The Phones Show 295 (Wileyfox Swift 2 Plus review)

Hands on review of Wileyfox’s latest, plus mention of the Kodak Ektra…


Specifications of Wileyfox Swift 2 Plus Smartphone

Swift Swift 2 Swift 2 Plus Swift 2 X
Dimensions 141.2 x 71 x 9.4mm 143.7 x 71.9 x 8.6mm 143.7 x 71.9 x 8.6mm 143 x 73 x 8.2mm
Weight 135g 155g 155g 152.8g
Display 5″ IPS LCD (720p) 5″ IPS LCD (720p) 5″ IPS LCD (720p) 5.2″ IPS LCD (1080p)
Glass Gorilla Glass 3 Gorilla Glass 3 Gorilla Glass 3 Gorilla Glass 3
Processor 1.2GHz quad-core 1.4GHz octa-core 1.4GHz octa-core 1.4GHz octa-core
Storage 16GB (expandable) 16GB (expandable) 32GB (expandable) 32GB (expandable)
Primary camera 13MP 13MP 16MP 16MP
Secondary camera 5MP 8MP 8MP 8MP
Battery 2,500mAh (removable) 2,700mAh 2,700mAh 3,010mAh
OS Cyanogen OS 13.1 Cyanogen OS 13.1 Cyanogen OS 13.1 Cyanogen OS 13.1
Cellular Cat 4 LTE Cat 4 LTE Cat 4 LTE Cat 4 LTE
WiFi 802.11b/g/n 802.11b/g/n 802.11b/g/n 802.11b/g/n
Bluetooth 4.0 4.1 4.1 4.1
NFC No Yes Yes Yes
Finger print reader No Yes Yes Yes


MERITS Very good design for a low price
Smooth performance
Powerful software
NEGATIVE ASPECTS Life cycle of battery is just ok
Screen is ‘only’ 720p
Not any HDR for camera

WileyFox Swift 2 Plus Unboxing and First Look

Meet Swift 2 Plus: the same slim, elegant curves and amazing design of Swift 2 but with added extras. For more media and gaming, there’s more storage capacity. For more image quality, there’s more camera technology.

Available here:

The Swift 2 Plus offer a premium aluminium design created in 17 steps, including two rounds of CNC diamond cutting. The result? Delicate curves in a light, thin body. In one word: gorgeous. With Swift 2 Plus, it’s all about capturing quality.

Its 16MP camera, Samsung camera sensor ISOCELL technology and PDAF (Phase Detection Auto Focus) lets you snap sharp images quickly. And its 1.0mM pixel size means bigger pixels for better photos in low light conditions.

It’s all about focus and delivering sharp detail with Swift 2 Plus’ 720p HD screen and 294ppi image quality. While super sensitive glove mode and smudge-resistant oleophobic coating mean it’s always working wherever you are.

Stay connected with Swift 2 Plus’ 2700mAh battery. What it gives in power it does quickly with Qualcomm Quick Charge 3.0. That means 75% power in 45 minutes – and 25% in 15 minutes if you’re running out the door. With Type C, it’s small and you’ll always be right first time.

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Wileyfox Swift 2 Plus Review: The Moto G4’s British brother

Wileyfox Swift 2 Plus Review: British brand Wileyfox is back with the Swift 2 Plus, a 5-inch Moto G4 Plus rival boasting decent specs including a fingerprint sensor and HD screen for just £189.

Read the full Wileyfox Swift 2 Plus review on, where we also compare the Swift 2 and Swift 2 Plus:

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Controlling Servo Motor with Bluetooth using Arduino and Android

Hello! This tutorial shows you how to control a servo motor via the HC-06 bluetooth device for Arduino. Code can be found on my website:


CameraPro/Android: Arduino based Bluetooth camera control

This video shows a sample Arduino setting (Arduino Uno R3, rotary knob, 10K resistor) with a Bluetooth shield connected to CameraPro on Android (with net module plugin) for wireless capturing of photos.

More information and download:


Arduino + Modulo de sonido Bluetooth (Arduino + Bluetooth Stereo Module XS-3868 )

Toda la informacion, codigos y librerias para este proyecto la pueden encontrar en nuestro Bolg en el link de aca abajo.

More Info Here:

VIsitennos en Facebook:




1/2 ANDROID Bluetooth модуль HC-05 Управление без without Arduino AT Commands Часть 1.

Часть 1. Управление по Bluetooth, без использования Arduino или других микроконтроллеров,
только с помощью двух Bluetooth модулей HC-05, через AT Commands.

Для чего это нужно? например для управления люстрой, включать выключать лампочки люстры с помощью ANDROID телефона по Bluetooth.

sketch Arduino – Bluetooth HC-05 – AT Commands – TEST

sketch Arduino-Bluetooth HC-05-AT Commands-Atmega-TEST

Если сложновато, посмотрите для начала мой видео уроки

Configuring The HC-05 Bluetooth Module with AT Commands Arduino поменять имя и пароль

Arduino и Bluetooth модуль HC-05 Wireless Bluetooth RF Transceiver Module RS232 TTL

Управление люстрой v.01 Android + Arduino Bluetooth HC-05 Wireless remote control

программа “Voice Control Bluetooth HC05” .

что нам понадобится? 2 Bluetooth модуля HC-05 + реле для управления нагрузкой 220 вольт, и программа “Voice Control Bluetooth HC05” .

Какой принцип работы ? у Bluetooth модуля HC-05 имеются 7 свободных pins это 10й и с 2 по 7й pin,
когда мы подаём положительный сигнал +3v на 11й pin то Bluetooth модуль HC-05 переходит в режим AT Commands,
в этом режиме “AT Command” посылая на serial вход “RX” соответствующие команды мы можем менять состояния pins, с + , на – , например послав команду “AT+PIO=10,1” 10й pin изменит своё состояние на +, а если послать “AT+PIO=10,0” 10й pin изменит своё состояние на – , также и другие pins “AT+PIO=7,1” “AT+PIO=7,0” команда “AT+MPIO=CFC” включает все pins, а “AT+MPIO=0″ выключает все pins.
Важно отметить все команды должны иметь в конце невидимые ! символы ” обозначаются “rn” оно же “LF и CR” , что такое rn “LF и CR”?

Так как для управления люстрой мы не будем использовать микроконтроллер например ATmega328 или плату Arduino,
а Bluetooth модуль HC-05 в режиме программирования “AT Command” не может принимать команды по Bluetooth,
то мы будем управлять им с помощью другого Bluetooth модуль HC-05 по serial,
то есть, посылая команды от ANDROID телефона по Bluetooth с помощью программы “Voice Control Bluetooth HC05”
на “Bluetooth модуль HC-05” (назовем его №1) через serial выход “TX” будем перенаправлять эти команды на вход “RX” “Bluetooth модуля HC-05” (назовем его №2) который будет находится в режиме программирования “AT Command”.

Примеры AT команд.

AT+VERSION? узнать версию прошивки.

AT+UART? узнать установленную скорость.

AT+UART=38400, 0,0 установить скорость 38400.

AT+PIO=10,1 включить 10й pin.
AT+PIO=7,1 включить 7й pin.

AT+PIO=10,0 выключить 10й pin.
AT+PIO=7,0 выключить 7й pin.

AT+MPIO=CFC включить все pins.
AT+MPIO=0 выключить все pins.
AT+MPIO=C24 включить (10й , 5й , 2й. pins).

сначала включив pins например (10й , 5й , 2й. pins) надо отправить команду
AT+MPIO? serial монитор выдаст в ответ команду C24 желательно отправить несколько раз команду AT+MPIO?
эта опция с первого раза работает некорректно, теперь отправляя команду AT+MPIO=C24 мы включим (10й , 5й , 2й. pins).

AT+NAME? узнать имя.
AT+NAME=HC-05 BLUE установить имя HC-05 BLUE.

AT+PSWD? узнать пароль.
AT+PSWD=0000 установить пароль 0000.

AT+ORGL сброс на заводские настройки – Restore the default setting .


Arduino Based Home Automation Using Bluetooth Android Smartphone

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project Description:
Google android operating system is one of the leading and most popularly preferred systems in smart phone. Smart phone affordability increases day by day due to their size and portability .android GUI installed in smart phone. The operator has to touch on the screen of the phone to control the home appliances. This project is an android application which possesses the capability to control any sort of electrical appliances providing remote access from smart phone using Bluetooth. Bluetooth technology is wireless radio transmissions in a short distance providing a necessary technology to create convenience, intelligence and controllability. This generates personal area network in home environment, where all these appliances can be interconnected and monitored using a single controller. Home automation involves a degree of computerized or automatic control to certain electrical and electronic systems in a building. Busy families, individuals with physical limitation represent very attractive market for such networking. This system will also assist and provide support in order to fulfill the needs of elderly and disabled in home

The Bluetooth antenna in our module picks up the packets sent from the cell phone. Subsequently, these packets containing the appliance status commands are pipelined through ATmega328 microcontroller and the designed analogue circuitry according to the definition of each output. Different home appliances are connected to the digital output ports of the arduino BT board via relays to provide sufficiently high currents and voltage compatibility. For test purposes, 25W, 240V lamps have been used. Figure 2 shows the relay configuration for each device and Figure 3 depicts the arduino BT board‟s communication with the home appliances. Sending commands from software to turn ON/OFF a device may not guarantee the successful operation of the device as the device may be defective. To solve this problem, a feedback circuit has been designed and implemented to indicate the device‟s actual status after it receives the command (ON/OFF) from the cell phone. Once the command has been sent to turn ON a device, the feedback circuit senses the current and gives an output signal by turning ON a respective led on the switching circuitry indicating that the device is ON. Otherwise, the device is malfunctioning indicating that the command was not executed successfully.


Arduino connected to an Android phone via Bluetooth (JY-MCU module)

A basic example of establishing a connection between an Arduino Uno and an Android phone via Bluetooth. A widely available and relatively inexpensive JY-MCU Bluetooth module (like this one: is used. Code and wiring diagram available on:

How to connect an Arduino Uno to an Android phone via Bluetooth

Bluetooth module link:


Arduino и Bluetooth модуль HC-05 Wireless Bluetooth RF Transceiver Module RS232 TTL

Configuring The HC-05 Bluetooth Module with AT Commands Arduino поменять имя и пароль

Wireless Bluetooth RF Transceiver Module RS232 TTL New

программа Termite

Из ссылок нагуглил подробные статьи

Bluetooth-модуль HC-05

Arduino и Bluetooth

Bluetooth термометр


1. It is hc05.

2. Use the CSR mainstream bluetooth chip, bluetooth V2.0 protocol standards.

3. Module working voltage 3.3 V.

4. Potter default rate of 9600, the user can be set up.

5. The core module size : 28 mm x 15 mm x 2.35 mm.

6. Working current: matching for 30 MA, matching the communication for 8 MA.

7. Dormancy current: no dormancy.

8. Used for GPS navigation system, water and electricity gas meter reading system.

9. With computer and bluetooth bluetooth adapter, PDA, seamless connection equipment .

//Для демонстрации возможности передачи данных, и в обратном
//направлении, с Arduino на компьютер, допишем эту строку.

Arduino serial read unsigned long (1234567890) Serial.parseInt