BASIC uChip: BASIC loves uChip!
This uChip version is pre-loaded with Coridium FREE BASIC compiler firmware.
Now BASIC code is in the uChip narrow DIP-16 package! (headers NOT soldered)

The BASIC uChip comes pre-loaded with Coridium FREE BASIC firmware which allows for programming routines on uChip using BASIC coding. Download for free Coridium tools and start coding in BASIC on uChip!

Do you already own a uChip?! You can easily load Coridium firmware in your uChip to support BASIC programming.
Check all the details in the Coridium support page.

Specifications

CPU: 32-bit Cortex M0+ ATSAMD21-series running at 48 MHz (Arduino Zero Compatible)

FLASH: 256 kB (248 kB due to integrated bootloader).

RAM: 32 kB, zero wait states.

Powered via USB or externally (3.3V to 5V).

Integrated 500-mA boost and 1-A buck converters and automatic power switching circuitry. 

Each converter can also be individually turned off, e.g. if you want to force power draw exclusively from external pins (self-powered device), or if you want to turn off an external USB device connected with a micro A cable.

When powered through the USB port, the output voltage on the power pins can be selected via software to be either 3.3V or the USB voltage (typically 5V +/- 10%).

Pin 15 can be configured (via SMD jumper) as an additional 3.3V auxiliary output @100mA when pin 16 is 5V (either as input or output). By default pin 15 is a regular I/O. If this feature is not used, 5/3.3V (at up to 1A) are still available on pin 16.

14 I/O pins (2 of them can be used to connect an external SWD programmer/debugger) and 2 power pins (VCC and GND).

Status LED (it can be turned on/off via software using a single instruction).

Multi function push button for reset/program.

8 12-bit ADC inputs.

10-bit DAC output.

14 external interrupt input pins.

Up to 5 serials between SPI, I2C, UART and I2S.

I2S port for audio decoders such as  UDA1334A.

13 PWM pins.

Size: 28.5 mm x 10.16 mm (1.1 “ x 0.40 “), including USB port protrusions (27.23 mm x 10.16 mm excluding USB)

4-layer board for improved noise performance.

Standards narrow-DIP footprint: 0.3” (7.62 mm) row spacing, 0.1” (2.54) pin spacing.

Pinout standard logic CMOS compatible: power and GND are on pin 16 and 8, so you can also emulate some 16 pin CMOS ICs (4000 and 74HC series)! 

Can be programmed in BASIC, C/C++, asm, and also CircuitPython!

Schematics, pcb layout, guide, drivers and examples: see download page!

Drawings

BASIC uChip: BASIC loves uChip!
This uChip version is pre-loaded with Coridium FREE BASIC compiler firmware.
Now BASIC code is in the uChip narrow DIP-16 package! (headers already soldered)

The BASIC uChip comes pre-loaded with Coridium FREE BASIC firmware which allows for programming routines on uChip using BASIC coding. Download for free Coridium tools and start coding in BASIC on uChip!

Do you already own a uChip?! You can easily load Coridium firmware in your uChip to support BASIC programming.
Check all the details in the Coridium support page.

Specifications

CPU: 32-bit Cortex M0+ ATSAMD21-series running at 48 MHz (Arduino Zero Compatible)

FLASH: 256 kB (248 kB due to integrated bootloader).

RAM: 32 kB, zero wait states.

Powered via USB or externally (3.3V to 5V).

Integrated 500-mA boost and 1-A buck converters and automatic power switching circuitry. 

Each converter can also be individually turned off, e.g. if you want to force power draw exclusively from external pins (self-powered device), or if you want to turn off an external USB device connected with a micro A cable.

When powered through the USB port, the output voltage on the power pins can be selected via software to be either 3.3V or the USB voltage (typically 5V +/- 10%).

Pin 15 can be configured (via SMD jumper) as an additional 3.3V auxiliary output @100mA when pin 16 is 5V (either as input or output). By default pin 15 is a regular I/O. If this feature is not used, 5/3.3V (at up to 1A) are still available on pin 16.

14 I/O pins (2 of them can be used to connect an external SWD programmer/debugger) and 2 power pins (VCC and GND).

Status LED (it can be turned on/off via software using a single instruction).

Multi function push button for reset/program.

8 12-bit ADC inputs.

10-bit DAC output.

14 external interrupt input pins.

Up to 5 serials between SPI, I2C, UART and I2S.

I2S port for audio decoders such as  UDA1334A.

13 PWM pins.

Size: 28.5 mm x 10.16 mm (1.1 “ x 0.40 “), including USB port protrusions (27.23 mm x 10.16 mm excluding USB)

4-layer board for improved noise performance.

Standards narrow-DIP footprint: 0.3” (7.62 mm) row spacing, 0.1” (2.54) pin spacing.

Pinout standard logic CMOS compatible: power and GND are on pin 16 and 8, so you can also emulate some 16 pin CMOS ICs (4000 and 74HC series)! 

Can be programmed in BASIC, C/C++, asm, and also CircuitPython!

Schematics, pcb layout, guide, drivers and examples: see download page!

Drawings

uChip: Arduino Zero compatible in a narrow DIP-16 package! (headers provided but not soldered)

A very small narrow-DIP-sized, Arduino Zero compatible USB dev board (OTG enabled), with integrated buck and boost power supplies!

Choose this product if you do not want the headers to be already soldered!

Specifications

• CPU: 32-bit Cortex M0+ ATSAMD21-series running at 48 MHz (Arduino Zero Compatible)
• FLASH: 256 kB (248 kB due to integrated bootloader).
• RAM: 32 kB, zero wait states.
• Powered via USB or externally (3.3V to 5V).
• Integrated 500-mA boost and 1-A buck converters and automatic power switching circuitry. 
• Each converter can also be individually turned off, e.g. if you want to force power draw exclusively from external pins (self-powered device), or if you want to turn off an external USB device connected with a micro A cable.
• When powered through the USB port, the output voltage on the power pins can be selected via software to be either 3.3V or the USB voltage (typically 5V +/- 10%).
• Pin 15 can be configured (via SMD jumper) as an additional 3.3V auxiliary output @100mA when pin 16 is 5V (either as input or output). By default pin 15 is a regular I/O. If this feature is not used, 5/3.3V (at up to 1A) are still available on pin 16.
• 14 I/O pins (2 of them can be used to connect an external SWD programmer/debugger) and 2 power pins (VCC and GND).
• Status LED (it can be turned on/off via software using a single instruction).
• Multi function push button for reset/program.
• 8 12-bit ADC inputs.
• 10-bit DAC output.
• 14 external interrupt input pins.
• Up to 5 serials between SPI, I2C, UART and I2S.
• I2S port for audio decoders such as  UDA1334A.
• 13 PWM pins.
• Size: 28.5 mm x 10.16 mm (1.1 “ x 0.40 “), including USB port protrusions (27.23 mm x 10.16 mm excluding USB)
• 4-layer board for improved noise performance.
• Standards narrow-DIP footprint: 0.3” (7.62 mm) row spacing, 0.1” (2.54) pin spacing.
• Pinout standard logic CMOS compatible: power and GND are on pin 16 and 8, so you can also emulate some 16 pin CMOS ICs (4000 and 74HC series)! 
• Can be programmed in C/C++, asm, and also CircuitPython!

Schematics, pcb layout, guide, drivers and examples: see download page!

Drawings

uChip: Arduino Zero compatible in a narrow DIP-16 package! (headers already soldered)

A very small narrow-DIP-sized, Arduino Zero compatible USB dev board (OTG enabled), with integrated buck and boost power supplies!

Specifications

• CPU: 32-bit Cortex M0+ ATSAMD21-series running at 48 MHz (Arduino Zero Compatible)
• FLASH: 256 kB (248 kB due to integrated bootloader).
• RAM: 32 kB, zero wait states.
• Powered via USB or externally (3.3V to 5V).
• Integrated 500-mA boost and 1-A buck converters and automatic power switching circuitry. 
• Each converter can also be individually turned off, e.g. if you want to force power draw exclusively from external pins (self-powered device), or if you want to turn off an external USB device connected with a micro A cable.
• When powered through the USB port, the output voltage on the power pins can be selected via software to be either 3.3V or the USB voltage (typically 5V +/- 10%).
• Pin 15 can be configured (via SMD jumper) as an additional 3.3V auxiliary output @100mA when pin 16 is 5V (either as input or output). By default pin 15 is a regular I/O. If this feature is not used, 5/3.3V (at up to 1A) are still available on pin 16.
• 14 I/O pins (2 of them can be used to connect an external SWD programmer/debugger) and 2 power pins (VCC and GND).
• Status LED (it can be turned on/off via software using a single instruction).
• Multi function push button for reset/program.
• 8 12-bit ADC inputs.
• 10-bit DAC output.
• 14 external interrupt input pins.
• Up to 5 serials between SPI, I2C, UART and I2S.
• I2S port for audio decoders such as  UDA1334A.
• 13 PWM pins.
• Size: 28.5 mm x 10.16 mm (1.1 “ x 0.40 “), including USB port protrusions (27.23 mm x 10.16 mm excluding USB)
• 4-layer board for improved noise performance.
• Standards narrow-DIP footprint: 0.3” (7.62 mm) row spacing, 0.1” (2.54) pin spacing.
• Pinout standard logic CMOS compatible: power and GND are on pin 16 and 8, so you can also emulate some 16 pin CMOS ICs (4000 and 74HC series)! 
• Can be programmed in C/C++, asm, and also CircuitPython!

Schematics, pcb layout, guide, drivers and examples: see download page!

Drawings

Description:

This is the smallest OrangeRx receiver on the market at this moment, it measures an infinitesimal 11.7 x 11.7mm and is only 3mm thick and weighs just 0.5g before any wiring is added. This is a DIY receiver that requires the connections to be soldered directly to it, therefore saving the weight and bulk of connectors.

The R614XN is a full 6ch receiver, it has 6 PWM outputs for conventional use or a 6ch cPPM output which allows for single line connection of compatible devices. It is compatible with DSM2 and DSMX 1024/2048 aircraft radio and module systems and has a built in smart failsafe with ultra-fast brownout recovery feature.

The smart failsafe feature if the signal is lost for a period of less than a second all channels will hold their last command, if the loss of signal is longer than one second then the controls will go to the predetermined position which you have set (ie: closed throttle etc). The fast brownout recovery feature will recover from say a minor power loss or a brief signal with only a slight glitch being seen, recovery is almost instant.

Features:

• DSM2/DSMX 1024/2048 compatible
• Extremely small, only 11.7 x 11.7 x 3mm
• Very lightweight, only 0.5g without wiring
• 6ch cPPM output allowing for single line connection with compatible devices
• 6ch PWM outputs for conventional use
• Programmable smart failsafe
• Fast brownout recovery system
• Wide input voltage, 3.7~9.6V

Specifications:

Module Name: R614XN

Channels: 6 x PWM, 6 x cPPM

Pin Numbers: 9

Rated Input Voltage: 3.7~9.6V

Total Board Dimension: 11.7mm x 11.7mm x 3mm / 0.46" x 0.46" x 0.12" (L*W*H)

Weight: 0.5g (without wires)

Notes:

Avoid storing the products in a place at high temperature, high humidity and in Corrosive gases. 

Do not touch the product with water, as this may cause abnormal behavior.

This is not a Spektrum DSM2/X product, nor is it a copy of a Spektrum DSM2/X product. The Spektrum and DSM2/X brand is a trademark of Horizon Hobbies USA.

This is not an underground black market fake Spektrum product. OrangeRx quality is guaranteed.

Accepted by the MAAA in Australia, see the MAAA MOP58 for guidance

Package Includes:

• 1 x R614X Module

Description:

This 1.8” display module is a ready to plug-in DIY component, which can be driven by serial interface (SPI) and includes an extra uSD socket for reading/writing on an external memory card.

The TFT display features a QVGA 128*160 Dots resolution and is controlled by the ST7735S integrated circuit that simplifies the display driving.
Sending your pattern to the LCD display by serial interface lowers the number of GPIO needed.
Furthermore, an extra uSD card socket is included on the backside of the module, allowing for read/write from/to an external memory card via SPI.

Specifications:

Programming Interface: SPI

LCD Driver IC: ST7735S

TFT Resolution: QVGA 128*160 Dots

Pin Numbers: 11@LCD + 4@uSD

Rated Voltage: 5 Volt

Stand-off Diameter: 3mm/M3

Total Board Dimension: 63mm x 39mm x 12mm / 2.5" x 1.5" x 0.47"(L*W*H)

Notes:

Avoid storing the products in a place at high temperature, high humidity and in Corrosive gases. 

Do not touch the product with water, as this may cause abnormal behaviour.

Package Includes:

• 1 x 1.8" inch TFT LCD Display module with ST7735S and 128x160 dots resolution.

Using the combo IR Led & IR Decoder IC it is possible to add Wireless Infrared communication to DIY projects.
The IR LED and the IR Decoder IC TSOP38238 are perfectly matched in wavelength. With a simple sketch it is possible to use these two components to setup an Infrared Wireless communication on your development board.

Specifications:

IR-LED: Wurth Elektronik cod. 15400394A3590

IR-LED Peak Wavelength: 940nm

IR-LED I_FORWARD MAX (continuous): 100mA@1.5V

IR-LED V_REVERSE MAX (continuous): 5V

IR-Decoder: TSOP-38238

IR-Decoder Modulating Frequency: 38kHz

IR-Decoder Peak Wavelength: 940nm

IR-Decoder Rated Voltage: 2.5-5V

Notes:

Avoid storing the products in a place at high temperature, high humidity and in Corrosive gases.

Description:

A rotary encoder, also called a shaft encoder, is an electro-mechanical device that converts the angular position or motion of a shaft or axle to digital output signals.

Rotary encoders are used in a wide range of applications that require monitoring or control, or both, of mechanical systems, including industrial controls, robotics, photographic lenses, computer input devices such as optomechanical mice and trackballs, controlled stress rheometers.

Specifications:

Adjustment method: 360 Degree

Pin Numbers: 7

Number of digits: 20 digits

Rated Voltage: 5 Volt

Shaft Diameter: 6mm/0.24"

Shaft Height: 20mm/0.79"

Thread Diameter: 6.8mm/0.27"

Total Dimension: 15mm x 12.5mm x 30mm / 0.59" x 0.49" x 1.18"(L*W*H)

Notes:

Avoid storing the products in a place at high temperature, high humidity and in Corrosive gases. 

Do not touch the product with water, as this may cause abnormal output waveform.

Description:

This ready to plug-in module is an expansion module that includes a rotary encoder.

A rotary encoder, also called a shaft encoder, is an electro-mechanical device that converts the angular position or motion of a shaft or axle to digital output signals.

Rotary encoders are used in a wide range of applications that require monitoring or control, or both, of mechanical systems, including industrial controls, robotics, photographic lenses, computer input devices such as optomechanical mice and trackballs, controlled stress rheometers.

Specifications:

Adjustment method: 360 Degree

Pin Numbers: 5

Number of digits: 20 digits

Rated Voltage: 5 Volt

Shaft Diameter: 6mm/0.24"

Shaft Height: 20mm/0.79"

Thread Diameter: 6.8mm/0.27"

Total Board Dimension: 25mm x 18mm x 25mm / 1" x 0.7" x 1"(L*W*H)

Notes:

Avoid storing the products in a place at high temperature, high humidity and in Corrosive gases. 

Do not touch the product with water, as this may cause abnormal output waveform.

Description:

This HC-05 Serial-to-Bluetooth module can act as both slave and master (2-in-1) in a standard 2.0V Bluetooth communication.

The HC-05 Module can be set via AT commands to be the one managing the connection protocol (Master) or the one to pair with another module (Slave), such that it can transmit and receive data over Bluetooth connection.

This module could pair with computers, smart-phones or tablets Bluetooth when set as a slave (default settings), while it can be used to host a receiver when set as master.

Specifications:

Module Standard Name: HC-05

Core IC: CSR Bluetooth chip V2.0 standard protocol

Core IC Working Voltage: 3.3V

Default Serial Data Rate: 9600 (can be changed via AT commands)

Programming Interface: Serial Tx/Rx

Extra functions: "Re-seach" button (ON/OFF/WAKE)

Pin Numbers: 6

Rated Input Voltage: 3.3~5.5V

Total Board Dimension: 40mm x 18mm x 4mm / 1.6" x 0.7" x 0.16" (L*W*H)

Notes:

Avoid storing the products in a place at high temperature, high humidity and in Corrosive gases. 

Do not touch the product with water, as this may cause abnormal behavior.

Package Includes:

• 1 x HC-05 Module