Sorry, you need to enable JavaScript to visit this website.

MicroZed Chronicles

If you want E book or hardback versions of the MicroZed chronicles you can get them below

  • First Year E Book here
  • First Year Hardback here.
  • Second Year E Book here
  • Second Year Hardback here

Each of the articles can be accessed below, most of the code examples are located here
Issue 153: SDSoC Performance & Tracing
Issue 152: ZynqBerry Hardware Acceleration, Local SDSoC Projects, & Linux
Issue 151: ZynqBerry & SDSoC
Issue 150: A first look at Trenz Electronic's ZynqBerry Board
Issue 149: Grabbing the Image--Interfacing to camera, Camera Link
Issue 148: Cracking HLS Part 5
Issue 147: Cracking HLS Part 4
Issue 146: Cracking Open HLS, Part 3
Issue 145: Cracking Open HLS Part 2
Issue 144: Cracking Open High Level Synthesis (HLS)
Issue 143: Getting Down with Embedded Vision Algorithms
Issue 142: OpenCV and Object Tracking Part 2
Issue 141: OpenCV and Object Tracking Part 1
Issue 140: Zedboard Single Board Computer & Installing OpenCV
issue 139: Linux and File Systems
Issue 138: Linux, Device Tree and Zynq SoC PL
Issue 137 : Snickerdoodle – Hello World & Wireless Transfer
Issue 136: Snickerdoodle – Getting it up and running and connected to WIFI
Issue 135: Snickerdoodle – Introduction 
Issue 134: LabVIEW FPGA – Test Bench Overview
Issue 133: LabVIEW FPGA – First Project 
Issue 132: LabVIEW FPGA Using Eclipse and C 
Issue 131: LabVIEW FPGA & NI RIO Part 2 
Issue 130: LabVIEW FPGA & NI RIO
Issue 129: Incremental Compilation
Issue 128: Out Of Context Synthesis
Issue 127: Deep Dive of the EVK Control Interfaces
Issue 126: EVK looking at the status of the Camera Receiver
Issue 125: Creating the EVK Camera Software
Issue 124: Creating the EVK Camera Hardware Build
Issue 123: Using the Returned  Peripheral Status 
Issue 122: Embedded Vision Kit 7 Inch Display Software Build
Issue 121: Embedded Vision Kit 7 Inch Display Hardware Build
Issue 120 Embedded Vision Kit 7 Inch Display Introduction
Issue 119: VDMA and Test Pattern SDK Software
Issue 118: VDMA and Test Pattern Vivado Hardware
Issue 117: Hardware in the loop –  ILA and SDK 
Issue 116: Test Pattern Generation
Issue 115: Embedded Vision Kit – Deep Dive
Issue 114: Embedded Vision Kit – Initial Power Up
Issue 113: SDSoC FIR Filters – High Pass / Band Pass and Band Stop 
Issue 112: SDSoC FIR Filter PL
Issue 111: SDSoC FIR Filter PS
Issue 110: SDSoC Coherent Sampling and FFT Size
Issue 109: SDSoC Creating your own Platform Part 2
Issue 108: SDSoC Creating your own Platform
Issue 107: XADC, Interrupts & Real Signals
Issue 106: Interrupt Latency Part 2
Issue 105: Interrupt Latency
Issue 104: XADC in the Real World
Issue 103: SDSoC and ADC
Issue 102: SDSoC AES FreeRTOS Example – Includes how to run FreeRTOS on the MicroZed
Issue 101: SDSoC AES Bare Metal
Issue 100: 100th Blog
Issue 99: SDSoEstimation 
Issue 98: SDSoC AES Example Part 5 
Issue 97: SDSoC AES Example Part 4
Issue 96: SDSoC AES Example Part3
Issue 95:  SDSoC AES Example Part 2
Issue 94: SDSoC AES Example Part 1 
Issue 93: SDSoC Part 9
Issue 92: SDSoC Part 8
Issue 91: SDSoC Part 7
Issue 90: SDSoC Part 6 
Issue 89: SDSoC Part 5
Issue 88: SDSoC Part 4
Issue 87: SDSoC Part 3
issue 86: SDSoC Part 2 
Issue 85: SDSoC Part 1
Issue 84: SPI Part 4
Issue 83: SPI Part 3
Issue 82: SPI Part 2
Issue 81: SPI Part 1
Issue 80 : lwIP Stack 
Issue 79 : Ethernet Part 3 
Issue 78 : Ethernet Part 2
Issue 77 : Ethernet Part 1
Issue 76: Constraints RPM
Issue 75: Physical Constraints – PBlocks
Issue 74: Physical Constraints 
Issue 73: Using boards other than the MicroZed
Issue 72: Multi Cycle Paths 
Issue 71: Clock Constraints Relationships and Metastability
Issue 70: Constraints Part Two, Clock Relationships and Metastability 
Issue 69: Constraints Part One
Issue 68: AXI DMA Part Three
Issue 67 : AXI DMA Part Two
Issue 66: AXI DMA Part One 
Issue 65: SDK Profiling Applications Part 2
Issue 64: SDK Profiling Applications Part 1
Issue 63: SDK Debugging Applications
Issue 62:  XADC AXI and DevC Interfacing 
Issue 61: PicoBlaze Part Six
Issue 60: PicoBlaze Part Five 
Issue 59: PicoBlaze Part Four
Issue 58: PicoBlaze Part Three
Issue 57: PicoBlaze Part Two
Issue 56: PicoBlaze Part One 
Issue 55: Linux on the Zynq
Issue 54: PetaLinux on the Zynq
Issue 53: Linux and SMP
Issue 52: One Year and free EBook
Issue 51: SW Interrupts between Cores 
Issue 50: Communicating between Cores using OCM AMP
Issue 49: Communicating between cores OCM
Issue 48: Bare Metal AMP
Issue 47: AMP on the Zynq
Issue 46: Using both Cores on the Zynq
Issue 45: FreeRTOS Task Creation
Issue 44: FreeRTOS on the Zynq
Issue 43: XADC and Alarms
Issue 42: Zynq Operating Systems Part Four – uc/OS-III
Issue 41: Zynq Operating Systems Part Three 
Issue 40: Zynq Operating Systems Part Two
Issue 39: Zynq Operating Systems Part One
Issue 38: Interrupt PL to PS
Issue 37: NeoPixel Demo Part Eight
Issue 36: NeoPixel Demo Part Seven
Issue 35:  NeoPixel Demo Part Six
Issue 34: NeoPixel Demo Part Five
Issue 33: NeoPixel Demo Part Four
Issue 32: NeoPixel Demo Part Three
Issue 31 NeoPixel Demo Part Two
Issue 30: NeoPixel Demo Part One
Issue 29: PS DMA Part Two
Issue 28: PS DMA Part One
Issue 27: Creating a PL Peripheral Part Seven
Issue 26: Creating a PL Peripheral Part Six
Issue 25:  Creating a PL Peripheral Part Five
Issue 24: Creating a PL Peripheral Part Four
Issue 23: Creating a PL Peripheral Part Three
Issue 22: Creating a PL Peripheral Part Two
Issue 21: Creating a PL Peripheral Part One
Issue 20: Triple Timer Counter Part Four
Issue 19: Triple Timer Counter Part Three
Issue 18: Triple Timer Counter Part Two
Issue 17: Triple Timer Counter Part One
Issue 16: Private Watchdog
Issue 15: Private Timer 
Issue 14: Timer, Clocks & Watchdogs
Issue 13: Interrupts Part Two
Issue 12: Interrupts Part One
Issue 11: GPIO Example
Issue 10: PS GPIO
Issue 9: Zynq MIO
Issue 8: XADC SW
Issue 7: XADC HW
Issue 6: Bootloader Part Two
Issue 5: Bootloader Part One
Issue 4: Running Programmes on the Zynq
Issue 3: Hello World
Issue 2: The SW Environment 
Issue 1: The Board Bring Up


Hello Sir,
                 I want to measure an external pulse of 50Hz frequency and pulse width range from 1msec to 2msec. Using TTC external clock input if i'm measuring this signal , i'm getting a overflow . since minimum operating  frequency by the TTC is 50MHz. How can i measure this signal width using TTC without overflow ??
Thanks in advance.

Awesome, Thanks for contributing your important time to post such an interesting & useful collection of knowledgeable resources that are always of great need to everyone. I visit this blog first time and encourage by this good stuff work. Unbelievable post keeps up posting such great information. There are things here that I didn't think some time as of late. rospher am very enjoyed for this weblog. It’s an informative subject matter.

Computer has many languages and all of them important for many purposes. So we can join this essay pro reviews service to get the online education of it. Online service making our education system better.

The purpose of self-publishing an eBook and a print book is insignificantly university assignment service modified. You will probably require to take your final edited composition and subject it to two separate development processes.


Thanks for the E book or hardback versions of the MicroZed chronicles!

Installing Showbox is fast and trouble-free and the app can support Android, iOSm Blackberry and Windows PC. Interface of Showbox app is nice-looking and recognizable; you can get uncomplicated access to app menu to right to use settings and customization. Showbox app takes hardly some seconds to install on your devices and within just instant, you are equipped to take pleasure in free entertainment right on your device. Watch latest movies and TV shows uaing Showbox for iphone is somewhat a worthwhile offer for entertainment fans.


Youre so cool! I dont suppose Ive learn something like this before. So good to find somebody with some unique ideas on this subject. realy thank you for beginning this up. this website is something that is needed on the net, somebody with somewhat originality. helpful job for bringing something new to the internet! Consumer Financial Services