This virtualization capability moves hardware simulation from the engineering lab to the compute data center for maximum utilization of hardware simulation resources. VirtuaLAB components provide a complete, software-driven Ethernet stack that runs 15,000 times faster than traditional software emulation. This allows VirtuaLab Ethernet users to solve complex Ethernet-based design challenges by using higher traffic, advanced debugging, power analysis, and performance analysis. “For high-end Ethernet products for the networking market, their rapid development and deployment requires high-quality IP and a complete verification solution,†said Daniel Kohler, CTO of MoreThanIP. “In recent years, we have partnered with Mentor. Robust, full-featured Ethernet verification is deployed in the Ethernet VirtuaLAB product. Recently, we have also implemented Forward Error Correction (FEC) verification for high-speed 25G, 50G, and 100G designs." The solution to accelerate the deployment of VirtuaLab in the online market is due to the significant and reproducible increase in traffic. For example, in software simulation, it is common to run 1,000 packets per day. Compared to hardware simulation, the difference is astounding. Customers report that they will run 11,000,000 packets here every day. “We work with leading network companies to provide solutions that address their verification challenges. The rapid development of these designs and the need to validate each path creates a huge space for verification, enabling a dramatic shift from software simulation to hardware simulation. "We have developed VirtuaLAB Ethernet and other solutions for converting hardware emulation, enabling Veloce customers to achieve their complex verification goals," said Eric Selosse, vice president and general manager of simulation at Mentor Graphics. About Veloce Hardware Simulation Platform The Veloce hardware emulation platform is the core technology of the Mentor® Enterprise Authentication Platform (EVP). EVP increases the productivity of ASIC and SoC functional verification by converging advanced verification technologies into a comprehensive platform. The success of the Veloce hardware simulation platform is due to several factors: high design capacity, execution speed, and outstanding features. Currently considered to be the most versatile and powerful verification tool, the project team uses hardware emulation for hardware debugging, hardware/software co-verification or integration, system-level prototyping, low-power verification and power estimation, and performance feature extraction. About Mentor Graphics Mentor Graphics is a global leader in electronic hardware and software design solutions (EDA), providing quality products, consulting services and support to the world's most successful communications, semiconductor, computer, consumer, automotive and defense industries. Accelerate the research and development of customers' electronic and mechanical products, improve product quality and increase cost-effectiveness. Engineers can take advantage of the company's new products and solutions to meet the challenges of increasingly complex board and chip design. Mentor Graphics has the industry's broadest portfolio of top-of-the-line products, offering complete SoC/IC/FPGA/PCB/SI design tools and services, and is the only EDA company with embedded software solutions. The company was founded in 1981 and currently has more than 70 branches located around the world. (Mentor Graphics, Mentor, and Veloce are registered trademarks of Mentor Graphics, Inc. All other company or product names are registered trademarks or trademarks of their respective owners.)
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Super five line identification is "CAT5E", bandwidth 100M, is the mainstream product;The identification of the six lines is "CAT6", with a bandwidth of 250M, used to set up gigabit network, which is the trend of future development.
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Cat 6 Flat Ethernet Patch Cables are designed for high density environments where clearance and space is limited.
CAT6 Ethernet Cable is manufactured in our own factory with 4-pair oxygen-free pure copper and RJ45 connector plugs with FU gold-plated contacts with molded strain relief snagless boot. Our high-speed Category 6 Ethernet cable has an in-wall PVC jacket.
CAT5E of twisted pair also use 4 winding pairs and 1 anti-tension wire, the color of the pair is exactly the same as the CAT6 of twisted pair, namely white orange, orange, white green, green, white blue, blue, white brown and brown respectively.
Although the CAT5E of unshielded twisted pairs can provide up to 1000Mb/s of transmission bandwidth, they often need to be supported by expensive special equipment.Therefore, it is usually only used for 100Mb/s fast Ethernet to connect desktop switches to computers.If you are not prepared to upgrade your network to gigabit Ethernet in the future, then you might as well use CAT5E of unshielded twisted pair in horizontal wiring.
CAT6 of unshielded twisted pair: all parameters of the six classes of unshielded twisted pair have been greatly improved and the bandwidth has been extended to 250MHz.The CAT6 of twisted pair are different from the CAT5 or CAT5E types of twisted pair in shape and structure, which not only increases the insulated cross skeleton, but also places the four pairs of twisted pair wires in the four grooves of the cross skeleton, and the diameter of the cable is also thicker.
In addition to the traditional voice system still use three types of twisted pair, network cabling is basically using CAT5E or CAT6 of unshielded twisted pair Ethernet cable.