This video introduces and guides us through the installation and setup of the SSB Cleanup program written by Joshuah Rainstar. A demonstration of implementation with FlexRadio Systems SmartSDR software is included. As SSB Cleanup is donationware, be sure to donate to Mr. Rainstar using the link in his main plugin window. Here are the URLs referenced in the video: VST Host: https://www.hermannseib.com/programs/dvsthostx64.zip SSB Cleanup: https://github.com/falseywinchnet/Cleanup From Joshuah's GitHub program description: Cleanup is a novel DSP algorithm for denoising speech. Cleanup is Open Source Freeware with no warranty or support. It is designed to work primarily on radio- shortwave, FM, VHF, and UHF. It does beat any AI currently on the market, with the understanding that AI is not typically well-tuned for shortwave use, and thus, algorithms are better. It is designed to work at a 48hkz input rate, but the core algorithm can be adapted for use at 6,12, and 24k rates. Using a notch filter (carrier suppression) and AGC is highly advised before this algorithm in the pipeline. Other noise filtration methods should be placed before cleanup.

How to make up CAT5e or CAT6 ethernet cables from scratch using RJ45 pass-through connectors, sometimes called EZ Pass Through or Snap Plugs. See Also: How to use Toolless RJ45 Plugs - https://youtu.be/t_QWqDRh_oo (EVEN EASIER!) Modular RJ45 Plugs with Load Bar - https://youtu.be/Ur03qCHXxbw How to Crimp Standard RJ45 plugs - https://youtu.be/QMpWkkqX1eM How to Wire Up Ethernet Wall Jacks - https://youtu.be/IHxTbtAEd-E How to Wire Up Tool-Free Ethernet Keystone Jacks - https://youtu.be/tJPyZMreUbw Purchasing Links: (paid) ➡ RJ45 Snap Plug Crimping Tool: https://geni.us/PassThruCrimper [updated recommendation!] ➡ RJ45 Pass Through / Snap Plugs: https://geni.us/RJ45PassThru ➡ Klein Flush Cutters - https://geni.us/FlushCutters ➡ Klein Ethernet Cable Tester: https://geni.us/EthernetCableTester [updated recommendation!] ➡ Ethernet Cable Tester: https://geni.us/NetworkCableTester [cheaper alternative] ➡ Waterproof RJ45 Connector: https://geni.us/WaterproofRJ45 ➡ Punch Down Tool: https://geni.us/PunchdownTool ➡ Cat6 Ethernet Cable: https://geni.us/Cat6 ➡ Wire Cutters / Snips: https://geni.us/Snips ➡ Automatic Wire Strippers: https://geni.us/WireStrippers DISCLOSURE: As an Amazon Associate we earn from qualifying purchases. ⭐ My Referral Links ⭐ 🏎️ Schedule a FREE test drive or order Tesla Products: https://geni.us/SoN-TESLA 💡 Split £100 with me when you switch to 🐙 Octopus Energy: https://geni.us/SoN-OctopusEnergy 🧋 Get £10 off at Huel: https://geni.us/SoN-Huel 🎸 Buy musical instruments, audio & PA gear from Thomann: https://geni.us/SoN-Thomann 🌍 My KIT profile: https://kit.co/paulfp (Commissions/credits are earned from these links, which helps support me and the channel.) Learn how to make a network cable (patch lead) and fit an RJ45 connector using a pass-through RJ45 crimping tool for Snap Plugs. This type of RJ45 plug allows the 8 conductors to pass through the end, making it easier to ensure the correct order of the coloured wires (T-568A or T-568B) and perfect placement inside the jack before crimping. Now you know how to crimp ethernet cable! Join this channel to get access to perks: https://www.youtube.com/SwitchedOnNetwork/join #RJ45 #Ethernet #SnapPlugs 00:00 - Intro & The problem with regular RJ45 plugs 01:21 - Stripping the outer sheathing from the network cable 02:19 - Untwist and straighten out all 8 wires 03:09 - Organising the colour-coded wires in the correct order 04:03 - Sliding on the RJ45 Snap Plug, allowing wires to "pass through" 04:55 - Crimping the end and trimming the wires 05:24 - Testing your home made ethernet cable with network cable tester Here's the RJ45 Pinout T-568B diagram which was the first result in Google Images in the video demo: https://www.showmecables.com/blog/post/rj45-pinout More reading, T-568A vs T-568B: https://www.canford.co.uk/TechZone/Article/RJ45ConnectorWiring FOLLOW US: Twitter: https://twitter.com/SwitchedOnNet // https://twitter.com/paulfp Instagram: https://instagram.com/SwitchedOnNetwork // https://instagram.com/paulfp Facebook: https://facebook.com/SwitchedOnNetwork // https://facebook.com/paulfp Podcast: http://podfollow.com/switchedonnetwork Join in the discussion in our Facebook group! https://www.facebook.com/groups/SwitchedOnNetwork/ ► JOIN Channel for Perks: https://www.youtube.com/SwitchedOnNetwork/join ► Support on PATREON: https://www.patreon.com/SwitchedOnNetwork ► Browse our MERCH: https://teespring.com/stores/switchedonnetwork ► Explore our GEAR: https://kit.co/paulfp Check out our Amazon Influencer shops! ► UK: https://www.amazon.co.uk/shop/switchedonnetwork ► USA: https://www.amazon.com/shop/switchedonnetwork ► Canada: https://www.amazon.ca/shop/switchedonnetwork DISCLOSURE: As an Amazon Associate we earn from qualifying purchases. Copyright © Innobella Media Limited 2021. All Rights Reserved. https://www.innobellamedia.uk/ For sponsorship, product reviews, collaboration & Business Enquiries you can get in touch here: https://www.switchedonnetwork.com/contact/

I have further developed an adjustiwave Standard to incorporate a 49:1 transformer as well as a switch which lets you change between using it as an End Fed Half Wave or Quarterwave Antenna. I should have also checked 15m &10m as these should also be possible in this configuration giving you a 4 band antenna using 1 wire. I look forward to further testing.

Rough and ready video showing how to calculate the length of a specific electrical length of coax. I apologise I couldnt go into more detail. I just dont currently have the time to put ino these videos as I really should. If you are building 1/4 wave spaced phased verticals, you can simply use the online calculator below https://www.va7st.ca/christman.htm

Ok time I remade this very successful 49 or 64:1 Unun (transformer). I had originally made one from odd and ends, about 4 weeks before this build, to replace my single 43 type. However, I have decided that I should build one that is from one piece of wire. I have based the build on Steve Nichols G0KYA EFHW A shortened multiband antenna, about 23m long, for 80m-10m that offers low SWR (1.3:1) on 80m and 40m, and below 1.7:1 on 20, 15 and 10m. The antenna has a full 300kHz bandwidth on 80m between 3:1 SWR points. But performance is down against my dipole on 80m. Things have moved on a bit Since I made this video I have been able to remake the whole thing with much better results see my other uploads. Many thanks and enjoy.... Mike M0MSN

Space Weather Woman Dr. Tamitha Skov, WX6SWW explains the ionosphere on Ham Nation (edited for use with youth)