500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Direct from the Manufacturer

Part Manufacturer Description PDF & SAMPLES
TAS5768MDCAR Texas Instruments 20W Class-D Stereo PurePath(TM) Smart Amp with Ternary Modulation 48-HTSSOP -25 to 85
TAS5768MDCA Texas Instruments 20W Class-D Stereo PurePath(TM) Smart Amp with Ternary Modulation 48-HTSSOP -25 to 85
TAS5754MDCA Texas Instruments Digital Input, Closed-Loop Class-D Amplifier with HybridFlow Processing and Ternary Modulation 48-HTSSOP -25 to 85
TAS5754MDCAR Texas Instruments Digital Input, Closed-Loop Class-D Amplifier with HybridFlow Processing and Ternary Modulation 48-HTSSOP -25 to 85
TAS5768MRMTR Texas Instruments 20W Class-D Stereo PurePath(TM) Smart Amp with Ternary Modulation 48-VQFN -25 to 85
TAS5768MRMTT Texas Instruments 20W Class-D Stereo PurePath(TM) Smart Amp with Ternary Modulation 48-VQFN -25 to 85

Ternary CAM

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: TERNARY CAM FAMILIES: HARMONY TM AND CHORUSTM MUSIC continues over a decade of CAM (Content Addressable Memory) innovation with the addition of the Chorus and Harmony Ternary CAM product families. These fast look-up table devices support wide ternary packet header searches necessary for advanced , cascaded with no loss of throughput. Chorus is the highest density ternary CAM. Chorus devices contain 9.4 , performance, the ability to quickly organize and route packets grows in importance. Ternary CAMs provide MUSIC Semiconductors
Original
chorus lear ternary BGA-1 Harmony
Abstract: the functionality of 9-18Mbit ternary CAM, perentry associated data SRAMs, and an interface bridge , Arrays Request Decode and Range Matching Ternary CAM Search Ternary CAM Field Extractor , FEATURES · High-Integration Classification Solution · Replaces discrete ternary CAMs, interface bridge , to 9-18Mb CAM equivalent · Associated data of 36k 128bit, 24k 192 bit, 12k 384 bit or a combination Silicon Access Networks
Original
Silicon Access Networks 9-18M 133MH
Abstract: Internet core and enterprise networks. Based on a proprietary advanced ternary CAM architecture, the Ultra , multiple OC-192 (10 Gbit/s) look-ups. · 2,359,296 bits true ternary Content Addressable Memory (CAM , [71:0] OP[3:0] CK SSN SA[25:0] 2M Ternary CAM Array Learn Control Cascade and , Part Number · SCT2000 Features · 2,359,296-ternary CAM storage · Register configurable as 64K x , SiberCAM Ultra-2M SCT2000 The SiberCAM Ultra-2M is the fastest, highest capacity ternary TM Sibercore Technologies
Original
OC-768 Sibercore ternary content addressable memory content addressable memory SiberCAM
Abstract: at applications requiring large look-up tables. Based on ternary Content Addressable Memory (CAM , 's proprietary advanced ternary CAM architecture allows the SCT1842 to improve the speed and efficiency of table , ,368 bits of ternary CAM storage · Support for 36-bit, 72-bit, 144-bit, 288-bit, 360-bit, 432-bit and , TAN OP[3:0] 18M Ternary CAM Array OEN TAG[3:0] THDI[3:0] PM[2:0] ID[3:0] MODE[2:0 , , SCT9000, SCT9020 & SCT9022). Key Features · 18,874,368 bits true ternary Content Addressable Memory -
Original
0C-48 Sibercore Technologies SCT9022 Sibercore Technologies longest prefix match CAM SCT-001-1842
Abstract: today's system requirements. Based on ternary Content Addressable Memory (CAM) technology, the SCT4502 , ). SiberCore's proprietary advanced ternary CAM architecture allows the SCT4502 to improve the , bits true ternary Content Addressable Memory (CAM) storage · Supports entry widths of 36, 72, 144 , [35:0] Part Number · SCT4502 Features · 4,718,592 bits of ternary CAM storage · Support for , :0] 4.5M Ternary CAM Array OEN TAG[3:0] THDI[3:0] MSK[3:0] ID[3:0] MODE[2:0 Sibercore Technologies
Original
OC-48 SCT-001-4502
Abstract: R8A20110BG (MARIE) Network Signature Matching Co-Processor (1 M-bit Full Ternary CAM) REJ03H0002-0100 Rev.1.00 Feb 21, 2005 Description "MARIE" is a new RENESAS Ternary CAM co-processor targeted for , · 1 M-bit full ternary CAM 100 Msps max. 144-bit LU/288-bit LU with Turbo Search 50 Msps max , Control Register RSTL TUE Rev.1.00 Feb 21, 2005 page 2 of 8 Full Ternary CAM Array Priority , X 0 Full Ternary CAM Array The number of GMSR is same as that of CAM array. GMSR bit count Renesas Technology
Original
renesas tcam tcam renesas tcam renesas CAM Priority Encoder CAM LU/288-
Abstract: Class-IC DC9288 Class-ICTM 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 , MHz 9Mbit per-bit ternary CAM High-performance search engine for advanced networking applications , ADDRESS REG[19:0] MA[19:0] Key Features · High-performance 9Mbit ternary CAM · Aging support , generation CAMs. Class-IC uses a dynamic memory-based CAM cell to achieve high density and to efficiently MOSAID Technologies
Original
mosaid cam
Abstract: today's system requirements. Based on ternary Content Addressable Memory (CAM) technology, the SCT9022 , SiberCore's proprietary advanced ternary CAM architecture allows the SCT9022 to improve the speed and , Interface BIST and TAP DQ[35:0] Part Number · SCT9022 Features · 9,437,184 bits of ternary CAM , SSN SA[25:0] Clock Control RDY CK Learn Control TAN OP[3:0] 9M Ternary CAM , OC-48 (2.5 Gbit/s) per minimum sized packet. Key Features · 9,437,184 bits true ternary Content -
Original
tag 9022 9022 SCT-001-9022
Abstract: family offering the fastest ternary Content Addressable Memory (CAM) based Packet Forwarding Engine , proprietary advanced ternary CAM architecture, the Ultra-9M improves the speed and efficiency of , . Key Features · 9,437,184 bits true ternary Content Addressable Memory (CAM) storage · Register , [3:0] CK SSN SA[25:0] 9M Ternary CAM Array Learn Control Cascade and Learn , DQ[35:0] Part Number · SCT9000 Features · 9,437,184 bits of ternary CAM storage · Register Sibercore Technologies
Original
Ultra-9M
Abstract: The SCT9020 offers the fastest ternary Content Addressable Memory (CAM) based Packet Forwarding , ternary CAM architecture, the Ultra-9M improves the speed and efficiency of classification and routing , [71:0] OP[3:0] CK SSN SA[25:0] 9M Ternary CAM Array Learn Control Cascade and , HITN MULTN DQ[35:0] Part Number · SCT9020 Features · 9,437,184 bits of ternary CAM storage , in the Internet core and enterprise networks. Key Features · 9,437,184 bits true ternary Content -
Original
SCT-001-9020
Abstract: MASK ALL 1 MASK Configurable CAM Table(Binary/Ternary or Bit width for Each BANK) BANK1 Layer 2 BinaryCAM 72bits x 8k entries BANK2 Layer 3 Ternary CAM 72bits x 8k entries BANK3 Layer 3 Ternary CAM 72bits x 8k entries BANK4 BANK5 BANK6 BANK7 Layer 4 Ternary CAM 144bits x 4k entries Layer 4 Ternary CAM 144bits x 4k entries Layer 4 Ternary CAM 144bits x 4k entries Version 2.3.8 8 Layer 4 Ternary CAM 288bits x 2k entries OUTPUT Data Example Kawasaki LSI
Original
288-BIT 72bits 35VDDQ
Abstract: devices also have the unique ability to implement ternary CAM-a CAM configuration that accepts don't , devices do not support ternary CAM. Table 4 compares the different CAM implementations supported by each , Ternary CAM v v CAM Sizes The flexibility of APEX 20KE devices allows designers to implement CAM , CAM Comparison: APEX 20KE vs. Virtex-E Devices Technical Brief 61 December 1999, ver. 1 , ://www.altera.com https://websupport.altera.com Content-addressable memory (CAM) is a memory technology that Altera
Original
EP20K200 limit switch cam type XCV1000E EP20K200E EP20K200E-1 security cam
Abstract: CAM supports two ternary modes for both write and search operations in the SRL16 implementation: · , writing and reading the CAM, two ternary mode options are supported using ternary bits 0, 1, X, and , file must be copied to the active simulation directory when simulating the CAM. For standard ternary , positions, the CAM is initialized with X. For the example of a 4 x 8 standard ternary CAM, the .coe can , Ternary CAM Note: If the radix is hexadecimal, the entry can be X only if all 4 bits are Xs. Also Xilinx
Original
XC3S1400A SRL16E XC5VLX220 DS253
Abstract: Renesas 20Mbit Standard TCAM R8A20410BG Renesas 20M-bit QUAD Search Full Ternary CAM is a high performance search engine targeted for demanding network applications. - High Speed Search Rate (Max 360Msps @ 80, 160, 320bit) - Flexible Search Key (40L/H, 80, 160, 320, 480, 640bit) - Direct connection to Xelerated NPU (HX330/320 series) - 576pin FCBGA, 27mm x 27mm body Top View A1 Bottom View A1 Deliverables Data Sheet Verilog Model Ibis Model Power Estimation Sheet User Renesas Electronics
Original
Xelerated 576-Pin verilog TCAM REV01 HX330 20M-bit
Abstract: 360-MSPS Renesas TCAM Renesas 20-Mbit Standard TCAM R8A20410BG Renesas 20-Mbit QUAD Search Full Ternary CAM is , customers for many years. Building on the sophisticated technology (including CAM cells, search circuits Renesas Electronics
Original
R8A2041 Xelerated tcam tcam renesas manual HX33 360-bit
Abstract: R8A20211BG/R8A20210BG (MARIE_Blade) Network Address Search Engine (9 M/18 M-bit Full Ternary CAM) REJ03H0001-0100 Rev.1.00 Feb 21, 2005 Description Renesas delivers MARIE_Blade that is a ternary CAM search engine targeted for network packet classifying. The fullcustom CAM memory realizes large capacity , full ternary CAM CLK operating frequency 266 MHz Max Maximum search rate at normal mode: 133 Msps [72 , Ternary CAM DQ Array Priority Encoder DX Test Logic Test Chip Select OP.Code TDI TDO Renesas Technology
Original
TCAM chip tcam 72 144 288 576 AC22 144-BIT 361F7X-A
Abstract: of CAM (CAMTilesTM); each configurable as either 1Kx64 binary CAM or 1Kx32 ternary CAM. · Maximum 4Mbits (binary) or 2Mbits (ternary) per chip · Both width and depth of up to 16 databases are , 133MHz clock. · Flexible search key sizes: 32, 64, 96, 128, 192, up to 2K/1K-bit for binary/ternary , CAMBIST (CAMTileTM Built-In Self-Test). · Parity checking on CAM cells to identify soft errors. · IEEE Integrated Silicon Solution
Original
OC768 OC192 sdsf V4064 IS51V IS51VV4064
Abstract: ) Arithmetic capability Single- or Dual-port SRAM FIFO Ternary CAM High Speed Operation sysCLOCKTM , supports single- or dual-port SRAM, FIFO, and ternary CAM operation. Extra logic has also been included to , Mode Pseudo Dual-port SRAM Mode Single-port SRAM Mode FIFO Mode Ternary CAM Mode The MFB , RAM (16,384 bit) FIFO (16,384 bit) To I/O via OSA (8,192 bit) Ternary CAM (128*48 , ,024 8 16 24 32 Maximum RAM Bits 128K 256K 384K 512K Maximum CAM Bits Lattice Semiconductor
Original
LC5256MV-75FN256C 45Qn ispXPLD 5000MX Family LC5256MB-5FN256I 5000MX 300MH 5000MV 5000MB 5000MC 5512MB-75QN208I
Abstract: frequency ternary or binary CAM decoded and/or encoded address outputs multi-match support Figure 2 is , Modes There are several CAM modes: single-match, multiple-match, and ternary CAM. In singlematch mode , selected. Ternary CAM supports "don't care" bit(s) as input data. For example, if the second bit of the , CAM enables accelerated data searches to be performed in a storage array. CAM is well suited for many , application. Smaller CAM applications are configurable in Virtex devices through the use of internal SRL Xilinx
Original
VTT001 netlogic CAM NetLogic ternary netlogic NetLogic Ternary Content Addressable XAPP201 XAPP202 XAPP203 XAPP204 XAPP242
Abstract: within the device. The family supports single-port SRAM, true dual-port SRAM, FIFO, and ternary CAM , Single-port SRAM Mode · FIFO Mode · Ternary CAM Mode Figure 1. ispXPLD Block Diagram The MFB consists of , In CAM Mode the multi-function array is configured as a Ternary Content Addressable Memory (CAM , of memory architectures (FIFO, dual-port, CAM, etc.) together with fast programmable logic onto a , 512K Maximum CAM Bits 48K 96K 144K 192K 2 2 2 2 tPD (Propagation Delay -
Original
Showing first 20 results.