In a clever plan to keep their customers permanently slightly confused, Philips has added new models to their LivingColors product line. The boxes and lamps are virtually the same, the remote is different. Both versions are labeled as “Generation 2”
The new buzzword is “smartlink“.
According to the manuals, both the old ( 69143 ) and the new version ( 69171 ) of the Gen 2 lamps use IEEE 802.15.4.
So now we have the “Generation 1” which does not work with the “Generation 2”, and there is the “Generation 2 smartlink“. Gen 1 and Gen 2 will not work with each other and i’m pretty confused about mixing “Gen 2” with and without “smartlink“.
The original LivingColors was pretty over engineered of what it did and it gave me the impression that Philips had bigger plans for these lamps. Apparently they do now with smartlink, but the original LivingColors was more of a prototype.
smartlink is interesting and promising. Philips was one of the founders of the Zigbee name and concept and they used some of the concepts and protocols of Zigbee for the smartlink enabled LivingAmbiance lamps.
Do NOT use JP1 en JP3 unless you understand what the do and how you intend to use them. They can be used for interrupting the Atmel when packets have been sent or received by the CC2500. This would require changes in the library.
The via’s of the surface mounted module are too close to the metal USB connector of the Arduino. The via’s are tented but it is best to punt some tape on the PCB just to be on the safe side after assembling the shield.
What is it ?
The CC2500 Shield for Arduino is a kit that interfaces an Arduino to a CC2500 radio transmitter – receiver.
What do you need :
(optionally) The Processing development-environment.
Standard tools and skills om needed to assemble an electronics kit. At least you will need a small soldering iron, soldering tin, and diagonal cutters. A multi-meter is useful for finding errors and some solder wick or a solder vacuum. You can find various guides on how to use these tools.
Assembly is fairly easy :
Smallest parts first. In this case the two 74LVC125 and the DPAK voltage regulator.
If you are assembling the version of the CC2500 module with the eternal antenna, you should solder it now. Check the alignment with the holes in the PCB and the notches on the module.
If you have the module with the internal antenna, now is the time to solder the 8 pin header.
Solder the rest of the parts.
Make sure the IC’s are mounted correctly, pin 1 should be near the 8 pin header.
There are two different values resistors on the board. R2 and R3 are 680 Ohm, R4 is 10k Ohm. There is no R1.
The LED’s should be mounted with the cathode (the short pin) in the ground plane. The short pen should be near the prototyping area, the long pen near the resistors.
Do NOT mount JP1 and JP3 unless you know what you want to use them for. There is no JP2.
I have made a couple of clips showing how the prototype was assembled.
Mounting the SMD’s part 1.
Mounting the SMD’s part 2.
The LED’s and the 8 pin header.
The pin headers.
Testing the board.
After mounting the parts it is best to check a few things.
Check the top and bottom of the board for shorts and faulty connections. Use the multi-meter to check for a short between 5V and GND on J1.
After that you can put the shield on the Arduino without the CC2500 module (if you have the internal antenna version). On the header for the module you should check the voltages. You should measure 3.3 V between pin 6 and pin 1. You can use the cut off pens of the LED’s to put in the 8 pins header. S1 should reset the board.
If everything checks out you can remove the shield from the Arduino, place the CC2500 module on the shield and put the shield back on the Arduino.
Philips has recently introduced a new generation of the LivingColors lamps called “LivingColors 2nd Generation“. These lamps are incompatible with existing remotes and the new remotes cannot be used with “old” lamps (as described in the manual on page 3).
This also means kits like the CC2500 Arduino shield can not control the new “LivingColors 2nd Generation”.
The exterior and user interface of the LivingColors has not been changed as far as I can see. Internally, a lot has changed.
The Arduino CC2500 shield has been modified to allow 2 kinds op CC2500 modules : the Quasar modules with on-board antenna, and a module with antenna connector. The version number is 0.5 (yes, I am a pessimist). The software is unchanged.