We previously covered Nubia–α wearable “smartphone” in 2018. The device was basically a smartwatch with a long curved display, and at the time was at the prototype/design stage. There’s now a similar, but more refined Snapdragon Wear 2100 powered Nubia Watch with a 4.01-inch AMOLED flexible display that has recently launched on Kickstarter. It’s unclear whether it’s related to the older prototype, as the company claims to have conceptualized the watch in October 2019. Nubia Watch hardware specifications: SoC – Qualcomm Snapdragon Wear 2100 (8909Q) quad-core Cortex A7 processor with Adreno 304 GPU System Memory – 1GB RAM Storage – 8GB storage Display – 4.01-inch AMOLED flexible 2-point touchscreen display with 960 x 192 resolution covered with Schott glass Connectivity Bluetooth 4.1 GNSS – GPS, GLONASS, Beidou Sensors – Accelerometer & gyroscope, pressure sensor, heart-rate sensor, geomagnetic sensor Misc – Power button Battery – 425 mAh Lithium battery good for up to 7 days (power saving mode) or 36 hours […]
Wireless earbuds are nice, except I don’t really use the ones I have because they tend to fall off my ears as soon as I perform physical activities (e.g. running), and I often misplace them, so I may not have on hand when I need them. One thing I wear virtually 24 hours a day is my smartwatch/fitness tracker, namely Weloop Hey 3S (still going strong after over 2 years), so if there were some wearables that could also store earbuds that would be nice. While browsing new product arrivals this morning, I discovered there were several smartwatches that ships with Bluetooth earbuds that are stored inside the watch when not in use. ASLING S300 smartwatch (left of the above photo) ships with two Bluetooth 5.0 earbuds that are stored on the side of the watch, while ASLING G36 smart bracelet stores them through an opening on the top of the watch which the company calls a “hidden electric warehouse”. […]
Earlier this week, we wrote about fake heart rate sensors found in ultra-low-cost fitness trackers as reported by Aaron Christophel. It turns out he also maintains an open-source project specific to P8 watch, PineTime, and other smartwatches compatible with Da Fit Android app: ATCwatch Arduino firmware. The firmware provides a basic menu system, notifications, and the latest implementation enables direct HTTP or HTTPS GET requests to control IoT devices and get info from the Internet. The current firmware consumes about 150-200uA standby current, and last roughly 92 hours on a charge with heavy notification and usage. While it’s possible to connect an SWD St-Link V2 to flash the bootloader and firmware, it’s not necessary, as it’s possible to flash ATCwatch Arduino firmware without having to open the watch by using over-the-air update function with DaFlasherFiles for PineTime or P8 watch together with DaFlasher Android app. Once the update is done, you can get notifications on your phone after installing D6 […]
Manufacturers always attempt to lower the BoM costs of their products to increase sales and boost profits. Most do it in an honest way, but some are either incompetent or deceptive as we’ve recently seen in an IR thermometer was the infrared unit was not connected to the mainboard. I’ve just been informed about another trick that’s been going on for a while. Some ultra-cheap fitness trackers come with fake heart rate sensors that are simply replaced by two LED’s to simulate the real thing. The trick was discovered last year by Aaron Christophel who purchased several fitness trackers believe to be based on Nordic Semi nRF52832 in order to as he wanted to use Arduino firmware with those. He managed to do so in several with IWOWNFIT I6HRC tracker being the best suited for the tasks. But he also found some bad apples in the lot with several trackers using a “heart rate sensor” board with two LED’s only, […]
Qualcomm entered the wearables market in 2016 with the launch of Snapdragon Wear 2100 quad-core Cortex A7 SoC, followed by other models all based on Cortex-A7 cores including the more recent Wear 3100 platform which also added a QCC1110 co-processor to extend battery life. The company has now made the switch to 64-bit Arm with Snapdragon Wear 4100 and Wear 4100+ both featuring a quad-core Arm Cortex A53 processor and companion chips, but the latter adds QCC1100 Arm Cortex-M0 always-on (AON) co-processor to lower power consumption. Snapdragon Wear 4100+ key features and specifications: SoC – Qualcomm SDM429w or SDA429w CPU – Quad-core Cortex-A53 @ up to 1.7 GHz GPU – Adreno A504 GPU up to 320 MHz with OpenGL ES 3.1 API support DSP – Dual Qualcomm Hexagon QDSP6 v56, dedicated MDSP for modem and GPS, and dedicated ADSP for Open Sensor Execution Environment (SEE) and audio Memory & Storage I/F – LPDDR3 up to 750 MHz, eMMC 5.1 flash […]
We’ve covered several ESP32 watches over the last year include TTGO T-Wristand, Watchy, and DSTIKE ESP32 watch. Those don’t really have the nicest looking design, and some people complained about various shortcomings including the difficulty to customize/program the watch. Last year, Lilygo introduced TTGO T-Watch smartwatch that, due to support for expansion boards, was relatively thick, but at least documentation and Arduino code samples can be found on Github. The company has now launched a slicker version with Lilygo TTGO T-Watch-2000. TTGO T-Watch-2020 specifications: SoC – Espressif ESP32 dual-core wireless processor with 520KB SRAM System Memory – 8MB PSRAM Storage – 16MB QSPI flash Display – 1.54-inch LCD capacitive touch screen Audio – Class-D amplifier, buzzer Connectivity – 802.11b/g/n WiFi 4 and Bluetooth 5.1 via ESP32 Sensors – BMA423 three-axis accelerometer with built-in step counting algorithm, activity recognition / tracking, advanced gesture recognition. Misc – Power button (round), PCF8563 RTC clock, vibration motor Programming – Via Micro USB port (CP2104 […]
SQFMI has designed a (mostly) open-source hardware smartwatch based on an ESP32-S wireless module for WiFI and Bluetooth connectivity, and equipped with an E-ink display of 200×200 resolution. Watchy also comes with a BMA423 accelerometer, four buttons, a DS3231 real-time clock, and a vibration motor. The watch should last around 2 weeks on a charge. I mentioned the watch is “mostly” open source hardware because while the GERBER files, bill of materials (BoM) and the PDF schematics have been released on Github, the KiCAD schematics and PCB layout files have not so far. That still means you can understand the design, repair the design, or even make your own, but if you intended in modifying the design, you’d have some more work to do. Tom Fleet, writing for Hackster.io, does go through different sections of the schematics and explain what they do. One the software side, the watch can be programmed with MicroPython or Arduino, and the Arduino library, as […]
As a Kickstarter project, VOIXATCH introduces the world’s first smartwatch device which puts essential features of all the devices we carry with us in one unit. This watch does everything that smartwatches do, plus it has a built-in Bluetooth headset. Other smartwatches can be used with Bluetooth headset, but VOIXATCH has a Bluetooth ring-look-like headset docked on it, and the headset can be detached anytime and used for phone calls or listening to the music. One can call it a headset smartwatch. Cool, huh? After Mobile World Congress 2019, where Voixatch demonstrated the watch, it is finally available for “purchase” on Kickstarter rewards starting at $179 and first batch delivery expected in June. VOIXATCH embodies LTE, GPS connectivity in an all-in-one truly wireless design that can be used with Google Voice. The watch can also be used as a cellular smartwatch with a bezel headset to make calls and stay connected, with or without your smartphone. For that purpose, the […]
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