I am finishing my basement and the electrician is coming over on Tuesday 5/17 to do the wiring and install the cans.
For Kitchen area I have chose Cree CR6 lights and along with a Tech Lights Pendandts. I am comfortable with those choices.

The the familyroom/home theater I have chosen 4" recessed halogen lights. I was told that my electrician uses Juno lights. I was only given 1 day notice so I don't know anything about Juno lights. I spent a few hours reading these forums and it seems to me that Juno makes good products.

My home theater lighting layout is shown here.

http://i1131.photobucket.com/albums/m546/hehatem/Lighting-3.jpg

There will be lights in the soffit and in the ceiling.
I want the trim color to match the surface they are mounted on. The soffit color is black and the ceiling color is Sherwin Williams Van Dyke brown.

There are 3 lights that will be close to the projector screen. They will point to the screen. I am debating if they should be on the soffit or on the ceiling.
These should be angled Gimbal ring trim option makes sense.

There is so much types of trims and housing choices.
I think there is evena lens/reflector choice.
I want the bulb to be 50 watts.

I will have Insulation so IC makes sense.
Does have any recommendation on the type of Juno lights housing and trims I should choose.

I only have a couple days to make my choice and this is a bit stressful.

Thanks

IC housings sometimes have a wattage limit for line voltage units but often not for low voltage units.

I keep on forgetting that Halogen lighting can be line voltage too. For some reason I was thinking that all Halogen lights are low voltage and require a transformer

Thanks for taking the time to respond.

Just watch out for vibration with halogen lights.
The line voltage bulbs have less rugged filaments than lower voltage and are very unlikely to achieve rated life with even the smallest vibration.

Puck type line voltage halogens are especially bad, but even PAR line voltage halogens are vulnerable.

The higher operating temperature (compered to conventional incandescent bulbs) and line voltage operation prevent the filaments form being wound for vibration strength.

This is why auto bulbs are 12 V.
The filaments can be wound in stronger shapes than a higher voltage filament could endure.