A leading LTCC
foundry has achieved substantial reduction in
their overall design and tooling
procedure, reducing the time from two weeks to less than a day!
Read the
full report here.
Summer is right
around the corner, and so is the IEEE MTT-S conference
June 17-19 in Atlanta. The show will be focusing on microwave, RFIC,
and related packaging (including LTCC) as part of Microwave Week.
Click here for more information on the show. And
click here for other shows in 2008.
Make optimum
use of your economic stimulus incentive with a special offer from CDS!
The New York Times reports
that “The big winner could be small business”
(click here). “The (Economic Stimulus package) legislation helps
businesses in two ways. It gives companies a 50 percent bonus deduction
on new equipment that would normally be depreciated over many years. And
it increases — to $250,000 from $128,000 in 2008 — the limit on expenses
that small businesses can deduct from annual income, with a total cap of
$800,000.”
This is probably the best time to
make a wise decision - get that extra seat and get tax benefits as well!
CDS is offering a special discount
scheme to existing users and a special offer to first time buyers. Offer
valid till June 30th.
Contact CDS today and get started on designing faster and smarter! *
We have been
deeply involved in LTCC fabrication
(CAM) development with one of the
largest LTCC foundries in the U.S. Want to know more?
Click Here for more information on our advanced LTCC tools. Or
Click Here to contact us for more information, including who these
"mystery" companies are!
Sincerely,
The CAD Design Software Team
*Please
mention “ESP special offer” when you call. Terms and conditions apply.
Not all companies may be eligible. Contact your tax consultant or the
IRS to make sure you qualify for tax or depreciation benefits under the
Economic Stimulus Package.
You have been sent this e-mail message because you have expressed an
interest in CAD Design Software.
DO NOT RESPOND TO THIS E-MAIL
NEWSLETTER
To UNSUBSCRIBE,
Pick here
