BOOT CAMP: Live Online Aug 23-27

Teracom’s famous core telecom training for non-engineers, totally updated for the 2020s, with broadband, cloud computing, data centers, 5G, IoT, broadband wireless and much more.

Boot Camp logo

BOOT CAMP Live Online continues to be a great success. Join us Aug 23 to bust the buzzwords, demystify the jargon and understand today’s telecommunications technologies, and most importantly, the underlying ideas… and how it all fits together.

You will learn and retain more as part of a live class with a real instructor, where you can ask questions and interact with others.

Thousands of people have benefitted from this training.  Join us!

Contact us for a private BOOT CAMP if you have a group!

get more info  •  register  •  detailed BOOT CAMP brochure

Here’s a sampling of student evaluations from previous classes:

“Awesome course, really. Just very, very good.”
  – Tim Wilson, Ciena

“Thank you guys so much, this class was amazing! I would take this all over again!”
– Austin Thompson, NHC

“Since I am very new to telecom, this helped me connect the dots, the different layers and terminology. I liked that it followed the printed workbooks very closely so I could read the summaries after the lessons. The instructor was great. He kept it light, added some jokes to keep it entertaining.  I liked most when he did drawings with his explanations.”
  – Ashley Brinkman, Marketing Manager, MTA, Palmer Alaska

“The course was very beneficial for me.  I wish I would have been able to take this class a few years back when I first started!”
  – Tamara Pepin, CRTC

“I had some of the basics; this class filled gaps and added much more depth. Instructor Richard was open to questions at any time, and revisited topics until we got it. Having the notes in the printed course book to follow along and add to was very helpful. Richard was very passionate about the course material and had great real-life examples.”
– Robert Smieszny, NHC

“Richard is an excellent instructor. He has unmatched knowledge on the subject! He does a fantastic job interacting as if we are physically in a classroom with him!”
– Daniel Herfel, National Institute of Standards and Technology

All you need to join BOOT CAMP Live Online and get this world-famous training is a laptop with a webcam. We’ll ship you the high-quality printed color course books in advance of the BOOT CAMP, and you’ll be part of a class that runs 9 – 5 Monday – Friday.

The best part: BOOT CAMP was totally updated for 2020, with 5G, Cloud Computing, Data Centers, Smart Cities & more, just before the pandemic struck!

This is the most up-to-date telecom-for-non-engineers training that can be found anywhere.

This is truly career-enhancing knowledge.

Teracom BOOT CAMP Live Online is a great opportunity:
• Live interactive group training, guaranteed coronavirus-free!
• You will be part of a class.
• You will be able to see and hear everyone else.
• We’ll ship you the high-quality printed color course books in advance.
• The instructor will keep you focused, so you learn, like any other BOOT CAMP.
• You can ask the instructor questions, like any other BOOT CAMP.
• The class will run on a schedule: 9 – 5 Monday to Friday, with scheduled breaks, like any other BOOT CAMP.
• You get immediate access to three TCO Certification Packages, with their online courses.
• No travel required.
• Anyone worldwide can take BOOT CAMP.
• All you need is a laptop with a webcam.

This is an ideal time to get the training you need!

You’ll get the course materials shipped to you: two printed color books totaling over 500 pages with copies of all graphics and detailed text notes.

You will also get immediate access to the included TCO Certification Packages: CTNS, CTA and CVA and their twenty full-length online courses, with no time limits and unlimited repeats.

You’ll get the full BOOT CAMP as close as you can get without actually being there.

If you are an international participant, this is your opportunity to take BOOT CAMP. No US travel visa required!

Carpe diem!

Get more Info

New CTNS Study Guide

The new edition of the CTNS Study Guide is now available!

Available in Hardcover, Softcover and eBook

Incorporating all of the recent major updates to CTNS courses, the Study Guide includes all of the text and the main graphic from every lesson in every CTNS course.

CTNS Study Guide

7″ x 10″ • 406 pages
published May 2021
ISBN 9781894887625 (softcover)
ISBN 9781894887656 (hardcover)
ISBN 9781894887632 (eBook)

With a detailed table of contents, full notes, and a summary checklist of important topics for every lesson, many people find their learning experience greatly enhanced with the printed study guide.

The book will also serve as an invaluable day-to-day reference and handbook going forward.

Eight in one!

The CTNS Study Guide is the textbook for:
2241 Introduction to Broadband Converged IP Telecom
2206 Wireless Telecommunications
2221 Fundamentals of Voice over IP
2201 The PSTN
2212 OSI Layers and Protocol Stacks
2211 LANs, VLANs, Wireless and Optical Ethernet
2213 IP Addresses, Packets and Routers
2214 MPLS and Carrier Networks

Get your CTNS Study Guide Today!

The internationally-recognized TCO CTNS Certification represents the core telecommunications network knowledge required by everyone serious in the telecom world today.

Learn more about CTNS

BOOT CAMP: Live Online June 14-18

Boot Camp logo

BOOT CAMP Live Online is going strong.  
Check out student evaluations from previous classes.
Join us the week of June 14 to bust the buzzwords, demystify the jargon and understand today’s converged broadband telecommunications, and most importantly, the underlying ideas… and how it all fits together.  

Or contact us for a private class if you have a group!

Teracom’s famous core telecom training for non-engineers, totally updated for the 2020s, with broadband, cloud computing, data centers, 5G, IoT, broadband wireless and much more.

BOOT CAMP Live Online continues to be a great success. Join us June 14 to bust the buzzwords, demystify the jargon and understand today’s telecommunications technologies, and most importantly, the underlying ideas… and how it all fits together.

You will learn and retain more as part of a live class with a real instructor, where you can ask questions and interact with others.

Thousands of people have benefitted from this training.  Join us!

Contact us for a private BOOT CAMP if you have a group!
get more info  •  register  •  detailed BOOT CAMP brochure

Here’s a sampling of student evaluations from previous classes:

“Awesome course, really. Just very, very good.”
  – Tim Wilson, Ciena

“Thank you guys so much, this class was amazing! I would take this all over again!”
– Austin Thompson, NHC

“Since I am very new to telecom, this helped me connect the dots, the different layers and terminology. I liked that it followed the printed workbooks very closely so I could read the summaries after the lessons. The instructor was great. He kept it light, added some jokes to keep it entertaining.  I liked most when he did drawings with his explanations.”
  – Ashley Brinkman, Marketing Manager, MTA, Palmer Alaska

“The course was very beneficial for me.  I wish I would have been able to take this class a few years back when I first started!”
  – Tamara Pepin, CRTC

“I had some of the basics; this class filled gaps and added much more depth. Instructor Richard was open to questions at any time, and revisited topics until we got it. Having the notes in the printed course book to follow along and add to was very helpful. Richard was very passionate about the course material and had great real-life examples.”
– Robert Smieszny, NHC

“Richard is an excellent instructor. He has unmatched knowledge on the subject! He does a fantastic job interacting as if we are physically in a classroom with him!”
– Daniel Herfel, National Institute of Standards and Technology

All you need to join BOOT CAMP Live Online and get this world-famous training is a laptop with a webcam. We’ll ship you the high-quality printed color course books in advance of the BOOT CAMP, and you’ll be part of a class that runs 9 – 5 Monday – Friday.

The best part: BOOT CAMP was totally updated for 2020, with 5G, Cloud Computing, Data Centers, Smart Cities & more, just before the pandemic struck! 

This is the most up-to-date telecom-for-non-engineers training that can be found anywhere.

This is truly career-enhancing knowledge.

Teracom BOOT CAMP Live Online is a great opportunity:

  • Live interactive group training, guaranteed coronavirus-free!
  • You will be part of a class.
  • You will be able to see and hear everyone else.
  • We’ll ship you the high-quality printed color course books in advance.
  • The instructor will stand up at the front of the room and teach the class like any other BOOT CAMP.
  • The instructor will keep you focused, so you learn, like any other BOOT CAMP.
  • You can ask the instructor questions, like any other BOOT CAMP.
  • The class will run on a schedule: 9 – 5 Monday to Friday, with scheduled breaks, like any other BOOT CAMP.
  • You get immediate access to three TCO Certification Packages, with their online courses.
  • No travel required.
  • Anyone worldwide can take BOOT CAMP.
  • All you need is a laptop with a webcam.

This is an ideal time to get the training you need!

You’ll get the course materials shipped to you: two printed color books totaling over 500 pages with copies of all graphics and detailed text notes.

You will also get immediate access to the included TCO Certification Packages: CTNS, CTA and CVA and their twenty full-length online courses, with no time limits and unlimited repeats.

You’ll get the full BOOT CAMP with our top instructor, as close as you can get without actually being there.

If you are an international participant, this is your opportunity to take BOOT CAMP. No US travel visa required!

Carpe diem!

Get more info

BOOT CAMP Live Online Instructor-Led Training Request

Want to take Boot Camp, but need to get approval. Here is a message you can send to your supervisor for approval.

BOOT CAMP Live Online Instructor-Led Training Request

Dear [Manager]

I need to get training on telecom to do my job effectively, and to that end, I would like to request permission to register for Teracom Training Institute’s Live Online telecom BOOT CAMP seminar the week of May 3-7.

www.teracomtraining.com/boot-camp.htm
detailed outline: www.teracomtraining.com/courses/teracom-brochure-course-111.pdf 
course listing: www.teracomtraining.com/public_seminars.htm#LO

Teracom Training Institute specializes in telecommunications training for non-engineering professionals, which is exactly what I need.

I need this training because I have learned some things technology-wise “on the job”; but am frustrated by gaps in my knowledge, especially when people start speaking in jargon and buzzwords.  Not being up to speed on it all is unproductive, frustrating and a bit awkward.

This training will improve my productivity, accuracy and efficiency… and enable me to contribute a lot more, having a knowledge base in the technologies and the jargon.

Being part of a live online class will keep me away from distractions, so I can concentrate and learn what I need.  Instructor-led training is how I learn best.  Plus, the high-quality detailed course books they will ship directly to me before the course will be good references going forward.

Teracom is the leader in this kind of training… type “telecommunications training” into Google and Teracom Training Institute comes up #1 in the search results. They’ve been doing this since 1992, and by all accounts are very good at it… virtually all of their ratings on Google are 5 stars: https://g.page/teracomtraining. They have a GSA contract for this training, which means they have been thoroughly vetted.

One thing that I like about Teracom’s BOOT CAMP is that it is totally up-to-date, starting with broadband and IP telecom network fundamentals, cloud computing and data centers, LTE and 5G, Optical Ethernet, VoIP, SIP trunking and IoT, plus a module on security.

Here is the five-day outline:

Day 1: Fundamentals, Cloud Computing and Data Centers        
Day 2: Wireless, Fiber and Copper; Equipment and Carriers      
Day 3: IP Networking and addresses plus MPLS, SLAs and Class of Service Guarantees
Day 4: VoIP and SIP: Fundamentals and Technologies, Softswitch as a Service
Day 5: Security, 5G and IoT

It comes with two course books printed in color shipped directly to me.

As a bonus, three TCO Certification Packages: CTNS, CVA and CTA are included, along with their courses and certification exams. There are no time limits or expiration dates on the bonus online courses.

This is the training I need. It will give me a solid base, fill in gaps and get me up to speed on the jargon, technologies and standard practices across the board.

Besides alleviating the frustrating jargon and buzzwords situation, it makes good business sense for me to attend. This training will make me more accurate – understanding the big picture, the ensemble of technologies and how they relate – and this can only make me (and therefore you) more productive and save the organization money.

The in-class discussions and case studies are also an excellent opportunity for me to discuss the general outlines of our situation and find out what others are doing.

The tuition is only $1895 for five days of professional training. I checked around and found other companies like Global Knowledge charge double or more for similar week-long courses, without the included online courses and certifications, and without the printed books.

There is an optional companion reference textbook at $89 I’d like to get as well.

Please let me know if I can get this training.

Thank you,

BOOT CAMP LIVE ONLINE May 5-7

BOOT CAMP is running strong during the pandemic Live Online!

All you need to join BOOT CAMP Live Online and get this world-famous training is Internet, a laptop with a webcam and Zoom.

We’ll ship you the high-quality printed color course books in advance of the BOOT CAMP, and you’ll be part of a class that runs 9 – 5 ET Monday – Friday.

The best part: BOOT CAMP was totally updated for 2020, with 5G, Cloud Computing, Data Centers, Smart Cities & more, just before the pandemic struck!  This is the most up-to-date telecom-for-non-engineers training that can be found anywhere.  This is truly career-enhancing knowledge.

Get more info button

Teracom BOOT CAMP Live Online is a great opportunity:

  • Live interactive group training, guaranteed coronavirus-free!
  • You will be part of a class.
  • You will be able to see and hear everyone else.
  • We’ll ship you the high-quality printed color course books in advance.
  • The instructor will teach the class like any other BOOT CAMP.
  • The instructor will keep you focused, so you learn, like any other BOOT CAMP.
  • You can ask the instructor questions, like any other BOOT CAMP.
  • The class will run on a schedule: 9 – 5 ET Monday to Friday, with scheduled breaks, like any other BOOT CAMP.
  • You get immediate access to three TCO Certification Packages, with their online courses.
  • No travel required.
  • Anyone worldwide can take BOOT CAMP.
  • All you need is a laptop with a webcam.

Get the training you need!

You’ll get the course materials shipped to you: two printed color books totaling over 500 pages with copies of all graphics and detailed text notes.  You will also get immediate access to the included TCO Certification Packages: CTNS, CTA and CVA and their twenty full-length online courses, with no time limits and unlimited repeats.

You’ll get the full BOOT CAMP with a live instructor, as close as you can get without actually being there.

If you are an international participant, this is your opportunity to take BOOT CAMP if you can’t travel to the USA for a public seminar.  No travel visa required!

Here’s a cut and paste training request form to send to your boss!

Get more info button

CTNS Upgrade Coming: Buy Now to Get Two Courses Free!

CTNS logo

New Course 2241 Introduction to Broadband Telecommunications along with existing Course 2221 Fundamentals of Voice over IP will be added to the CTNS Certification Package before year-end.

The price of the CTNS package will increase when the number of courses increases from six to eight. Since all existing customers will automatically get the two new courses at no additional charge, you can beat the price increase by purchasing CTNS before the upgrade and get the two new courses, when they are released, for free!

New video!

New video posted!  This is part of the introductory lesson of CTNS Course 2206 Wireless Telecommunications.

The length of the shadow behind an object is proportional to the frequency of the energy.

Click to watch on YouTube

For more information:

Course page: https://www.teracomtraining.com/online-courses-certification/teracom-overview-l2106.htm

CTNS Certification page:
https://www.teracomtraining.com/online-courses-certification/teracom-overview-ctns.htm

Wireless Telecommunications is a comprehensive course on wireless, mobile telecommunications plus wireless LANs and satellites.

We begin with basic concepts and terminology including base stations and transceivers, mobile switches and backhaul, handoffs, cellular radio concepts and digital radio concepts.

Then, we cover spectrum-sharing technologies and their variations in chronological order: GSM/TDMA vs. CDMA for second generation, 1X vs. UMTS CDMA for third generation along with their data-optimized 1XEV-DO and HSPA, how Steve Jobs ended the standards wars with the iPhone and explaining the OFDM spectrum-sharing method of LTE for 4G.

This course is completed with a lesson on WiFi, or more precisely, 802.11 wireless LANs, and a lesson on satellite communications.

You’ll gain a solid understanding of the key principles of wireless and mobile networks:
• Coverage, capacity and mobility
• Why cellular radio systems are used
• Mobile network components and operation
• Registration and handoffs
• Digital radio
• “Data” over cellular: Internet access
• Cellular technologies: FDMA, TDMA, CDMA, OFDM
• Generations: 1G, 2G, 3G, 4G
• Systems: GSM, UMTS, 1X, HSPA, LTE
• WiFi, 802.11 wireless LANs
• Satellite communications

Tutorial: How do IP packets and MAC Frames go together?

It is important to understand how packets and frames are related, and in particular, IP packets vs. Ethernet or MAC frames.

Simple network example. Routers move packets from one circuit to another.

Packets are for networks. A packet is a block of user data, such as a piece of an e-mail message, with a network address on the front. The network address is the final destination. The standard for network addresses is IP.

Network equipment like routers receive an IP packet on an incoming circuit, examine the indicated destination IP address, use it to make a route decision, then implement the decision by forwarding the packet to the next router, on a different circuit.

A frame is a lower-level idea. Frames are used to communicate between stations on the same circuit. The circuit may have multiple stations physically connected onto it, like a wireless LAN, a few stations connected by a LAN switch, or only two stations like a point-to-point LAN cable. Each station has a Media Access Control (MAC) address, sometimes called a hardware address, link address or Layer 2 address.

A frame has framing to mark the beginning and end, sender and receiver MAC addresses to indicate the stations on the circuit, control information, a payload and an error detection mechanism.

The frame is transmitted on the circuit, and all stations on the circuit receive it. If an error is detected at a receiving station, the frame is discarded and might have to be retransmitted somehow.

If no errors are detected, the receiver compares the destination MAC address on the received frame to its own MAC address, and if they are the same, processes the frame, extracting the data payload and passing it to higher level software on the receiver.

If the MAC addresses are not the same, the receiver ignores it and waits for the next one.

The end result is that the payload in the frame is communicated to the correct station on the same circuit, with no errors.

Packet with its IP address vs. frame and its MAC address

The main purpose of packets is to append an IP address to your data. The IP address is used by network equipment to make route decisions: to relay the packet from one circuit to a different circuit. This is accomplished by receiving the packet then transmitting it to a different machine, usually the next router in the chain.

To actually transmit a packet to another router, the packet is inserted as the payload in a frame, then the frame is broadcast on the circuit that connects to the next router.

Notice that there are two addresses: the IP network address and the MAC address.

The IP address on the packet is the final destination, and so does not change. The MAC address on the frame indicates the destination on the current circuit, and so is changed as the data is forwarded from one circuit to another.


 

This and related topics are covered in:

CTNS Certification Package

CIPTS Certification Package

Instructor-Led Course 101
Telecom, Datacom and Networking for Non-Engineering Professionals

DVD-Video V3 Fundamentals of Datacom and Networking

Telecom 101 Textbook

How to implement a WiFi range extender for $20

A volunteer project to set up WiFi in a 150-year-old building with stone walls that I did recently required repeaters, also known as range extenders.

I ended up writing detailed instructions to get a popular WiFi access point / router on Amazon working as a repeater… and thought you might find this useful to extend WiFi coverage in your home or small office.

teracom-tutorial-wifi-repeater

Even if you don’t need to extend your WiFi coverage, understanding the configuration, including the IP addresses, DHCP, subnets and all the other items covered in this tutorial is career-enhancing knowledge.

The IP addressing story including DHCP is covered in
Online Course 2213 “IP Networks, Routers and Addresses”
(part of the CTNS Certification Package), as well as

Instructor-Led Course 101, the Telecom, Datacom and Networking for Non-Engineers textbook, and DVD-Video Course V4 Understanding Networking 1.

The requirement was to provide WiFi coverage in a 150-year old building with thick stone walls. The Internet connection (DSL) was in the basement, and coverage was required to the fourth floor.

We initially looked at pulling a cable to the fourth floor, but the stone walls made wireless a no-brainer.

The WiFi signal produced by the ISP’s Customer Edge device, which contains the DSL modem, a router, switch and WiFi Access Point, did not reach very far.

So WiFi repeaters, sometimes called Range extenders would be required. This had to be implemented with encryption of data over the air for information security.

Special-purpose range extenders can cost $300 each. After a bit of research, I bought these $20 units on Amazon.

They support “300 Mb/s” 802.11n, and most importantly, implement the Wireless Distribution Service (WDS) with WPA2 airlink encryption, which is needed for the repeater function with security.

Here is the product link on Amazon.   I don’t get a commission.

The instructions weren’t very complete, so I looked at the product’s Q&A section on Amazon and found instructions.
But those instructions turned out to be not quite right. And being an Engineer, I couldn’t help but proposing correct instructions…

These instructions assume you are connecting the WiFi access point / router pictured, TP-LINK model TL-WR841N, to any WiFi with a working Internet connection.

teracom-tutorial-wifi-repeater

Abbreviations:
[example] = example values used during my setup.
Yours might be a bit different.
SOURCE-AP = the access point / router generating the wireless signal you want to repeat. This is often supplied by your ISP.
REPEATER-AP = the access point / router repeating the wireless signal, the one that we are setting up.
SOURCE-NET = the SSID (network name) of the wireless signal you want to repeat.
REPEATER-NET = the SSID (network name) of the repeated wireless signal.
GUI = Graphical User Interface.
This is the access point / router’s control panel.

Before starting, gather the following information:
– The LAN/wireless side IP address of the SOURCE-AP GUI. [192.168.3.1]
– The username and password for the SOURCE-AP GUI.
[admin, admin]
– The subnet the SOURCE-AP is using on the LAN/wireless side. [192.168.3.x]
– The SOURCE-NET name [GROUND]
– The encryption type and password [WPA-2 PERSONAL, xxxx]
– The channel the wireless signal to be repeated is on. [3]

If you don’t know the channel, you can find out during the setup below. However, it is preferable to log in to the SOURCE-AP GUI and set the channel to 3 instead of “auto” so it does not change, and uses an unpopular channel likely to have less interference.

To determine the LAN/wireless IP address and subnet of the SOURCE-AP, look at the IP address and default gateway of a device directly connected to the SOURCE-AP. (Open the Network connections folder, click change adapter settings, and view status and then details in Windows). The value in the default gateway field is the IP address of the SOURCE-AP GUI. The part of the address common to the default gateway and the device is the subnet ID.

Do this setup and get it working somewhere comfortable near the SOURCE-AP. Once it’s working, you can place the repeater anywhere near an electrical outlet.

Here we go:

1. Plug the power into the REPEATER-AP. If any settings have already been changed on the device, press and hold the reset button on the back for ten seconds until all lights are illuminated to indicate reset happening. Reset is not necessary if the unit is fresh out of the box.

2. Plug a PC into a LAN port on the REPEATER-AP with the supplied LAN patch cable. I used my laptop. Make sure the LAN adapter is set to get an IP address automatically. (Open the Network connections folder, click change adapter settings, and view properties in Windows). Make sure the LAN adapter is the only one enabled. Disable the wireless adapter.

3. Open a browser and go to http://tplinklogin.net . This gets you to the GUI of REPEATER-AP, initially 192.168.0.1. The default username, password is admin, admin. Don’t do the quick setup.

4. Click “Wireless” on the left column menu.
On the Wireless Settings page that appears:
a. Under the dropdown list for “Channel”, select the channel the wireless signal to be repeated is on. [3] If you don’t know, skip this step and the unit will force you to select the correct one after the “Survey” step below.
b. Click the “Enable WDS bridging” checkbox.
c. Click “Survey”. A list of SSIDs appears. Click “connect” on the one that is SOURCE-NET. [GROUND] All of the fields are automatically populated except for the password.
d. Enter the password and click Save. Wait ten seconds for the processing to finish.
e. At the top of the page beside Wireless Network Name, enter a name for REPEATER-NET [R1] and click Save.

5. Click “Wireless Security” on the left column menu. Select Personal WPA2-PSK, AES encryption and enter a password for REPEATER-NET.

6. Click “DHCP” on the left column menu. Click the DHCP disable radio button. Click Save. Ignore the reboot warning.

7. Click “Network” on the left column menu.

8. Click LAN. Change the IP address to one in the SOURCE-AP subnet that is not being used by any other device and click Save [192.168.3.200]. A reboot warning will appear. Click OK and let the unit reboot.

9. The address in the browser will magically change to the IP address you entered in the previous step. This is the new IP address for the GUI on REPEATER-AP. You will be prompted to log in again. The status screen will appear. Under Network, click the WAN MAC menu item on the left.

You should also now have Internet through REPEATER-AP!
Open  news.google.com in a new tab in your browser to verify.
Wireless devices can now connect to REPEATER-NET.
Wired devices can connect to REPEATER- AP.
Both get Internet access through SOURCE-AP.
Ain’t life grand?

10. To avoid problems with dynamic addresses and timeouts, make the IP address of REPEATER-AP static.
Open a new tab in your browser. Enter the address of the SOURCE-AP GUI [192.168.3.1] and log in. Find the screen that lets you assign static IP addresses. The SOURCE-AP could be any brand of device; it is often supplied by your ISP. The function might be called “DHCP reservations” or “IP address reservation”. Make a new entry, with the WAN MAC address displayed in the REPEATER-AP GUI and the REPEATER-AP IP address you entered in Step 8.

I actually set up a chain of four of these units to provide wireless coverage from the basement to the fourth floor of a 150-year-old building with stone walls.  And it worked!

Good luck!

P.S. Don’t forget to go back in to REPEATER-AP and change the password. The menu item is hiding under System Tools on the left.


Notice required by the legal department: This information is provided as general background information only. Design and implementation of a communication system requires professional advice to identify and resolve issues specific to that particular system, including but not limited to performance, availability and security issues. Additionally, while we have strived to be as accurate as possible, we make no representation or warranty that the information provided is 100% accurate. This information is not to be relied upon as professional advice, nor is it to be used as the basis of a design. Users of this information agree to hold the author and Teracom Training Institute Ltd. harmless from any liability or damages. Acceptance and use of this information shall constitute indication of your agreement to these conditions.

EC circa 1998 – The big prize is video on demand replacing movie rental stores

The video clip above is me talking about The Future. Shot in 1998. I was 36. I came across this by accident on a tape I was re-using.

The same day I came across this by accident, today, fourteen years later, I am getting Bell Fibe TV installed, which is exactly what I was talking about in the video clip!

Broadband high-speed Internet service (25 Mb/s) with IPTV over DSL over the phone line for content delivery.

Spooky!

– Eric Coll