About Us

• Overview
• Management
• Board of Directors

Overview

EZchip Technologies is a fabless semiconductor company providing high-speed, highly-integrated, network processors. EZchip's network processors integrate packet processing, classification search engines and traffic management in a single chip, at throughput rates of 10-Gigabit and beyond.

EZchip’s network processors feature highly flexible packet processing and fine-grained traffic management to enable a wide range of applications and services in Carrier Ethernet Switches and Routers (CESR) in emerging carrier edge, metro, and access networks, as well as data centers and the enterprise backbone.

EZchip Technologies is a privately-held company formed in 1999 as a spin-off of LanOptics Ltd. (NASDAQ: LNOP), which currently holds 78% of EZchip. EZchip has raised over $60 million in financing. EZchip's current investors include Goldman Sachs, JK&B Capital and

LanOptics.

Background

The demand for intelligent, increasingly complex high-speed packet processing has led to the advent of network processors (NPU). Programmable network processors provide system flexibility while delivering the high-performance required to process packets at increasing speeds. Consequently, network processors are becoming the silicon core of next generation networking equipment.

Carrier Ethernet networks are fast growing worldwide as the vehicle to deliver triple-play services of voice, data and video. The switches and routers that build the carrier Ethernet networks have evolving market requirements to provide new services, better QoS (quality of service) and support new protocols. This makes them a perfect fit for being built with programmable NPUs, and the NPU is becoming the key component on modern line cards of Carrier Ethernet Switches and Routers.

Technology

EZchip has developed a new breed of network processors that integrate multiple TOPs (Task Optimized Processors) rather than generic RISC (Reduced Instruction Set Computer) processors, to provide the performance required for next-generation networking products. EZchip's breakthrough Task Optimized Processing technology (TOPcore®) employs fast, efficient and flexible processors designed and optimized for packet processing. This technology enables highly integrated chips that provide very high throughput rates.

In addition, EZchip’s network processors integrate extensive traffic management capabilities to provide Quality of Service (QoS) and enforce for users and applications. Effective traffic management is crucial for making Ethernet a carrier-grade infrastructure, suitable for enforcing Service Level Agreements (SLA) and delivering triple-play services.

>See Technologies for additional details.

EZchip Products

• NP-3 is a 30-Gigabit network processor with integrated traffic management. It furthers the integration of EZchip's earlier NPUs with three 10-Gigabit interfaces, higher throughput, OAM processing offload and enhanced traffic management.

• NP-2 is a 20-Gigabit network processor with integrated traffic management. It offers higher throughput and furthers the integration of EZchip's NP-1c with embedded traffic management as well as 1-Gigabit and 10-Gigabit Ethernet MACs. Scaled down version for smaller applications are also offered.

• NP-4 is a 100-Gigabit network processor, currently in design, that features integrated hierarchical traffic management, OAM processing offload and enables direct connection from the line card to Ethernet-based switching fabrics.

• NP-1c provides fully programmable 7-layer packet classification, modification, forwarding and policing at wire speed. NP-1c is EZchip’s second generation 10-Gigabit NPU and follows the NP-1 which was the first 10-Gigabit NPU introduced to the market.

• EZdesign allows designers to create, verify and implement applications to meet specific functionality and performance targets. EZdesign includes a simulator, compiler, extensive debugging facilities and traffic and database generators. An applications library provides reference code for implementing various applications such as L2 switching, Q-in-Q, PBT, T-MPLS, VPLS, MPLS, IPv4/IPv6 routing, NAT, firewall and more.

• EZdriver facilitates the development of the control path software for systems based on EZchip’s NPUs. It enables applications that run on the host CPU to communicate with the EZchip network processor.

• EZ-System is a platform for software applications vendors based on an EZchip network processor. The system is provided in a stand-alone, self-contained box with ten 1-Gigabit ports (or 10-Gigabit port) and can be tailored by software vendors to a wide variety of networking applications.

• Evaluation Boards are available to expedite development of network processor based systems. Evaluation boards are available with a choice of 1GE and 10GEports.

>See Products & Solutions for additional details.

Applications

The flexibility and integration of EZchip’s NPUs allow system vendors to deliver cost effective solutions that can easily adapt to changing market requirements. Typical applications include:

>See Products & Solutions for additional details.

Clear Product Differentiation

EZchip's network processors offer greater processing flexibility, integration and overall lower system cost to enable networking equipment vendors’ support of new protocols and applications for the dynamic and evolving environment of next generation carrier networks.

• Flexible Packet Processing - A flexible architecture ensures that changing market demands for new applications and features can be met simply through software upgrades. A wide range of applications and advanced services can be implemented through a simple programming model.

• Integrated Traffic Management – A hierarchical traffic management, with support for a large number of users and services, congestion management and congestion avoidance features are available for switch/router vendors to provide guaranteed SLA and QoS on a per user/flow/application basis.

• Lower System Cost - Integration of all the major line-card functions on a single chip (processing, classifying, traffic management and Ethernet ports) offers significant savings in the system's overall board space, power dissipation and cost when compared to alternative solutions. In addition, low cost DRAM technology for storing lookup tables offers extensive headroom for growth when new applications require new and larger lookup tables.

Key Market Forces

• Surging deployment of Carrier Ethernet networks.
• Necessity for flexible packet processing for adapting to evolving new protocols and services.
• Acceptance of merchant silicon as a replacement for networking vendor's ASIC designs.

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