PRIORITY ENCODER CONTENT ADDRESSABLE MEMORY Search Results

MU9C1480-12DC

Abstract: MU9C1480-90DC
Contextual Info: DISTINCTIVE CHARACTERISTICS 1K X 64-bit CMOS Content-addressable Memory CAM 64-bit internal data path multiplexed four ways over a 16-bii I/O interface • Two Mask registers allow masking of individual bits for both writing and comparing • Priority encoder returns highest-priority match address

CMOS 16-Bit Priority Encoder

Abstract: Priority Encoder CAM
Contextual Info: Am99ClO 256 x 48 Content Addressable Memory CAM ADVANCE INFORMATION DISTINCTIVE CHARACTERISTICS Fast-com pare time — 50 ns data to match output M askable-bits and m askable-words W ord-parallel search Multiple-match capabilities • • • • On-chip address decoder

netlogic CAM

Abstract: "Content Addressable Memory" Netlogic Content Addressable Memory NetLogic Microsystems Priority Encoder CAM "content addressable memory" search compare 01AEH 0127H 0927H
Contextual Info: NL81480A NL82480A 1K X 64 2K X 64 Content Addressable Memory NCAM Features • • • • • • • • • 1K or 2K x 64 CAM architecture with 16-bit I/O interface Dual configuration registers for rapid context switching Readable Device ID Fast operating mode with no wait states after a no-match

priority encoder content addressable memory

Abstract: 16bit priority encoder
Contextual Info: A m 99C lO 2 56x48 Content Addressable Memory CAM ADVANCE INFORMATION > 3 DISTINCTIVE CH A RACTERISTICS • Fast-com pare time — 70 n s data to match output • Maskabie-bits and m askable-words • Word-parallel search • Multiple-match capabilities

netlogic CAM

Abstract: NetLogic "Content Addressable Memory" ternary content addressable memory ternary netlogic "Content Addressable Memory" netlogic NetLogic Ternary Content Addressable Content Addressable Memory network search engine netlogic Priority Encoder CAM
Contextual Info: R Virtex Tech Topic Content Addressable Memory VTT001 v1.0 24 July 2000 Introduction CAM enables accelerated data searches to be performed in a storage array. CAM is well suited for many applications, including table look-up, pattern recognition, cache tags, Ethernet

Ternary CAM

Abstract: mosaid cam ternary content addressable memory dc9288 Content Addressable Memory Priority Encoder CAM Class-ICDC9288 "Content Addressable Memory" ternary
Contextual Info: Class-IC DC9288 Class-IC DC9288 High-Performance Ternary CAM MOSAID Class-IC DC9288 is a fully parallel, 9Mbit per-bit ternary Content Addressable Memory CAM capable of storing 1, 0 and “don’t care” bits. Class-IC supports 128K entries of 72 bit words, 64K entries of 144 bit words or 32K entries of 288 bit words.

AM99C10

Contextual Info: H Am99C10 Advanced Micro Devices 256 x 48 Content Addressable Memory DISTINCTIVE CHARACTERISTICS • 256 word x 48-bit Content Addressable Memory CAM - Optimized for Address Decoding in Local Area Networks (LAN) and bridging applications ■ Each CAM word has a 48-blt register and

Priority Encoder CAM

Abstract: equivalent for transistor tt 2222 Am99ClO
Contextual Info: Am99C10 Advanced Micro Devices 256 x 48 Content Addressable Memory DISTINCTIVE CHARACTERISTICS • 256 word x 48-bit Content Addressable Memory CAM - Optimized for Address Decoding in Local Area Networks (LAN) and bridging applications ■ Each CAM word has a 48-bit register and

Contextual Info: Section 3 Contents F100101 Triple 5-Input OR/NOR G a te . F100102 Quint 2-Input OR/NOR Gate .

AM99C10

Abstract: BA9S high level block diagram for neural network limit switch cam type cd 4028 CMOS 16-Bit Priority Encoder Priority Encoder CAM 08125-012A ML0-ML255 gc227
Contextual Info: Am99C10 Advanced Micro Devices 256 x 48 Content Addressable Memory DISTINCTIVE CHARACTERISTICS • 256 word x 48-blt Content Addressable Memory CAM User programmable word width of 16 bit or 48 bit - Optimized for Address Decoding in Local Area Networks (LAN) and bridging applications

Contextual Info: ADV MICRO MEMORY MfiE » • DS5752Ô GGBOflG11) Ô ■ AMD4 m i * A m Advanced Micro Devices 9 9 C 1 0 A 256 X 48 Content Addressable Memory DISTINCTIVE CHARACTERISTICS ■ 256word x 48-bit Content Addressable Memory (CAM) ■ - Optimized for Address Decoding in Local Area

content addressable memory match line segment

Contextual Info: A m 9 9 C 1 Advanced Micro Devices A 256 x 48 Content Addressable Memory DISTINCTIVE CHARACTERISTICS • 100 nsec and 70 nsec cycle time devices available - Optimized for Address Decoding in Local Area Networks LAN and bridging applications ■ Flexible operation and diagnostics capability

CMOS 16-Bit Priority Encoder

Abstract: FIFO CAM block diagram of 7 segment AM99C10A CD4028 AM99C1
Contextual Info: a Advanced Micro Devices A m 9 9 C 1 0 A 256 x 48 Content Addressable Memory DISTINCTIVE CHARACTERISTICS • ■ ■ 256 word x 48-bit Content Addressable Memory CAM ■ 100 nsec and 70 nsec cycle time devices available - Optimized for Address Decoding in Local Area

Contextual Info: Advanced Micro Devices A m 9 9 C 1 0 A 256 x 48 Content Addressable Memory DISTINCTIVE CHARACTERISTICS • 100 nsec and 70 nsec cycle time devices available - Optimized for Address Decoding in Local Area Networks LAN and bridging applications ■ Flexible operation and diagnostics capability

BA9S

Abstract: AM99C10 BA9876543210 cd 4028
Contextual Info: Am99C10 Advanced Micro Devices 256 x 48 Content Addressable Memory DISTINCTIVE CHARACTERISTICS • 256 word x 48-blt Content Addressable Memory CAM User programmable word width of 16 bit or 48 bit - Optimized for Address Decoding in Local Area Networks (LAN) and bridging applications

an8071

Abstract: computer Network Types diagram Condensed Data Book 1977 "Content Addressable Memory" computer networking diagram 128x48 longest prefix matching algorithm Layer 3 Switch LZ78 AN-8071 Priority Encoder CAM
Contextual Info: Content Addressable Memory CAM Applications for ispXPLD Devices July 2002 Application Note AN8071 Introduction Content Addressable Memory (CAM) is a type of memory that compares the input data with the preloaded contents of the CAM block and generates a given output depending on the kind of CAM. This kind of memory provides

Contextual Info: ispLever CORE TM Multi-Channel DMA Controller User’s Guide February 2006 ipug11_04.0 Lattice Semiconductor Multi-Channel DMA Controller User’s Guide Introduction The Multi-Channel Direct Memory Access MCDMA Controller is designed to improve microprocessor system performance by allowing external devices to transfer information directly from the system memory and vice versa.

design of dma controller using vhdl

Abstract: 8237 DMA Controller Intel 8237 Direct Memory Access Controller Intel 8237 dma controller intel 8237A DMA Controller microprocessors interface 8237 Intel 8237 dma controller block diagram INTEL 8237 DMA Controller 8237 8237 DMA
Contextual Info: ispLever CORE TM Multi-Channel DMA Controller User’s Guide August 2003 ipug11_01 Lattice Semiconductor Multi-Channel DMA Controller User’s Guide Introduction This document contains technical information about the Lattice Multi-Channel Direct Memory Access MCDMA

Contextual Info: FINAL Advanced Micro Devices Am 99C 10A 256 X 48 Content Addressable Memory • 256 word x 48-bit Content Addressable Memory CAM — O ptim ized for address decoding in Local Area Networks (LAN) and bridging applications ■ Each CAM word has a 48-bit register and 48-bit

ipCAM

Abstract: NL84620 NL84620R ipCAM ethernet module "routing tables"
Contextual Info: NL84620R SyncCAM-1R Synchronous Content Addressable Memory 4Kx64 256K Description The NL84620R is a 256K bit Synchronous Content Addressable Memory (SyncCAM -1R). The device performs high-speed parallel search operations on memory tables while simultaneously capturing and manipulating data from a data stream. Its

Content Addressable Memory

Abstract: NL84620 NL84620R CBUS30 "content addressable memory" search compare match current voltage "routing tables"
Contextual Info: NL84620R SyncCAM-1R Synchronous Content Addressable Memory 4Kx64 256K Description The NL84620R is a 256K bit Synchronous Content Addressable Memory (SyncCAM -1R). The device performs high-speed parallel search operations on memory tables while simultaneously capturing and manipulating data from a data stream. Its

Contextual Info: Si GEC PLESSEY S 1' M I C. O l\ D l. PRELIMINARY INFORMATION 1 l K S P2800 2K X 64BIT MULTI-PORT CONTENT ADDRESSABLE MEMORY The P2800 2K x 64bit Multi-port Content Addressable Memory (CAM) is designed for address filtering, routing and translation applications in Ethernet, Token Ring, SMDS and

80C31 instruction set

Abstract: xc2s200 pq208 xilinx code for 8-bit serial adder dvb-RCS transmitter XC2S50 driver PIC Microcontroller GSM Modem POS-PHY ATM format dvb-RCS modulator uart 16450 128-bit key generation matlab code for image enc
Contextual Info: XILINX IP SELECTION GUIDE Implementation Example Function Communication & Networking BUFE-based Multiplexer Slice 3G FEC Package 3GPP Compliant Turbo Convolutional Decoder 3GPP Compliant Turbo Convolutional Encoder 3GPP Turbo Decoder 8b/10b Decoder 8b/10b Encoder

CMOS 16-Bit Priority Encoder

Abstract: P2800 DS4440 content addressable memory Wired mae p2800s
Contextual Info: COMMERCIAL-IN-CONFIDENCE P2800 FEBRUARY 1996 PRELIMINARY INFORMATION DS4468-1.0 P2800 2K x 64BIT MULTI-PORT CONTENT ADDRESSABLE MEMORY The P2800 2K x 64bit Multi-port Content Addressable Memory CAM is designed for address filtering, routing and translation applications in Ethernet, Token Ring, SMDS and