Silicon ChipIntel is in trouble - September 2024 SILICON CHIP
  1. Outer Front Cover
  2. Contents
  3. Publisher's Letter: Intel is in trouble
  4. Product Showcase
  5. Subscriptions
  6. Feature: Energy Harvesting by Dr David Maddison, VK3DSM
  7. Review: Exteek C28 transmitter/receiver by Allan Linton-Smith
  8. Project: Compact OLED Clock/Timer by Tim Blythman
  9. Feature: Mains Earthing Systems by Brandon Speedie
  10. Project: Pico Mixed-Signal Analyser (PicoMSA) by Richard Palmer
  11. Project: IR Helper by Tim Blythman
  12. Project: No-IC Colour Shifter by Tim Blythman
  13. Feature: Electronics Manufacturing in Oz Part 2 by Kevin Poulter
  14. Project: Discrete Ideal Bridge Rectifiers by Phil Prosser & Ian Ashford
  15. Project: Electric Guitar Pickguards by Brandon Speedie
  16. Serviceman's Log: Turning to the dark side by Dave Thompson
  17. Vintage Radio: Stromberg-Carlson “Air Hostess” model 4A19 by Associate Professor Graham Parslow
  18. PartShop
  19. Market Centre
  20. Advertising Index
  21. Notes & Errata: 180-230V DC Motor Speed Controller, July-August 2024
  22. Outer Back Cover

This is only a preview of the September 2024 issue of Silicon Chip.

You can view 42 of the 112 pages in the full issue, including the advertisments.

For full access, purchase the issue for $10.00 or subscribe for access to the latest issues.

Items relevant to "Compact OLED Clock/Timer":
  • Compact OLED Clock & Timer PCB [19101231] (AUD $5.00)
  • PIC16F18146-I/SO programmed for the Compact OLED Clock & Timer [1910123A.HEX] (Programmed Microcontroller, AUD $10.00)
  • Short-form kit for the Compact OLED Clock & Timer (Component, AUD $45.00)
  • Firmware (C and HEX) files for the Compact OLED Clock/Timer [0910123A.HEX] (Software, Free)
  • Compact OLED Clock & Timer PCB pattern (PDF download) [19101231] (Free)
Items relevant to "Pico Mixed-Signal Analyser (PicoMSA)":
  • PicoMSA PCB [04109241] (AUD $7.50)
  • Firmware for the PicoMSA (Software, Free)
  • PicoMSA PCB pattern (PDF download) [04109241] (Free)
  • PicoMSA lid panel artwork and drilling diagrams (Free)
Items relevant to "IR Helper":
  • Firmware for JMP010 - IR Helper (Software, Free)
Articles in this series:
  • Wired Infrared Remote Extender (May 2024)
  • Symbol USB Keyboard (May 2024)
  • Wired Infrared Remote Extender (May 2024)
  • Thermal Fan Controller (May 2024)
  • Symbol USB Keyboard (May 2024)
  • Thermal Fan Controller (May 2024)
  • Self Toggling Relay (June 2024)
  • Self Toggling Relay (June 2024)
  • Arduino Clap Light (June 2024)
  • Arduino Clap Light (June 2024)
  • Lava Lamp Display (July 2024)
  • Digital Compass (July 2024)
  • Digital Compass (July 2024)
  • Lava Lamp Display (July 2024)
  • JMP009 - Stroboscope and Tachometer (August 2024)
  • JMP007 - Ultrasonic Garage Door Notifier (August 2024)
  • JMP009 - Stroboscope and Tachometer (August 2024)
  • JMP007 - Ultrasonic Garage Door Notifier (August 2024)
  • IR Helper (September 2024)
  • IR Helper (September 2024)
  • No-IC Colour Shifter (September 2024)
  • No-IC Colour Shifter (September 2024)
  • JMP012 - WiFi Relay Remote Control (October 2024)
  • JMP012 - WiFi Relay Remote Control (October 2024)
  • JMP015 - Analog Servo Gauge (October 2024)
  • JMP015 - Analog Servo Gauge (October 2024)
  • JMP013 - Digital spirit level (November 2024)
  • JMP013 - Digital spirit level (November 2024)
  • JMP014 - Analog pace clock & stopwatch (November 2024)
  • JMP014 - Analog pace clock & stopwatch (November 2024)
  • WiFi weather logger (December 2024)
  • Automatic night light (December 2024)
  • WiFi weather logger (December 2024)
  • Automatic night light (December 2024)
  • BIG LED clock (January 2025)
  • Gesture-controlled USB lamp (January 2025)
  • Gesture-controlled USB lamp (January 2025)
  • BIG LED clock (January 2025)
  • Transistor tester (February 2025)
  • Wireless flashing LEDs (February 2025)
  • Transistor tester (February 2025)
  • Wireless flashing LEDs (February 2025)
  • Continuity Tester (March 2025)
  • RF Remote Receiver (March 2025)
  • Continuity Tester (March 2025)
  • RF Remote Receiver (March 2025)
  • Discrete 555 timer (April 2025)
  • Weather monitor (April 2025)
  • Discrete 555 timer (April 2025)
  • Weather monitor (April 2025)
Articles in this series:
  • Wired Infrared Remote Extender (May 2024)
  • Symbol USB Keyboard (May 2024)
  • Wired Infrared Remote Extender (May 2024)
  • Thermal Fan Controller (May 2024)
  • Symbol USB Keyboard (May 2024)
  • Thermal Fan Controller (May 2024)
  • Self Toggling Relay (June 2024)
  • Self Toggling Relay (June 2024)
  • Arduino Clap Light (June 2024)
  • Arduino Clap Light (June 2024)
  • Lava Lamp Display (July 2024)
  • Digital Compass (July 2024)
  • Digital Compass (July 2024)
  • Lava Lamp Display (July 2024)
  • JMP009 - Stroboscope and Tachometer (August 2024)
  • JMP007 - Ultrasonic Garage Door Notifier (August 2024)
  • JMP009 - Stroboscope and Tachometer (August 2024)
  • JMP007 - Ultrasonic Garage Door Notifier (August 2024)
  • IR Helper (September 2024)
  • IR Helper (September 2024)
  • No-IC Colour Shifter (September 2024)
  • No-IC Colour Shifter (September 2024)
  • JMP012 - WiFi Relay Remote Control (October 2024)
  • JMP012 - WiFi Relay Remote Control (October 2024)
  • JMP015 - Analog Servo Gauge (October 2024)
  • JMP015 - Analog Servo Gauge (October 2024)
  • JMP013 - Digital spirit level (November 2024)
  • JMP013 - Digital spirit level (November 2024)
  • JMP014 - Analog pace clock & stopwatch (November 2024)
  • JMP014 - Analog pace clock & stopwatch (November 2024)
  • WiFi weather logger (December 2024)
  • Automatic night light (December 2024)
  • WiFi weather logger (December 2024)
  • Automatic night light (December 2024)
  • BIG LED clock (January 2025)
  • Gesture-controlled USB lamp (January 2025)
  • Gesture-controlled USB lamp (January 2025)
  • BIG LED clock (January 2025)
  • Transistor tester (February 2025)
  • Wireless flashing LEDs (February 2025)
  • Transistor tester (February 2025)
  • Wireless flashing LEDs (February 2025)
  • Continuity Tester (March 2025)
  • RF Remote Receiver (March 2025)
  • Continuity Tester (March 2025)
  • RF Remote Receiver (March 2025)
  • Discrete 555 timer (April 2025)
  • Weather monitor (April 2025)
  • Discrete 555 timer (April 2025)
  • Weather monitor (April 2025)
Articles in this series:
  • Electronics Manufacturing in Oz Part 1 (August 2024)
  • Electronics Manufacturing in Oz Part 1 (August 2024)
  • Electronics Manufacturing in Oz Part 2 (September 2024)
  • Electronics Manufacturing in Oz Part 2 (September 2024)
Items relevant to "Discrete Ideal Bridge Rectifiers":
  • Discrete Ideal Bridge Rectifier TH PCB [18108241] (AUD $5.00)
  • Discrete Ideal Bridge Rectifier SMD PCB [18108242] (AUD $2.50)
  • Discrete Ideal Bridge Rectifier all-TH kit (Component, AUD $30.00)
  • Discrete Ideal Bridge Rectifier SMD kit (Component, AUD $27.50)
  • Discrete Ideal Bridge Rectifier PCB patterns (PDF download) [18108241-2] (Free)
Items relevant to "Electric Guitar Pickguards":
  • Guitar Pickguard - Jazz Bass [23109241] (PCB, AUD $10.00)
  • Guitar Pickguard - J&D T-Style Bass [23109242] (PCB, AUD $10.00)
  • Guitar Pickguard - Music Man Stingray Bass [23109243] (PCB, AUD $10.00)
  • Guitar Pickguard - Fender Telecaster [23109244] (PCB, AUD $5.00)
  • Guitar Pickguard PCB patterns (PDF download) [23109241-4] (Free)

Purchase a printed copy of this issue for $12.50.

SILICON SILIC CHIP www.siliconchip.com.au Publisher/Editor Nicholas Vinen Technical Editor John Clarke – B.E.(Elec.) Technical Staff Jim Rowe – B.A., B.Sc. Bao Smith – B.Sc. Tim Blythman – B.E., B.Sc. Advertising Enquiries (02) 9939 3295 adverts<at>siliconchip.com.au Regular Contributors Allan Linton-Smith Dave Thompson David Maddison – B.App.Sc. (Hons 1), PhD, Grad.Dip.Entr.Innov. Geoff Graham Associate Professor Graham Parslow Dr Hugo Holden – B.H.B, MB.ChB., FRANZCO Ian Batty – M.Ed. Phil Prosser – B.Sc., B.E.(Elec.) Cartoonist Louis Decrevel loueee.com Founding Editor (retired) Leo Simpson – B.Bus., FAICD Silicon Chip is published 12 times a year by Silicon Chip Publications Pty Ltd. ACN 626 922 870. ABN 20 880 526 923. All material is copyright ©. No part of this publication may be reproduced without the written consent of the publisher. Subscription rates (Australia only) 6 issues (6 months): $70 12 issues (1 year): $127.50 24 issues (2 years): $240 Online subscription (Worldwide) 6 issues (6 months): $52.50 12 issues (1 year): $100 24 issues (2 years): $190 For overseas rates, see our website or email silicon<at>siliconchip.com.au * recommended & maximum price only Editorial office: Unit 1 (up ramp), 234 Harbord Rd, Brookvale, NSW 2100. Postal address: PO Box 194, Matraville, NSW 2036. Phone: (02) 9939 3295. ISSN: 1030-2662 Printing and Distribution: Editorial Viewpoint Intel is in trouble If you have kept up with computers over the last few years, you will know that Intel’s major competitor, Advanced Micro Devices (AMD), has been giving them a run for their money, especially in the server space. For many years, Intel had such a commanding lead in the computer CPU market that they did very little R&D. They would release a new generation of processors that was marginally better than the last one every couple of years, raking in cash while putting in minimal effort. That came back to bite them over the last few years as AMD got over the problems it had in the early 2010s and brought out its very successful lineup of ‘Zen’ processors. Apple also shook up the laptop market with their M-series of processors from 2020. One big advantage of these processors is that they have much better performance per watt compared to many of Intel’s offerings. As this is going to press, AMD has just started launching their Zen 5 line of CPUs, with modest performance improvements over Zen 4 but significantly lower power consumption. Intel has pushed its technology too hard in an attempt to deal with this threat. The 12th-generation Core CPUs were perfectly fine, but the 13th and 14th-generation processors were pushed to higher frequencies, voltages and power levels in an attempt to compete with AMD on performance. To put this into perspective, the 16-core AMD Ryzen 7950X draws around 140W under heavy load with its default settings, giving similar overall performance to Intel’s 24-core 14900K. However, in its launch configuration, the 14900K drew over 300W under heavy load – more than twice as much as the AMD part! That high power draw is undesirable, but that isn’t why Intel is in trouble. To get the chips to run fast enough to be competitive with AMD’s, they have pushed their clock speeds as high as possible. To achieve high ‘boost’ clock speeds, when just a couple of cores are loaded, they are feeding some CPUs with 1.5-1.6V (it’s closer to 1.0-1.3V under normal conditions). It seems that is too much, and it is killing them. Intel has promised a patch to fix this. However, many 13th and 14th-generation Intel CPUs are affected, and some will have already been damaged. The patch might stop future damage but won’t fix that which has already occurred. So, they will likely be replacing a large number of processors as they just announced a two-year warranty extension on affected products. There’s also the problem that some people with these faulty chips have had their warranty claims denied. They really need to fix this properly but they must know it will cost them a lot of money, so they are putting it off. It doesn’t help that they just announced massive layoffs, with around 15,000 jobs gone. While I think AMD’s technology is currently better overall than Intel’s, mainly due to superior power efficiency, I don’t want a situation where AMD gets lazy because they have no major competitor, the reverse of what happened 10 years ago. We need both companies to be healthy so there is active competition in the space. Intel needs to fix this pronto. While they have admitted that some of their processors have stability problems, they have not fully explained the cause and they have yet to deploy a proper solution. Their reputation is suffering as the situation remains unresolved for so long. New Prices Print (AU) Combined (AU) Print (NZ) Combined (NZ) 12 months $130 $150 $155 $175 24 months $245 $280 $290 $325 Prices from October 1st, 2024; 24-26 Lilian Fowler Pl, Marrickville 2204 2 Silicon Chip all prices are listed in Australian dollars (AUD). Australia's electronics magazine by Nicholas Vinen siliconchip.com.au