Gain Insight and Understanding of Your Brains Inner Working
Connect Your Brain to the Internet with the foc.us EEG Dev Kit.
EEG Dev Kit v1.2. Final stock sale!
The large internal rechargable battery is capable of recording EEG for approximately 8 hours.
One button
All control and configuration is done over the air, keeping the control of the device to a single on off button.
WiFi
EEG Dev Kit connects directly to your WiFi for blazing fast data streaming rates.
*Battery life and charge cycles vary with use, settings, and other factors; actual results will vary. Smartphone notifications unavailable on Windows devices.
+
Brian Stimulator
Closed-loop stimulation with inclusion of EEG and electrical stimulation.
tDCS
Focus industry leading triple safe tDCS stimulation circuitry. Super accurate.
tACS*
Additional stimulation modes such as tACS, tRCS, tRNS, tPCS etc…
B1uetooth 5*
Low energy connection for when wifi not available.
Onboard microphone
Take audio data into Lab Streaming Layer from the onboard microphone. Alexa integration coming soon…
*Battery life and charge cycles vary with use, settings, and other factors; actual results will vary. Smartphone notifications unavailable on Windows devices.
What's Included
EEG Dev Kit
Power adapter
5 pair active EEG electrodes
1 pair Bias & Reference
Foc.us Headcap
EEG+ extras
2 * amx-y electrodes
Magnetic x/y cable
Water bottle
Stimulation safe electrodes
Stimulation Modes
tDCS
tACS, tRNS, tPCS, tRCS*
EEG Features
8 x 24bit channels
Up to 16k SPS
EDF+ / BDF+
Driven Right Leg Bias
Battery and Power
Internal 800mAh Li-Po
Medical grade isolated power adapter
Settings
Current: 1.0, 1.5, 2.0, 3.0, 3.5, 4.0mA (±0.25mA during session)
5, 10, 15, 20, 25, 30, 35 minute duration timer
Care
Store all EEG Dev Kit components in the box when not in use. Sponges should be squeezed dry and will reshape when next wet.
Materials Used
The Foc.us headcap is made of a soft, synthetic poyester. The amx-y electrodes are made from skin-safe FDA approved silicone.
Environmental Requirements
Operating temperature: 0° to 70° C
Maximum operating altitude: 50,000ft
Safety
EEG measures the electrical activity at the scalp.
Don´t see the detailed specifications for each of the 8 channels parallel tES(tDCS, tACS, TPCS, tRNS, tPNS & so-tDCS).
Rated 4 out of 5
Steven –
No documentation included in kit. I am willing to help document.
Can you please help answer the below?
Open Questions:
Is the setup video available as mentioned in the newsletter?
Is it possible to configure the transcranial Electrical Stimulator?
How do you reproduce the Lucid dream experiment?
Any ‘?’ below
5v1.5A – Power Adaptor
tES – 1 x/y Magentic tES Cable + 1 pair Amx-y Electrodes (For transcranial Electrical Stimulator)
* Image: https://tinyurl.com/tESCable (Note my cable was blue)
O – ?
W – ?
REF/BIAS – 1 x Reference + Bias Ear Clip (DRL)
* Image: https://tinyurl.com/REFBIAS
[1][2] and [3][4] and [5][6]] and [7][8] – Dual Active Dry Electrode Pairs
* Image: https://tinyurl.com/dry-electrodes
+-7 – ?
+-8 – ?
fNIRS – Near-InfraRed Spectroscopy is a non-invasive neuro-imaging technology
* https://tinyurl.com/fnirs-dev
Helpful Tidbits:
Accounts: The store account is different from the EEG Dev kit account
Setting up Wifi – Make sure to add all the Wifi Connections upfront when you connect to the “EEG-DK” hotspot from your phone or laptop. You can override it later but it can be a pain.
Best way to Test Wifi:
1) Visit https://foc.us/me/#/device
2) Look at Connected – Red Off / Green On
3) Turn your EEG Dev Kit On – Red should go to Green and a message saying “Device is On” should pop up at the bottom of the page
4) If your device was on, you can turn it off and should see message “Device turned off” and Green Should go to Red
Updating FIrmware: To update your device – unplug it and turn off, re-insert power adapter, and wait. If your device can connect to Wifi it will grab the latest firmware and update itself. You will see a white flashing light.
Recording Session Results: https://foc.us/me/#/sessions
* After recording, it takes a while for them to be processed.
Rated 5 out of 5
potential –
not there yet
This device is missing a bunch of functionality right now but the core shows great promise. Will update review when appropriate.
Rated 4 out of 5
clamport –
Good, but a few issues
Good product and I can definitely see the future of it, but a couple of issues.
1) Prior to charging I could use the battery. After charging, the unit will not power on without the charger attached.
2) How do you get the leads attached to the headset so they will stay?
3) No instructions provided, nor are there any available online
4) The menu on the app nor the page works on chrome, it’s cut off about 1/7th of the full menu so you can’t read the options.
Again, great product but needs some work to become mainstream.
This device is excellent value for money – it gives readings comparable to eeg devices 10x the price!
Rated 5 out of 5
dr_k –
excited for fnirs!
The data quality from this device is extremely high, way higher than I expected.
Importing EDF into matlab is simple and powerful.
Very excited to try the fnirs sensor.
Jake –
tES detailed specifications
Don´t see the detailed specifications for each of the 8 channels parallel tES(tDCS, tACS, TPCS, tRNS, tPNS & so-tDCS).
Steven –
No documentation included in kit. I am willing to help document.
Can you please help answer the below?
Open Questions:
Is the setup video available as mentioned in the newsletter?
Is it possible to configure the transcranial Electrical Stimulator?
How do you reproduce the Lucid dream experiment?
Any ‘?’ below
Detailing all of the inputs. EEG Dev Kit
Image: https://tinyurl.com/eegdev
5v1.5A – Power Adaptor
tES – 1 x/y Magentic tES Cable + 1 pair Amx-y Electrodes (For transcranial Electrical Stimulator)
* Image: https://tinyurl.com/tESCable (Note my cable was blue)
O – ?
W – ?
REF/BIAS – 1 x Reference + Bias Ear Clip (DRL)
* Image: https://tinyurl.com/REFBIAS
[1][2] and [3][4] and [5][6]] and [7][8] – Dual Active Dry Electrode Pairs
* Image: https://tinyurl.com/dry-electrodes
+-7 – ?
+-8 – ?
fNIRS – Near-InfraRed Spectroscopy is a non-invasive neuro-imaging technology
* https://tinyurl.com/fnirs-dev
Helpful Tidbits:
Accounts: The store account is different from the EEG Dev kit account
Setting up Wifi – Make sure to add all the Wifi Connections upfront when you connect to the “EEG-DK” hotspot from your phone or laptop. You can override it later but it can be a pain.
Best way to Test Wifi:
1) Visit https://foc.us/me/#/device
2) Look at Connected – Red Off / Green On
3) Turn your EEG Dev Kit On – Red should go to Green and a message saying “Device is On” should pop up at the bottom of the page
4) If your device was on, you can turn it off and should see message “Device turned off” and Green Should go to Red
Updating FIrmware: To update your device – unplug it and turn off, re-insert power adapter, and wait. If your device can connect to Wifi it will grab the latest firmware and update itself. You will see a white flashing light.
How Test:
1) Unplug power – Reduces Noise
2) Plug in one Dual Active Dry Electrode Pairs in the [1][2] slot. Optional also do [3][4], [5][6], [7][8]
3) Power on
4) Visit https://foc.us/me/#/settings and turn on channels
5) See Readings in multiple places
a) https://foc.us/me/#/graph-timeseries
b) https://foc.us/me/#/graph-fft
c) https://foc.us/me/#/graph-radar
d) https://foc.us/me/#/graph-gauges
Recording Session Results: https://foc.us/me/#/sessions
* After recording, it takes a while for them to be processed.
potential –
not there yet
This device is missing a bunch of functionality right now but the core shows great promise. Will update review when appropriate.
clamport –
Good, but a few issues
Good product and I can definitely see the future of it, but a couple of issues.
1) Prior to charging I could use the battery. After charging, the unit will not power on without the charger attached.
2) How do you get the leads attached to the headset so they will stay?
3) No instructions provided, nor are there any available online
4) The menu on the app nor the page works on chrome, it’s cut off about 1/7th of the full menu so you can’t read the options.
Again, great product but needs some work to become mainstream.
sunnyD –
Almost
Good: easy setup, wifi, EDF recordings, ADC quality
Bad: hat, electrode holding, documentation
dr p –
great value eeg
This device is excellent value for money – it gives readings comparable to eeg devices 10x the price!
dr_k –
excited for fnirs!
The data quality from this device is extremely high, way higher than I expected.
Importing EDF into matlab is simple and powerful.
Very excited to try the fnirs sensor.