CRC-16 AND CRC-32 ETHERNET Search Results

MPC5676R

Contextual Info: Freescale Semiconductor Mask Set Errata MPC5676R_3N23A Rev. 25 JAN 2013 Mask Set Errata for Mask 3N23A Introduction This report applies to mask 3N23A for these products: • MPC5676R Errata ID Errata Title 5037 CRC: CRC-32 Ethernet and CRC-16 (CCITT) operation do not match industry standards.

MPC68360

Abstract: hdlc DSP56300 MCF5206E MCF5272 MPC860 MCF5272UM
Contextual Info: Technical Data MCF 5272HDLCUG Rev. 0, 2/2002 MCF5272 Soft HDLC User’s Guide High Level Data Link Control HDLC is a bit-oriented Open Systems Interconnection (OSI) Layer 2 protocol commonly used in data communications systems. Many other common layer 2 protocols, for example, ISDN LAP-B, ISDN LAP-D, and Ethernet, are heavily based on

x23 umi

Abstract: x22 umi fpga vhdl code for crc-32 umi x22 H440 CRC32 CRC-32 P802 k4107 0180C2000001
Contextual Info: ispLever CORE TM LatticeSCM Ethernet flexiMAC MACO Core User’s Guide September 2009 ipug48_01.8 LatticeSCM Ethernet flexiMAC MACO Core User’s Guide Lattice Semiconductor Introduction The LatticeSCM Ethernet flexiMAC™ MACO™ IP core assists the FPGA designer’s efforts by providing pretested, reusable functions that can be easily plugged in, freeing designers to focus on their unique system architecture. These blocks eliminate the need to “re-invent the wheel,” by providing either an industry-standard Layer 2 flexible packet framer and parser or a Layer 1 multi-protocol functionality of the Physical Coding Sublayer PCS

traffic light controls using 8086

Abstract: 04C1h D033A
Contextual Info: Advanced Micro Devices Am7990 Local Area Network Controller for Ethernet LANCE DISTINCTIVE CHARACTERISTICS Compatible with Ethernet and IEEE 802.3 10BASE 5 Type A, and 10BASE 2 Type B, “Cheaper net” • Network and packet error reporting ■ Back-to-back packet reception with as little as

16X10

Abstract: S5N8946
Contextual Info: S5N8946 ADSL/CABLE MODEM MCU 7 ETHERNET CONTROLLER ETHERNET CONTROLLER OVERVIEW The S5N8946 has an Ethernet controller which operates at either 10-Mbits per second in half-duplex or full-duplex mode. In half-duplex mode, the controller supports the IEEE 802.3 carrier sense multiple access with collision

traffic light controls using 8086

Abstract: traffic light 8086 ic laf 0001 Supply Control LAF 0001 10BASE Z8000 microprocessor closed loop control dali s1.2 am7990 laf 0001 power
Contextual Info: Am7990 Advanced Micro Devices Local Area Network Controller for Ethernet LANCE DISTINCTIVE CHARACTERISTICS Compatible with Ethernet and IEEE 802.3 10BASE 5 Type A, and 10BASE 2 Type B, “Cheapernet” • Network and packet error reporting ■ Back-to-back packet reception with as little as

am7990

Contextual Info: Am7990 Advanced Micro Devices Local Area Network Controller for Ethernet LANCE DISTINCTIVE CHARACTERISTICS Compatible with Ethernet and IEEE 802.3 10BASE 5 Type A, and 10BASE 2 Type B, “Cheapernet” • Network and packet error reporting ■ Back-to-back packet reception with as little as

laf 0001

Abstract: laf 0001 power AMD 386DX laf 0001 equal "Attachment Unit Interface" lsi 1db6 isa-hub RG58A/U 386DX Z8000
Contextual Info: PRELIMINARY Am79C90 CMOS Local Area Network Controller for Ethernet C-LANCE DISTINCTIVE CHARACTERISTICS • Compatible with Ethernet and IEEE 802.3 10BASE-5 Type A, and 10BASE-2 Type B, “Cheapernet,” 10BASE-T ■ Easily interfaced with 80x86, 680x0, Am29000,

h946

Abstract: H945 H944 h965 H924 h940 295050 transistor h945 H948 transistor BC rx
Contextual Info: LatticeECP3 and Marvell 10 Gbps Physical/MAC Layer Interoperability July 2010 Technical Note TN1219 Introduction This technical note describes a Physical/MAC Layer 10-Gigabit Ethernet interoperability test between a LatticeECP3 device and the Marvell Alaska 88X2040 device. The test exercises the Physical/MAC Layer up to

28F020

Abstract: 74FCT273 74FCT823 93LC46B 21x4x mbz1
Contextual Info: Using the Digital Semiconductor 21140A with Boot ROM, Serial ROM, and External Register: An Application Note Order Number: EC–QPQWA–TE This application note provides information necessary to implement connections between the Digital Semiconductor 21140A Fast Ethernet

NCR92C122

Contextual Info: NCR92C122 FUNCTIONAL DESCRIPTION The NCR92C122 functions as an Ethernet LAN controller with integrated Media Access Controller MAC , M anchester Encoder/Decoder, or MENDEC (PLS), Attachment Unit Interface (AUI), and 10BASE-T transceiver (PMA). An on-chip crystal oscillator and

Contextual Info: PRELIMINARY AMD£I Am79C90 CMOS Local Area Network Controller for Ethernet C-LANCE DISTINCTIVE CHARACTERISTICS • Compatible with Ethernet and IEEE 802.3 10BASE-5Type A, and 10BASE-2Type B, “Cheapernet,” 10BASE-T ■ Easily interfaced with 80x86, 680x0, Am29000 ,

17BM1

Contextual Info: PRELIMINARY AMDZ1 Am79C90 CMOS Local Area Network Controller for Ethernet C-LANCE DISTINCTIVE CHARACTERISTICS • Compatible with Ethernet and IEEE 802.3 10BASE-5Type A, and 10BASE-2Type B, “C h e a p e rn e t1 0 B A S E -T ■ Easily interfaced with 80x86, 680x0, Am29000@,

rtl8029as

Abstract: RTL8029 realtek ethernet RCR 9346 cmd Realtek RTL8029 AS realtek rtl8029 8029A 8029as NE2000 PCI 8029h
Contextual Info: RTL8029AS Realtek PCI Full-Duplex Ethernet Controller with built-in SRAM ADVANCE INFORMATION REALTEK SEMI-CONDUCTOR CO., LTD. HEAD OFFICE 1F, NO. 11, INDUSTRY E. RD. IX, SCIENCE-BASED INDUSTRIAL PARK, HSINCHU 30077, TAIWAN, R.O.C. TEL:886-3-5780211 FAX:886-3-5776047

Contextual Info: PRELIMINARY a Am79C90 CMOS Local Area Network Controller for Ethernet C-LANCE Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Compatible with Ethernet and IEEE 802.3 10BASE 5 Type A, and 10BASE 2 Type B, “Cheapernet,” 10BASE-T ■ Easily interfaced with 80x86,680x0, Am29000 ,

ic laf 0001

Abstract: laf 0001 equal laf 0001 power laf 0001 ic BIT1502
Contextual Info: 066ZU JV Am7990 Local Area Network Controller for Ethernet LANCE DISTINCTIVE CHARACTERISTICS Compatible with Ethernet and IEEE-802.3 Rev D (10 Base 5 Type A, and 10 Base 2 Type B, "Cheapernet") Easily interfaced to 8086,68000, ¿8000, LSI-II micropro­ cessors

T7474

Abstract: 84302 TXRDY14 seeq84302
Contextual Info: 84302 84302 4-Port Quad 100/10 Mbps Fast Ethernet Controller HURRICANE Ethernet Controller with RMON/SNMP Management Counters Full Duplex TM Technology Incorporated October 29, 1997 ADVANCED DATA SHEET FEATURES Note: Check for latest Data Sheet revision before starting any designs.

CRC-15-CAN

Abstract: CRC 8 cyclic redundancy check bluetooth usb CRC-16 v.41 ECMA-182 CRC-16-CCIT psoc full projects CRC-8 ccitt
Contextual Info: PSoC Creator Component Datasheet Cyclic Redundancy Check CRC 2.40 Features • 1 to 64 bits • Time Division Multiplexing mode  Requires clock and data for serial bit stream input  Serial data in, parallel result  Standard [CRC-1 (parity bit), CRC-4 (ITU-T G.704), CRC-5-USB, etc.] or custom polynomial

application notes pressure sensor signal conditioner

Abstract: cml T9 LED ee series ferrite transformer SH Series wakeup KSZ8841 KSZ8841-16MQL KSZ8841-32MQL KSZ8841P
Contextual Info: KSZ8841-16/32 MQL/MVL/MVLI Single-Port Ethernet MAC Controller with Non-PCI Interface Data Sheet Rev 1.3 General Description Physical signal transmission and reception are enhanced through the use of analog circuitry, making the design more efficient and allowing for lower-power consumption.

vhdl code CRC

Abstract: vhdl code for 9 bit parity generator vhdl code CRC 32 CRC8 and crc16 CRC-32 for FDDI vhdl code for 8-bit parity generator binary cyclic code program in vhdl vhdl code for parity generator 8-bit input crc16 ccitt vhdl code CRC32
Contextual Info: v4.0 Cyclic Redundancy Code Generator Macro Fe a t ur es Fu n ct i o n al D e sc r i p t i on The highlights of the Cyclic Redundancy Codes CRC Generator are as follow: Many designers use the CRC as an alternative to parity and checksum calculation for checking (and sometimes

cyclic redundancy check

Abstract: Architecture of TMS320C54X CRC-16 and CRC-32 Ethernet TMS320C54x TMS320C54x SPEECH PROCESSING lfsr galois CRC-16 and CRC-32 galois field theory 0828C 04c11db7
Contextual Info: Application Report SPRA530 Cyclic Redundancy Check Computation: An Implementation Using the TMS320C54x Patrick Geremia C5000 Abstract Cyclic redundancy check CRC code provides a simple, yet powerful, method for the detection of burst errors during digital data transmission and storage. CRC implementation can use either

vhdl code CRC

Abstract: vhdl code for 8 bit parity generator 54SXA CRC8 and crc16 vhdl code CRC 32 binary cyclic code program in vhdl vhdl code serial CRC8 CRC8 CCITT-16 "XOR Gates"
Contextual Info: v2.0 Cyclic Redundancy Code Generator Macro Fe a t ur es Fu n ct i o n al D e sc r i p t i on The highlights of the Cyclic Redundancy Codes CRC Generator are as follow: Many designers use the CRC as an alternative to parity and checksum calculation for checking (and sometimes

block diagram of xerox machine

Abstract: I2758 MB502A TS545
Contextual Info: 2 1993 F U J IT S U TS545-A875 May 1987 MB87012 The Fujitsu MB87012 Ethernet Data Link Controller EDLC is desinged for Ethernet local area network system with Fujitsu MB502A Ethernet Encoder/Decoder (EED) and manufactured with Fujitsu Advanced CMOS Technology.

CRC-8 ccitt

Contextual Info: PSoC Creator Component Datasheet Cyclic Redundancy Check CRC 2.30 Features • 1 to 64 bits • Time Division Multiplexing mode  Requires clock and data for serial bit stream input  Serial data in, parallel result  Standard [CRC-1 (parity bit), CRC-4 (ITU-T G.704), CRC-5-USB, etc.] or custom polynomial