Velleman VMW101 Wearable Development Board |
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Features: |
- on board
WiFi and
Bluetooth®
- 8 x easy
sewable pads:
- 4 x
regular
power pads
- 4 x
capacitive
touch-enabled
pads
- 1 x on-board
orange LED
- hall effect
sensor
- temperature
sensor
- ultra-low
power analog
pre-amplifier
- integrated
LiPo battery
charger
- dedicated
reset button
- 2 × 8-bit
DACs
- ultra-thin
PCB
- Arduino
compatible
- compatible
with all
BrightDot
wearable LED
boards
- based on the
ESP32
- SPI, I˛S,
I˛C and UART
interfaces
- the LED PWM,
UART, I2C, I2S,
and general
purpose SPI
functions can be
configured to
any GPIO
- 12-bit SAR
ADC
- LED PWM (up
to 16 channels)
- deep sleep
mode to lower
power
consumption when
preferable
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Specification: |
- general
purpose IO : 17
- processors:
- CPU:
Xtensa
dual-core
(or
single-core)
32-bit LX6
microprocessor,
operating at
160 or 240
MHz and
performing
at up to 600
DMIPS
- ultra
low power (ULP)
co-processor
- memory:
- wireless
connectivity:
- WiFi:
802.11 b/g/n
-
Bluetooth®:
v4.2 BR/EDR
and BLE
- power
management:
- max
current
consumption
: 300mA
- deep
sleep power
consumption
: 10µA
- max
battery
input
voltage: 6V
- max
battery
charge
current :
450mA
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View the Online Manual for VMW101
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Dimensions |
56 x 50 x 7.5mm |
Weight |
g |
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Get ready to meet the most versatile wearable and ESP32 based
development board of the moment! It's 100% Arduino compatible and it's
easy and invisible to wear thanks to its uniquely thin PCB with 8 x
sewable pads. Plus, it won't sting you because the PCB design has no
sharp edges. Also, 4 of the pads are capacitive touch-enabled.
As for the versatility; this little development board of 56 x 50 x 7.5
mm packs a lot of features such as a hall effect sensor, a temperature
sensor and an ultra-low power analog pre-amplifier. But the neatest
on-board feature is undoubtedly the ability to connect the board to WiFi
and Bluetooth®. Getting any ideas? Here's one: connect the board with
our BirghtDot wearable LED's collection and make them react to text or
social messages, magnets, sounds, time, temperature and more!
You can easily connect this wearable with a battery thanks to the JST
connector and you don't have to worry about high power consumption
because the board also features a deep sleep mode to keep its
consumption to a minimum when you don't need it. To top things off, this
thin board is at least 10 times faster than an Arduino Uno because of
its super high 240 MHz clock.
Go take a look at the BrightDot wearable LED boards and get creative! |
Order Code |
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Each |
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VMW101 |
Velleman Brightdot Wearable Development Board |
18.41 |
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