Talk:Xilinx Programmers and Debuggers-CQRWX00611GB - Revision history

Chenqi: Chenqi moved page Talk:USB Xilinx Programmers and Debuggers-CQRWX00611GB to Talk:Xilinx Programmers and Debuggers-CQRWX00611GB

2019-01-14T11:15:51Z

Chenqi moved page Talk:USB Xilinx Programmers and Debuggers-CQRWX00611GB to Talk:Xilinx Programmers and Debuggers-CQRWX00611GB

Chenqi: /* Introduction */

2019-01-14T09:56:37Z

‎Introduction

Chenqi: /* Introduction */

2019-01-14T09:50:46Z

‎Introduction

Chenqi: /* Introduction */

2019-01-14T09:50:12Z

‎Introduction

Chenqi: /* Introduction */

2019-01-14T09:49:54Z

‎Introduction

Chenqi: /* Introduction */

2019-01-14T09:47:51Z

‎Introduction

Chenqi: Created page with "=='''Introduction'''== *Platform Cable USB (Figure 1) is a high-performance download cable attaching to user hardware for the purpose of programming or configuring any of the..."

2019-01-14T09:47:19Z

Created page with "=='''Introduction'''== *Platform Cable USB (Figure 1) is a high-performance download cable attaching to user hardware for the purpose of programming or configuring any of the..."

New page

=='''Introduction'''==
*Platform Cable USB (Figure 1) is a high-performance download cable attaching to user hardware for the purpose of programming or configuring any of the following Xilinx devices:
• ISP Configuration PROMs
• CPLDs
• FPGAs
*Platform Cable USB attaches to the USB port on a desktop or laptop PC with an off-the-shelf Hi-Speed USB A-B cable. It derives all operating power from the hub port controller. No external power supply is required. A sustained slaveserial FPGA configuration transfer rate of 24 Mb/s is possible in a Hi-Speed USB environment. Actual transfer rates can vary if bandwidth of the hub is being shared with
other USB peripheral devices.
*Device configuration and programming operations using Platform Cable USB are supported by iMPACT download software using Boundary-Scan (IEEE 1149.1 / IEEE 1532), slave-serial mode, or serial peripheral interface (SPI). Platform Cable USB supports indirect (via an FPGA IEEE 1149.1 [JTAG] port) programming of select flash memories including the Platform Flash XL configuration and storage device. Target clock speeds are selectable from 750 kHz to 24 MHz.
*Platform Cable USB attaches to target systems using a 14-conductor ribbon cable designed for high-bandwidth data transfers. An optional adapter that allows attachment of a flying lead set is included for backward compatibility with target systems that do not use the ribbon cable connector.
"Note": The next generation, Platform Cable USB II, is now available. Please refer to the DS593, Platform Cable USB II, for details.

← Older revision		Revision as of 09:56, 14 January 2019
Line 1:		Line 1:
−	~~=='''Introduction'''==~~
−	~~Platform Cable USB (Figure 1) is a high-performance download cable attaching to user hardware for the purpose of programming or configuring any of the following Xilinx devices:~~
−	*ISP Configuration PROMs
−	*CPLDs
−	*FPGAs
−	Platform Cable USB attaches to the USB port on a desktop or laptop PC with an off-the-shelf Hi-Speed USB A-B cable. It derives all operating power from the hub port controller. No external power supply is required. A sustained slaveserial FPGA configuration transfer rate of 24 Mb/s is possible in a Hi-Speed USB environment. Actual transfer rates can vary if bandwidth of the hub is being shared with other USB peripheral devices.

−	Device configuration and programming operations using Platform Cable USB are supported by iMPACT download software using Boundary-Scan (IEEE 1149.1 / IEEE 1532), slave-serial mode, or serial peripheral interface (SPI). Platform Cable USB supports indirect (via an FPGA IEEE 1149.1 [JTAG] port) programming of select flash memories including the Platform Flash XL configuration and storage device. Target clock speeds are selectable from 750 kHz to 24 MHz.
−
−	Platform Cable USB attaches to target systems using a 14-conductor ribbon cable designed for high-bandwidth data transfers. An optional adapter that allows attachment of a flying lead set is included for backward compatibility with target systems that do not use the ribbon cable connector.
−
−	~~'''Note''': The next generation, Platform Cable USB II, is now available. Please refer to the DS593, Platform Cable USB II, for details.~~

← Older revision		Revision as of 09:50, 14 January 2019
Line 10:		Line 10:
	Platform Cable USB attaches to target systems using a 14-conductor ribbon cable designed for high-bandwidth data transfers. An optional adapter that allows attachment of a flying lead set is included for backward compatibility with target systems that do not use the ribbon cable connector.		Platform Cable USB attaches to target systems using a 14-conductor ribbon cable designed for high-bandwidth data transfers. An optional adapter that allows attachment of a flying lead set is included for backward compatibility with target systems that do not use the ribbon cable connector.

−	"Note": The next generation, Platform Cable USB II, is now available. Please refer to the DS593, Platform Cable USB II, for details.	+	'''Note''': The next generation, Platform Cable USB II, is now available. Please refer to the DS593, Platform Cable USB II, for details.

← Older revision	Revision as of 11:15, 14 January 2019
(No difference)

@@ Line 5: / Line 5: @@
 *FPGAs
 Platform Cable USB attaches to the USB port on a desktop or laptop PC with an off-the-shelf Hi-Speed USB A-B cable. It derives all operating power from the hub port controller. No external power supply is required. A sustained slaveserial FPGA configuration transfer rate of 24 Mb/s is possible in a Hi-Speed USB environment. Actual transfer rates can vary if bandwidth of the hub is being shared with other USB peripheral devices.
 Device configuration and programming operations using Platform Cable USB are supported by iMPACT download software using Boundary-Scan (IEEE 1149.1 / IEEE 1532), slave-serial mode, or serial peripheral interface (SPI). Platform Cable USB supports indirect (via an FPGA IEEE 1149.1 [JTAG] port) programming of select flash memories including the Platform Flash XL configuration and storage device. Target clock speeds are selectable from 750 kHz to 24 MHz.
 Platform Cable USB attaches to target systems using a 14-conductor ribbon cable designed for high-bandwidth data transfers. An optional adapter that allows attachment of a flying lead set is included for backward compatibility with target systems that do not use the ribbon cable connector.
 "Note": The next generation, Platform Cable USB II, is now available. Please refer to the DS593, Platform Cable USB II, for details.

@@ Line 1: / Line 1: @@
 =='''Introduction'''==
-*Platform Cable USB (Figure 1) is a high-performance download cable attaching to user hardware for the purpose of programming or configuring any of the following Xilinx devices:
+Platform Cable USB (Figure 1) is a high-performance download cable attaching to user hardware for the purpose of programming or configuring any of the following Xilinx devices:
-• ISP Configuration PROMs
+*ISP Configuration PROMs
-• CPLDs
+*CPLDs
-• FPGAs
+*FPGAs
-*Platform Cable USB attaches to the USB port on a desktop or laptop PC with an off-the-shelf Hi-Speed USB A-B cable. It derives all operating power from the hub port controller. No external power supply is required. A sustained slaveserial FPGA configuration transfer rate of 24 Mb/s is possible in a Hi-Speed USB environment. Actual transfer rates can vary if bandwidth of the hub is being shared with other USB peripheral devices.
+Platform Cable USB attaches to the USB port on a desktop or laptop PC with an off-the-shelf Hi-Speed USB A-B cable. It derives all operating power from the hub port controller. No external power supply is required. A sustained slaveserial FPGA configuration transfer rate of 24 Mb/s is possible in a Hi-Speed USB environment. Actual transfer rates can vary if bandwidth of the hub is being shared with other USB peripheral devices.
-*Device configuration and programming operations using Platform Cable USB are supported by iMPACT download software using Boundary-Scan (IEEE 1149.1 / IEEE 1532), slave-serial mode, or serial peripheral interface (SPI). Platform Cable USB supports indirect (via an FPGA IEEE 1149.1 [JTAG] port) programming of select flash memories including the Platform Flash XL configuration and storage device. Target clock speeds are selectable from 750 kHz to 24 MHz.
+Device configuration and programming operations using Platform Cable USB are supported by iMPACT download software using Boundary-Scan (IEEE 1149.1 / IEEE 1532), slave-serial mode, or serial peripheral interface (SPI). Platform Cable USB supports indirect (via an FPGA IEEE 1149.1 [JTAG] port) programming of select flash memories including the Platform Flash XL configuration and storage device. Target clock speeds are selectable from 750 kHz to 24 MHz.
-*Platform Cable USB attaches to target systems using a 14-conductor ribbon cable designed for high-bandwidth data transfers. An optional adapter that allows attachment of a flying lead set is included for backward compatibility with target systems that do not use the ribbon cable connector.
+Platform Cable USB attaches to target systems using a 14-conductor ribbon cable designed for high-bandwidth data transfers. An optional adapter that allows attachment of a flying lead set is included for backward compatibility with target systems that do not use the ribbon cable connector.
 "Note": The next generation, Platform Cable USB II, is now available. Please refer to the DS593, Platform Cable USB II, for details.