Gary Roy Tsztoo

6650650, Nov 18, 2003

Sep 16, 1999

09/397468

Neal Schneider - Sunnyvale CA
Gary Tsztoo - Saratoga CA

UT Starcom, Inc. - Alameda CA

H04L 1256

370412, 370473

According to one embodiment, a system ( ) can include a number of processor subsystems ( - to - ) that can receive voice data samples from a network structure (NET A) and store the voice data samples in corresponding channel memories ( - to - ). Information for the voice data samples, including address locations, can be included in bin linked-lists ( - to - ). Bin linked-lists ( - to - ) can allow voice data samples in different channel memories ( - to - ) to be transmitted in a single multiplexed network voice packet.

7002979, Feb 21, 2006

Aug 10, 2001

09/927569

Neal A. Schneider - Palo Alto CA, US
Sridhar G. Sharma Isukapalli - Fremont CA, US
Gary Tsztoo - Saratoga CA, US

UTStarcom, Inc. - Alameda CA

H04L 12/56

370412, 370428

A system () for processing simplex and multiplexed voice packets transmitted over a network is disclosed. The system () may include a processor () and a compare section (). A compare section () may include simplex identification (ID) entries () and multiplex ID entries (-). The compare section () can compare voice packet information with simplex ID entries (-) and multiplex ID entries (-) to correlate voice packet data with a give voice channel.

7035250, Apr 25, 2006

Aug 13, 2001

09/929655

Carl Wing Yan Lai - Fremont CA, US
Sridhar G. Sharma Isukapalli - Fremont CA, US
Gary Tsztoo - Saratoga CA, US

UTStarcom, Inc. - Alameda CA

H04L 12/66

370352, 370401, 370412

A system () is disclosed that may transfer voice data from multiple channels between an asynchronous data network () and a synchronous data network (). A system () may include an egress block and associated structures () and/or an ingress block and associated structures (). An egress block () may read voice channel data from a local buffer () and write such data to a voice packet buffer memory (VPBM) (). At least a portion of a VPBM write address may be generated from a time stamp value. An ingress block () may read voice channel data from a jitter buffer () and write such data to a local buffer (). At least a portion of a jitter buffer read address may be generated from a time stamp value.

7126957, Oct 24, 2006

Mar 7, 2002

10/094232

Sridhar G. Sharma Isukapalli - Fremont CA, US
Pradeep Pandey - San Jose CA, US
Matthew D. Shaver - Fremont CA, US
Neal A. Schneider - Palo Alto CA, US
Gary Tsztoo - Saratoga CA, US

UTStarcom, Inc. - Alameda CA

H04L 12/56
H04J 3/06

370412, 370429, 370516, 375371, 711200

A system for transmitting real-time data between an asynchronous network () and a synchronous network () is disclosed. A method () may include an ingress path () for transmitting data from an asynchronous system () to a synchronous system (), and an egress path () for transmitting data from a synchronous system () to an asynchronous system (). An ingress path () may include a packet receiver () and write to synchronous system () steps. An egress path () may include read from synchronous system (), packetizer (), and packet transmitter () steps.

7142554, Nov 28, 2006

Aug 13, 2001

09/929672

Sridhar G. Sharma Isukapalli - Fremont CA, US
Gary Tsztoo - Saratoga CA, US
Neal A. Schneider - Palo Alto CA, US

UTStarcom, Inc. - Alameda CA

H04L 12/56

370428, 370473

A system () for processing simplex and multiplexed voice packets transmitted over a network is disclosed. The system () may include a processor () and a compare section (). A compare section () may include simplex entries (-) and multiplex entries (-). The compare section () can compare voice packet information with simplex entries (-) and multiplex entries (-) simultaneously to correlate voice packet data with a given voice channel.

6639915, Oct 28, 2003

Apr 7, 1999

09/287302

Gary Tsztoo - Saratoga CA
Neal Schneider - Sunnyvale CA
James Washburn - Palo Alto CA
Jayan Ramankutty - San Jose CA

UTStarcom, Inc. - Alameda CA

H04L 1256

370392, 3703957

According to one embodiment, a system ( ) includes a content addressable memory (CAM) address system ( ) that receives voice packet data, and in response thereto, generates a channel number value (CHANNEL#). The CHANNEL# value can be used to generate a base address value for a voice packet buffer memory system ( ). A base address value will correspond to a particular voice channel. The use of the CAM address system ( ) can enable processing of voice data packets âon-the-fly,â allowing for rapid processing of voice data transmitted over a network structure and/or result in more efficient use of a buffer memory that stores voice data.