AMBA APB BUS Search Results

AMBA APB

Abstract: amba ahb ahb bridge APB verilog AHB to APB
Contextual Info: Features  AMBA AHB Slave  AMBA APB Master SOC-ApbBridgeAHB AMBA AHB to APB Bridge Core  Adaptation of APB bus signals to AHB bus signals  APB address decoding  APB read data bus multiplexing  Isolates AHB from APB The SOC-ApbBridge-AHB is used translate AMBA AHB signals to AMBA APB signals.

AMBA APB

Abstract: AMBA APB bus
Contextual Info: Features SOC-GPIO-APB General Purpose I/O Core  Configurable I/O lines  Scalable  Interrupt output  Selectable level sensitive or edge triggered interrupt system  Supports asynchronous inputs  AMBA APB bus interface The SOC-GPIO-APB is a configurable AMBA APB General Purpose I/O core. The

APB verilog

Abstract: Prescalers 16 bit counter
Contextual Info: Features  16 bit counter/timer  Two 4-bit pre-scalers SOC-Timer APB Counter-Timer Core  Configurable  Free running or periodic mode  Interrupt output  AMBA APB bus interface  Testbench The SOC-Timer APB is a programmable 16-bit counter/timer. The SOC-Timer APB

verilog code for amba apb master

Abstract: verilog code for apb verilog code for amba apb bus i2s philips synchronous fifo design in verilog verilog code for i2s bus testbench of a transmitter in verilog philips I2S bus specification verilog code for 8 bit fifo register testbench verilog ram asynchronous
Contextual Info: Meets Philips Inter-IC Sound Bus Specification Supported modes I2S-APB − I2S Philips Inter-IC Sound Bus Core for AMBA APB − Right Justified − Left Justified − DSP Two clock domains − APB the host side clock do- The I2S-APB core integrates eight channels of Inter-IC Sound compatible serial buses.

I2S bus specification

Abstract: verilog code for amba apb master verilog code for apb testbench of a transmitter in verilog philips I2S bus specification i2s specification verilog code for amba apb bus testbench verilog ram asynchronous verilog code for digital clock AMBA BUS vhdl code
Contextual Info:  Meets Philips Inter-IC Sound Bus Specification  Supported modes I2S-APB  I2S Philips Inter-IC Sound Bus Core for AMBA APB  Right Justified  Left Justified  DSP  Two clock domains  APB the host side clock do- The I2S-APB core integrates eight channels of Inter-IC Sound compatible serial buses.

APB to I2C interface

Abstract: i2c controller with apb interface AMBA APB bus protocol vhdl i2c DB-I2C-M-APB complete I2C specifications verilog program for 16 bit processor verilog ARC processor i2c/APB to I2C interface
Contextual Info: Digital Blocks DB-I2C-M-APB Semiconductor IP APB Bus I2C Controller General Description The Digital Blocks DB-I2C-M-APB Controller IP Core interfaces an ARM, MIPS, PowerPC, ARC, or other high performance microprocessor via the AMBA 2.0 APB System Interconnect Fabric to an I2C Bus. The I2C is a two-wire bidirectional interface

i2s philips

Abstract: block diagram for asynchronous FIFO testbench of a transmitter in verilog verilog i2s philips I2S bus specification synchronous fifo design in verilog verilog i2s bus Philips Compact Disc Designer Guide
Contextual Info:  Meets Philips Inter-IC Sound Bus Specification  Supported modes I2S-APB Inter-IC Sound Bus Megafunction for AMBA APB − I2S Philips − Left Justified − Right Justified − DSP  Two clock domains − APB the host side clock do- main − system clock for the I2S

AMBA APB bus protocol

Abstract: interface of rs232 to UART in VHDL rx data path interface in vhdl AMBA APB UART fifo vhdl baud rate generator vhdl vhdl synchronous bus Inicore
Contextual Info: iAP-UART 16f APB t lian p m co data sheet A AMB Features: • AMBA (APB) compliant interface • 16bytes fifo for read and write data • Interrupts and status register • Configurable Transfer Rate: 1200bps to 115.2kbps with Accuracy Better than 0.1% from 8MHz Clock!

all in one printer block diagram

Abstract: AMBA APB 8 bit register in verilog
Contextual Info: Features  8-bit bi-directional port  PC printer controls SOCParPort-APB  GPIO compatible  2 interrupt modes  AMBA APB interface Parallel-Printer Port Core The SOC-ParPort-APB is an 8-bit bi-directional parallel port compatible with PC printers. The status and command registers provide information about state of

AMBA APB bus protocol

Abstract: PCA82C250T 16Fdata APB VHDL code
Contextual Info: iAP-CAN 16f APB t lian p m co data sheet A AMB Features: • AMBA (APB) compliant Interface • CAN2.0B compliant • 1Mbit/s with > 8MHz clock • 16 transmit buffers • 16 messages deep receive buffer • Message transmission timeout • Advanced message priority handling

AMBA APB bus protocol

Abstract: structural design of a 9 bit parity generator rx data path interface in vhdl interface of rs232 to UART in VHDL fifo vhdl Inicore asynchronous fifo vhdl
Contextual Info: iAP-FUART 16f APB t lian p m co data sheet A AMB Features: • AMBA (APB) compliant interface • 16bytes fifo for read and write data • Interrupts and status register • World’s fastest transmission rates: 1200bps to 115.2kbps with Accuracy Better than 0.1% from 1MHz Clock!

PCA82C250T

Contextual Info: iAP-CAN 3t4r APB t lian p m co data sheet A AMB Features: • AMBA (APB) compliant Interface • CAN2.0B compliant • 1Mbit/s with > 8MHz clock • 4 messages deep receiver fifo • 3 transmit queues • Advanced message priority handling • Simple filter feature

Contextual Info: Features • • • • • • • • • • Standard AMBA AHB Interface Standard AMBA APB 2.0 Interface High- or Low-speed Mode Read Access No Generation of Split or Retry Up to Three Series of Peripheral Selects Parametrizable Number of Peripheral Selects

BOSCH CAN

Abstract: DLC3 BOSCH CAN vhdl id28 PCA82C250T ID-28 DLC2
Contextual Info: iAP-CANaccess APB t lian p m o c data sheet A AMB Features: • CAN 2.0B, up to 1Mbit/s • Trace Capability on Bit Level • AMBA (APB) compliant interface • Access to all Internal Status, Error Counters • Frame Reference, TX Bus, RX Bus internally and externally available (FIFO

pid-20

Abstract: pid20 2636B
Contextual Info: Features • Compatible with the ARM7 Family of Processors • Can Directly Connect to the Atmel Implementation of the AMBA™ Peripheral Bus APB • Controls Power Consumption Elements • • • • • • – Main Oscillator – Two Phase Locked Loops (PLLs)

pid-20

Abstract: pid20 PID26 PID23 Pid25 pid11
Contextual Info: Features • Compatible with the ARM7 Family of Processors • Can Directly Connect to the Atmel Implementation of the AMBA™ Peripheral Bus APB • Controls Power Consumption Elements • • • • • • – Main Oscillator – Two Phase Locked Loops (PLLs)

Advanced Power Management Controller for ARM9

Abstract: PID20
Contextual Info: Features • Compatible with the Family of ARM9 Processors • Can Directly Connect to the Atmel Implementation of the AMBA™ Peripheral Bus APB • Controls Power Consumption Elements • • • • • • – Main Oscillator – Two Phase Locked Loops (PLLs)

ARM920T

Abstract: ARM9 920T
Contextual Info: Features • Compatible with the Family of ARM920T Processors • Can Directly Connect to the Atmel Implementation of the AMBA™ Peripheral Bus APB • Controls Power Consumption Elements • • • • • • – Main Oscillator – Two Phase Locked Loops (PLLs)

register

Contextual Info: Features Compatible with an Embedded 32-bit ARM7TDMI Processor Up to 32 Programmable I/O Lines Interrupt Generation on Event Fully Scan Testable up to 98% Fault Coverage Can be Directly Connected to the Atmel Implementation of the AMBA™ Peripheral Bus (APB) of the ARM7TDMI Microcontroller

amba bus architecture

Abstract: ARC-600
Contextual Info:  Integrated IP cores and software subsystem provides basic infrastructure for many SoC applications SOCK-ARC  Platform saves significant time SoC Kernel for ARC with AMBA Bus Systems  Works with 32-bit ARC 600 or over acquiring and integrating separate elements

Basic ARM9 block diagram

Contextual Info: PIP-AMBA-E SoC Kernel for ARM9 AMBA Bus Systems Integrated IP cores and software subsystem provides basic infrastructure for many SoC applications Platform saves significant time over acquiring and integrating separate elements Works with low-power, 32-bit

Basic ARM9 block diagram

Contextual Info:  Integrated IP cores and software subsystem provides basic infrastructure for many SoC applications PIP-AMBA-E  Platform saves significant time SoC Kernel for ARM9 AMBA Bus Systems  Works with low-power, 32-bit over acquiring and integrating separate elements

amba ahb bus arbitration

Abstract: ARC-600
Contextual Info:  Integrated IP cores and software subsystem provides basic infrastructure for many SoC applications SOCK-ARC  Platform saves significant time SoC Kernel for ARC with AMBA Bus Systems  Works with 32-bit ARC 600 or over acquiring and integrating separate elements

PicoTurbo

Abstract: rtl series ARM verilog code
Contextual Info: Product Technical Brief Date: 05/2001 picoPACK Interrupt Controller Architecture Select Data sources and routes them to a microprocessor. The module is part of the picoPACK IP series from picoTurbo, Config Registers Inc. Control APB Bus property block that collects interrupts on numerous