NS115 System Emulation Based on Cadence Palladium XP
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1 NS115 System Emulation Based on Cadence Palladium XP wangpeng 新岸线 NUFRONT
2 Agenda Background and Challenges Porting ASIC to Palladium XP Software Environment Co Verification and Power Analysis Summary
3 Background and Challenges Design Background Verify and emulate the third generation computer system chip NS115 with a focus on performance and power with Android applications Source: nufront NS115 datasheet
4 Background and Challenges Challenges NS115 is a very large and complex design ~12MGates Dual core ARM Cortex A9 processor Mali400 multi core 2D/3D graphic processor Dedicated 2D block for hardware acceleration Numerous interfaces and memory subsystems: including LPDDR2, DDR3 memory interface up to 800 Mbps Android system's requirements External storage Multiple screen displays Able to accept data inputs from various sources long starting time for IC simulation Software simulation and FPGA not suitable RTL simulation is too slow for system level verification Frequently design iterations and lack of full debug visibility not suitable for FPGA
5 Palladium XP the solution for emulating NS115 Performance Improvements About 1000 times faster than software simulation Up to 1.3Mhz real time frequency Resource Able to synthsize and implement the whole chip of 12 million gates External Models DDR/eMMc conveniently integrated within Real world Interface with SpeedBridge Availability of VGA, UART, SD/MMC, JTAG, USB peripherals
6 Porting Synthesis and Compile UXE tool and In Circuit Emulation Mode RTL directly ported Replace the Un synthesizable Hard macro Generate SRAM/ROMs with script DDR PHY and DLL written in Verilog Replace PLLs Quick compile time with 1 workstation 40 minutes for a full compile for a 12 million gates design
7 Porting Download and run XeDebug tool with GUI easy and fast to download and run Useful functions of XeDebug Programmable triggers Able to load/dump memory Probe and trace data capture Save/restore Force signals
8 Palladium XP Emulation Environment for NS115
9 Software Android / Linux kernel Compile kernel with default bootargs Preload kernel image into DDR by memory load function Modify ROM boot code to directly jump to kernel
10 Software debug methods PC registers Probe PC registers to know where CPU executes Trigger PC registers to stop CPU at wanted instruction or function Trigger interrupt or exception signals of CPU Log system in Linux kernel Dump log_buf from DDR before UART device and driver are ready Receive logs and input commands through UART SpeedBridge
11 Software Linux drivers Essential device drivers for Android Interrupt controller Timer Serial port(uart) LCD display controller Sd/MMC/Nandflash controller Optional driver for emulation Graphic Processor Video Processor
12 Software RAM File System Before Android, try RAM file system of busybox small and simple load with kernel image without external storage support basic Linux commands running test cases under linux console can use chroot command to swtich to Android About 15 minutes to boot a RAM file system
13 Software Android (1) Refine Android to save boot time Remove unnecessary applications Disable check JNI function Disable unnecessary JAVA classes Remove some unuseful items from init.rc Able to boot Android system in about 2 hours vs. a projection of 83 days in a RTL simulator
14 Software Android (2) Output Capture LCD frames using Video SpeedBridge Input Input keyevent, generate key input monkey system, generate touch input am command, start application, service and broadcast intent Applications Benchmark applications pre installed in file system
15 Emulation Screens
16 Co verification using Dynamic Power Analysis (DPA) Get data of power peak windows Collect ppfdata of toggle and weighted toggle counts at low resolution Find power peak and zoom into the peak window and re generate at high resolution Power Analysis Generate TCF file for each peak's ppfdata Calculate dynamic power consumption from TCF files, gate level netlist and other libs
17 Co verification DPA Example video decode example
18 Summary Benefits of emulating NS115 with Palladium XP Achieved 1000x performance improvement over RTL simulation Enabled early system level integration and software validation (Android/Linux) with the emulated NS115 Correlated power consumption using realistic runtime environments and applications before silicon is available Fast turn around time greatly improve the efficiency of verification
19 The End Thanks!
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