Packet data transferring system for autonomously operating a DMA by autonomous boot mode select signal wherein the DMA is enabled to at least one program control list

Claim 3

The method of claim 1, further comprising the step of fetching an address of a first PCL using DMA channel zero.

Claim 4

The method of claim 1, further comprising the step of enabling a DMA master access to an external RPL ROM device.

Claim 5

The method of claim 1, further comprising the step of enabling DMA master access to an external PCI interface device.

Claim 6

The method of claim 1, further comprises the step of controlling said data packet transfer device to execute a PCI memory command according to the autonomous boot mode select signal.

Claim 7

The method of claim 1, further comprises the step of controlling said data packet transfer device to execute a PCI I/O command according to the autonomous boot mode select signal.

Claim 8

The method of claim 1, further comprising the step of controlling said data packet transfer device to execute a PCI configuration command according to the autonomous boot mode select signal.

Claim 9

An autonomous boot circuit for operating a data packet transfer device in an autonomous mode, comprising: directing circuitry for directing an autonomous boot mode select signal to the data transfer device; instructions for configuring registers associated with the data transfer device for autonomous operation of a data transfer device; and said directing circuitry further associated with the data packet transfer device for transferring data to at least one program control list for operating said data packet transfer device in an autonomous mode.

Claim 10

An autonomous boot circuit for operating a data packet transfer device in an autonomous mode, comprising: directing circuitry for directing an autonomous boot mode select signal to the data transfer device; instructions for configuring registers associated with the data transfer device for autonomous operation of a data transfer device; and said directing circuitry further associated with the data packet transfer device for transferring data to at least one program control list for operating said data packet transfer device in an autonomous mode.

Claim 11

The autonomous boot circuit of claim 8, further comprising circuitry for fetching an autonomous boot circuit address of a first PCL using DMA channel zero.

Claim 12

The autonomous boot circuit of claim 8, further comprising circuitry for enabling a DMA master access to an external RPL ROM device.

Claim 13

The autonomous boot circuit of claim 8, further comprising circuitry for enabling DMA master access to an external PCI interface device.

Claim 14

The autonomous boot circuit of claim 8, further comprising circuitry for controlling said data packet transfer device to execute a PCI memory command according to the autonomous boot mode select signal.

Claim 15

The autonomous boot circuit of claim 8, further comprising circuitry for controlling said data packet transfer device to execute a PCI I/O command according to the autonomous boot mode select signal.

Claim 16

The autonomous boot circuit of claim 8, further comprising circuitry for controlling said data packet transfer device to execute a PCI configuration command according to the autonomous boot mode select signal.

Claim 17

A personal computer environment, comprising: at least one peripheral employing a data packet transfer bus; a computer, said computer comprising: a host cpu comprising a PCI bus; and a PCI-interface device for providing an interface between said PCI bus and said peripheral, said PCI-interface device comprising an autonomous boot circuit for operating a data packet transfer device in an autonomous mode, said autonomous boot circuit comprising: directing circuitry for directing an autonomous boot mode select signal to the data transfer device; instructions for configuring registers associated with the data transfer device for autonomous operation of a data transfer device; and said directing circuitry further associated with the data packet transfer device for transferring data to at least one program control list for operating said data packet transfer device in an autonomous mode.

Claim 18

A personal computer environment, comprising: at least one peripheral employing a data packet transfer bus; a computer, said computer comprising: a host cpu comprising a PCI bus; and a PCI-interface device for providing an interface between said PCI bus and said peripheral, said PCI-interface device comprising an autonomous boot circuit for operating a data packet transfer device in an autonomous mode, said autonomous boot circuit comprising: directing circuitry for directing an autonomous boot mode select signal to the data transfer device; instructions for configuring registers associated with the data transfer device for autonomous operation of a data transfer device; and said directing circuitry further associated with the data packet transfer device for transferring data to at least one program control list for operating said data packet transfer device in an autonomous mode.

Claim 19

The autonomous boot circuit of claim 15, further comprising circuitry for fetching an autonomous boot circuit address of a first PCL using DMA channel zero.

Claim 20

The autonomous boot circuit of claim 15, further comprising circuitry for enabling a DMA master access to an external RPL ROM device.

Claim 21

The autonomous boot circuit of claim 15, further comprising circuitry for enabling DMA master access to an external PCI interface device.

Claim 22

The autonomous boot circuit of claim 15, further comprising circuitry for controlling said data packet transfer device to execute a PCI memory command according to the autonomous boot mode select signal.

Claim 23

The autonomous boot circuit of claim 15, further comprising circuitry for controlling said data packet transfer device to execute a PCI I/O command according to the autonomous boot mode select signal.