All Products

SKU: LB-ETEXTILELED-O

This is a simple single unit ORANGE E-Textile LEDEach unit can be sewn into fabric. Various input, output, power and sensor boards are available. They’re even washable (with special care)!These are a thicker PCB than the Sparkfun Lilypad LEDs

SKU: LB-ETEXTILELED-R

This is a simple single unit RED E-Textile LEDEach unit can be sewn into fabric. Various input, output, power and sensor boards are available. They’re even washable (with special care)!These are a thicker PCB than the Sparkfun Lilypad LEDs

SKU: LB-ETEXTILERGB

A sewable tri-colour RGB LED module designed for e-textiles and wearable electronics. By grounding the red, green, or blue channel pins individually or in combination, you can produce any colour. The common-anode design means each channel turns on when its pin is connected to ground. The module ...

SKU: LB-ETEXTILELED-W

A sewable white LED module designed for e-textile projects. This single-unit LED can be stitched directly into fabric using conductive thread, making it easy to add illumination to wearable electronics and textile-based circuits. The module uses a thicker PCB than typical LilyPad-style LEDs, pro...

SKU: LB-ETEXTILELED-YG

A single yellow-green LED module designed for e-textiles projects. Each unit features sewable tabs so it can be stitched directly into fabric using conductive thread. The thicker PCB design makes it more durable than standard sewable LEDs. Compatible with a range of e-textiles input, output, pow...

SKU: LB-ETEXTILELED-Y

This is a simple single unit YELLOW E-Textile LEDEach unit can be sewn into fabric. Various input, output, power and sensor boards are available. They’re even washable (with special care)!These are a thicker PCB than the Sparkfun Lilypad LEDs

SKU: LB-LS0239

This e-textiles ambient light sensor uses the TEMT6000 phototransistor to detect light levels. Designed for wearable electronics, it features a compact 20 mm round PCB that's only 0.8 mm thick — thin enough to sew into fabric or embed in clothing without adding bulk. The sensor outputs an analog...

SKU: LB-LR0183

A LilyPad-compatible microcontroller board based on the ATmega32U4, designed for e-textile and wearable electronics projects. The built-in USB communication allows the board to appear as a mouse, keyboard, or virtual serial port when connected to a computer — no separate USB-to-serial adapter nee...

SKU: LB-TINY

The CJMCU card is a small microcontroller based on the ATTiny85 chipset. It is perfect for wearable projects. Also widely used in electronic projects due to its compatibility with the Arduino IDE, bringing an ATtiny85 and the necessary circuits to be programmable via USB.Programming is simple by ...

SKU: LB-EAGLED-MOMENTARY

A pack of 10 low-profile momentary push buttons designed for e-textile and wearable electronics projects. Each button features large sewing holes and flat connection pads with no sharp edges, making them comfortable to wear and easy to sew onto fabric with conductive thread. The button closes th...

SKU: LB-00211

The E-Textiles Rainbow LED strip contains seven LilyPad-style sewable LEDs in six colours, connected in a snap-apart strip. Break off individual LEDs as needed and sew them into clothing, accessories, or craft projects using conductive thread. Each LED board has its colour printed on the back fo...

SKU: LB-00110

If you are just getting started in sewable and wearable tech this is a great beginners project. It includes everything you need to make you own RAINBOW bookmark, hat, tie or anything else you can get a needle through.We have some great new LEDs that have a black PCB which works really well to hid...

SKU: LB-SLIDE-E

Introducing our E-Textiles Slide Switch pack, perfect for all your electronic textile projects! This pack includes 5 slide switches, each designed to provide a seamless and reliable connection for your e-textiles. With its compact and versatile design, these slide switches are easy to use and ide...

SKU: AF-3672

This kit is designed for use with the electronic textiles unit in the Exploring Computer Science (ECS, exploringcs.org) introductory computing curriculum for secondary students. It contains most of the materials needed for four e-textiles projects: paper circuit, wristband, mural, and hum...

SKU: SF-PRT-29920 · MPN: PRT-29920

This adapter makes it straightforward to add a wired Ethernet connection to a Teensy 4.1. It brings the functionality of the Ethernet Kit for Teensy 4.1 onto a single board, helping you get a network-capable setup together with less assembly.The tricky parts are already taken care of, with the RJ...

SKU: DF-DFR0850

The W5500 Ethernet expansion board is a new member of the DFRobot Ethernet family. It integrates PoE power supply and W5500 Ethernet chip, which can meet the requirements of general IoT projects.The W5500 chip is a Hardwired TCP/IP embedded Ethernet controller that provides easier Internet connec...

SKU: DF-DFR0146

The ETH008 is an 8-channel relay module controlled over Ethernet using TCP/IP commands or a built-in HTTP web interface. Each relay is rated up to 16A and features SPCO (Single Pole Change Over) contacts with normally open, normally closed, and common pins available on screw terminals. Individual...

SKU: AF-2992

One can never have enough socks, or USB ports. Add some more USB and Ethernet capability to your Raspberry Pi Zero or, really, any kind of tablet or computer with an OTG connector with this USB 2.0 and Ethernet Hub! This handy combo-hub has 3 USB 2.0 ports, and a AX88772A Ethernet t...

SKU: SF-DEV-18615

The Teensy 4.1 is one of the most advanced and reliable development platforms on the market today. One of the biggest asks for the board is the ability to connect the 4.1 to the Internet via Ethernet. Luckily, with all the parts included in this kit (as well as a little bit of soldering), you'...

SKU: DF-FIT0849

This Ethernet RJ45 Female Plug to 8-Pin Terminal Block provides a solder-free way to break out an RJ45 Ethernet connection to individual screw terminals. The standard RJ45 port features a metal shielding layer for electromagnetic interference protection, while the detachable terminal block allows...