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Home8088 8086 core Microsequencer Kintex FPGA
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8088 8086 core Microsequencer Kintex FPGA
http://www.microcorelabs.com/
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8088 8086 core Microsequencer Kintex FPGA
microcorelabs.com
Applications
http://www.microcorelabs.com/applications.html
Four MCL51 microsequencer-based 8051 processor cores running in Lockstep. Four independent Voters that detect errors and silently remove the module from the lockstep. Modules can passively rebuild themselves without the intervention of neighboring modules. Once rebuilt, they can re-synchronize with neighboring modules and rejoin the lockstep in less than 1ms. The Lockstep QMR System can tolerate two simultaneous module failures. System consumes 12% of a Xilinx Artix-7 XC7A35. Quad Modular Redundant System.
Links
http://www.microcorelabs.com/links.html
Embedded.com Article on the MCL86. Embedded.com - Feb 18, 2016. Only 308 FPGA LUTs required to create cycle-accurate 8088/8086 soft processor core". Xilinx.com - Feb 18, 2016. 8088 IP core fits in 308 LUTs, runs at 180MHz on a Kintex-7 FPGA". MicroCore Labs YouTube Channel. Embedded.com Article on the MCL51. Xcell Daily Blog discussing the MCL86. Xilinx Xcell Daily Blog - Dec 5, 2016. Lockstep Quad-Core Modular Redundant System based on MicroCore’s 8051 processor runs on Artix-7 FPGA, heals itself".
MCL51
http://www.microcorelabs.com/mcl51.html
MicroCore Labs YouTube Channel. MicroCore Labs MCL51 8051 core. The MCL51 is an ultra-small footprint, microsequencer-based, 100% instruction-set compatible, 8051 core that can be implemented in any FPGA or ASIC technology which can utilize as little as 312 LUTs of a Xilinx Artix-7 FPGA. 100% Compatible with 8051 instruction set. Vectored interrupts with up to 128 sources. Proxy addressing for peripherals allows complete bus size flexibility.
FAQ
http://www.microcorelabs.com/faq.html
Q: How small are the MCL51 and MCL86 cores? A: The MCL86 Execution Unit (EU) core consumes 308 LUTs which is less than one percent of the smallest Kintex-7 FPGA and less than ten percent of the Lattice XO2-7000 FPGA and the MCL51 is 312 Xilinx Artix-7 LUTs. These ultra-small footprints are possible because of the high performance microsequencer that implements all the processor's functionality in microcode. Q: How do MicroCore Labs cores compare in size to similar processor cores from other vendors?
MCL86
http://www.microcorelabs.com/mcl86.html
The MCL86 EU core utilizes only 308 LUTs which is less than one percent of the smallest Kintex FPGA and less than ten percent of the Lattice XO2-7000 FPGA. Block RAMS are used to hold the microcode. The core has the option to be cycle compatible(*) with the original 4.77Mhz 8088 microprocessor which allows the MCL86 to be a drop-in replacement. If this is not enabled then the core can execute instructions significantly faster. Please contact us to learn more about the MicroCore Labs MCL86!
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World’s fastest IBM PCjr? – MicroCore Labs
https://microcorelabs.wordpress.com/2017/01/02/worlds-fastest-pcjr
Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores. World’s fastest IBM PCjr? IBM PCjr running MCL86 with “Minimum Mode” BIU. Lockstep Quad Modular Redundant System. MCL86 running on Spartan-6. MCL51 Quad Core Demo. World’s fastest IBM PCjr? January 2, 2017. January 3, 2017. I am using DOS 2.1 and PCJRMEM.COM /C to allow these test programs to run from the upper/faster 128KB of memory. The MCL86 clock cycle compatibili...
MCL51 fun with R-2R DAC – MicroCore Labs
https://microcorelabs.wordpress.com/2016/05/16/mcl51-fun-with-r-2r-dac
Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores. World’s fastest IBM PCjr? IBM PCjr running MCL86 with “Minimum Mode” BIU. Lockstep Quad Modular Redundant System. MCL86 running on Spartan-6. MCL51 Quad Core Demo. MCL51 fun with R-2R DAC. May 16, 2016. Having some fun with the MCL51 and an R-2R DAC. The first picture uses the oscilloscope’s X-Y mode to display a 256×256 bit-mapped image. MCL51 fun with R-2R DAC.
Lockstep Quad Modular Redundant System – MicroCore Labs
https://microcorelabs.wordpress.com/2016/11/06/lockstep-quad-modular-redundant-system
Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores. World’s fastest IBM PCjr? IBM PCjr running MCL86 with “Minimum Mode” BIU. Lockstep Quad Modular Redundant System. MCL86 running on Spartan-6. MCL51 Quad Core Demo. Lockstep Quad Modular Redundant System. November 6, 2016. There are the links:. Lockstep QMR – Artix-7. Lockstep QMR – Spartan-6. Please visit us at: www.MicroCoreLabs.com. MCL86 running on Spartan-6.
MCL86 running on Spartan-6 – MicroCore Labs
https://microcorelabs.wordpress.com/2016/06/22/mcl86-running-on-spartan-6
Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores. World’s fastest IBM PCjr? IBM PCjr running MCL86 with “Minimum Mode” BIU. Lockstep Quad Modular Redundant System. MCL86 running on Spartan-6. MCL51 Quad Core Demo. MCL86 running on Spartan-6. June 22, 2016. November 6, 2016. I recently picked up a Spartan-6 FPGA board from ebay (for $32! Please visit us at: www.MicroCoreLabs.com. MCL86 running on Spartan-6.
January 2017 – MicroCore Labs
https://microcorelabs.wordpress.com/2017/01
Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores. World’s fastest IBM PCjr? IBM PCjr running MCL86 with “Minimum Mode” BIU. Lockstep Quad Modular Redundant System. MCL86 running on Spartan-6. MCL51 Quad Core Demo. World’s fastest IBM PCjr? January 2, 2017. January 3, 2017. I am using DOS 2.1 and PCJRMEM.COM /C to allow these test programs to run from the upper/faster 128KB of memory. The MCL86 clock cycle compatibili...
MCL51 MIDI Player – MicroCore Labs
https://microcorelabs.wordpress.com/2016/05/24/mcl51-midi-player
Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores. World’s fastest IBM PCjr? IBM PCjr running MCL86 with “Minimum Mode” BIU. Lockstep Quad Modular Redundant System. MCL86 running on Spartan-6. MCL51 Quad Core Demo. May 24, 2016. May 24, 2016. We just uploaded a video to YouTube of the MCL51 playing “Flight of the Bumblebee” in MIDI format. Here it is:. Please visit us at: www.MicroCoreLabs.com. MCL51 fun with R-2R DAC.
November 2016 – MicroCore Labs
https://microcorelabs.wordpress.com/2016/11
Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores. World’s fastest IBM PCjr? IBM PCjr running MCL86 with “Minimum Mode” BIU. Lockstep Quad Modular Redundant System. MCL86 running on Spartan-6. MCL51 Quad Core Demo. Lockstep Quad Modular Redundant System. November 6, 2016. There are the links:. Lockstep QMR – Artix-7. Lockstep QMR – Spartan-6. Please visit us at: www.MicroCoreLabs.com.
MicroCore Labs – Page 2 – Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores
https://microcorelabs.wordpress.com/page/2
Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores. World’s fastest IBM PCjr? IBM PCjr running MCL86 with “Minimum Mode” BIU. Lockstep Quad Modular Redundant System. MCL86 running on Spartan-6. MCL51 Quad Core Demo. MCL51 Intel-Hex Loader via the UART. May 9, 2016. Please visit us at: www.MicroCoreLabs.com. MCL51 Intel-Hex Loader via the UART. MCL51 Utilization using Xilinx Kintex. April 30, 2016. May 1, 2016. The test...
March 2016 – MicroCore Labs
https://microcorelabs.wordpress.com/2016/03
Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores. World’s fastest IBM PCjr? IBM PCjr running MCL86 with “Minimum Mode” BIU. Lockstep Quad Modular Redundant System. MCL86 running on Spartan-6. MCL51 Quad Core Demo. Video of MCL86 ported to the Lattice XO2 Breakout Board is now on YouTube. March 5, 2016. March 5, 2016. Here it is: MCL86 8086 core running on Lattice XO2 Breakout Board. March 4, 2016. March 4, 2016.
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Welcome to MicroCore Labs. We develop ultra-small footprint, microsequencer based, embedded processor cores which can be implemented in any FPGA or ASIC technology. Our processor cores include the 8086/8088 compatible MCL86 and the 8051 compatible MCL51 cores. We have recently implemented an application of a Lockstep Quad Modular Redundant system which uses the MCL51 core. An application note is available under the Applications tab and a video demonstration is available on our YouTube channel.
MicroCore Labs – Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores
Developers of ultra-small footprint, microsequencer based, embedded processor cores which include the 8051 ip core and 8086/8088 ip cores. World’s fastest IBM PCjr? IBM PCjr running MCL86 with “Minimum Mode” BIU. Lockstep Quad Modular Redundant System. MCL86 running on Spartan-6. MCL51 Quad Core Demo. World’s fastest IBM PCjr? January 2, 2017. January 3, 2017. I am using DOS 2.1 and PCJRMEM.COM /C to allow these test programs to run from the upper/faster 128KB of memory. The MCL86 clock cycle compatibili...
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