SRF Shield – Instant wireless networking for Arduino

Quick: £9.99GBP = $16.58USD = 12.26EURO (source:google)

Update: We’ve been asked if the SRF shield supports the exciting new Arduino Zero. GREAT NEWS, it does!

Adding stuff: to create combinations of products that are not covered by a single reward, check out our update#1

Plug it in and write some code!

……..with the SRF shield it is that easy!

Compare specifications between the XBee and our SRF shield:

✓ Range: 100m with the on-board chip antenna or up to 5Km using an external antenna (the data sheet details how to connect external antennas).

✓ Air data rate: 250Kbps over the air (can be changed)

✓ Serial data rate: 115,200bps (can be changed)

Proven radios: The technology employed on the shield has had over 40 million hours running in the field

SRF Shield  Instant wireless networking for Arduino

✓ Encryption Standard: 128 bit AES, no other product at this price is as secure.

✓ Different networks: create up to 65,000 different networks (selectable PANID)

✓ Network types: Point to point, point to multipoint, multipoint to point and multipoint to multipoint.

✓ Thousands of software examples: Any Arduino project that uses the XBee for serial comms will work the same.

✓ No library required: Similarly priced, older technologies use up valuable memory with background driver software, the SRF shield doesn’t.

All this great stuff as well:

1. FLEXIBLE! User selectable frequency: 868Mhz to 915Mhz

2. UNIQUE TO US! Over the air programming: You can program your Arduino straight from the IDE without any hardware hacks or extra software.

3. YOUR LIFE IS EASIER! Jumper free uploads: No need to remove the shield, change jumpers or flip switches when uploading (unlike XBee shields).

4. BE THE CREATOR! Going beyond prototypes: If you want to build your own products using the SRF module,it can be bought for as little as £5.76 ex VAT http://shop.ciseco.co.uk/srf-wireless-rf-radio-surface-mount/

5. BATTERY SIPPING! Supports HypaLO: The SRF sleeps at a minuscule 0.2ua and can be used as a sleep timer: Arduino based wireless devices can now snooze for decades on 2xAA batteries.

7. INTERNET OF THINGS! Supports LLAP: LLAP is the worlds easiest way to talk to Internet of Things nodes. Example sketches can be downloaded license free which means you can build and sell your own IoT devices and even mix these with off the shelf products and devices from others.

8. Compliant! FCC, ETSI and C Tick, our software registers give full access to all the Ti underlying frequencies so you can configure for any locale in the world.

Reward Levels

The reward levels range from a single SRF Shield, to various packs which are combinations of our cutting edge wireless devices.

How easy is it actually?

This is how quickly and simply you can send data with an Arduino, here’s a full sketch to send ‘hello world’ to another wireless device such as a USB dongle plugged into your PC.

void setup() {
pinMode(8, OUTPUT);
digitalWrite(8, HIGH);
Serial.begin(115200);
Serial.println(“Hello, World”);

Why Kickstarter?

Making great hardware at a revolutionary price is hard and expensive. We have a passion for coming up with cool technology…however making it and delivering it at low, low prices means producing in big batches. Bigger than we have ever done before.

With your support (in pledging for hardware or telling your friends about the SRF shield) it’s possible to achieve the momentum to kick off the first big batch of SRF shield production.

 

For more detail: SRF Shield – Instant wireless networking for Arduino


About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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