`
`
`GODO KAISHA IP BRIDGE 1,
`
`
`IN THE UNITED STATES DISTRICT COURT
`FOR THE DISTRICT OF DELAWARE
`
`
` No. 1:16-cv-00290 (MN)
`
`Plaintiff,
`
`
`v.
`
`OMNIVISION TECHNLOGIES,
`INC.
`
`
`Defendant.
`
`
`
`
`IP BRIDGE’S NOTICE OF RULE 30(B)(6) DEPOSITION OF OMNIVISION
`
`PLEASE TAKE NOTICE that pursuant to Federal Rule of Civil Procedure 30(b)(6), Godo
`
`Kaisha IP Bridge 1 (“IP Bridge”), will take the deposition of OmniVision Technologies, Inc.
`
`(“OmniVision”), through one or more of its officers, directors, managing agents, or such other
`
`authorized persons who consent to testify on OmniVision’s behalf. The deposition will take place
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`on Tuesday, December 18, 2018, beginning at 9:00 a.m. local time, at Wilson Sonsini Goodrich
`
`& Rosati, P.C., 601 S. California Ave., Palo Alto, California 94304, or another mutually agreed
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`upon time and location, and will continue until completed.
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`The deposition will be taken for purposes of discovery needed to perpetuate the testimony
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`of the witness(es) for use at trial and for all other purposes permitted under the Federal Rules of
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`Civil Procedure. The deposition will cover the non-privileged, relevant topics described in the
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`attached “Schedule A” to the full extent such topics are known or reasonably available to
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`OmniVision. The deposition will be taken before an officer authorized by the laws of the United
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`States to administer oaths and will be transcribed by stenographic means and recorded by
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`audiovisual means.
`
`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`
`
`1
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`CASE NO. 1:16-CV-00290
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`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 2 of 18 PageID #: 4876
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`Respectfully Submitted,
`
`/s/ Stamatios Stamoulis
`
`Stamatios Stamoulis (#4606)
`Richard C. Weinblatt (#5080)
`STAMOULIS & WEINBLATT LLC
`Two Fox Point Centre
`6 Denny Road, Suite 307
`Wilmington, DE 19809
`Tel: (302) 999-1540
`stamoulis@swdelaw.com
`weinblatt@swdelaw.com
`
`Attorneys for Plaintiff Godo
`Kaisha IP Bridge 1
`
`
`
`
`
`
`
`
`
`
`** Admitted pro hac vice
`
`
`SHORE CHAN DEPUMPO LLP
`Michael W. Shore** (mshore@shorechan.com)
`Alfonso Garcia Chan** (achan@shorechan.com)
`Joseph F. DePumpo** (jdepumpo@shorechan.com)
`Christopher L. Evans** (cevans@shorechan.com)
`Andrew M. Howard** (ahoward@shorechan.com)
`Ari B. Rafilson** (arafilson@shorechan.com)
`William D. Ellerman** (wellerman@shorechan.com)
`Samuel E. Joyner** (sjoyner@shorechan.com)
`Chijioke E. Offor** (coffor@shorechan.com)
`901 Main Street, Suite 3300
`Dallas, TX 75202
`Tel: (214) 593-9110
`
`OHASHI & HORN LLP
`Hiromasa Ohashi** (ohashi@ohashiandhorn.com)
`Jeff J. Horn, Jr.** (horn@ohashiandhorn.com)
`Cody A. Kachel** (ckachel@ohashiandhorn.com)
`1120 Avenue of the Americas, 4th Floor
`New York, NY 10036
`Tel: (214) 743-4170
`
`Attorneys for Plaintiff Godo Kaisha IP Bridge 1
`
`
`
`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`2
`
`
`CASE NO. 1:16-CV-00290
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`
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`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 3 of 18 PageID #: 4877
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`CERTIFICATE OF SERVICE
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`The undersigned hereby certifies that on December 5, 2018, the attached document was
`served, via electronic transmission, upon the following attorneys of record:
`
`Edward G. Poplawski
`Erik Carlson
`WILSON SONSINI GOODRICH & ROSATI
`633 West Fifth Street, Ste 1550
`Los Angeles, CA 90071
`epoplawski@wsgr.com
`ecarlson@wsgr.com
`
`
`Jose C. Villarreal
`Henry Pan
`WILSON SONSINI GOODRICH & ROSATI
`900 South Capital of Texas Hwy
`Las Cimas IV, Fifth Floor
`Austin, TX 78746
`jvillarreal@wsgr.com
`hpan@wsgr.com
`
`/s/ Stamatios Stamoulis
`
`
`David E. Moore
`Bindu A. Palapura
`Stephanie E. O’Byrne
`POTTER ANDERSON & CORROON LLP
`Hercules Plaza, 5th Floor
`1313 N. Market Street
`Wilmington, DE 19801
`dmoore@potteranderson.com
`bpalapura@potteranderson.com
`sobyrne@potteranderson.com
`
`James C. Yoon
`WILSON SONSINI GOODRICH & ROSATI
`650 Page Mill Road
`Palo Alto, CA 9430
`jyoon@wsgr.com
`
`
`.
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`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
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`
`3
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`
`CASE NO. 1:16-CV-00290
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`
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`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 4 of 18 PageID #: 4878
`SCHEDULE A
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`Page 1
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`
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`TOPICS 1-4
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`1. The name of the pixel architecture, the pixel size, the type of photodetectors (e.g., photogate,
`photodiode, pinned photodiode, partially pinned photodiode), and the effective number of
`transistors per pixel employed in each image sensor listed by model number in Exhibit 4. The
`witness should be prepared to confirm the accuracy of the information in the first five columns of
`Exhibit 4, to make any necessary corrections, and to provide any missing information.
`
`2. The differences in the pixel array design of the OmniPixel, OmniPixel2, OmniPixel3, OmniBSI,
`OmniBSI+, OmniBSI2, PureCel, PureCel-S, and PureCel Plus-S architectures in terms of the type
`of photodetectors (e.g., photogate, photodiode, pinned photodiode, partially pinned photodiode)
`and effective number of transistors per pixel employed.
`
`3. From April 22, 2010 to present, OmniVision’s importation of image sensors built on an OmniPixel,
`OmniPixel2, OmniPixel3, OmniBSI, OmniBSI+, OmniBSI2, PureCel, PureCel-S, or PureCel
`Plus-S architecture. This topic includes the number of units imported, how they were disposed
`after importation, and any revenues, costs, and profits recorded for such sensors.
`
`4. From April 22, 2010 to November 14, 2023, the actual and projected global sales and profits for
`image sensors built on an OmniPixel, OmniPixel2, OmniPixel3, OmniBSI, OmniBSI+,
`OmniBSI2, PureCel, PureCel-S, or PureCel Plus-S architecture. This topic includes units,
`revenues, costs, and how OmniVision determines a sale is or is not a domestic sale. The witness
`should also be prepared to provide the approximate date on which OmniVision announced each
`sensor model identified in Exhibit 4 and to state OmniVision’s position as to whether each such
`model was sold after April 22, 2010.
`
`5. OmniVision’s domestic and foreign sales cycles.
`
`TOPICS 5-6
`
`6. OmniVision’s business relationship with each company listed by its trade name in Exhibit 1. The
`witness should be prepared to address (a) whether each company is a buyer of OmniVision image
`sensors; (b) whether each company is a fabricator of parts that include an OmniVision image
`sensor; (c) whether each company is an OEM of any application that includes an OmniVision
`image sensor; (d) the parts or applications subject of subsections (b) and (c); (e) the nature and
`location of any sales, technical, or warranty support provided by or for OmniVision to each
`company during the past five years; and (f) the terms of any agreements involving OmniVision
`and each company.
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`
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`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`CASE NO. 1:16-CV-00290
`
`
`
`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 5 of 18 PageID #: 4879
`SCHEDULE A
`
`Page 2
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`
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`TOPICS 7-11
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`7. OmniVision’s efforts between February 1, 2003 and April 14, 2006 to design and develop a CMOS
`image sensor with a pixel array having fewer than three transistors per pixel (effective) and/or a
`pixel size smaller than 3µm. The witness should be prepared to address (a) the sensor model
`number and architecture of OmniVision’s first sensor with sub-3µm pixels; (b) the sensor model
`number and architecture of OmniVision’s first sensor with fewer than three transistors per pixel
`(effective); (c) the names of the core technical personnel involved in designing and developing the
`following during the above period: OmniPixel architecture, OV2630, OmniPixel2 architecture,
`OV2640; (d) how each of the following was involved: Howard Rhodes, Sohei Manabe, Keiji
`Mabuchi, Xinping He, Hongli Yang, Duli Mao, T.J. Dai, Vincent Venezia, Rui Wang, Dyson Tai,
`Geoffrey Wang; and (e) whether OmniVision filed and/or prosecuted any patent application
`relating to transistor sharing between pixels in CMOS image sensors and if so, the identity of such
`patent and applications.
`
`8. The design, performance, and commercial success of the OmniPixel2 architecture announced in
`or about September 2005, including (a) how OmniVision “significantly improved performance,”
`“improved-fill factor,” “increase[d] the sensor’s ability to capture light,” “improved quantum
`efficiency,” “improve[d] dynamic range,” and reduced the pixel size to “less than half the size of
`the OmniPixel architecture introduced in 2004” (see 290-IPB-OVT035404); (b) whether the
`OmniPixel2 architecture or any sensor built thereon has received any special recognition;
`(c) whether OmniVision continues to sell the OV2640 or any other sensor built on the OmniPixel2
`architecture; (d) whether OmniVision believes or has asserted that a third party has copied its
`designs; (e) whether OmniVision has licensed any patents or technology related to the
`improvements introduced by the OmniPixel2 architecture; and (f) whether later announced
`OmniVision architectures take advantage of the improvements of the OmniPixel2 architecture.
`
`9. From November 2005 to April 21, 2010, the actual and projected global sales and profits for image
`sensors built on an OmniPixel, OmniPixel2, OmniPixel3, OmniBSI, OmniBSI+, OmniBSI2,
`PureCel, PureCel-S, or PureCel Plus-S architecture. This topic includes units, revenues, and costs.
`
`10. OmniVision’s position as to whether any of the following architectures is patented: OmniPixel,
`OmniPixel2, OmniPixel3, OmniBSI, OmniBSI+, OmniBSI2, PureCel, PureCel-S, PureCel Plus-S;
`and the identity of each patent and the specific claims practiced.
`
`11. OmniVision’s position as to the benefits, advantages, and importance of, and portion of the
`realizable profit that should be credited to, employing 4-way and 2-way shared pixel (transistor
`sharing) architectures in CMOS image sensor arrays, as distinguished from non-patented elements,
`the manufacturing process, business risks, or significant features or improvements added by or for
`OmniVision.
`
`
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`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`CASE NO. 1:16-CV-00290
`
`
`
`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 6 of 18 PageID #: 4880
`SCHEDULE A
`
`Page 3
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`
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`TOPICS 12-16
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`12. OmniVision’s practices and actions from February 1, 2003 to April 14, 2006 concerning solid-
`state circuits competitive intelligence (i.e., mining conferences, papers, programs, presentations,
`articles, publications). The witness should be prepared to address (a) whether and through whom
`OmniVision was a member of the IEEE or any of its societies (e.g., Solid-State Circuits Society);
`(b) whether and through whom OmniVision attended or registered for any International Solid-
`State Circuits Conference (ISSCC) (e.g., the ISSCC 2004-2006 conferences); (c) whether and
`through whom OmniVision subscribed or otherwise had access to any IEEE online library;
`(d) whether any person listed in Topic 7 attended the 2004 or 2005 International Solid-State
`Circuits Conference; (e) whether OmniVision (including any person listed in Topic 7) possesses
`the ISSCC 2004 Digest of Technical Papers, or the ISSCC 2005 Digest of Technical Papers, in
`hard copy or on CD or DVD; and (f) whether OmniVision had any written or unwritten policies
`or procedures concerning mining conferences, papers, programs, presentations, articles,
`publications.
`
`13. When OmniVision contends it first realized that one or more of its CMOS image sensors might
`practice the 4-way and 2-way shared pixel (transistor sharing) inventions claimed in the asserted
`Mori patents, and what OmniVision did to avoid potential infringement by OmniVision and its
`customers.
`
`14. Before March 29, 2016, whether OmniVision (including any person listed in Topic 7) possessed
`or analyzed any of the documents listed in Exhibit 2 and Exhibit 3, or possessed, analyzed, or
`published any other document that identifies or refers to “Mitsuyoshi Mori,” “M. Mori,” “Takumi
`Yamaguchi,” “T. Yamaguchi,” “Takahiko Murata,” or “T. Murata” or their inventions. The
`witness should be prepared to state why OmniVision did or did not speak with and search the files
`of each person identified in Topic 7 in preparation to give testimony on this Topic.
`
`15. OmniVision’s efforts between February 2004 to March 29, 2016 to determine whether or not it
`could import and make domestic sales of image sensors employing 4-way and 2-way shared pixel
`(transistor sharing) architectures without infringing patents directed to the same. The witness
`should be prepared to address whether OmniVision sought any third party freedom to operate
`opinions and whether OmniVision searched for any patents or patent applications filed by
`Matsushita Electric Industrial Co., Ltd., Panasonic Corporation, Canon, or Sony.
`
`16. During prosecution of U.S. Patent Appl. Nos. 10/771,839 and 11/404,590, why did OmniVision
`disclose certain conference papers from the ISSCC 2004 Meeting, but not disclose Mori et. al., “A
`1/4in 2M Pixel CMOS Image Sensor with 1.75Transistor/Pixel”?
`
`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`
`
`CASE NO. 1:16-CV-00290
`
`
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`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 7 of 18 PageID #: 4881
`SCHEDULE A
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`Page 4
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`
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`TOPICS 17-21
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`17. OmniVision’s inbound and outbound intellectual property licensing policies, practices, guidelines,
`and/or “rules of thumb” concerning image sensors.
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`18. The essential terms of each inbound and outbound patent license concerning any of the following
`architectures: OmniPixel, OmniPixel2, OmniPixel3, OmniBSI, OmniBSI+, OmniBSI2, PureCel,
`PureCel-S, PureCel Plus-S.
`
`19. The essential terms of the deal by which OmniVision acquired the Kodak patent portfolio in or
`about March 2011.
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`20. The essential terms of any patent license agreement or settlement agreement entered into relating
`to each litigation identified below.
`
`Collabo Innovations, Inc. v. OmniVision Technologies, Inc., No. 1:16-cv-00197 (D. Del.)
`Ziptronix, Inc. v. OmniVision Technologies, Inc. et. al., Case No. 4:10-cv-05525 (N.D. Cal.)
`Godo Kaisha IP Bridge 1 v. OmniVision Technologies, Inc., No. 5:17-cv-00778 (N.D. Cal.)
`California Institute of Technology v. OmniVision Technologies, Inc., No. 1:13-cv-01589 (D. Del.)
`
`21. The corporate structure of OmniVision from January 1, 2014 to the present, including without
`limitation: (a) identification of parents, subsidiaries, and other affiliates; (b) identification of the
`ownership structure regarding parents, subsidiaries, and other affiliates; and (c) description of the
`organizational structure, including identification of directors, officers, and employees having
`management responsibility for each department or other subdivision.
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`
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`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`CASE NO. 1:16-CV-00290
`
`
`
`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 8 of 18 PageID #: 4882
`SCHEDULE A
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`Page 5
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`SMIC
`Socionext
`Softbank Robotics
`Sony
`STMicroelectronics
`Sunny
`SunVin
`Superpix
`TCL
`Texas Instruments
`Tesla Motors
`Tobii Technology
`TomTom
`Toppan
`Toshiba
`Toyota
`TRM
`Truly
`TSMC
`VAIO
`Valeo
`VisEra
`Vivo
`Volkswagen
`WISSEN
`Xiaomi
`XMC
`ZTE
`
`
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`
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`Acer
`Alps
`Altek
`Amazon
`Ambarella
`AMS
`Apple
`Arrow Electronics
`ASUS
`Autoliv
`BMW
`Bosch
`Boston Scientific
`BYD
`Chicony
`Cisco Systems
`Clarion
`Complete Genomics
`Continential
`Cowell
`Dahua
`Daihatsu
`Darling
`Dell
`Delphi Technologies
`Delta ID
`Denso
`Ericsson
`Fiat
`Ford
`Foxconn
`Fujitsu
`General Motors
`Gentex
`GoPro
`Hewlett-Packard
`Hikuvision
`Hitachi
`HLMC
`Honda
`HTC
`Huawei
`Hyundai
`Intel
`Intuitive Research and Technology
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`
`
`
`EXHIBIT 1
`
`KIA
`KingCome
`Kyocera
`K-Touch
`LG Electronics
`Leland International
`Lenovo
`Lite-On
`Logitech
`LG-Innotek
`Magna
`Marvell
`Mazda
`MC Nex
`Mediatek
`Medtronic
`Microsoft
`Mitsumi
`Motorola Mobility
`NEC
`Netgear
`Nissan
`Nokia
`NVIDIA
`Oculus VR
`OmniVision
`O-Film
`Panasonic
`Parrot
`Powerchip
`Powerlogics
`Primax
`Primtech
`Q-SEE
`Q-Tech
`Qualcomm
`Renault
`Rhythmwatch
`RIM
`Ring
`Samsung
`Seasons
`Sekonix
`SEMCO
`Sharp Electronics
`ShineTech
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`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`CASE NO. 1:16-CV-00290
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`
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`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 9 of 18 PageID #: 4883
`SCHEDULE A
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`Page 6
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`EXHIBIT 2
`
`
`A US7436010
`B US20040159861
`C US8084796
`D US2009002538
`E US8106431
`F 20080284882
`G US8378401
`H 20120098040
`I CN100362854
`J CN1703901
`K EP1594312
`L KR100618245
`M KR20050000373
`N WO2004073301
`O JP2005167958
`P JP2011513490 [THIS PUBLICATION IS ASSIGNED TO OMNIVISION]
`Q 2013.11.07 Search Report by Registered Searching Organization (TRANSLATED) in
`prosecution of JP2011513490, produced at range(s) beginning 290-IPB-OVT032933 [THIS IS
`OMNIVISION’S PROSECUTION]
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`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`CASE NO. 1:16-CV-00290
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`
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`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 10 of 18 PageID #: 4884
`SCHEDULE A
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`Page 7
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`
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`EXHIBIT 3
`
`
`A ISSCC. 2004 Digest of Technical Papers
`B ISSCC. 2005 Digest of Technical Papers
`C ISSCC. 2004 Advanced Program, produced at range(s) beginning 290-IPB-OVT031220
`D ISSCC. 2005 Advanced Program, produced at range(s) beginning 290-IPB-OVT034834
`E M. Mori, M. Katsuno, S. Kasuga, T. Murata and T. Yamaguchi, “A 1/4in 2M Pixel CMOS Image
`Sensor with 1.75 Transistor/Pixel,” 2004 IEEE International Solid-State Circuits Conference (IEEE
`Cat. No.04CH37519), San Francisco, CA, 2004, pp. 110-111, vol. 1 (Conf. Date: 15-19 Feb. 2004),
`produced at range(s) beginning 290-IPB-OVT026632, 290-IPB-OVT031325
`F M. Mori, M. Katsuno, S. Kasuga, T. Murata and T. Yamaguchi, “1/4-Inch 2-Mpixel MOS Image
`Sensor With 1.75 Transistor/Pixel,” in IEEE Journal of Solid-State Circuits, vol. 39, no. 12, pp.
`2426-2430, Dec. 2004, produced at range(s) beginning 290-IPB-OVT026627
`G M. Kasano, Y. Inaba, M. Mori, S. Kasuga, T. Murata and T. Yamaguchi, “A 2.0µm Pixel Pitch
`MOS Image Sensor with an Amorphous Si film Color Filter,” ISSCC. 2005 IEEE International
`Digest of Technical Papers. Solid-State Circuits Conference, 2005, San Francisco, CA, 2005, pp.
`348-603, vol. 1 (Conf. Date: 6-10 Feb. 2005), produced at range(s) beginning 290-IPB-OVT031343
`H M. Kasano, Y. Inaba, M. Mori, S. Kasuga, T. Murata and T. Yamaguchi, “A 2.0µm Pixel Pitch
`MOS Image Sensor with 1.5 Transistor/Pixel and an Amorphous Si Color Filter,” in IEEE
`Transactions on Electron Devices, vol. 53, no. 4, pp. 611-617, April 2006, produced at range(s)
`beginning 290-IPB-OVT026640
`I Young Chan Kim et al., “1/2-inch 7.2MPixel CMOS Image Sensor with 2.25µm Pixels Using 4-
`Shared Pixel Structure for Pixel-Level Summation,” 2006 IEEE International Solid State Circuits
`Conference - Digest of Technical Papers, San Francisco, CA, 2006, pp. 1994-2003
`J H. Rhodes et al., “CMOS Imager Technology Shrinks and Image Performance,” 2004 IEEE
`Workshop on Microelectronics and Electron Devices, Boise, ID, USA, 2004, pp. 7-18 (Conf. Date:
`16 April 2004), produced at range(s) beginning 290-IPB-OVT033137
`K Shared Pixels for CMOS Image Sensor Arrays, Presentation at IEEE CCD & AIS Workshop,
`June 2005, produced at range(s) beginning 290-IPB-OVT032063
`L V. Gruev, Z. Yang, J. Van der Spiegel and R. Etienne-Cummings, “Current Mode Image Sensor
`With Two Transistors per Pixel,” in IEEE Transactions on Circuits and Systems I: Regular Papers,
`vol. 57, no. 6, pp. 1154-1165, June 2010, produced at range(s) beginning 290-IPB-OVT026685
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`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`CASE NO. 1:16-CV-00290
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`
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`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 11 of 18 PageID #: 4885
`SCHEDULE A
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`Page 8
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`OmniVision
`Sensor Model
`Number
`
`Pixel Size
`(µm)
`
`Pixel
`Architecture
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`EXHIBIT 4
`
`Number of
`Transistors
`per Pixel
`(Effective)
`
`Type of
`Photodetectors
`Employed
`
`Date
`Announced
`(Year and
`Month)
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`3 or more
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`3 or more
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`3 or more
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`3 or more
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`3 or more
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`3 or more
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`3 or more
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`3 or more
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`3 or more
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`3 or more
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`3 or more
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`3 or more
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`3 or more
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`OmniVision’s
`Position as to
`Whether Sold
`After April 22,
`2010
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`
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`OV05116
`
`OV06130
`
`OV06910
`
`OV07141
`
`OV07148
`
`OV07630
`
`OV07640
`
`OV07920
`
`OV07930
`
`OV09610
`
`OV09620
`
`OV09630
`
`OV10121
`
`
`OS02F10
`OS04B10
`OV02665
`OV02720
`OV03660
`OV05640
`OV05647
`OV05650
`OV05653
`OV05695
`OV07727
`
`9.1x8.7
`
`9x8.2
`
`7.86x7.5
`
`5.6x5.6
`
`5.6x5.6
`
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`3T/4T Active
`Pixel
`OmniBSI
`
`OmniBSI
`2.0x2.0
`OmniBSI
`2.0x2.0
`1.75x1.75 OmniBSI
`1.4x1.4
`OmniBSI
`1.4x1.4
`OmniBSI
`1.4x1.4
`OmniBSI
`1.4x1.4
`OmniBSI
`1.75x1.75 OmniBSI
`1.75x1.75 OmniBSI
`1.4x1.4
`OmniBSI
`1.75x1.75 OmniBSI
`
`6.0x6.0
`
`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`CASE NO. 1:16-CV-00290
`
`
`
`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 12 of 18 PageID #: 4886
`SCHEDULE A
`
`Page 9
`
`
`
`OmniVision
`Sensor Model
`Number
`
`Pixel Size
`(µm)
`
`Pixel
`Architecture
`
`EXHIBIT 4
`
`Number of
`Transistors
`per Pixel
`(Effective)
`
`Type of
`Photodetectors
`Employed
`
`Date
`Announced
`(Year and
`Month)
`
`OV08810
`OV08812
`OV08820
`OV08865
`OV09674
`OV09726
`OV09740
`OV10640
`OV10642
`OV10650
`OV10810
`OV12825
`OV14810
`OV14825
`OX01A10
`OX02A10
`
`OV02722
`OV05645
`OV05648
`OV05656
`OV05658
`OV06946
`OV06948
`OV07695
`OV07699
`OV08825
`OV09724
`OV09728
`OVM7695
`
`OV02718
`OV02724
`
`OmniBSI
`1.4x1.4
`OmniBSI
`1.4x1.4
`OmniBSI
`1.4x1.4
`OmniBSI
`1.4x1.4
`OmniBSI
`4.2x4.2
`1.75x1.75 OmniBSI
`1.75x1.75 OmniBSI
`4.2x4.2
`OmniBSI
`4.2x4.2
`OmniBSI
`4.2x4.2
`OmniBSI
`1.4x1.4
`OmniBSI
`1.4x1.4
`OmniBSI
`1.4x1.4
`OmniBSI
`1.4x1.4
`OmniBSI
`4.2x4.2
`OmniBSI
`4.2x4.2
`OmniBSI
`
`OmniBSI+
`1.4x1.4
`OmniBSI+
`1.4x1.4
`OmniBSI+
`1.4x1.4
`OmniBSI+
`1.75x1.75 OmniBSI+
`1.75x1.75 OmniBSI+
`1.75x1.75 OmniBSI+
`1.75x1.75 OmniBSI+
`1.75x1.75 OmniBSI+
`1.75x1.75 OmniBSI+
`1.4x1.4
`OmniBSI+
`1.4x1.4
`OmniBSI+
`1.75x1.75 OmniBSI+
`1.75x1.75 OmniBSI+
`
`OmniBSI-2
`2.8x2.8
`OmniBSI-2
`1.34x1.34 OmniBSI-2
`
`
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`
`
`
`
`OmniVision’s
`Position as to
`Whether Sold
`After April 22,
`2010
`
`
`
`
`
`
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`
`
`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`CASE NO. 1:16-CV-00290
`
`
`
`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 13 of 18 PageID #: 4887
`SCHEDULE A
`
`Page 10
`
`
`
`OmniVision
`Sensor Model
`Number
`
`Pixel Size
`(µm)
`
`Pixel
`Architecture
`
`EXHIBIT 4
`
`Number of
`Transistors
`per Pixel
`(Effective)
`
`Type of
`Photodetectors
`Employed
`
`Date
`Announced
`(Year and
`Month)
`
`OV02770
`OV02775
`OV02775-Ards
`
`2.8x2.8
`2.8x2.8
`2.8x2.8
`
`OmniBSI-2
`OmniBSI-2
`OmniBSI-2
`
`OmniBSI-2
`2.0x2.0
`OV04682
`OmniBSI-2
`2.0x2.0
`OV04685
`OmniBSI-2
`2.0x2.0
`OV04686
`OmniBSI-2
`2.0x2.0
`OV04688
`OmniBSI-2
`2.0x2.0
`OV04689
`OmniBSI-2
`1.4x1.4
`OV05642
`1.75x1.75 OmniBSI-2
`OV05680
`1.4x1.4
`OmniBSI-2
`OV05690
`1.4x1.4
`OmniBSI-2
`OV05693
`1.4x1.4
`OmniBSI-2
`OV08830
`1.4x1.4
`OmniBSI-2
`OV08835
`1.1x1.1
`OmniBSI-2
`OV08850
`2.8x2.8
`OmniBSI-2
`OV09716
`1.75x1.75 OmniBSI-2
`OV09760
`1.87x1.87 OmniBSI-2
`OV09762
`1.75x1.75 OmniBSI-2
`OV09770
`1.4x1.4
`OmniBSI-2
`OV10820
`1.4x1.4
`OmniBSI-2
`OV10823
`1.1x1.1
`OmniBSI-2
`OV12830
`1.34x1.34 OmniBSI-2
`OV16820
`1.34x1.34 OmniBSI-2
`OV16825
`2.8x2.8
`OmniBSI-2
`OX01B40
`3.2x3.2
`OmniBSI-2
`OX03A10
`
`OmniPixel
`
`2.5x2.5
`OmniPixel
`OV06922
`4.2x4.2
`OmniPixel
`OV07161
`4.2x4.2
`OmniPixel
`OV07660
`4.2x4.2
`OmniPixel
`OV07663
`4.2x4.2
`OmniPixel
`OV07668
`OV07670
`3.6x3.6
`OmniPixel
`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
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`
`
`
`
`
`
`
`OmniVision’s
`Position as to
`Whether Sold
`After April 22,
`2010
`
`
`
`
`
`
`
`
`
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`
`
`
`
`
`
`
`CASE NO. 1:16-CV-00290
`
`
`
`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 14 of 18 PageID #: 4888
`SCHEDULE A
`
`Page 11
`
`
`
`OmniVision
`Sensor Model
`Number
`
`Pixel Size
`(µm)
`
`Pixel
`Architecture
`
`EXHIBIT 4
`
`Number of
`Transistors
`per Pixel
`(Effective)
`
`Type of
`Photodetectors
`Employed
`
`Date
`Announced
`(Year and
`Month)
`
`OV09655
`OV09656
`OV10633
`
`OV02640
`OV05620
`OV05623
`OV06680
`OV06920
`OV07221
`OV07449
`OV07451
`OV07680
`OV07710
`OV07720
`OV07725
`OV07949
`OV07950
`OV09660
`OV09665
`OVM6680
`
`OG02B10
`OG02B1B
`OV02311
`OV02643
`OV02650
`OV02655
`OV02659
`OV02680
`OV02685
`OV02686
`OV02710
`
`3.18x3.18 OmniPixel
`3.18x3.18 OmniPixel
`4.2x4.2
`OmniPixel
`
`OmniPixel2
`2.2x2.2
`OmniPixel2
`2.2x2.2
`OmniPixel2
`2.2x2.2
`OmniPixel2
`3.6x3.6
`OmniPixel2
`2.5x2.5
`OmniPixel2
`6.0x6.0
`OmniPixel2
`9.2x7.2
`OmniPixel2
`6.0x6.0
`OmniPixel2
`2.2x2.2
`OmniPixel2
`6.0x6.0
`OmniPixel2
`6.0x6.0
`OmniPixel2
`6.0x6.0
`OmniPixel2
`9.2x7.2
`OmniPixel2
`6.0x6.0
`OmniPixel2
`2.0x2.0
`OmniPixel2
`2.0x2.0
`OmniPixel2
`3.6x3.6
`OmniPixel2
`
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`2.2x2.2
`OmniPixel3
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`3.0x3.0
`OmniPixel3
`
`
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`
`
`
`
`
`
`OmniVision’s
`Position as to
`Whether Sold
`After April 22,
`2010
`
`
`
`
`
`
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`
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`
`
`
`
`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`CASE NO. 1:16-CV-00290
`
`
`
`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 15 of 18 PageID #: 4889
`SCHEDULE A
`
`Page 12
`
`
`
`OmniVision
`Sensor Model
`Number
`
`Pixel Size
`(µm)
`
`Pixel
`Architecture
`
`EXHIBIT 4
`
`Number of
`Transistors
`per Pixel
`(Effective)
`
`Type of
`Photodetectors
`Employed
`
`Date
`Announced
`(Year and
`Month)
`
`
`
`
`
`
`
`
`
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`
`
`
`OV02710-1E
`OV02715-1E
`OV02735
`OV03640
`OV03642
`OV03647
`OV03650
`OV05630
`OV05633
`OV06211
`OV06690
`OV06930
`OV07175
`OV07211
`OV07251
`OV07261
`OV07461
`OV07462
`OV07675
`OV07676
`OV07690
`OV07692
`OV07735
`OV07738
`OV07739
`OV07740
`OV07850
`OV07955
`OV07959
`OV07960
`OV07962
`OV09211
`OV09215
`
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`3.0x3.0
`OmniPixel3
`1.75x1.75 OmniPixel3
`3.0x3.0
`OmniPixel3
`2.5x2.5
`OmniPixel3
`6.0x6.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`6.0x6.0
`OmniPixel3
`OmniPixel3
`OmniPixel3
`2.5x2.5
`OmniPixel3
`3.0x3.0
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`4.2x4.2
`OmniPixel3
`6.0x6.0
`OmniPixel3
`6.0x6.0
`OmniPixel3
`6.0x6.0
`OmniPixel3
`6.0x6.0
`OmniPixel3
`6.0x6.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`
`
`
`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`
`
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`
`
`
`OmniVision’s
`Position as to
`Whether Sold
`After April 22,
`2010
`
`
`
`
`
`
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`
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`
`
`
`
`
`
`
`CASE NO. 1:16-CV-00290
`
`
`
`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 16 of 18 PageID #: 4890
`SCHEDULE A
`
`Page 13
`
`
`
`OmniVision
`Sensor Model
`Number
`
`Pixel Size
`(µm)
`
`Pixel
`Architecture
`
`EXHIBIT 4
`
`Number of
`Transistors
`per Pixel
`(Effective)
`
`Type of
`Photodetectors
`Employed
`
`Date
`Announced
`(Year and
`Month)
`
`
`
`
`
`
`
`
`
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`
`OV09281
`OV09282
`OV09285
`OV09623
`OV09710
`OV09711
`OV09712
`OV09712-1D
`OV09713
`OV09714
`OV09715
`OV09718
`OV09732
`OV09733
`OV09750
`OV09752
`OV09755
`OV09756
`OV09782
`OV09810
`OV10131
`OV10133
`OV10135
`OV10620
`OV10625
`OV10626
`OV10630
`OV10635
`OVM6211
`OVM7675
`OVM7690
`OVM7692
`
`
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`4.2x4.2
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`OmniPixel3
`3.0x3.0
`3.75x3.75 OmniPixel3
`3.75x3.75 OmniPixel3
`3.75x3.75 OmniPixel3
`3.75x3.75 OmniPixel3
`3.0x3.0
`OmniPixel3
`1.75x1.75 OmniPixel3
`4.2x4.2
`OmniPixel3
`4.2x4.2
`OmniPixel3
`4.2x4.2
`OmniPixel3
`6.0x6.0
`OmniPixel3
`6.0x6.0
`OmniPixel3
`6.0x6.0
`OmniPixel3
`4.2x4.2
`OmniPixel3
`4.2x4.2
`OmniPixel3
`3.0x3.0
`OmniPixel3
`2.5x2.5
`OmniPixel3
`1.75x1.75 OmniPixel3
`1.75x1.75 OmniPixel3
`
`PureCel
`
`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
`
`
`OmniVision’s
`Position as to
`Whether Sold
`After April 22,
`2010
`
`
`
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`
`
`CASE NO. 1:16-CV-00290
`
`
`
`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 17 of 18 PageID #: 4891
`SCHEDULE A
`
`Page 14
`
`
`
`OmniVision
`Sensor Model
`Number
`
`Pixel Size
`(µm)
`
`Pixel
`Architecture
`
`EXHIBIT 4
`
`Number of
`Transistors
`per Pixel
`(Effective)
`
`Type of
`Photodetectors
`Employed
`
`Date
`Announced
`(Year and
`Month)
`
`OS02A1Q
`OS05A10
`OS05A20
`OS08A10
`OS08A20
`OV02281
`OV02732
`OV02736
`OV02740
`OV02741
`OV02744
`OV05670
`OV05675
`OV08856
`OV08858
`OV09734
`OV13850
`OV13853
`OV09738
`OV13855
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`OH01A10
`OS02C10
`OV01A10
`OV01A1B
`OV01A1S
`OV08A10
`OV12890
`OV12895
`OV12A10
`OV13870
`OV13A10
`OV13A1Q
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`PureCel
`4.0x4.0
`PureCel
`2.0x2.0
`PureCel
`2.0x2.0
`PureCel
`2.0x2.0
`PureCel
`2.0x2.0
`PureCel
`1.12x1.12
`PureCel
`2.0x2.0
`PureCel
`2.0x2.0
`PureCel
`1.4x1.4
`PureCel
`1.4x1.4
`PureCel
`1.4x1.4
`PureCel
`1.12x1.12
`PureCel
`1.12x1.12
`PureCel
`1.12x1.12
`PureCel
`1.12x1.12
`PureCel
`1.4x1.4
`PureCel
`1.12x1.12
`PureCel
`1.12x1.12
`PureCel
`1.4x1.4
`PureCel
`1.12x1.12
`PureCel Plus-S
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`1.116x1.116 PureCel Plus-S
`2.9x2.9
`PureCel Plus-S
`1.116x1.116 PureCel Plus-S
`1.116x1.116 PureCel Plus-S
`1.116x1.116 PureCel Plus-S
`1.01x1.01
`PureCel Plus-S
`1.55x1.55
`PureCel Plus-S
`1.55x1.55
`PureCel Plus-S
`1.25x1.25
`PureCel Plus-S
`1.25x1.25
`PureCel Plus-S
`1.01x1.01
`PureCel Plus-S
`1.008x1.008 PureCel Plus-S
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`OmniVision’s
`Position as to
`Whether Sold
`After April 22,
`2010
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`IP BRIDGE’S NOTICE OF RULE 30(B)(6)
`DEPOSITION OF OMNIVISION
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`CASE NO. 1:16-CV-00290
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`Case 1:16-cv-00290-MN Document 147 Filed 12/05/18 Page 18 of 18 PageID #: 4892
`SCHEDULE A
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`Page 15
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`OmniVision
`Sensor Model
`Number
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`Pixel Size
`(µm)
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`Pixel
`Architecture
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`OV13A40
`OV16860
`OV16880
`OV16885
`OV16885-4C
`OV16B10
`OV16E10
`OV20381
`OV20880
`OV20880-4C
`OV24A10
`OV24A1B
`OV24A1Q
`OV24B
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`OV13860
`OV16850
`OV21840
`OV23850
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`OV02930
`OV07952
`OV03142
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`1.01x1.01
`1.31x1.31
`1.0x1.0
`1.0x1.0
`1.0x1.0
`1.12x1.12
`1.12x1.12
`1.0x1.0
`1.01x1.01
`1.01x1.01
`0.9x0.9
`0.9x0.9
`0.9x0.9
`0.9x0.9
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`1.3x1.3
`1.12x1.12
`1.12x1.12
`1.12x1.12
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`6.0x6.0
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`PureCel Plus-S
`PureCel Plus-S
`PureCel Plus-S
`PureCel Plus-S
`PureCel Plus-S
`PureCel Plus-S
`PureCel Plus-S
`PureCel Plus-S
`PureCel Plus-S
`PureCel Plus-S
`PureCel Plus-S
`