RE: news item -- longwave VCSELs
Thanks for the info!
FYI, at the March 2000 Plenary in Albuquerque, Picolight presented results
from longwave VCSELs which also used a one-step epitaxial growth and direct
electrical pumping. The presentation is posted on the website. Although
the wavelength was shorter, 1170nm, the single-mode device operated CW past
90C temperatures, showed no sign of degradation after 2000 hours of rel test
at 70C, and transmitted a 3Gb/s eye over 10km of fiber. I am confident
these and better performances will be achieved at 1310nm.
Yes, LongWave VCSELs are happening!
Jack Jewell
CTO, Picolight Incorporated
4665 Nautilus Court South, Ste 3
Boulder, CO 80301
303-530-3189 x225
303-530-4897 fax
-----Original Message-----
From: jmw [mailto:jmw@xxxxxxxxxxx]
Sent: Friday, June 16, 2000 5:36 PM
To: stds-802-3-hssg@xxxxxxxx
Subject: news item -- longwave VCSELs
significantly important issue for 10GbE development, from Photonics Online:
1) Direct electrical pumping powers 1.3 mm VCSEL TECHNICAL NEWS:
One-step growth process and direct electrical pumping open the doors to
the telecom market for a 1.3 mm vertical cavity surface-emitting laser.
Potentially more manufacturable and economical than Gore's 1.3 um VCSEL that
is
optically pumped by an electrically-pumped 850-nm VCSEL wafer-bonded to the
device, the Sandia VCSEL has the potentially to significantly affect datacom
by
allowing it to leverage technology developed for long haul networks. Yvonne
Carts-Powell reports...
http://www.photonicsonline.com/read/nl20000615/145005
<http://www.photonicsonline.com/read/nl20000615/145005>
--
J M Wincn
P O Box 631
Cupertino, CA 95015-0631
Email: jmw@xxxxxxxxxxx, jmwincn@xxxxxxxxxxxxx
Voice: 408-725-0846
Fax: 408-873-0293
Cell: 408-394-5283