Networking – eWhitepaperHub

NVIDIA Chose Synopsys’ Silicon-Proven DesignWare DDR IP for Cloud Computing

martech — Tue, 23 Jun 2020 13:55:43 +0000

Synopsys reported that Mellanox, NVIDIA’s networking business unit, will use its silicon-proven DesignWare DDR5/4 PHY IP to tackle emerging memory requirements InfiniBand networking chips, targeting high-performance computing and artificial intelligence (AI) applications. With up to 80-bit data path and support for multiple DIMMs per interface, the high-quality DesignWare DDR5/4 IP addresses critical data rate and memory capacity requirements.

NVIDIA is extending its efforts in high-performance and cloud computing. DesignWare DDR5/4 PHY IP is a part of Synopsys’ broad portfolio of IP memory interfaces consisting of controllers, PHYs, and IP verification for a wide range of processes. It supports all the required features that will help Mellanox integrate the IP into its less risky ASICs and SoCs.

To help consumers reduce their risk of adopting new protocols, Synopsys’ DesignWare DDR5/4 PHY IP provides firmware-based training, a field-upgradable one that does not require any changes to the hardware. Firmware-based programming also enables the use of intricate training patterns, allowing for the highest system-level margin and channel efficiency. For power performance, the DDR5/4 PHY IP of Synopsys provides many low power states with low output latencies and several pre-trained conditions for dynamic frequency change capability.

Logic libraries, embedded test, embedded memories, analog IP, wired and wireless interface IP, security IP, embedded processors, and subsystems are the various components of the DesignWare IP portfolio. To speed up software development and integration of IP into SoCs, Synopsys’ IP Accelerated initiative provides IP software development kits, IP prototyping kits, and IP subsystems; all these help to accelerate prototyping. The extensive investment made by Synopsys in IP quality, comprehensive technical support, and a robust IP development methodology enable designers to reduce the risk of integration and accelerate the time to market.

John Koeter, Senior Vice President of Marketing and Strategy for IP, Synopsys, said, “High-performance ASICs and SoCs for data-intensive networking and artificial intelligence applications require high-bandwidth off-chip memory technologies that efficiently minimize performance bottlenecks.”

He also added, “The DesignWare DDR5/4 PHY IP, operating at maximum data rates with differentiated features like firmware-based training, allows companies like NVIDIA to implement the latest functionality in their designs with less risk.”

“Our choice of Synopsys’ DesignWare IP for our latest InfiniBand solutions with in-network computing capabilities builds on our long history of integrating their high-quality IP into our silicon,” said Shlomit Weiss, Senior Vice President of Engineering at NVIDIA’s Mellanox business. “Synopsys’ DDR PHY IP is the best available solution to help us overcome stringent memory requirements while giving us the quality, capacity, and performance we need to deliver differentiated products,” he added.

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Cisco Embraces SASE to Refine its Networking & Security Capabilities in Cloud

martech — Tue, 23 Jun 2020 13:42:47 +0000

Cisco embraces Gartner’s secure-access service edge (SASE) architecture with plans to upgrade some of its existing products to achieve the goal of providing cloud services with access control, security, and networking.

Cisco is of the view that the company’s movie to SASE will be gradual as it finds the best way to link its increasingly dispersed employees with distributed resources from corporate data centers and as cloud providers.

“Flexibility will be fundamental as IT chooses among multiple security and networking capabilities that best fit their operations, regulatory requirements, and types of applications,” said Jeff Reed, Senior Vice President of Product, Cisco’s Security Business Group in a blog post. “Security services can be predominantly delivered from the cloud to provide consistent access policies across all types of endpoints. However, globally distributed organizations may need to apply security and routing services differently according to regional requirements.”

Reed stated that secure access and optimal performance are a must. “The rapid adoption of SD-WAN for connecting to multi-cloud applications provides enterprises with the opportunity to rethink how access and security are managed from campus to cloud to the edge,” he stated. “With 60% of organizations expecting the majority of applications to be in the cloud by 2021 and over 50% of the workforce to be operating remotely, new networking and security models such as SASE offer a new way to manage the new normal.”

SASE’s aim, according to Reed, is to provide safe access to applications and data from on-site data centers or cloud systems, with access determined by identities identified by combinations of features like individuals, groups, devices, locations, and services.

Service edge refers to global PoP (points of presence), IaaS, or colocation facilities where local branch and endpoint traffic is secured and transmitted to the appropriate destination without first traveling through corporate data centers. Organizations will now be able to connect securely any customer or device to any application, thus optimizing experience by delivering security and network services together from the cloud, Reed stated.

To support this system, Cisco said it would gradually improve and incorporate a range of networking and security products, including its networking software SD-WAN, Safety Umbrella, and Identity and Access Zero Trust.

Experts expressed their views by probing the SASE process, which is just in the beginning phase.

“SASE is definitely a journey, not a product, and it won’t be sorted out quickly,” said Lee Doyle, Principal Analyst at Doyle Research and Network World contributor. “Cisco has embraced the SASE terminology, and the company is uniquely positioned in that it has the strengths in network and security technologies needed to build it out,” Doyle said.

“They don’t have everything to meet all of the SASE criteria, and they aren’t saying they do, but they are well-positioned,” Doyle said. “Putting everything Cisco has together in an integrated, easily consumable fashion for customers will be the next steps.”

Cisco will certainly not be alone in its SASE quests as VMware, Palo Alto, Fortinet, ZScaler, Cato Networks, and others are all marching along the same competitive track.