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MicroBlaze™

MicroBlaze™ is AMD 32-bit RISC Harvard architecture soft processor core with a rich instruction set optimized for embedded applications.

Design Tools Support: Vivado Software, Vitis Software
License: End User License Agreement
Device Support: Spartan 3

Overview
Documentation
TMR

Product Description

MicroBlaze™ is AMD 32/64-bit RISC Harvard architecture soft processor core with a rich instruction set optimized for embedded applications. The MicroBlaze soft processor solution delivers complete flexibility to select the combination of peripheral, memory and interface features that will give you the exact system you need at the lowest cost possible on a single FPGA.

Key Features and Benefits

Over 70 user configurable options
3-stage pipeline for optimal footprint, 5-stage pipeline for maximum performance
Supports either PLB or AXI interface
Big-endian or Little-endian support
Optional Memory Management Unit (MMU)
Optional Floating Point Unit (FPU)
Instruction and Data-side Cache

Resource Utilization

Resource Utilization for MicroBlaze Debug Module (MDM) v3.2

Vivado™ Design Suite Release 2016.4

Interpreting the results

This page contains resource utilization data for several configurations of this IP core. The data is separated into a table per device family. In each table, each row describes a test case. The columns are divided into test parameters and results. The test parameters include the part information and the core-specific configuration parameters. Any configuration parameters that are not listed have their default values; any parameters with a blank value are disabled or set automatically by the IP core. Consult the product guide for this IP core for a list of GUI parameter and user parameter mappings.

Resource figures are taken from the utilization report issued at the end of implementation using the Out-of-Context flow in Vivado™ Design Suite.
The Out-of-Context IP constraints include HD.CLK_SRC properties as required to ensure correct hold timing closure: these properties are enabled using the Tcl command: set_param ips.includeClockLocationConstraints true
The frequencies used for clock inputs are stated for each test case.
LUT figures do not include LUTs used as pack-thrus, but do include LUTs used as memory.
Default Vivado Design Suite 2016.4 settings were used. You may be able to improve on these figures using different settings. Because surrounding circuitry will affect placement and timing, no guarantee can be given that these figures will be repeatable in a larger design.

Data is provided for the following device families:

Part Information			Configuration Parameters									Resource Utilization
Device	Package	Speed Grade	Configuration Name	C_MB_DBG_PORTS	C_USE_UART	C_DBG_REG_ACCESS	C_DBG_MEM_ACCESS	C_USE_CROSS_TRIGGER	C_TRACE_OUTPUT	C_TRACE_CLK_OUT_PHASE	Fixed clocks (MHz)	LUTs	FFs	LUT-FF Pairs	DSP48s	36k BRAMs	18k BRAMs	Speedfile Status
xc7a200t	fbg676	-3	Configuration 01	1	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	92	111	40	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 02	2	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	94	113	44	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 03	4	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	100	115	40	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 04	32	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	242	169	47	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 05	1	1	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 S_AXI_ACLK=100	164	174	86	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 06	1	0	0	0	1	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	203	202	60	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 07	1	0	0	1	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100	317	380	132	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 08	1	0	0	0	0	1	0	DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 TRACE_CLK=100	380	350	195	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 09	1	0	0	0	0	2		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXIS_ACLK=100	189	201	87	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 10	1	0	0	0	0	3		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100	328	347	165	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 11	1	0	1	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 S_AXI_ACLK=100	392	265	144	0	0	0	PRODUCTION 1.16 2016-11-09
xc7a200t	fbg676	-3	Configuration 12	4	1	1	1	1	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100 S_AXI_ACLK=100	1358	896	283	0	0	0	PRODUCTION 1.16 2016-11-09

Part Information			Configuration Parameters									Resource Utilization
Device	Package	Speed Grade	Configuration Name	C_MB_DBG_PORTS	C_USE_UART	C_DBG_REG_ACCESS	C_DBG_MEM_ACCESS	C_USE_CROSS_TRIGGER	C_TRACE_OUTPUT	C_TRACE_CLK_OUT_PHASE	Fixed clocks (MHz)	LUTs	FFs	LUT-FF Pairs	DSP48s	36k BRAMs	18k BRAMs	Speedfile Status
xc7k325t	ffg900	-3	Configuration 01	1	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	92	111	43	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 02	2	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	94	113	44	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 03	4	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	100	115	37	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 04	32	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	242	169	50	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 05	1	1	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 S_AXI_ACLK=100	164	174	85	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 06	1	0	0	0	1	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	200	202	60	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 07	1	0	0	1	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100	317	380	134	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 08	1	0	0	0	0	1	0	DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 TRACE_CLK=100	382	350	188	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 09	1	0	0	0	0	2		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXIS_ACLK=100	189	201	89	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 10	1	0	0	0	0	3		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100	328	347	164	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 11	1	0	1	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 S_AXI_ACLK=100	392	265	144	0	0	0	PRODUCTION 1.12 2014-09-11
xc7k325t	ffg900	-3	Configuration 12	4	1	1	1	1	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100 S_AXI_ACLK=100	1362	896	276	0	0	0	PRODUCTION 1.12 2014-09-11

Part Information			Configuration Parameters									Resource Utilization
Device	Package	Speed Grade	Configuration Name	C_MB_DBG_PORTS	C_USE_UART	C_DBG_REG_ACCESS	C_DBG_MEM_ACCESS	C_USE_CROSS_TRIGGER	C_TRACE_OUTPUT	C_TRACE_CLK_OUT_PHASE	Fixed clocks (MHz)	LUTs	FFs	LUT-FF Pairs	DSP48s	36k BRAMs	18k BRAMs	Speedfile Status
xcku040	ffva1156	-3	Configuration 01	1	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	87	111	36	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 02	2	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	90	113	39	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 03	4	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	96	115	35	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 04	32	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	237	169	52	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 05	1	1	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 S_AXI_ACLK=100	159	174	80	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 06	1	0	0	0	1	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	195	202	63	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 07	1	0	0	1	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100	314	380	123	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 08	1	0	0	0	0	1	0	DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 TRACE_CLK=100	377	350	172	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 09	1	0	0	0	0	2		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXIS_ACLK=100	185	201	88	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 10	1	0	0	0	0	3		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100	345	347	173	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 11	1	0	1	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 S_AXI_ACLK=100	387	265	140	0	0	0	PRODUCTION 1.23 12-12-2016
xcku040	ffva1156	-3	Configuration 12	4	1	1	1	1	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100 S_AXI_ACLK=100	1357	896	281	0	0	0	PRODUCTION 1.23 12-12-2016

Part Information			Configuration Parameters									Resource Utilization
Device	Package	Speed Grade	Configuration Name	C_MB_DBG_PORTS	C_USE_UART	C_DBG_REG_ACCESS	C_DBG_MEM_ACCESS	C_USE_CROSS_TRIGGER	C_TRACE_OUTPUT	C_TRACE_CLK_OUT_PHASE	Fixed clocks (MHz)	LUTs	FFs	LUT-FF Pairs	DSP48s	36k BRAMs	18k BRAMs	Speedfile Status
xc7vx485t	ffg1761	-3	Configuration 01	1	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	92	111	47	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 02	2	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	94	113	42	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 03	4	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	100	115	39	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 04	32	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	242	169	47	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 05	1	1	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 S_AXI_ACLK=100	164	174	87	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 06	1	0	0	0	1	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	201	202	58	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 07	1	0	0	1	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100	319	380	137	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 08	1	0	0	0	0	1	0	DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 TRACE_CLK=100	381	350	191	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 09	1	0	0	0	0	2		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXIS_ACLK=100	189	201	91	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 10	1	0	0	0	0	3		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100	328	347	163	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 11	1	0	1	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 S_AXI_ACLK=100	392	265	148	0	0	0	PRODUCTION 1.12 2014-09-11
xc7vx485t	ffg1761	-3	Configuration 12	4	1	1	1	1	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100 S_AXI_ACLK=100	1361	896	286	0	0	0	PRODUCTION 1.12 2014-09-11

Part Information			Configuration Parameters									Resource Utilization
Device	Package	Speed Grade	Configuration Name	C_MB_DBG_PORTS	C_USE_UART	C_DBG_REG_ACCESS	C_DBG_MEM_ACCESS	C_USE_CROSS_TRIGGER	C_TRACE_OUTPUT	C_TRACE_CLK_OUT_PHASE	Fixed clocks (MHz)	LUTs	FFs	LUT-FF Pairs	DSP48s	36k BRAMs	18k BRAMs	Speedfile Status
xcvu065	ffvc1517	-3	Configuration 01	1	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	87	111	36	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 02	2	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	90	113	40	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 03	4	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	97	115	38	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 04	32	0	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	238	169	52	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 05	1	1	0	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 S_AXI_ACLK=100	158	174	79	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 06	1	0	0	0	1	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30	198	202	60	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 07	1	0	0	1	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100	312	380	129	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 08	1	0	0	0	0	1	0	DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 TRACE_CLK=100	374	350	180	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 09	1	0	0	0	0	2		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXIS_ACLK=100	184	201	90	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 10	1	0	0	0	0	3		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100	345	347	164	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 11	1	0	1	0	0	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 S_AXI_ACLK=100	385	265	144	0	0	0	PRODUCTION 1.25 12-12-2016
xcvu065	ffvc1517	-3	Configuration 12	4	1	1	1	1	0		DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/DRCK=30 DUT/U0/Use_E2.BSCAN_I/Use_E2.BSCANE2_I/UPDATE=30 M_AXI_ACLK=100 S_AXI_ACLK=100	1356	896	276	0	0	0	PRODUCTION 1.25 12-12-2016

COPYRIGHT

Copyright 2016 Xilinx, Inc. Xilinx, the Xilinx logo, Artix, ISE, Kintex, Spartan, Virtex, Vivado, Zynq, and other designated brands included herein are trademarks of Xilinx in the United States and other countries. All other trademarks are the property of their respective owners.

LEGAL INFORMATION: PLEASE READ

The information disclosed to you hereunder (the "Materials") is provided solely for the selection and use of Xilinx products. To the maximum extent permitted by applicable law: (1) Materials are made available "AS IS" and with all faults, Xilinx hereby DISCLAIMS ALL WARRANTIES AND CONDITIONS, EXPRESS, IMPLIED, OR STATUTORY, INCLUDING BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY, NON-INFRINGEMENT, OR FITNESS FOR ANY PARTICULAR PURPOSE; and (2) Xilinx shall not be liable (whether in contract or tort, including negligence, or under any other theory of liability) for any loss or damage of any kind or nature related to, arising under, or in connection with, the Materials (including your use of the Materials), including for any direct, indirect, special, incidental, or consequential loss or damage (including loss of data, profits, goodwill, or any type of loss or damage suffered as a result of any action brought by a third party) even if such damage or loss was reasonably foreseeable or Xilinx had been advised of the possibility of the same. Xilinx assumes no obligation to correct any errors contained in the Materials or to notify you of updates to the Materials or to product specifications. You may not reproduce, modify, distribute, or publicly display the Materials without prior written consent. Certain products are subject to the terms and conditions of Xilinx's limited warranty, please refer to Xilinx's Terms of Sale which can be viewed at https://www.amd.com/en/legal/terms-of-sale.html; IP cores may be subject to warranty and support terms contained in a license issued to you by Xilinx. Xilinx products are not designed or intended to be fail-safe or for use in any application requiring fail-safe performance; you assume sole risk and liability for use of Xilinx products in such critical applications, please refer to Xilinx's Terms of Sale which can be viewed at https://www.amd.com/en/legal/terms-of-sale.html.

Documentation

Vivado Release Notes

The most updated Release Note.

View Release Note

MicroBlaze Processor Reference Guide

The MicroBlaze™ Processor Reference Guide provides information about the 32-bit and 64-bit soft processor, MicroBlaze, which is included in the AMD Vivado™ Design Suite. The document is intended as a guide to the MicroBlaze hardware architecture.

View Reference Guide

Triple Modular Redundancy Product Guide

The guide describes the IP cores that are part of the solution, explains typical use cases, and covers Vivado IP integrator automation.

View Product Guide

I/O Module Product Guide

The LogiCORE™ IP I/O Module core is a highly integrated and light-weight implementation of a standard set of peripherals.

View Product Guide

Product Description

The high-reliability MicroBlaze™ Triple Modular Redundancy (TMR) solution provides soft error detection, correction and recovery for MicroBlaze Processors running on AMD FPGAs.

Key Features & Benefits

The Triple Modular Redundancy solution for MicroBlaze consists of 5 IP cores that work together to provide higher reliability processing. These cores include:
- TMR Manager controls the overall redundancy state and supervises soft error mitigation
- TMR Voter implements a self-checking majority voter that masks faults in the triplicated sub-blocks to maintain nominal functionality
- TMR Comparator implements a self-checking comparison of outputs from the triplicated sub-blocks, and generates errors in the case of mismatch
- TMR Inject implements functional level fault injection for test purposes
- TMR Soft Error Mitigation (SEM) interface encapsulates the AMD Soft Error Mitigation IP core
Vivado™ IP Integrator automation simplifies the creation of a triplicated MicroBlaze subsystem

_{Certain AMD technologies may require third-party enablement or activation. Supported features may vary by operating system. Please confirm with system manufacturer for specific features. No technology or product can be completely secure.}

데이터 센터

비즈니스 시스템

개인 및 게이밍

Embedded

리소스

GPU 가속기

적응형 가속기

DPU 가속기

이더넷 어댑터

워크스테이션

데스크탑

랩탑

리소스

FPGA 및 적응형 SoC

시스템 온 모듈(SOM)

기술

개발자 리소스

평가 보드 및 킷

프로세서 툴

그래픽 툴 및 앱

FPGA 및 적응형 SoC 툴

지적 재산 및 앱

GPU 가속기 툴 및 앱

개관

데이터 센터 및 클라우드용

에지 및 엔드포인트용

개발자용

업계

업계

업계

업계

Industrias

워크로드

게이밍

시스템

기술

리소스

EPYC 프로세서

Radeon 그래픽 및 AMD 칩셋

FPGA 및 적응형 SoC

Alveo 가속기 및 Kria SOM

Ryzen 프로세서

이더넷 어댑터

개관

프로세서

가속기

적응형 SoC, FPGA, SOM

그래픽

개관

제품별 리소스

유형별 리소스

파트너 정보

AMD 글로벌 지원

프로세서 및 그래픽

가속기

FPGA 및 적응형 SoC

게이밍 및 개인 컴퓨팅

적응형 및 임베디드 컴퓨팅

Get AMD Fan Gear

Buy Direct From AMD

Buy Direct From AMD

Buy Direct From AMD

Buy Direct From AMD

Buy Direct From AMD

MicroBlaze™

Product Description

Key Features and Benefits

Resource Utilization

Resource Utilization for MicroBlaze Debug Module (MDM) v3.2

Interpreting the results

Artix™ 7

Kintex™ 7

Kintex™ UltraScale™

Virtex™ 7

Virtex UltraScale

COPYRIGHT

LEGAL INFORMATION: PLEASE READ

Documentation

Product Description

Key Features & Benefits