AN1340

Abstract: M7010 M7020 longest prefix match
Contextual Info: AN1340 APPLICATION NOTE Longest Prefix Match Using the M7010 and M7020 Search Engines INTRODUCTION This note describes how to perform longest prefix match using the M7010 and M7020 Search Engines. We use the example of IPv4 address lookups to illustrate this application.

LHO1

Abstract: M7020 M7020R-050ZA1 M7020R-066ZA1 phsl lho0
Contextual Info: M7020 32 Kbit x 68 bit Entry Network Search Engine DATA BRIEFING FEATURES SUMMARY • 32K ENTRIES IN 68-BIT MODE ■ ■ Figure 1. Package TABLE MAY BE PARTITIONED INTO UP TO FOUR 4 QUADRANTS (Data entry width in each quadrant is configurable as 34, 68, 136, or 272 bits.)

AN1337

Abstract: AN1339 M7010 M7020
Contextual Info: AN1337 APPLICATION NOTE IP Address Filtering Using the M7010 and M7020 Network Search Engine INTRODUCTION This Application Note illustrates how IP address filtering can be effectively performed using ST Microelectronics M7010/20 Search Engines. SUMMARY There is a direct relationship between the value of the Internet and the number of sites connected to the

Contextual Info: M7020 32K x 68-bit Entry Network Search Engine PRELIMINARY DATA FEATURES SUMMARY • 32K ENTRIES IN 68-BIT MODE ■ ■ Figure 1. Package TABLE MAY BE PARTITIONED INTO UP TO FOUR 4 QUADRANTS (Data entry width in each quadrant is configurable as 34, 68, 136, or 272 bits.)

M7020R

Abstract: M7020R-050ZA1 M7020R-066ZA1 M7020R-083ZA1 LHO1
Contextual Info: M7020R 32K x 68-bit Entry NETWORK SEARCH ENGINE DATA BRIEFING FEATURES SUMMARY • 32K DATA ENTRIES IN 68-BIT MODE ■ ■ Figure 1. 272-ball PBGA Package TABLE MAY BE PARTITIONED INTO UP TO FOUR 4 QUADRANTS (Data entry width in each octant is configurable

AN1338

Abstract: AN1339 M7010 M7020
Contextual Info: AN1338 APPLICATION NOTE Multiple Search Table Management Using the M7010 and M7020 Network Search Engines INTRODUCTION This Application Note explains how multiple search tables having variable widths can be configured within the M7010 and M7020 Search Engines. Since the internal architecture of the M7010 and M7020 is similar,

AN1339

Abstract: M7010 M7020
Contextual Info: AN1339 APPLICATION NOTE 32-bit Applications Using the M7010, M7020 Network Search Engines INTRODUCTION The M7010 and M7020 Search Engines are ideal for Layer 2 and Layer 3 applications requiring word widths from 68 bits to 272 bits. The device was designed optimally for handling the varying widths greater

M7020R

Abstract: M7020R-050ZA1 M7020R-066ZA1 M7020R-083ZA1
Contextual Info: M7020R 32K x 68-bit Entry NETWORK SEARCH ENGINE PRELIMINARY DATA FEATURES SUMMARY • 32K DATA ENTRIES IN 68-BIT MODE ■ ■ Figure 1. 272-ball PBGA Package TABLE MAY BE PARTITIONED INTO UP TO FOUR 4 QUADRANTS (Data entry width in each octant is configurable

Contextual Info: M7040N 64K x 72-bit Entry NETWORK PACKET SEARCH ENGINE PRELIMINARY DATA FEATURES SUMMARY • 64K DATA ENTRIES IN 72-BIT MODE ■ ■ Figure 1. 388-ball PBGA Package TABLE MAY BE PARTITIONED INTO UP TO EIGHT 8 OCTANTS (Data entry width in each octant is configurable

496k

Abstract: Non-Pipelined AN1342 M7020 RFC8261 STM7020
Contextual Info: AN1342 APPLICATION NOTE Implementing Address Resolution Using M70X0 Network Search Engine Technology in Multi-Gigabit IP Network Interfaces INTRODUCTION Address Resolution Protocol ARP ARP is the standard protocol in IP networks for the conversion of Media Access Control (MAC) addresses

M7040N

Contextual Info: M7040N 64K x 72-bit Entry NETWORK PACKET SEARCH ENGINE PRELIMINARY DATA FEATURES SUMMARY • 64K DATA ENTRIES IN 72-BIT MODE ■ ■ Figure 1. 388-ball PBGA Package TABLE MAY BE PARTITIONED INTO UP TO EIGHT 8 OCTANTS (Data entry width in each octant is configurable

Contextual Info: M7040N 64K x 72-bit Entry NETWORK SEARCH ENGINE PRELIMINARY DATA FEATURES SUMMARY • 64K DATA ENTRIES IN 72-BIT MODE ■ ■ Figure 1. 388-ball PBGA Package TABLE MAY BE PARTITIONED INTO UP TO EIGHT 8 OCTANTS (Data entry width in each octant is configurable