The EC1 is our first product aimed at the non-industrial users. It is also our first 32-bit off the shelf microcontroller board (we routinely make custom 32-bit SPLat controllers).
Dimensions: 71 x 28mm (2.8 x 1.1 inches)
- Cheap alternative to our industrial strength off the shelf and custom products;
- 28 I/O lines, with digital in, digital out, analog in (12-bit), PWM and serial
- 32-bit, 72MHz processor with hardware floating point;
- 256KB flash, 32KB RAM;
- Real time clock, fully calibrated;
- Power via USB or separate 5V connection;
- Current limiting on USB power pin reduces risk of damage to PC if you short a 5V output pin;
- 3.3V internal operation. 3.3V and 5V supply outputs available on headers, to power external circuits;
- Easy to learn SPLat instruction set: 14 instructions are all you need to learn to program simple sequences;
- Free SPLat/PC programming software with compiler, simulator and serial terminal functions;
- Built in MultiTrack™ multitasking;
- Capable of control via an Android device, using SimpleHMI;
- New: Drives up to 3 RC (hobby) servos;
- High level language support for intelligent display modules from 4D Systems
20g / 0.7oz
35g / 1.2oz
Paul T. Nelson, Technical Product Manager, D. A. Christie
The bottom line
Let's get to this straight off! The EC1 is not intended as a competitor to the Arduino in the hobby field. Rather, it is intended as a very low cost alternative to SPLat's industrial quality controllers. You can buy an EC1 for less than $30 and start exploring concepts for controlling your product. When things are looking good you can then transfer to our industrial grade products or have us make a custom SPLat for you, and everything you learned with the EC1, including program code, can be brought across to a final solution.
EasyOne = easy to use
The EC1 has been designed to allow you to experiment and quickly explore various ideas. External connections are via simple pins, which will accept jumper leads obtainable from Amazon and elsewhere. This makes it dead easy to hook up external circuitry on a solderless breadboard. It has a red and a green LED and a push button switch, so you can even interact with it even without anything connected. We have eliminated the need for a programming cable, so as with an Arduino you just connect to a computer via a mini-B USB cable, and it will get its power from the USB. You can even program it on a plane.
EasyOne = easy to learn with fun projects
We intend to develop a number of projects around the EC1. In the main these will be simple, easily understood examples of adding external interface circuitry. We will also do "how to" pages for cheap, readily available 3rd party add-on modules like proximity detectors, relays, joy sticks, Bluetooth and more. But as ideas arise we will do complete fun projects as well - we also like to do things just for fun sometimes!
Stripped for racing
The EC1 is cheap because it is really "stripped for racing". Unlike its industrial strength SPLat siblings, it has a naked processor chip. So just like the Arduino it has no surrounding circuitry to interface it to the real world of industrial sensors, relays, solenoids and the like. You can add that yourself (and we will be showing you easy ways to do that). But with its 72MHz 32-bit processor the EC1 will race! Early indications are it will be at least 10 times faster than its 8-bit siblings such as CC18.
Just for hobbyists? Jim disagrees!
First of all let me tell you that I have used a few of the SPLat controllers for special projects and I am a fan both of the hardware and the SPLat development platform.
I am an electrical engineer by training and an engineering manager by trade. I have managed many many embedded system based developments over the last 30 years, with small systems using the PIC micro controllers and the larger ones using an assortment of 16 and 32 bit controllers. I can say that most, if not all, needed a custom I/O design to handle the various input and drive requirements (H drives, PWM, complex analog inputs etc.).
As you well know, as the systems became more complex the challenge to create reliable firmware grew exponentially. Timelines and development costs were fairly simple to keep in line except code development and reliability testing.
Why am I going into this detail? Because I think the real use for the EC1 is as an off-the-shelf embedded core for designers that know they will need to design a custom I/O system, no matter what. While your products like the CC18 are more robust than many options, most users will need a custom I/O anyway, so why not just start with EC1? I know I would have opted for it for many designs just so our team of programmers could get away from RTOS based designs using C++ that were always over budget, late and full for hidden bugs.
You guys are amazing and I do not think the EC1 will be mainly for the hobby market. Just my 2 cents.
The EC1 is programmed using the SPLat language. If you are familiar with SPLat, you can use your existing knowledge. If you are new to SPLat, the language has been designed specifically for logic control programming (unlike C/C++, which is the language underlying Arduino's "sketches"). It has built in multitasking (lacking in Arduino) called MultiTrack™. That may seem like something rather esoteric if you are a newbie, but it becomes significant very quickly once you start trying to make your controller manage several activities at once. MultiTrack™ makes it the EasyOne for multitasking. More on multitasking.
Better than Arduino?
SPLat EC1 isn't better than Arduino, but it is different! Whether or not it's better for you depends on what you want to achieve. Arduino is a fine concept for hobbyists, and has opened up a new world of fun and experimentation for thousands of people all over the world. It is available in many forms, and has hundreds of add-ons available from scores of companies. Arduino is, however, a hobby product, and not intended for professional use embedded in a commercially sold product.
SPLat is the ideal concept for professional equipment makers who want a cost effective, reliable and robust control solution for their product. It is available in a range of off-the-shelf industrial strength products. We can also tailor make a custom SPLat for you, at a very affordable NRE (Non Recurring Engineering) cost (think payback in less than 100 units compared to using a traditional PLC).
If you start out a control system development with an Arduino, you will likely end up with a cobbled together collection of separate boards, maybe even plug-in bread boards with loose components, before you have a complete system.
Exactly the same thing will happen with the EC1. However, with EC1 the cobbled together collection of miscellaneous boards is the starting point, not the end point of your journey. Because the EC1 is a SPLat, it is the first step along the way to a fully integrated, professional quality controller. You can explore your creativity for less than $30, with the comfort of knowing that you have a clear path to an industrial grade controller system, with full factory backing, and regulatory approvals.
If you are looking for a very low cost entry point, but want to be sure the path you take leads to an industrial grade, fully supported, economical solution, the EC1 is your ideal starting point.
I honestly love SPLat boards much better than Arduino because of your simplicity and more broad spectrum of uses, as apposed to Arduino were everything is specific to one or two functions. The EC1 for example can drive motors, servos, touch screens, it's bluetooth compatible, it can use Xwire to be a master or slave to another board, it can run 64 processes at once, it's small, it's got on board LEDs and button, it's power efficient and most of all it's easy to program. The major reason I don't like arduino is because it uses C++, and I know C++ is supposed to be simple but I never really got the hang of it.
DC Custom Electronics
The first EasyStep
If there is one thing we have learned from 32+ years in the electronic controls business, and 16 years of making user programmable controls, it is that the initial out-of-the-box user experience is vitally important. This is particularly true when the user is new to the field. There is a lot to learn, and it's really important to get an assured result early. The first tiny step is vital.
This is why, as the EC1 moves from prototyping and into production, we will be developing a series of easy to follow instructions, called EasySteps. Here's the first one:
- Order your EC1 from us. Why not get a couple?
- (Advisable) Order some female-female jumper leads and female-male jumper leads. Suggested source. Note that the EC1 has male pins, requiring female jumpers, which is opposite to the Arduino.
- (Optional) Order one or more solderless breadboard. Suggested source. These are great for connecting together a few components.
- (Essential) Download and install SPLat/PC, our all-in-one programming software. Download and full instructions here
- Make sure you have a USB mini-B cable to connect your computer to the EC1. Notice the small connector has obvious "dents" on either side.
- Wait impatiently for the EC1 to arrive.
- Explore more EasySteps to get you going quickly.