Avago Technologies International Sales Pte. Limited v. Netflix, Inc.

N OTE: This disposition is nonprecedential.
United States Court of Appeals
for the Federal Circuit
______________________
AVAGO TECHNOLOGIES INTERNATIONAL SALES
PTE. LIMITED,
Appellant
v.
NETFLIX, INC.,
Appellee
______________________
2023-1815
______________________
Appeal from the United States Patent and Trademark
Office, Patent Trial and Appeal Board in No. IPR2021-
01293.
______________________
Decided: February 27, 2025
______________________
D AN YOUNG, Quarles & Brady LLP, Highlands Ranch,
CO, argued for appellant. Also represented by K ENT
D ALLOW , MATTHEW CHRISTIAN H OLOHAN.
HARPER BATTS , Sheppard Mullin Richter & Hampton
LLP, Menlo Park, CA, argued for appellee. Also repre-
sented by J EFFREY L IANG, CHRISTOPHER SCOTT P ONDER.
______________________
Before T ARANTO, STOLL , and STARK, Circuit Judges.
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T ARANTO, Circuit Judge.
Avago Technologies International Sales Pte. Limited is
the owner of U.S. Patent No. 9,402,098, titled “Fast Chan-
nel Change.” Netflix, Inc. successfully petitioned the Pa-
tent and Trademark Office (PTO) to institute an inter
partes review of claims 1–5 and 7 of the ’098 patent, and
the PTO’s Patent Trial and Appeal Board, upon conducting
the review, concluded that all challenged claims were un-
patentable, under 35 U.S.C. § 103, for obviousness. J.A. 1–
69. Avago appeals, challenging certain factual findings
that underlie the Board’s conclusion of obviousness. We
conclude that the challenged findings are supported by
substantial evidence. We therefore affirm.
I
A
Avago’s patent addresses the problem in “digital video
systems” of a “latency time” (delay) between a user’s re-
quest for video information and the system’s presentation
of the requested video information to the user. ’098 patent,
col. 1, lines 15–18. Causes of this latency include “request
processing delays, information communication delays and
information processing delays.” Id., col. 1, lines 26–30. To
reduce latency time, the patent proposes (in one embodi-
ment) a method in which a “video transmission system”
sends “a first portion” of the requested video information to
a “video receiver” at a rate that is “faster than a typical
steady-state transmission rate.” Id., col. 1, lines 41–43, 56–
61. Representative claims 1 and 7 state as follows (with
markings used by the Board and parties in brackets):
1. A method, comprising:
[1a] receiving, by a video transmission system hav-
ing one or more processors, a request for a unit of
video information from a remote video receiver;
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[1b] determining an initial transmission rate
for the unit of video information using a real-
time determination of available communica-
tion bandwidth between the video transmis-
sion system and the remote video receiver and
a first steady-state transmission rate for the unit
of video information, the initial transmission rate
being higher than the first steady-state transmis-
sion rate;
[1c] for a first time period after receiving the
request, transmitting, by the video transmis-
sion system, a first portion of the unit of video
information to the remote video receiver at the
initial transmission rate, [1d] wherein in re-
sponse to a change in the available communication
bandwidth between the video transmission system
and the remote video receiver during the first time
period, transmitting a remainder of the first por-
tion of the unit of video information to the remote
video receiver at a second transmission rate for a
remainder of the first time period, the second
transmission rate being determined using the
change in the available communication band-
width and being different from the initial
transmission rate and the first steady-state
transmission rate; and
[1e] for a second time period after the first time pe-
riod, transmitting, by the video transmission sys-
tem, a second portion of the unit of video
information to the remote video receiver at the first
steady-state transmission rate.
. . .
7. The method of claim 1, further comprising:
determining the first time period using a pre-
determined latency goal; and
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determining the initial transmission rate for the
unit of video information further using the deter-
mined first time period and an amount of video
data to transmit.
Id., col. 19, lines 6–62 (emphases added).
B
The main prior-art reference invoked against all the
challenged claims is U.S. Patent App. Pub.
No. 2004/0128396, titled “Adaptable Accelerated Content
Streaming” and referred to as “Patrick” (the name of the
lead inventor) by the parties and Board. J.A. 756–68. Pat-
rick describes a problem that affects streaming media con-
tent over a network to a client device having a buffer: The
client must “wait for the buffer to be initially filled before
playback begins, thereby delaying the starting of the play-
back.” J.A. 761 ¶ 3. Patrick describes, among other things,
the following solution: “When a server device is initially
streaming media content to a client device, the streaming
is performed at an accelerated rate so that the buffer on the
client device can be filled quicker. When this initial buffer
fill is finished, the rate of streaming is reduced to a steady
state rate.” J.A. 761 ¶ 12. Figure 3 of Patrick “illustrat[es]
an exemplary process for accelerated streaming”:
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J.A. 759 fig.3, 761 ¶ 10. Most relevant to the dispute now
before us are steps 206 (“Determine Amount of the Total
Bandwidth Currently Available to be Used for Accelerated
Streaming . . .”) and 208 (“Allow the Determined Amount
of Bandwidth to be Used to Stream the Media Content . . .
at an Accelerated Rate”). J.A. 759 fig.3.
A second prior-art reference is invoked by Netflix in
challenging claim 7—U.S. Patent No. 6,801,964, titled
“Methods and Systems to Fast Fill Media Players” and re-
ferred to as “Mahdavi” (the name of the inventor). J.A.
821–32. Figure 2 “shows a flowchart representing . . .
method 200 of fast filling a media player”:
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J.A. 823 (Figure 2), 830 (col. 6, lines 8–9). “[I]n steps 202
and 204, latency associated with a startup of a media
player/stream and a bandwidth associated with receiving
media data into the media player’s buffer are identified.”
J.A. 830 (col. 6, lines 9–13). “Next, the identified band-
width is increased by a factor, in step 220.” J.A. 830 (col. 6,
lines 36–37) (emphasis added). This factor “can be con-
trolled,” including by “determining the desired initial min-
imum latency required by the media player or data
communication protocol . . . as depicted in step 226.” J.A.
830 (col. 6, lines 58–65) (emphasis added). “Next, the factor
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is readily resolved by dividing the minimum initial latency
time represented in seconds or milliseconds by the media
player’s identified latency in like time units.” J.A. 830–31
(col. 6, line 65, through col. 7, line 2) (emphases added). Fi-
nally, “the media data are transferred at an increased . . .
bandwidth” in step 240 and the media player begins to play
the media data in step 250. J.A. 831 (col. 7, lines 12–13,
19–23).
C
In August 2021, Netflix petitioned the PTO for an inter
partes review, under 35 U.S.C. §§ 311–319, of independent
claim 1 and dependent claims 2–5 and 7 of the ’098 patent.
[A87; A97] The Board, acting for the PTO’s Director, insti-
tuted the requested review in February 2022. J.A. 87; J.A.
1505–22.
On February 15, 2023, the Board issued a final written
decision, holding all challenged claims unpatentable for ob-
viousness—claim 1 in view of Patrick, claims 2–5 in view
of Patrick and other references not relevant in the present
appeal, and claim 7 in view of Patrick and Mahdavi. J.A.
1–69. The Board did not construe any claim terms, noting
that Avago did not propose any constructions and finding
no construction necessary. J.A. 7.
Avago timely appealed on April 18, 2023. We have ju-
risdiction under 28 U.S.C. § 1295(a)(4)(A).
II
“Obviousness is a question of law based on underlying
facts.” Virtek Vision International ULC v. Assembly Guid-
ance Systems, Inc., 97 F.4th 882, 886 (Fed. Cir. 2024). We
decide the correctness of the Board’s ultimate determina-
tion of obviousness de novo, and we review the underlying
factual determinations for substantial-evidence support.
Personal Web Technologies, LLC v. Apple, Inc., 848 F.3d
987, 991 (Fed. Cir. 2017). “What the prior art teaches,
whether a person of ordinary skill in the art would have
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been motivated to combine references, and whether a ref-
erence teaches away from the claimed invention are ques-
tions of fact.” Meiresonne v. Google, Inc., 849 F.3d 1379,
1382 (Fed. Cir. 2017).
Avago argues that the Board erred in finding that Pat-
rick taught or rendered obvious claim limitations 1b, 1c,
and 1d and that Patrick and Mahdavi taught claim 7. We
disagree.
A
Claim limitation 1b requires, in relevant part, deter-
mining an initial transmission rate using a “real-time de-
termination of available communication bandwidth
between the video transmission system and the remote
video receiver.” ’098 patent, col. 19, lines 10–13. The
Board found that Patrick, in paragraphs 36–38, “teaches
determining the amount of bandwidth available for accel-
erated streaming of the media content, and that [this]
amount of bandwidth . . . can vary based on the current
conditions of the network . . . .” J.A. 35; see also J.A. 18–
19; J.A. 764 ¶¶ 36–38 (Patrick). The Board also found that,
though Patrick did not disclose “measuring between server
and client” as part of determining the amount of available
bandwidth, doing so would have been obvious to a relevant
artisan. J.A. 38–39.
On appeal, Avago argues that: (1) Patrick fails to teach
the determination of an initial transmission rate based on
the bandwidth between the server and client devices;
(2) the Board misunderstood paragraph 38 of Patrick; and
(3) the Board erred in finding that a relevant artisan would
have modified Patrick to measure the available bandwidth
between the server and the client. These arguments show
no reversible error.
1
Citing paragraphs 19, 28, and 30–32 of Patrick, Avago
argues that the “available bandwidth” for accelerated
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streaming in Patrick is based solely on the bandwidth load
of the server device, because these paragraphs do not dis-
cuss the bandwidth between the server and client devices.
Avago Opening Br. at 42–44. These paragraphs are not the
ones (36–38) on which the Board relied, finding those par-
agraphs to teach that network conditions can affect the
amount of available bandwidth. J.A. 34–35. The Avago-
cited paragraphs, for their part, do not state that server
load is the exclusive basis for determining the available
bandwidth, J.A. 762–63 ¶¶ 19, 28, 30–32; Avago itself
acknowledges that Patrick teaches that certain other fac-
tors may be used to calculate available bandwidth, J.A.
1959 (patent owner’s response). The Board did not err in
finding that the Avago-cited paragraphs do not negate the
disclosures of paragraphs 36–38. J.A. 34–35.
Avago argues that paragraphs 36–38 are actually irrel-
evant to the determination of the available bandwidth in
Patrick. Avago Opening Br. at 44–50. It urges, in particu-
lar, that paragraphs 36–38 describe only step 208 in Pat-
rick’s Figure 3 and teach only that the amount of
bandwidth used in that step—once transmission has be-
gun—can be based on network conditions, not that the de-
termination of the initial transmission rate in step 206 is
based on network conditions. Id. at 48–50. The Board had
substantial evidence to read Patrick contrary to that view.
The first sentence of paragraph 38 states as follows:
Thus, it can be seen that the accelerated streaming
is adaptable—the rate of accelerated streaming
(and the amount of bandwidth available for accel-
erated streaming of particular media content) is
adaptable and can vary based on the current con-
ditions of the server device streaming the data
and/or the current conditions of the network cou-
pling the server and client devices.
J.A. 764 ¶ 38 (emphases added). As the Board noted, this
language (“the amount of bandwidth available for
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accelerated streaming”), or similar language, is used in
paragraphs 31 and 36 to expressly describe step 206, and
thus paragraph 38 is reasonably understood as a continued
description of the “bandwidth” discussed in those para-
graphs. J.A. 29–30; J.A. 763–64 ¶¶ 31, 36. Patrick also
states that “[t]he amount of bandwidth that is made avail-
able for accelerated streaming . . . can thus vary over time,
depending on the server load and/or network load when the
request for the content is made.” J.A. 764 ¶ 38 (emphases
added). And Netflix’s expert testified that a relevant arti-
san reading Patrick would have understood that para-
graphs 33–39 “provide[] additional details and teachings
relevant to the invention as a whole.” J.A. 1934 ¶ 8; see also
J.A. 30 (crediting Dr. Brody’s testimony). On this record,
the Board did not err in finding that paragraph 38 “pro-
vides additional detail” regarding step 206 of Figure 3. J.A.
30.
2
Avago argues that the Board misunderstood para-
graph 38. Avago’s Opening Br. at 50–53. In particular,
Avago submits that a relevant artisan would recognize the
use of “and/or” in the first sentence of paragraph 38 (repro-
duced above) to be “a drafting error” because Patrick “no-
where else” states that the available bandwidth is
adaptable based on network conditions. Id. at 51–52. The
Board, however, could reasonably find otherwise.
As Avago effectively acknowledges by turning to an ar-
gument that the language of the sentence in paragraph 38
is a drafting error, the language actually used does teach,
as the Board found, that “both the rate of accelerated
streaming and the amount of bandwidth available for ac-
celerated streaming . . . can vary based on” either or both
of (1) “the current conditions of the server device” and (2)
“the current conditions of the network.” J.A. 31 (discussing
J.A. 764 ¶ 38). Reading the paragraph 38 sentence as
meaning what it says on its face is supported by, not
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undermined by, other disclosures in Patrick. Paragraph 37
states that the accelerated streaming rate “would not be
able to exceed” “the network connection” and may be lim-
ited by “network congestion or other restrictions between
server device . . . and client device,” J.A. 764 ¶ 37, and the
second sentence of paragraph 38 states that the “amount of
bandwidth . . . can thus vary over time, depending on the
server load and/or network load when the request for the
content is made,” J.A. 764 ¶ 38 (emphases added). See J.A.
31–32. The Board’s finding is also supported by expert tes-
timony discussed in a part of the petition that the Board
identified as “consistent” with its finding. See J.A. 32 (cit-
ing petition at J.A. 117–18 (discussing Brody decl. at J.A.
655–56 ¶¶ 81–82)). In these circumstances, which are
sharply different from those of LG Electronics Inc. v. Im-
merVision, Inc., 39 F.4th 1364, 1371–73 (Fed. Cir. 2022)
(relying on, e.g., undisputed drafting error), the Board
could readily find no drafting error here, giving “minimal
weight” to testimony from Avago’s expert on this point as
being “[un]supported by a sufficient factual basis” and
“contrary to Patrick’s disclosure.” J.A. 32 (discussing
Hayes decl. at J.A. 1664–66 ¶ 50, 1676–77 ¶¶ 63–64).
3
Avago contends that the Board erred in finding that a
relevant artisan would have modified Patrick to measure
the available bandwidth between the server and the client
as part of determining the amount of bandwidth available
for streaming. Avago Opening Br. at 53–56; J.A. 38–39, 42.
Avago chiefly argues in support of that contention that
“Patrick is directed to a different problem”: “preventing
server overload.” Avago Opening Br. at 53. We see no re-
versible error in the Board’s motivation-to-modify finding.
The Board’s finding is supported by Patrick. In para-
graphs 37 and 38, Patrick states that “network congestion
or other restrictions between server device 146 and client
device 102” may constrain the rate of streaming, J.A. 764
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¶ 37, and that “the amount of bandwidth available for ac-
celerated streaming” “can vary based on . . . the current
conditions of the network coupling the server and client de-
vices,” J.A. 764 ¶ 38. In the next paragraph, Patrick then
provides an example of a measurement technique. J.A. 764
¶ 39. The Board reasonably found, in fact, based on cited
testimony of Netflix’s expert, that “there were many well-
known techniques available for . . . doing so in 2004.” J.A.
39 (citing Brody decl. at J.A. 655–56 ¶ 81); see also J.A. 34–
35, 42.
Avago’s argument that the Board erred because Pat-
rick’s “primary concern” is server overload is not a ground
for deeming the Board’s finding unreasonable. This argu-
ment is predicated on Avago’s earlier argument that para-
graph 38 (discussing network conditions) is irrelevant to
determining the available bandwidth—an argument that
the Board properly rejected, as already discussed. Moreo-
ver, prior-art teachings can reach beyond their primary
purposes, and Avago has made no argument that Patrick’s
concern with server overload would have discouraged a rel-
evant artisan from modifying Patrick to prevent network
overload. See KSR International Co. v. Teleflex Inc., 550
U.S. 398, 420–21 (2007).
B
Turning to limitation 1c of claim 1, Avago contends
that Patrick does not teach “determining an initial trans-
mission rate” (as described in limitation 1b) before “a first
portion of the unit of video information” is transmitted at
that rate (as described in limitation 1c). Avago Opening
Br. at 57. This contention rests on the argument that Pat-
rick fails to teach the determination of the initial transmis-
sion rate in step 206 (of Patrick’s Figure 3)—and thus also
fails to teach the making of this determination before
streaming begins in step 208. Id. at 59. The Board had
substantial evidence on which to find otherwise. J.A. 46–
48.
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Patrick states that the server device has “an acceler-
ated streaming control module 150 that determines an ap-
propriate rate for accelerated streaming.” J.A. 762 ¶ 19
(emphasis added). Patrick then states that this rate is at
least in some instances determined in step (“act”) 206:
In one implementation, the determined amount of
bandwidth to be used for accelerated streaming of
the media content to the requester is capped by the
particular rate requested by the requester. Thus,
the rate requested by the requester can serve to re-
duce the rate determined by control module 150,
but not increase the rate that would otherwise be
determined by control module 150 in act 206.
J.A. 763–64 ¶ 34 (emphasis added); see also J.A. 764 ¶ 35
(discussing “[t]he rate determined in act 206”). The Board
could reasonably read these passages to teach the timing
sequence stressed by Avago, especially in light of expert
testimony to that effect that the Board credited. See J.A.
46 (citing Brody decl. at J.A. 653 ¶ 78, 658–60 ¶¶ 84–85,
87).
C
Limitation 1d requires that, upon a change in the avail-
able communication bandwidth, a second transmission
rate that is “different from the initial transmission rate
and the first steady-state transmission rate” is “determined
using the change in the available communication band-
width.” ’098 patent, col. 19, lines 20–30 (emphasis added).
The Board read Patrick to teach this limitation through the
statements that “the amount of bandwidth available for ac-
celerated streaming . . . can vary based on . . . the current
conditions of the network,” J.A. 764 ¶ 38; that the server
device “may re-evaluate . . . the amount of bandwidth
available to be used for accelerated streaming” and “[t]hus,
steps 204-208 could be repeated multiple times while fast
streaming,” J.A. 764 ¶ 45; and that “the accelerated rate
may be reduced” when “a problem with the streaming,”
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such as a loss of data packets, is “detected,” J.A. 765 ¶ 48.
J.A. 53–54. Avago has not shown reversible error in the
Board’s finding on limitation 1d.
Avago acknowledges that “Patrick discloses reevaluat-
ing the available bandwidth” but maintains that “Patrick
does not disclose changing the transmission rate in light of
the reevaluated available bandwidth.” Avago Opening Br.
at 64. These arguments are reiterations of Avago’s argu-
ments regarding limitations 1b and 1c. See id. (arguing
that “bandwidth” in Patrick refers only to server load, not
network load, and that step 206 teaches the determination
of an upper threshold, not the transmission rate). They fail
for the reasons already set out.
Avago additionally argues that the Board’s reliance on
paragraph 48 of Patrick is “misplaced” because that para-
graph’s discussion of a loss of data packets is unrelated to
bandwidth. Id. at 65. But the Board’s finding that para-
graph 48 “discloses reducing the accelerated rate in re-
sponse to a reduction in available bandwidth” is supported
by substantial evidence. J.A. 53–54. The Board relied on
Dr. Brody’s testimony that a relevant artisan “would have
understood that a packet loss problem during video
streaming is commonly caused by a reduction in the avail-
able bandwidth,” J.A. 667–68 ¶ 99. J.A. 53–54. By ad-
dressing this problem, Dr. Brody testified, “Patrick
contemplates the reduction of available bandwidth during
transmission . . . .” J.A. 66–68 ¶ 99. Avago has not shown
error in the Board’s crediting of this testimony.
D
We turn to Avago’s challenges to the Board’s treatment
of dependent claim 7, which requires, in relevant part, “de-
termining the first time period using a predetermined la-
tency goal.” ’098 patent, col. 19, lines 58–59. The Board
found that “it would have been obvious” to a relevant arti-
san “to modify Patrick’s adaptable accelerated content
streaming method with Mahdavi’s teachings regarding the
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use of a desired latency to determine the initial period and
transmission rate for accelerated transmission of media to
avoid data congestion and to improve customizability of the
user experience.” J.A. 66. Avago argues, first, that the
Board erred in finding that Mahdavi discloses a predeter-
mined latency goal because a relevant artisan would not
understand what Mahdavi’s “desired initial minimum la-
tency” or “factor” meant and, second, that the Board erred
in finding a motivation to combine Patrick and Mahdavi.
Avago Opening Br. at 66–68. What Mahdavi would have
taught a relevant artisan and whether a motivation to com-
bine existed are factual questions, and Avago has not
shown that the Board’s answers are unsupported by sub-
stantial evidence.
1
The Board found that “Mahdavi teaches identifying
bandwidth and startup latency of a media device and in-
creasing the identified bandwidth by a factor which is re-
solved by dividing the minimum initial latency time (e.g.,
the latency goal) by the media player’s identified latency
time.” J.A. 66 (emphasis added). The Board’s finding is
supported by steps 202, 204, 210, 220, and 226 in Figure 2
of Mahdavi and the corresponding portions of the specifica-
tion, which are reasonably understood as a discussion of
how the “minimum initial latency time,” or latency goal, is
used to calculate the factor by which to increase the
streaming bandwidth. See J.A. 823 fig.2, 830–31 (col. 6,
lines 8–13, 34–46; col. 6, line 58, through col. 7, line 2; col.
7, lines 12–18); supra Part I.B. The Board’s finding is fur-
ther supported by testimony from Netflix’s expert, Dr.
Brody, that “the desired initial minimum latency is a la-
tency goal and the latency goal is predetermined.” J.A.
707–12 ¶¶ 161–66 (Brody decl.); see J.A. 66 (citing petition
at J.A. 156–59 (discussing Brody decl.)). Avago has not
shown error in the Board’s decision to credit that expert
testimony.
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Substantial evidence also supports the Board’s findings
that a relevant artisan “would have understood [Mah-
davi’s] description” of “using a ‘factor’ in its calculations,”
J.A. 66, and that “the Petition explains sufficiently how
Mahdavi’s factor is used,” J.A. 67. Mahdavi states that
“the factor is readily resolved by dividing the minimum in-
itial latency time represented in seconds or milliseconds by
the media player’s identified latency in like time units.”
J.A. 830–31 (col. 6, line 65, through col. 7, line 2). And Dr.
Brody testified that a relevant artisan would understand
this description and provided an example calculation. J.A.
701–02 ¶ 153 & n.3, 707–12 ¶¶ 161–66; see J.A. 66–67 (cit-
ing Netflix’s petition at J.A. 151, 156–57 (discussing Brody
decl.)).
2
The Board’s finding of a motivation to combine Patrick
and Mahdavi is also adequately supported. J.A. 66–67.
The Board found that it would have been obvious “to mod-
ify Patrick’s adaptable accelerated content streaming
method with Mahdavi’s teachings regarding the use of a
desired latency to determine the initial period and trans-
mission rate . . . to avoid data congestion and to improve
customizability of the user experience.” J.A. 66 (emphasis
added). Dr. Brody testified that Mahdavi disclosed a need
to avoid data congestion; that “Patrick discloses a need to
customize the video streaming to different users,” based on
Patrick’s disclosure of how different percentages may be
applied to the total bandwidth to calculate the currently
available bandwidth; that a relevant artisan would have
recognized that startup latency is “closely related” to the
amount of bandwidth available for streaming; and that a
relevant artisan thus would have been motivated to “adopt
a solution that allows direct control of the startup latency.”
J.A. 702–06 ¶¶ 155–57 (Brody decl.) (discussing Mahdavi
at J.A. 830–31 and Patrick at J.A. 763 ¶ 33); see J.A. 66
(citing Brody decl.). Avago has not shown that the Board
erred in relying on that testimony.
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AVAGO TECHNOLOGIES INTERNATIONAL SALES PTE. LTD. v.
NETFLIX , INC.
17
III
We have considered Avago’s other arguments and find
them unpersuasive. We affirm the decision of the Board.
AFFIRMED
Case: 23-1815 Document: 39 Page: 17 Filed: 02/27/2025

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