Patent Assignment
Reel/Frame 024035/0907
Release of Security Interest
Recorded: 2010-03-08
Received: 2010-03-08
Pages: 20
Assignor
SILICON VALLEY BANK
Executed: 2010-03-05
Assignee
TEKNOVUS, INC.
1351 REDWOOD WAY, PETALUMA, CA, 94954, UNITED STATES
Covered Properties
(37)
Optical Monitoring in Passive Optical Networks
Application:
61/107,255 →
In-Wall Optical Network Unit
Application:
12/210,744 →
PCT:
PCTUS2008076884 ↗
Method and Apparatus for Data Privacy in Passive Optical Networks
Application:
61/046,654 →
Method and Apparatus for Dynamically Allocating Upstream Bandwidth in Passive Optical Networks
Application:
12/105,536 →
Small Form Factor, Pluggable Onu
Application:
11/644,562 →
PCT:
PCTUS2006048818 ↗
Method and System for Accommodating Different Clock Frequencies in an Ethernet Passive Optical Network
Application:
11/478,492 →
Accommodating Different Clock Frequencies in an Ethernet Passive Optical Network
PCT:
PCTUS2006025263 ↗
Facilitating Differentiated Service Qualities in an Ethernet Passive Optical Network
PCT:
PCTUS2006025123 ↗
Method and Apparatus for Facilitating Asymmetric Line Rates in an Ethernet Passive Optical Network
PCT:
PCTUS2006020513 ↗
Method and System for Mitigating Raman Crosstalk in an Ethernet Passive Optical Network
Application:
11/431,342 →
PCT:
PCTUS2006018294 ↗
Method and Apparatus for Accommodating Tdm Traffic in an Ethernet Passive Optical Network
Application:
11/385,431 →
Accommodating Multiple Optical Segments in an Ethernet Passive Optical Network
PCT:
PCTUS2006008754 ↗
Method and Apparatus for Facilitating Asymmetric Line Rates in an Ethernet Passive Optical Network
Application:
11/228,879 →
Method and Apparatus for Facilitating Differentiated Service Qualities in an Ethernet Passive Optical Network
Application:
11/223,487 →
Method and Apparatus for Delineating Data in an Fec-Coded Ethernet Frame
PCT:
PCTUS2005017476 ↗
Method and Apparatus for L3-Aware Switching in an Ethernet Passive Optical Network
Application:
11/115,753 →
PCT:
PCTUS2005014366 ↗
Method for Data Encryption in an Ethernet Passive Optical Network
Application:
11/078,923 →
PCT:
PCTUS2005008150 ↗
Method and Apparatus for Remote Network Management Over Ethernet Connections
PCT:
PCTUS2005003087 ↗
Method and Apparatus for Transmission Control in an Ethernet Passive Optical Network
Application:
10/941,356 →
PCT:
PCTUS2004030365 ↗
Method and Apparatus for Bandwidth-Efficient Multicast in Ethernet Passive Optical Networks
PCT:
PCTUS2004031001 ↗
Method and Apparatus for Forwarding Packets in an Ethernet Passive Optical Network
PCT:
PCTUS2004028718 ↗
Method and Apparatus for Dynamically Allocating Upstream Bandwidth in Passive Optical Networks
Application:
10/930,336 →
PCT:
PCTUS2004028500 ↗
Method and Apparatus for Forwarding Packets in an Ethernet Passive Optical Network
Application:
10/925,175 →
Method and Apparatus for Registering Multiple Remote Nodes in an Ethernet Passive Optical Network
PCT:
PCTUS2004027093 ↗
Method and Apparatus for Multiplexing Ethernet Channels
Application:
10/918,668 →
PCT:
PCTUS2004026563 ↗
Method and Apparatus for Delineating Data in an Fec-Coded Ethernet Frame
Application:
10/866,399 →
Method and Apparatus for Registering Multiple Remote Nodes in an Ethernet Passive Optical Network
Application:
10/850,738 →
Method and Apparatus for Reducing Data Burst Overhead in an Ethernet Passive Optical Network
Application:
10/820,663 →
Method and Apparatus for Switching Packets in a Passive Optical Network
Application:
10/814,929 →
Method and Apparatus for Remote Network Management Over Ethernet Connections
Application:
10/805,088 →
Method and Apparatus for Discovering Remote Nodes in an Ethernet Passive Optical Network
Application:
10/758,895 →
Superabsorbent Polymer Having Delayed Free Water Absorption
Application:
10/706,569 →
Method and Apparatus for Bandwidth-Efficient Multicast in Ethernet Passive Optical Networks
Application:
10/703,359 →
Method and Apparatus for Dynamically Allocating Upstream Bandwidth in Passive Optical Networks
Application:
10/663,608 →
Multiplexing an Additional Bit Stream with a Primary Bit Stream with Conversion Between Qb/Rb and Xb/Yb Encoded Bit Streams
Application:
10/617,507 →
Clock Distribution in a Communications Network
Application:
10/435,431 →
Multiplexing an Additional Bit Stream with a Primary Bit Stream
Application:
10/245,854 →