About us

Intilop Corporation was founded in 2006 in San Jose, CA. It is one of the most respected IP developers and Engineering Design services firms in the Silicon Valley area. We are a prominent Silicon Valley-based technology networking, silicon IP, systems, and Engineering Design services.

Data Center Smart Nic

Scaling a data center requires the ability to avoid network bottlenecks, a goal that data center architects traditionally achieved by adding bandwidth and network interfaces. A smart NIC is a networking device equipped with built-in compute capacity. This means that a smart NIC can perform tasks like data encryption and load balancing, which would otherwise need to be handled using its CPU. This isn’t possible using conventional network interfaces because the latter lack built-in compute resources.

Over the past decade, the rise in application traffic and the increase in data center workloads have led to a significant growth in east-west traffic. And because of this shift, the affected traditional north-south data center architectures are highlighted, highlighting the need to reassess the overall design. The goal remains to meet performance, security, and monitoring requirements.

To enhance both performance and security, instead of routing traffic to centralized security and management systems, which can create bottlenecks, data centers can benefit from distributing forwarding and security intelligence throughout the facility.

10 G Ethernet Mac

10g Ethernet Mac is a high-bandwidth, IEEE 802.3-compliant IP core that manages data transmission between a host and physical layer devices, giving 10 Gbps speeds for LANs, data centers, and, in a few cases, high-speed Apple Mac desktop systems. It enables packet processing. Flow control and CRC generation/validation.

Other Ethernet IP Cores

Ethernet belongs to a set of technologies that are frequently and most commonly used in LANs, MANs, and WANs. This network protocol, which is also known as the IEEE802.3 protocol in technical terms, basically controls how data is transmitted over a LAN, which is a network of electronic devices such as computers in a localized geographical area.

And now it's too common to find Ethernet in most electronic devices and networks since most laptops and desktops have an Ethernet card for quick connections. It establishes a set of rules that guide how devices communicate within a network. Specifically, it outlines how data should be packaged and transmitted so that all devices in the network can understand and process it properly.

The types of IP cores you choose can influence everything from performance to development cycles. One helpful way to understand the landscape is by looking at how much of the design is fixed versus adaptable.
Soft IP cores consist of synthesizable hardware description language code, such as Verilog or VHDL. Offer great flexibility because you can modify the code so that you can meet your specific requirements and synthesize it for any FPGA architecture. However, using soft IP cores may take longer for synthesis and place-and-route, and their performance can be less predictable.

Hard IP cores are physical components that are included directly in the FPGA chip. They are optimized for performance, power efficiency, and area, but they lack flexibility and are designed for specific FPGA families or devices. Examples of hard IP cores include high-speed transceivers for protocols like Ethernet and PCI Express, dedicated memory controllers, and hard processor systems, such as the ARM cores found in AMD’s Zynq and Versal families of FPGAs.

Call us at 408-791-6700 to get highly integrated SOCs and FPGAs tailored for network infrastructure.

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