Paul Xin Jiang, 468 Almador, Irvine, CA 92614

5731602, Mar 24, 1998

Jan 18, 1996

8/588357

Jing-Jong Pan - Milpitas CA
Paul Shi-Qi Jiang - San Jose CA
Jian Chen - San Jose CA
Li-Hua Wang - San Jose CA

E-Tek Dynamics, Inc. - San Jose CA

H01L 3300
H01L 310203
H01L 310232

257 98

The present invention provides for an improved package for a laser diode. The package has portions of its inner surfaces covered with a non-reflecting material, such as simple black paint, non-reflective metals or specific anti-reflection coatings. Such non-reflecting materials surprisingly enhances the performance of packaged laser diodes used as pumping lasers for fiber amplifiers, for example.

6012853, Jan 11, 2000

Sep 25, 1997

8/937850

J. J. Pan - Milpitas CA
Paul Shi-Qi Jiang - San Jose CA
Jian Chen - San Jose CA
Li-Hua Wang - San Jose CA

E-Tek Dynamics, Inc. - San Jose CA

G02B 636

385 88

The present invention provides for an improved package for a laser diode. The package has portions of its inner surfaces covered with a non-reflecting material, such as simple black paint, non-reflective metals or specific anti-reflection coatings. Such non-reflecting materials surprisingly enhances the performance of packaged laser diodes used as pumping lasers for fiber amplifiers, for example.

5619609, Apr 8, 1997

Feb 2, 1996

8/597449

Jing-Jong Pan - Milpitas CA
Paul S. Jiang - San Jose CA
Ming Shih - Milpitas CA
Jian Chen - San Jose CA
Li-Hua Wang - San Jose CA

E-Tek Dynamics, Inc. - San Jose CA

G02B 600

385136

The present invention provides an improved clip for supporting an end of an optical fiber relative to a mount surface. Typically, a sleeve is disposed over the optical fiber adjacent to its end. The clip comprises a clip body having upper and lower surfaces with a flange disposed adjacent to the lower surface. The flange is affixable to the mount surface, and walls extend from the upper surface of the body to define a channel at which the clip is affixable about the sleeve. Advantageously, when the sleeve is affixed within the channel, the body rigidly couples the sleeve to the flange, thereby avoiding misalignment between the optical fiber and any optical device which is on or supported by the mount surface.

5717804, Feb 10, 1998

Apr 30, 1996

8/640375

J. J. Pan - Milpitas CA
Paul Shi-Qi Jiang - San Jose CA
Yuan Shi - San Jose CA
Li-Hua Wang - San Jose CA
Ming Shih - Milpitas CA

E-Tek Dynamics, Inc. - San Jose CA

G02B 636

385 94

A laser diode package assembly is described. Besides a laser diode, the package assembly has an optical fiber section having an end located to receive the light output from the laser diode. The optical fiber section also has a fiber grating designed to operate as a bandpass filter. The fiber grating inside the package assembly not only narrows the output wavelength from the laser diode, but also increases the lifetime of the laser diode.

5930430, Jul 27, 1999

Aug 11, 1997

8/909163

Jing-Jong Pan - Milpitas CA
Paul She-Qi Jiang - San Jose CA
Yuan Shi - San Jose CA
Li-Hua Wang - San Jose CA
Ming Shih - Milpitas CA

E-Tek Dynamics, Inc. - Milpitas CA

G02B 636

385 94

A laser diode package assembly is described. Besides a laser diode, the package assembly has an optical fiber section having an end located to receive the light output from the laser diode. The optical fiber section also has a fiber grating designed to operate as a bandpass filter. The fiber grating inside the package assembly not only narrows the output wavelength from the laser diode, but also increases the lifetime of the laser diode.

2020008, Mar 12, 2020

Sep 7, 2018

16/124785

- San Jose CA, US
Paul Jiang - San Jose CA, US
Wei Sun - San Jose CA, US

H04L 9/08
H04L 29/06

Provided are methods and systems for establishing secure sessions. A method for establishing secure sessions may commence with receiving a request to establish a secure session between a client and a server. Client security parameters may be provided in client extension fields of the request. The method may include forwarding the request to the server and receiving a secure session response from the server. Server security parameters may be provided in server extension fields of the secure session response. The method may include receiving a server key secret, forwarding the secure session response and the server key secret to the client, receiving a client key secret, and forwarding the client key secret to the server. The method may continue with calculating a session key and establishing a first secure session between the security gateway and the server and a second secure session between the security gateway and the client.