วีดีโอ

A step down the protocol stack, the data link layer. We are leaving the domain of RFCs and entering the land of standards: IEEE 802.3 i.e. Ethernet. You will be happy to hear that this is the last layer in which we will be looking at protocols: Ethernet, ARP, ICMP and IGMP. As always we will skim over some of these quite quickly, especially the ones relating to multi-cast :) Hardware: www.simpl...

A step down the protocol stack, the network layer. We continue our journey through the Internet Protocol (IP), looking at fragmentation and TTL. In addtion to this we introduce some of the ideas behind routing protocols: RIP, OSPF and BGP, well we skim over these quite quickly :) Hardware: www.simplecpudesign.com/networking_introduction/index.html Other lectures : www.simplecpudesign.com/networ...

A step down the protocol stack, the network laye. The next protocol we will be looking at is : Internet Protocol (IP), again one of the founding father protocols of the Internet, and like TCP a tricky protocol to understand, especially IPv6, well i find it tricky as its not IPv4 :) Hardware: www.simplecpudesign.com/networking_introduction/index.html Other lectures : www.simplecpudesign.com/netw...

A step down the protocol stack, the network laye. The next protocol we will be looking at is : Internet Protocol (IP), again one of the founding father protocols of the Internet, and like TCP a tricky protocol to understand, especially IPv6, well i find it tricky as its not IPv4 :) Hardware: www.simplecpudesign.com/networking_introduction/index.html Other lectures : www.simplecpudesign.com/netw...

A step down the protocol stack, the transport layer, at this level you have three choices: RAW, UDP, TCP. The next protocol we will be looking at is : Transmission Control Protocol (TCP), one of the founding father protocols of the Internet. A tricky protocol to understand, very difficult to master :) Hardware: www.simplecpudesign.com/networking_introduction/index.html Other lectures : www.simp...

A step down the protocol stack, the transport layer, at this level you have three choices: RAW, UDP, TCP. The next protocol we will be looking at is : Transmission Control Protocol (TCP), one of the founding father protocols of the Internet. A tricky protocol to understand, very difficult to master :) Hardware: www.simplecpudesign.com/networking_introduction/index.html Other lectures : www.simp...

A step down the protocol stack, the transport layer, at this level you have three choices: RAW, UDP, TCP. To start with we will start simple : User Datagram Protocol (UDP), a simple protocol, a clean protocol, a good place to start :) Hardware: www.simplecpudesign.com/networking_introduction/index.html Other lectures : www.simplecpudesign.com/networking_lectures/index.html Main website: www.sim...

Continuing our journey through the application layer, looking at the housekeeping protocols, protocols that "BIND" the Internet together: DNS, DHCP and NTP. Hardware: www.simplecpudesign.com/networking_introduction/index.html Other lectures : www.simplecpudesign.com/networking_lectures/index.html Main website: www.simplecpudesign.com/

A brief look at the journey from ARPANET to the Internet. How do hosts communicate, IP and Ports. What is a protocol and what protocols can be used to transfer stuff : HTTP, FTP and SMTP. Hardware: www.simplecpudesign.com/networking_introduction/index.html Other lectures : www.simplecpudesign.com/networking_lectures/index.html Main website: www.simplecpudesign.com/

Introduction to lecture series, what the module is about, what we will be doing and a quick introduction to networking and everything else :). Hardware: www.simplecpudesign.com/networking_introduction/index.html Other lectures : www.simplecpudesign.com/networking_lectures/index.html Main website: www.simplecpudesign.com/

A word to the wise don't write a Raspberry Pi image to your laptop's SSD, thats a very, very bad thing to do :( This small mistake has taken a little time to recover from, but i have finally finished setting up the lab for the next semester, that is: 70 desks x 3 Raspberry Pi = 210 SDcards cloned and routers configured, all in less than a minute :) For more information : www.simplecpudesign.com...

A quick overview of the hardware used in the SYS2 (Networking) module. For more information : www.simplecpudesign.com/networking_intro/index.html

What can you make from a pile of MDF, four wheels and a pile and salvaged e-waste?

something different, not quite games console related material, but what time allowed, the SimpleCPU clock :) SimpleCPU version 1d1 - interrupts: improving functionality, adding interrupt support www.simplecpudesign.com/simple_cpu_v1d_irq/index.html SimpleCPU version 1d1 - clock: how to implement an interrupt driven clock www.simplecpudesign.com/simple_cpu_v1d_clock/index.html

SimpleCPU Games Console : Version 1

SimpleCPU Games Console : Game 1

SimpleCPU Games Console : VDC tile draw / overlay

SimpleCPU version 1d

SimpleCPU Games Console : VDC block write / copy

SimpleCPU Games Console : VDC frame buffer read / write

SimpleCPU Games Console : An Overview

SimpleCPU version 1a

SimpleCPU version 1

Simple CPU

SimpleCPUv1a Test Code

robocockroach test1

xmas blink2

altera pong

full adder