OpenBCI · catamgalvan · Aug 19, 2026 · Aug 19, 2026 · Aug 20, 2026 · Aug 20, 2026
diff --git a/website/docs/AddOns/Electrodes/00-ElectrodesLanding.md b/website/docs/AddOns/Electrodes/00-ElectrodesLanding.md
@@ -3,24 +3,83 @@ id: ElectrodesLanding
 title: Electrode Guide
 ---
 
-OpenBCI boards are compatible with a variety of different electrodes.
+OpenBCI boards are compatible with a variety of different electrodes depending on your application, signal type (EEG, EMG, or ECG), and comfort requirements. In addition to our [Headwear solutions](https://docs.openbci.com/AddOns/AddOnLanding/#headwear), which provide integrated montages for high-quality EEG data, you can use standalone electrodes for tailored configurations for different biosignals. This guide covers the different electrode types available, as well as the cables and adapters used to connect them to your board. This guide covers the different electrode types available, as well as the cables and adapters used to connect them to your board
 
-## Gold Cup Electrodes
+---
+
+## Electrodes
+
+### Gold Cup Electrodes
+
+[**Buy them here!**](https://shop.openbci.com/collections/frontpage/products/openbci-gold-cup-electrodes?variant=9056028163)
+
+Gold cup electrodes are the standard for high-quality, clinical-grade biopotential recordings. The OpenBCI Gold Cup Electrodes come as a ribbon cable with 10 passive gold electrodes that can be directly connected to any OpenBCI board to sample brain activity (EEG), muscle activity (EMG), and heart activity (ECG/EKG). While they offer a good signal-to-noise ratio and are completely reusable, they require a fair amount of preparation time, knowledge of proper electrode placement and the use of a conductive paste (like [Ten20](https://shop.openbci.com/collections/frontpage/products/ten20-conductive-paste-8oz-jar)) to adhere to the skin. 
+
+![Gold Cup Electrodes](../../assets/ElectrodesImages/Gold_cup_electrode.png)
+
+**Usage:** Fill the cup entirely with conductive paste, place it firmly on the scrubbed skin site, and secure it with medical tape to prevent movement artifacts. You can refer to our dedicated [guide for EEG Setup](https://docs.openbci.com/GettingStarted/Biosensing-Setups/EEGSetup/) for more information on how to use them.
+
+### Dry EEG Comb Electrodes
+
+[**Buy them here!**](https://shop.openbci.com/collections/frontpage/products/5-mm-spike-electrode-pack-of-30?variant=8120433606670)
+
+Designed specifically to penetrate through thick hair without the need for conductive gels or pastes, these dry comb electrodes are ideal for fast-setup EEG applications. Their 5mm prongs accommodate longer hair while maintaining good signal quality, and end in blunt tips engineered for long-term comfort and wearability. They are designed to easily replace the pre-installed spikey electrodes in [OpenBCI Ultracortex](https://shop.openbci.com/products/ultracortex-mark-iv) headsets. 
+
+![Dry EEG Comb Electrodes](../../assets/ElectrodesImages/Dry_EEG_Comb_Electrode.png)
+
+**Usage:** To install or replace them, use a small handheld screwdriver to loosen the screw inside the Ultracortex headset's blue electrode mount, remove the pre-installed electrode, and reuse the same screw to secure the comb electrode in place. Please note that each electrode has a lifetime of approximately 10 uses. After this, the conductive Ag-AgCl coating may become compromised if the electrodes aren't properly maintained. To ensure the integrity of the plating, recommended maintenance involves gently cleaning any visible residue with water after a session, drying them completely, and storing them in a dark, low-moisture container.
+
+
+### EMG/ECG Foam Solid Gel Electrodes
+
+[**Buy them here!**](https://shop.openbci.com/collections/frontpage/products/skintact-f301-pediatric-foam-solid-gel-electrodes-30-pack?variant=29467659395)
+
+These pre-gelled, disposable foam electrodes are the standard for recording EMG (muscle activity) and ECG (heart activity). They use a silver-silver chloride (Ag/AgCl) coating, the same conductive material found in medical-grade sensors, plus a foam backing that keeps sweat and moisture away from the gel, so recordings stay stable during long sessions. The adhesive gel also picks up a strong signal quickly, even if the skin wasn't perfectly cleaned beforehand.
+
+![EMG ECG Foam Solid Gel Electrodes](../../assets/ElectrodesImages/EMG_ECG_Foam_Solid_Gel_Electrodes.png)
+
+**Usage:** Snap the electrode into an [OpenBCI Snap Electrode Cable](https://shop.openbci.com/products/snap-electrode-cables-emg-ecg-eeg) or any other industry-standard button-snap cable to connect it to your OpenBCI board. Then, peel off the protective backing and press it firmly onto clean, dry skin over the muscle or chest site you want to monitor. Keep in mind they're single-use.
+
+
+### EEG Polymer Electrodes
+
+[**Buy them here!**](https://shop.openbci.com/products/eeg-polymer-electrodes?_pos=2&_fid=2d41d083a&_ss=c)
+
+These experimental, dry, conductive-polymer electrodes are ideal for long, comfortable wear during EEG sessions, unlike rigid dry spikes, thanks to the flexible nature of the polymer material. Each kit comes as a comprehensive package designed for quick deployment, which includes eight individual polymer electrodes, a custom velcro strap pre-marked with the International 10-20 EEG system placement layout to ensure precise positioning on the head, and a mounting clip to secure your OpenBCI board in place.
+
+![EEG Polymer Electrodes](../../assets/ElectrodesImages/EEG_Polymer_Electrodes.png)
+
+**Usage:** Snap each electrode into the pre-marked positions on the included velcro strap, secure the strap snugly on the head, then connect it to your OpenBCI board using an [OpenBCI Snap Electrode Cable](https://shop.openbci.com/products/snap-electrode-cables-emg-ecg-eeg) or a standard third-party snap cable.
+
+
+![Placing a polymer electrode on the 10-20 velcro strap](../../assets/ElectrodesImages/Polymer_Electrode_Strap_Placement.gif)
+
+### EEG Snap Electrodes
+
+[**Buy them here**](https://shop.openbci.com/products/eeg-snap-electrodes)
+
+Designed to offer flexibility for different areas of the scalp, these silver-silver chloride (Ag-AgCl) plated electrodes are available either on their own, a [kit of 5](https://shop.openbci.com/products/eeg-snap-electrodes) letting you choose between a comb or a flat configuration, or as part of the OpenBCI [EEG Headband Kit](https://shop.openbci.com/products/openbci-eeg-headband-kit?_pos=7&_fid=851bedfe7&_ss=c), which includes 8 comb and 4 flat electrodes along with the snap cables, a velcro strap, and a board mounting clip. Their plating ensures good signal transduction, making them a reliable choice for modular or headband-based EEG setups. The comb variant is recommended for hair-covered areas, while the flat option is ideal for bare skin or forehead placements.
+
+![EEG Snap Electrodes](../../assets/ElectrodesImages/EEG_Snap_Electrodes.png)
+
+**Usage:** To connect them to your OpenBCI board, snap them into an [OpenBCI Snap Cables](https://shop.openbci.com/products/snap-electrode-cables-emg-ecg-eeg) or a standard third-party snap cable. These electrodes are usually held in place with a velcro strap, like the one included in the OpenBCI EEG Headband Kit.
+
+---
 
-[**Buy Here!**](https://shop.openbci.com/collections/frontpage/products/openbci-gold-cup-electrodes?variant=9056028163)
+## Cables & Adapters
 
-## Dry EEG Comb Electrodes
+### Snap Electrode Cables
 
-[**Buy Here!**](https://shop.openbci.com/collections/frontpage/products/5-mm-spike-electrode-pack-of-30?variant=8120433606670)
+[**Buy them here!**](https://shop.openbci.com/products/snap-electrode-cables-emg-ecg-eeg)
 
-## Header Pin to Touch Proof Electrode Adapter
+These specialized ribbon cables come in sets of 10 and serve as the bridge between standard button-snap electrodes and your OpenBCI hardware. On one end, they feature universal snap connectors that are fully compatible with both body-applied EMG/ECG gel electrodes and specialized EEG electrodes, like [EEG Polymer Electrodes](https://shop.openbci.com/products/eeg-polymer-electrodes?_pos=2&_fid=2d41d083a&_ss=c) and [EEG Snap Electrodes](https://shop.openbci.com/products/eeg-snap-electrodes). On the other end, they terminate in standard female header pins. This universal pin configuration allows them to be connected directly to any OpenBCI board. 
 
-[**Buy Here!**](https://shop.openbci.com/collections/frontpage/products/touch-proof-electrode-cable-adapter?variant=31007211715)
+![Snap Electrode Cables](../../assets/ElectrodesImages/Snap_Electrode_Cables.png)
 
-## EMG/ECG Foam Solid Gel Electrodes
+### Header Pin to Touch Proof Electrode Adapter
 
-[**Buy Here!**](https://shop.openbci.com/products/kendall-emg-ecg-foam-solid-gel-electrodes-50-pack)
+[**Buy it here!**](https://shop.openbci.com/collections/frontpage/products/touch-proof-electrode-cable-adapter?variant=31007211715)
 
-## Snap Electrode Cables (EMG/ECG/EEG)
+The OpenBCI Touch-Proof Electrode Cable Adapter is a ribbon cable with 10 touch-proof sockets, designed to connect our [OpenBCI electrode cap](https://shop.openbci.com/products/openbci-eeg-electrocap), or any third-party electrode cap or electrode with standard touch-proof DIN 42802 termination, to any OpenBCI board.
 
-[**Buy Here!**](https://shop.openbci.com/collections/frontpage/products/snap-electrode-cables-emg-ecg-eeg?variant=32372786958)
+![Header Pin to Touch-Proof Electrode Adapter connection schematic](../../assets/ElectrodesImages/Header_Pin_to_Touch_Proof_Electrode_Adapter.png)
diff --git a/website/docs/Deprecated/01-DeprecatedDocs.md b/website/docs/Deprecated/01-DeprecatedDocs.md
@@ -15,6 +15,8 @@ Deprecated Hardware:
 - [UltracortexMark3_Nova](Deprecated/07-UltracortexMark3_Nova.md)
 - [Myoware v1.0 Cyton Integration](Deprecated/14-MyoWare_Integration.md)
 - [Myoware v1.0 Ganglion Integration](Deprecated/15-MyoWare_Integration_Ganglion.md)
+- [Myoware v2.0 Cyton Integration](Deprecated/17-MyoWare_Cyton_Tutorial.md)
+- [ThinkPulse Active Electrodes](Deprecated/18-ThinkPulse_Guide.md)
 - [WiFi Shield](Deprecated/WiFiShield/Wifi.md)
 - [IDUN Dryode](Deprecated/16-Dryode_Guide.md)
 

diff --git a/website/docs/Deprecated/14-MyoWare_Integration.md b/website/docs/Deprecated/14-MyoWare_Integration.md
@@ -1,13 +1,11 @@
 ---
 id: MyoCyton
-title: MyoWare OpenBCI Integration (Cyton Board)
+title: MyoWare 1.0 OpenBCI Integration (Cyton Board)
 ---
 :::note
-**THIS HARDWARE VERSION HAS BEEN DEPRECATED AND IS NO LONGER IN PRODUCTION.**
+**THIS HARDWARE HAS BEEN DISCONTINUED AND IS NO LONGER SOLD BY OPENBCI.**
 
-MyoWare v1.0 is obsolete and has been pulled from production. The updated version is Myoware v2.0. This doc covers the integration of MyoWare v1.0 with the Cyton board.
-
-You can purchase Myoware v2.0 from the [OpenBCI Shop](https://shop.openbci.com/) and [connect to Cyton using the updated tutorial](../ThirdParty/Myoware/MyoWare_Cyton_Tutorial.md).
+MyoWare v1.0 is obsolete and has been pulled from production. This doc covers the integration of MyoWare v1.0 with the Cyton board. MyoWare v2.0 has also been discontinued; see the [MyoWare v2.0 Cyton integration guide](17-MyoWare_Cyton_Tutorial.md) for reference.
 :::
 
 ### Overview

diff --git a/website/docs/Deprecated/15-MyoWare_Integration_Ganglion.md b/website/docs/Deprecated/15-MyoWare_Integration_Ganglion.md
@@ -1,12 +1,12 @@
 ---
 id: MyoGanglion
-title: MyoWare OpenBCI Integration (Ganglion Board)
+title: MyoWare 1.0 OpenBCI Integration (Ganglion Board)
 ---
 :::note
 **THIS HARDWARE VERSION HAS BEEN DEPRECATED AND IS NO LONGER IN PRODUCTION.**
 :::
 
-MyoWare v1.0 is obsolete and has been pulled from production. The updated version is Myoware v2.0. This doc covers the integration of MyoWare v1.0 with the Cyton board.
+MyoWare v1.0 is obsolete and has been pulled from production. The updated version is Myoware v2.0. This doc covers the integration of MyoWare v1.0 with the Ganglion board.
 
 
 ### Overview

diff --git a/...rdParty/Myoware/MyoWare_Cyton_Tutorial.md → ...s/Deprecated/17-MyoWare_Cyton_Tutorial.md b/...rdParty/Myoware/MyoWare_Cyton_Tutorial.md → ...s/Deprecated/17-MyoWare_Cyton_Tutorial.md
@@ -1,19 +1,27 @@
 ---
 id: MyoWareCyton
-title: MyoWare OpenBCI Integration (Cyton Board)
+title: MyoWare 2.0 OpenBCI Integration (Cyton Board)
 ---
 
+:::note
+
+**THIS PRODUCT HAS BEEN DISCONTINUED AND IS NO LONGER SOLD BY OPENBCI.**
+
+The MyoWare muscle sensor is no longer available in the OpenBCI store. This guide is kept for historical/reference purposes only and is no longer maintained.
+
+:::
+
 :::caution
 
-The MyoWare 2.0 board cannot be used with the Ganglion board. If you have purchased a MyoWare 2.0 board with the intention of using it with the Ganglion board, please contact customer support at contact@openbci.com.
+The MyoWare 2.0 board cannot be used with the Ganglion board.
 
 :::
 
 ### Overview
 
 This tutorial will show you how to read EMG data (electrical signals from muscles) using a MyoWare board, an OpenBCI Cyton board, and the OpenBCI GUI.
 
-![MyoWare Pin Side](../../assets/ThirdPartyImages/myoware_pin_side.jpg) | ![MyoWare Snap Side](../../assets/ThirdPartyImages/myoware_snap_side.jpg)
+![MyoWare Pin Side](../assets/ThirdPartyImages/myoware_pin_side.jpg) | ![MyoWare Snap Side](../assets/ThirdPartyImages/myoware_snap_side.jpg)
 
 ### Materials Needed
 
@@ -31,27 +39,27 @@ Note: Jumper wires and header pins aren't sold on the OpenBCI website, but we us
 
 Break the male headers into a set of 2-pin headers and 3-pin headers as shown below
 
-![Header pins for MyoWare](../../assets/ThirdPartyImages/mywoare_headers.jpg)
+![Header pins for MyoWare](../assets/ThirdPartyImages/mywoare_headers.jpg)
 
 Solder the 3-pin header to the VIN, GND, and ENV pads, and solder the 2-pin header to the RECT and RAW pads of the MyoWare board.
 
-![MyoWare Board post-soldering](../../assets/ThirdPartyImages/myoware_soldered.jpg)
+![MyoWare Board post-soldering](../assets/ThirdPartyImages/myoware_soldered.jpg)
 
 The male-female jumper wires can then be used to interface with the Cyton from the MyoWare board. The female part of the jumper wire is plugged into the MyoWare, whereas the male part is plugged into the Cyton.
 
 ### 2. Preparing OpenBCI Cyton Board
 
 Your Cyton board should look like this:
 
-![Board with Headers](../../assets/ThirdPartyImages/Cyton_32bit.jpg)
+![Board with Headers](../assets/ThirdPartyImages/Cyton_32bit.jpg)
 
 If your Cyton board is missing the black, female pin connectors (called "headers") sticking out of the board, you will need to solder them on before continuing.
 
 ### 3. Wiring the MyoWare Board to the OpenBCI Cyton Board
 
 Connect the 5 wires from the MyoWare board in step 1 to the OpenBCI board, as shown below:
 
-![Board with MyoWare](../../assets/ThirdPartyImages/myoware_connected.jpg)
+![Board with MyoWare](../assets/ThirdPartyImages/myoware_connected.jpg)
 
 The wires attached to the "VIN" and "GND" pins will be used to supply power to the board. They'll be attached to the DVDD and GND headers on the OpenBCI Cyton board, respectively.
 
@@ -77,8 +85,8 @@ You'll be able to see signals from the MyoWare board in the OpenBCI GUI using th
 
 Here's what the GUI, and pin D12, will look like with the muscle at rest:
 
-![Resting](../../assets/ThirdPartyImages/GUI_myoware_resting.jpg)
+![Resting](../assets/ThirdPartyImages/GUI_myoware_resting.jpg)
 
 Here's what D12 will look like after flexing the muscle:
 
-![Firing](../../assets/ThirdPartyImages/GUI_myoware_flexion.jpg)
+![Firing](../assets/ThirdPartyImages/GUI_myoware_flexion.jpg)
diff --git a/.../ThinkPulse/ThinkPulse_Getting_Started.md → ...te/docs/Deprecated/18-ThinkPulse_Guide.md b/.../ThinkPulse/ThinkPulse_Getting_Started.md → ...te/docs/Deprecated/18-ThinkPulse_Guide.md
@@ -1,17 +1,21 @@
 ---
-id: ThinkPulse
-title: "ThinkPulse Getting Started Guide"
+id: DeprecatedThinkPulse
+title: "ThinkPulse Guide"
 ---
 
-Available exclusively worldwide on the [OpenBCI® store](https://shop.openbci.com/products/thinkpulse-active-electrode-kit).
+:::note
 
-## About Conscious Labs
+**THIS PRODUCT HAS BEEN DISCONTINUED AND IS NO LONGER SOLD BY OPENBCI.**
+
+The ThinkPulse™ Active Electrode Kit is no longer available in the OpenBCI store. This guide is kept for historical/reference purposes only and is no longer maintained.
 
-Conscious Labs has been working since 2014 to take neuroscience out of the lab and into the wild. They bring the technology, team, and expertise to integrate EEG sensors into head wearables and hearables.
+:::
+
+## About Conscious Labs
 
-We are very excited to partner with Conscious Labs to offer this affordable, high-quality biosensing kit to our community. The ThinkPulse™ kit offers research-grade dry, active electrode EEG sensors at an unprecedented price point and comfort level.
+ThinkPulse™ is a product of Conscious Labs (France). Conscious Labs has been working since 2014 to take neuroscience out of the lab and into the wild. They bring the technology, team, and expertise to integrate EEG sensors into head wearables and hearables.
 
-ThinkPulse™ is a product of Conscious Labs (France). Patents issued and pending. Made in France.
+The ThinkPulse™ kit offers research-grade dry, active electrode EEG sensors. 
 
 The ThinkPulse™ system is an _add-on_ to the [Ultracortex EEG Headset](https://shop.openbci.com/collections/frontpage/products/ultracortex-mark-iv) plus [Cyton Board](https://shop.openbci.com/collections/frontpage/products/cyton-biosensing-board-8-channel)
 
@@ -24,7 +28,7 @@ This kit has been designed and its compatibility tested for the 8- and 16-channe
 
 <br />
 
-![ThinkPulse contents](../../assets/ThirdPartyImages/ThinkPulse_starter_kit_contents.png)
+![ThinkPulse contents](../assets/ThirdPartyImages/ThinkPulse_starter_kit_contents.png)
 
 <br />
 <br />
@@ -36,15 +40,15 @@ Below is the step-by-step tutorial by Conscious Labs on how to install the Think
 
 ### Step 1: Prep Your Ultracortex Mark IV EEG Headset
 
-[![Ultracortex prep](../../assets/ThirdPartyImages/ThinkPulse_assembly_step1.png)](https://youtu.be/cKDDvFaZy6s)
+[![Ultracortex prep](../assets/ThirdPartyImages/ThinkPulse_assembly_step1.png)](https://youtu.be/cKDDvFaZy6s)
 
 ### Step 2: Install the ThinkPulse™ sensors on the Ultracortex
 
-[![install sensors](../../assets/ThirdPartyImages/ThinkPulse_assembly_step2.png)](https://youtu.be/KNyI0c5DYu8)
+[![install sensors](../assets/ThirdPartyImages/ThinkPulse_assembly_step2.png)](https://youtu.be/KNyI0c5DYu8)
 
 ### Step 3: Assemble the ThinkPulse™ Power Supply Board
 
-[![assemble power supply](../../assets/ThirdPartyImages/ThinkPulse_assembly_step3.png)](https://youtu.be/SeceMtiUo40)
+[![assemble power supply](../assets/ThirdPartyImages/ThinkPulse_assembly_step3.png)](https://youtu.be/SeceMtiUo40)
 
 The assembly video shows how to install the power supply board to both post-2018 and pre-2018 Cyton boards.
 
@@ -54,14 +58,14 @@ If you need help or have any questions, email [support@openbci.com](mailto:suppo
 
 ### Step 4: Connect and organize the cables
 
-[![cable management](../../assets/ThirdPartyImages/ThinkPulse_assembly_step4.png)](https://youtu.be/GtcfUNvZlZ0)
+[![cable management](../assets/ThirdPartyImages/ThinkPulse_assembly_step4.png)](https://youtu.be/GtcfUNvZlZ0)
 
 <br />
 <br />
 
 ### Step 5 (For 16-channel kit) Connect and organize the cables
 
-[![cable management](../../assets/ThirdPartyImages/ThinkPulse_assembly_step5.png)](https://youtu.be/J2ZVDfayahs)
+[![cable management](../assets/ThirdPartyImages/ThinkPulse_assembly_step5.png)](https://youtu.be/J2ZVDfayahs)
 
 ## Troubleshooting the ThinkPulse™ sensors with OpenBCI Cyton Board
 
@@ -75,7 +79,7 @@ The following information applies specifically to Cyton and Cyton+Daisy Boards.
 6. Pressing the `Save` button at the bottom of the Hardware Settings will allow you to store this configuration as a file.
 7. Next time you want to use the Cyton with ThinkPulse Electrodes, open Hardware Settings to `Load` and then `Send` channel settings. If you are using BrainFlow outside of the GUI, simply send these commands after instantiating the Board.
 
-![ThinkPulse and Cyton Channel Setting Example](../../assets/ThirdPartyImages/ThinkPulse_Cyton_HardwareChannelSetting.png)
+![ThinkPulse and Cyton Channel Setting Example](../assets/ThirdPartyImages/ThinkPulse_Cyton_HardwareChannelSetting.png)
 
 ## How to replace ThinkPulse™ electrode prongs