Next-Generation Smart Miniature Wi-Fi Modules Accelerate IoT and M2M
Ron Czapala
Posts: 2,418
I got an email from Digikey regarding these Econais modules:
http://www.digikey.com/en/articles/techzone/2015/feb/next-generation-smart-miniature-wi-fi-modules-accelerate-iot-and-m2m
http://www.digikey.com/en/supplier-centers/e/econais
http://www.econais.com/wp-content/uploads/2014/12/Econais_EC19W01_WiSmart_Modules_ProdBrief.pdf
http://www.digikey.com/en/articles/techzone/2015/feb/next-generation-smart-miniature-wi-fi-modules-accelerate-iot-and-m2m
As the Internet of Everything begins to take hold, Wi-Fi is required to meet new challenges that are nearly as diverse as the applications it is finding in Smart Objects, the Internet of Things (IoT) and Machine-to-Machine (M2M) communications. While price continues to be a key driver for Wi-Fi solutions, they must now also deliver higher performance and lower power consumption while supporting a broader variety of specialized applications and higher-layer protocols
http://www.digikey.com/en/supplier-centers/e/econais
http://www.econais.com/wp-content/uploads/2014/12/Econais_EC19W01_WiSmart_Modules_ProdBrief.pdf
Comments
http://modtronix.com/inair9.html
https://store.uputronics.com/index.php?route=product/product&path=61&product_id=70
Low power. Long range (up to 15Km). Low data rate but how fast does a "thing" need to report home?
https://safeweb.norton.com/report/show?url=http://modtronix.com/inair9.html&product=NS&version=22.6.0.142&lang=0901&source=toolbar
This is Symantec's detail info:
https://www.symantec.com/security_response/attacksignatures/detail.jsp?asid=23514
Would be nice if that report actually had some useful information in it. Said what the problem was. Like what file being downloaded is the issue.
"To celebrate our having designed the perfect high altitude ballooning (HAB) controller, Dave Akerman will be launching a Zero, a camera and the new GPS+RTTY+LoRa radio board that he designed with Anthony Stirk, from a field in the Welsh Marches later today"
https://www.raspberrypi.org/blog/zero-grows-camera-connector/
Edited to add:
Then in the comments:
"Where can I get a “GPS+RTTY+LoRa radio board”?"
"Right now, you can’t, as it’s a new product and today was its first flight. Once we’re happy (and it worked perfectly today) production will start. It’ll be a few weeks before they’re on sale."
I have been wanting to checkout the LoRa thing for about a year now. Ever since a friend of a friend showed us what his company had been getting up to with it.
http://www.espotel.com/-/espotel-s-lora-network-is-open-
It's only recently LoRa boards have become available.
Sigfox seems more professional, already available in SanFransico but is coming to 100 more U.S cities.
http://makers.sigfox.com/press/2016/05/04/SIGFOX-Expanding-Internet-of-Things-Network-In-100-U.S.-Cities-to-Meet-Strong-Market-Demand/
But the 12 bytes per message/140 messages per day seems limited.
ARM3 with built-in radio for $3:
http://www.ti.com/product/cc1310
Not sure how open or closed this is but I think the idea is that it's open...eventually...
I have no idea what you mean by "more OSH and more data."
Also where does that "12 bytes per message/140 messages per day" come from?
As far as I can tell I can use cheap Lora modules to do whatever I like. Point to point with a range of up to 15Km. Many to point, with one point used as an internet gateway.
The "ARM3 with built-in radio for $3:" for sure cannot do that.
We shall see...
LoRa, you seem to have to set up your own gateway in your city as no one in really in charge to do that, so that is more OSH.
Sigfox business model is to be in charge of the gateway systems as IP is free to chip manufactures.
Sigfox is the one with the 12bytes(timestamp and unit-id is also auto added) /140day limit as to comply with the European 1% radio duty.
TI's $3 ARM3+radio cc1310 is sigfox certified.(TI's new Sub-1 GHz solution spans 20 km on a coin cell)
http://www.ti.com/tool/launchxl-cc1310 $29
Your link is to some "SimpleLink" thing. It's hard to get Google to tell me anything about that. Except that it's some kind of WIFI. No mention of range to be found.
Point to point anyone can do, having a continent wide gateway system for roaming in place is a game changer.
would be worldwide if it was not for the 868/902 licence debacle.
Some tests have shown that Sub-1 GHz transmissions have an effective range up to more than 100 kilometer
MCU can sense Sub-1 GHz signaling at –110 dBm at data rates of 50 kbps or,
at an even slower speed of 0.625 kbps, down to –124 dBm.
Interference from other wireless communications can be overcome with 90 dB of blocking
and output power levels up to +14 dBm ensure robust signaling for longer range communications.
http://www.ti.com/lit/wp/swry017/swry017.pdf
http://www.ti.com/product/cc1310
That there is what I want to get away from. That is the old model of cellular network providers and "cloud" service providers.
I don't want to pay rent or be beholden to any such thing.
I want to be able to have "my stuff" communicate to "my stuff". Perhaps ultimately through the internet by whatever means I like.
For example: https://thethingsnetwork.org
There is nothing stopping the MCU from going back and forth between your priority system and sigfox gateway back bone,
within reason of radio modulation and LoRa unfortunately is not.
Say you want to be able to upload a need firmware by driving your car within 200ft of device, using some other higher baudrate p-p protocol,
you should be able to do that.
Professionally I can well imagine we would provide a service through gateways and such. Like we do already over wired internet or GSM or whatever.
but selling 1000's of a product that relies on a "hippie culture" that is hardware incompatible with anything else when bottom drops out.
sigfox fee for just one or two units is probably $5/year/unit?
They say most modules you buy comes with one year free.
For the big rollers the fee is $1/year/unit for 50K+
https://en.wikipedia.org/wiki/Sigfox
http://www.link-labs.com/sigfox-vs-lora/ (they make LoRa products so it will be a little biased)
Funny you should say that because the "internet" was started in the height of the hippie era, the 1960s.
The whole idea was of a peer to peer network. A network of networks. With fault tolerance as a major priority.
So, in my mind the "Internet of Things" should continue in that tradition.
We already have examples, like Google's NEST or whatever, of things that become door stops because the service they depend on has gone away.
Perhaps I'm prepared to pay 5 dollars a year for my IoT gadget to be usable from the net. However I don't want it tied to a single supplier. Let me shop around.
with some different software settings/stack installed you can make it connect to who ever you want, so you should not be tied to single supplier.
http://www.keysight.com/upload/cmc_upload/All/Slide_IOT_Part_2.pdf?&cc=US&lc=eng
I have to look into this further.