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The document discusses using programmable application-specific processors (ASIPs) as accelerators in system-on-chips instead of fixed-function accelerators. ASIPs offer flexibility through programmability while maintaining high performance. The document outlines how to design ASIPs using C-programmable datapaths and compiler tools. It provides examples of ASIP designs for wireless baseband algorithms like WLAN equalization and FFT that achieve performance comparable to hardwired accelerators.
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This document discusses the dangers of believing "tall tales" or myths when planning, designing, and verifying FPGA implementations. It contrasts the tall tales with expert opinions on best practices. The tall tales suggest that FPGA projects do not require detailed planning, that FPGA design is similar to ASIC design, and that extensive verification is not needed. However, the expert opinions provided emphasize that early FPGA process involvement, an understanding of the FPGA architecture, and a tailored verification strategy are essential for successful FPGA projects. The summary is that while tall tales sound nice, expertise and tools are needed to properly plan, design, and verify FPGA solutions.
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1. FPGAs allow balancing computation between an embedded processor and custom application-specific data processing pipelines.
2. Offloading streaming data tasks to an FPGA data plane can meet performance needs by freeing the processor for other tasks.
3. An FPGA implementation combining an embedded processor control plane and custom data plane reduces costs and development time compared to separate chips.
C:\fakepath\micrologic track c
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Apache track d updated
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- The document discusses various techniques for reducing power consumption in FPGAs, including power analysis tools, power-driven synthesis and fitting, clock gating, using dedicated resources like DSP blocks and RAM blocks efficiently, and newer FPGA technologies that enable programmable power and lower voltages.
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Here are the key steps to design a Hartley oscillator:
1. Choose the operating frequency fo. This will help determine component values.
2. Select the transistor. Consider gain, frequency response, power handling etc.
3. Calculate the inductance L required using the formula:
L = 1 / [4π2fo2C]
Where C is the total capacitance in the tank circuit.
4. Choose standard inductance value slightly higher than L.
5. Calculate the capacitance C required for resonance at fo using:
1 / [2π(LC)1/2] = fo
6. Choose standard capacitance values to obtain C.
7. Calculate
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