Virtual Array Architecture for efpga April 5, 2018
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1 Virtual Array Architecture for efpga April 5, 2018 Cheng C. Wang SVP of Engineering Copyright Flex Logix Technologies, Inc.
2 Why the Need for Virtual Arrays? Security: Keep your secret sauce design masked from the customer Preserve Performance & Density: Harden your optimized design for best performance & density on EFLX arrays, even when the rest of the design changes Runtime: Avoid performing P&R on the entire array when your part of the design is unchanged EFLX Array Customer Design Your Design Copyright 2016 & 2017 Flex Logix Technologies, Inc. 2
3 Virtual Array Solution Have your secret sauce IP and customer design on one EFLX array Designs inside black-box tiles are not visible by end-user Remaining EFLX tiles remain user-programmable EFLX Array Customer Design Your Design Maintain optimal performance and density of EFLX designs Preserve P&R performance in black-box tiles Black-box bitstream is merged directly into the final bitstream Improve EFLX Compiler runtime Designs in black-box tiles are not P&R ed again Patent Pending on EFLX Virtual Array Technology Copyright 2016 & 2017 Flex Logix Technologies, Inc. 3
4 Example: EFLX200K Test Chip in TSMC16FFC 7x7 Array 114,240 6-LUTs (~183K LUT4s) x22 MACs 4
5 MCU Virtual Array on EFLX 200K Test Chip EFLX 200K Test Chip Customer Design (33 tiles on a 7x7 array) On demo Board Clock Gen System Clk PLL MCU Virtual Array (4x4 blackbox) Peripherals & Bus IP 20-pin JTAG JTAG 5 SRAM 32KB External ROM SRAM: 4KB 4KB AHB Lite Channel or Fabric APB Channel MCU Accelerator Interfaces 16 GPIOs 16-pin & 8-pin headers SPI FLASH SPI 4 Aux Clk SRAM 5-pin Header Copyright 2016 & 2017 Flex Logix Technologies, Inc. 5
6 Virtual IO Virtual IO Virtual Array Definition Each EFLX array can have one or more black-box virtual arrays Each virtual array is a sub-module of the top-level, no direct IO access is needed Each virtual array should have its virtual I/Os placed towards the other tiles of the EFLX array L/M L/M L/M L/M L/M L/M L/M L/M L/M L/M L/M L/M L/M L/M DSP DSP DSP DSP DSP DSP DSP L/M L/M L/M L/M L/M L/M L/M Virtual IO DSP DSP DSP DSP DSP DSP DSP Virtual Array Black-box L/M L/M L/M L/M L/M L/M L/M Virtual IO L/M L/M L/M L/M L/M L/M L/M 6
7 Virtual Array Compilation Other than pin placement, compiling a 4x4 black-box virtual array is no different from a regular 4x4 array EFLX Compiler offers complete netlist-to-bitstream solution P&R 7
8 Black-box Definition (Auto-Generated) A black-box definition: EFLX Precompiled Macro (.epm) Defines black-box essentials: module name, footprint, IO location, clock utilization The epm is auto-generated with -GENERATE_VIRTUAL_ARRAY flag 8
9 Instantiating a Black-box in Customer Design The black-box module content is removed from the customer design, and replaced with the.epm inference.epm black box is automatically preserved through Synplify Black Box.epm in EDIF netlist Black Box Inferred through.epm 9
10 Running Black-box Design in EFLX Compiler Load a top-level floorplan with the black-box tiles labeled EFLX Compiler connects top-level design with black-box design during P&R No user visibility into what s inside the black-box P&R 10
11 Running Blackbox Designs in Silicon Black-box MCU (CM0) executes the AES enc/decryption in SW Custom accelerator executes the same enc/decryption in HW HW encryption accelerator is 31.5x faster than SW (ARM Cortex-M0) HW decryption accelerator is 236.5x faster than SW (ARM Cortex-M0) 11
12 Conclusion: Virtual Array Benefits Virtual array is a simple way to insert a pre-compiled black-box in to the customer design Secure: User has no visibility into the black-box design Predictable: Pre-compiled design is frozen, preserves PPA Fast: Pre-compiled design portion is not P&R ed again Flexible: Maintain user-programmability in the rest of the designs User can choose to instantiate the black-box or not Updates to.epm can be downloaded as an image file One of many ways to build a flexible, secure, and highquality EFLX IP ecosystem Patent Pending on EFLX Virtual Array Technology Copyright 2016 & 2017 Flex Logix Technologies, Inc. 12
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