Acceleron, LLC owns U.S. Patent No. 6,948,021, which discloses a computer-network appliance containing several hardware modules that can be removed and replaced while the appliance remains on. The Patent Trial and Appeal Board of the Patent and Trademark Office instituted inter partes review of the '021 patent based on Dell Inc.’s petition under 35 U.S.C. § 311 et seq. After conducting the review, the Board confirmed the validity of claims 14-17 and 34-36. Dell appeals those rulings, primarily challenging the Board’s finding that the key prior-art reference fails to disclose a particular claim element. Acceleron, for its part, appeals the Board’s cancellation of claims 3 and 20 as anticipated. As to claim 20, Acceleron challenges the Board’s claim construction, *1295 and as to claim 3, Acceleron challenges as procedurally improper the Board’s reliance on a basis first raised -during the oral argument before the Board.
We affirm the Board’s confirmation of claims 14-17 and 34-36. We vacate the Board’s cancellation of claim 20 and remand for reconsideration of anticipation under the correct claim construction. We vacate the cancellation of claim 3 and remand for reconsideration of anticipation as appropriate.
Background
The '021 patent discloses a computer-network appliance containing a number of hot-swappable components, meaning that those components can be removed and replaced without turning off or resetting the computer system as a whole. '021 patent, col. 1, lines 13-16, 26-28. Figure 1 is illustrative:
[[Image here]]
Fig. 1 C021 PATENT)
As shown in Figure 1, the hot-swappable components disclosed in the '021 patent include central-processing-unit (CPU) modules 102(a)-(e), a power module 106, a microcontroller module 108, and an ether-net switch module 110. Each of those modules is connected to a common back-plane board 104. A chassis 150 encloses the board and collection of modules. The chassis may also contain caddies 152 that hold the modules while providing air flow from the front to the rear of the chassis. Id., col. 2, lines 5-6; id., col. 3, lines 32-34.
Claim 20, one of the claims at issue here, reads:
20. A computer network appliance comprising:
a hot-swappable CPU module;
a hot-swappable power module;
a hot-swappable ethernet switch module; and
a backplane board having a plurality of hot swap mating connectors; and
a microcontroller module and a dedicated ethernet path, wherein the dedicated ethernet path is separate from a switched fast ethernet connection and provides the microcontroller module with a connection to remotely poll the *1296 CPU module, the power module and the ethernet switch module;
wherein each of the CPU module, the power module and the ethernet switch module includes a hot swap connector for connecting with a specific hot swap mating connector of the backplane board.
Id., col. 10, lines 18-33.
Claim 1, which is not itself at issue here, is similar to claim 20 in all ways relevant to this appeal (though it does not require a microcontroller module). Id., col. 9, lines 2-15. Claim 3, which is at issue here, depends indirectly (via claim 2) on claim 1 and adds:
wherein the chassis comprises caddies providing air flow from the front to the rear of the chassis.
Id., col. 9, lines 20-22.
The other claims at issue here involve the '021 patent’s disclosure of interactions between the claimed computer-network appliance and other devices on the network to which the appliance is connected. In particular, the patent describes a CPU module that includes a basic inpui/output system (BIOS) for, among other things, instructing a “network attached storage (NAS)” to locate an operating system from which to boot the CPU module remotely. Id., col. 2, lines 23-29. Claim 14, the key NAS claim at issue here, depends on claim 1 and adds:
wherein a CPU module comprises hardware BIOS for configuring the CPU module and instructing a network attached storage (NAS) to locate an operating system (OS) from which to boot.
Id., col. 9, lines 63-67. Claims 15-17 are similar to claim 14 in that they involve “a CPU module [ ] configured to boot remotely from ah OS located in an NAS,” id., col. 10, lines 1-11, as are claims 34-36, which involve “locating an' OS in an NAS to boot the CPU module,”- id., col. 12, lines 24-38.
Dell petitioned for inter partes review of the '021 patent under 35 U.S.C. § 311(a). As relevant here, Dell argued that U.S. Patent No. 6,757,748 to Hipp anticipates claims 3,14-17, and 20 and that claims 34-36 would have been obvious over Hipp in view of U.S. Patent No. 6,157,974 to Gas-parik. Gasparik’s teachings are not at issue in this appeal.
The primary reference, Hipp, describes a network interface card that coordinates traffic between multiple Web server processing cards over one or more networks. '748 patent, col. 2, lines 21-23. Each web server processing card is a single-board computer, id., col. 7, line 58, and includes a BIOS with instructions for sending information from a program, to a hardware device, id., col. 10, lines 47-51. Hipp also discloses a storage server providing “network attached storage (NAS),” id., col. 5, lines 35-36, chip sets on the web server processing cards capable of booting from a local-area network, id., col., .9, lines 61-62, and web server processing cards capable of running on different operating systems, id., col. 8, lines 23-30.
Hipp’s Figure 12 shows a chassis encasing web server processing cards 132-42 and 32 and power supplies 280:
*1297 [[Image here]]
Id., fig. 12; id., col. 16, lines 6-13, 62-64. The chassis also includes power-supply mounting mechanisms 278. Id., col. 16, lines 62-64. An articulating door 262 is connected to the front of the chassis. Id., col. 16, lines 10-15. In its petition, Dell argued that Hipp’s articulating door 262 performs the same function as the caddies in claim 3 of the '021 patent.
The Board, exercising authority delegated by the PTO Director, 37 C.F.R. § 42.4(a), instituted review of the claims listed above (among others). The Board then conducted the review under 35 U.S.C. §§ 6(b)(4), 316(c). Acceleron submitted its post-institution “patent owner response,’’ as expressly authorized by 37 C.F.R. § 42.120, arguing the validity of the claims at issue. Dell submitted a reply maintaining its invalidity position, as implicitly authorized by 37 C.F.R. § 42.24(c)(1). In that reply, Dell argued that the caddies required by claim 3 are found not only in Hipp’s articulating door 262 (previously argued) but also in Hipp’s power-supply mounting mechanisms 278 (newly argued). Acceleron requested a conference call with the Board to address invalidity arguments newly raised in Dell’s reply and to seek authorization to move to strike those arguments or, in the alternative, permission to file a sur-reply. The Board refused to hold a conference call and denied Acceler-on authorization to move to strike.
The Board heard oral argument, as authorized by 35 U.g.C. § 316(a)(10) and 37 C.F.R. § 42.70. During the oral argument, Dell continued to rely on, Hipp’s articulating door 262 and power supply mounting mechanisms 278 as , caddies, but it also added a new argument. For the first time it contended that Hipp’s Figure 12 shows (unlabeled) “slides” located below the power supplies 280 and that such slides also constitute caddies. Acceleron disagreed with that contention on its merits and also objected ■ on the procedural ground that Dell had never before identified the alleged slides as caddies.
In its final written decision under 35 U.S.C. § 318(a), the Board determined, among other things, that claims 14-17 survived Dell’s anticipation challenge and claims 34-36 survived Dell’s obviousness challenge, but that claims 3 and 20 are anticipated by Hipp.
Dell Inc. v. Acceleron, LLC,
IPR2013-440,
The Board found that claim 20 is anticipated by Hipp. The Board concluded that claim 20 does not require the microcontrol-ler module to be programmed for remote polling, but requires only that the claimed dedicated ethernet path would allow remote polling if the microcontroller module were so programmed. Under that construction, the Board found that Hipp meets the claim element involving polling because Hipp’s disclosed 12C bus could be used for polling.
The Board found that claim 3 is anticipated by Hipp. The Board relied exclusively on its agreement with Dell’s contention that Hipp Figure 12 shows “slides” — the Board used a plural — -that are caddies as required by claim 3.
Dell,
Dell appeals under 35 U.S.C. § 319, challenging the Board’s confirmation of claims 14-17 and 34-36. Acceleron cross-appeals the cancellation of claim 20 and claim 3. We have jurisdiction under 28 U.S.C. § 1295(a)(4)(A).
Discussion
We review an anticipation determination and factual findings underlying a non-obviousness determination for substantial evidence, and we review an ultimate determination of non-obviousness de novo.
Belden Inc. v. Berk-Tek LLC,
We first consider the Board’s finding as to the teaching of Hipp relevant to claims 14-17 and 34-36. We then review the Board’s rulings on claim 20 and claim 3.
A
The Board found that Hipp does not disclose a CPU module that includes a BIOS for instructing a “network attached storage” to locate an operating system from which to boot the CPU module, as required by claim 14. That finding is supported by substantial evidence, and we therefore affirm the Board’s non-anticipation ruling as to claim 14 and claims 15-17 and its non-obviousness ruling as to claims 34-36.
We begin with claim 14. The Board accepted Dell’s contention that Hipp discloses (a) a CPU module (“web server processing card”) that includes a BIOS, can run on different operating systems, and can boot from a local-area network and (b) a server 54 that “provides network attached storage (NAS)” among the devices on the network.
See Dell,
Acceleron’s expert, Mr. Putnam, explained that, even- if Hipp teaches that the CPU can boot from software located somewhere on the network, “there is no specific teaching or suggestion [in Hipp] to boot the web server cards from the NÁS or to instruct the NAS to locate an operating system from which to boot.” J.A. 1768, ¶ 60 (emphases added). No evidence required the Board to reject Mr. Putnam’s reading of Hipp. Dell’s expert, Dr. Horst, did not establish the contrary. Indeed, he observed that devices on the Hipp network other than the NAS — a non-volatile storage device, legacy system, and application server — each could store software for the booting. And Dell agrees that a skilled artisan would understand “network attached storage” in Hipp (as in the '021 patent) to refer to a specific kind' of storage device, not to cover any device on the network that stores information. Oral Arg. at 1:30-2:06.
Thus, the Board could properly find that Hipp does not explicitly or implicitly describe its web server processing cards' as programmed to be capable of remotely booting from the NAS. For anticipation purposes, the absence of'such a teaching makes it immaterial whether, as Dell contends, a user of the Hipp system could modify the system to activate such remote booting.
See Nazomi Commc’ns, Inc. v. Nokia Corp.,
The Board determined that Hipp does not anticipate claims 15-17 for essentially the same reasons.
Dell,
The Board likewise determined that claims 34-36 would not have been obvious over Hipp and Gasparik for the same reasons that Hipp did not anticipate claim Í4. Before the Board, Dell did not develop an argument for the invalidity of claims 34-36 separate. from its arguments concerning claims 14-17. See Oral Arg. at 7:48-8:36. For that reason, we also affirm the Board’s conclusion that those claims would not have been obvious over Hipp and Gas-parik.
B
Claim 20 requires “a microcontrol-ler module and a dedicated ethernet path, wherein the dedicated ethernet path is separate from a switched fast ethernet connection and provides the microcontrol-ler module with a connection to remotely poll the CPU module, the power module and the ethernet switch module.” '021 patent, col. 10, lines 24-29 (emphasis added). As Dell and Acceleron agree,, the dedicated ethernet path itself is merely a *1300 conduit: it does not remotely poll but instead provides a connection for the micro-controller module to remotely poll. Accel-eron contends that claim 20 can only be reasonably construed to require that the microcontroller module actually be configured for remote polling. Dell contends, and the Board concluded, that it is enough that there be an ethernet path that would provide a connection for polling if the mi-, crocontroller were configured for, and engaged in, remote polling of the three identified modules. We agree with Acceleron.
The Board’s construction runs counter to the claim-construction principle that meaning should be given to all of a claim’s terms.
Bicon, Inc. v. Straumann Co.,
Claim 22, which depends on claim 20, supports (without unambiguously demanding) the requirement that the microcon-troller module be configured for remote polling.' Claim 22 adds that “the microcon-troller module polls the CPU module on the status of an OS.” '021 patent, col. 10, lines 36-38 (emphases added). That the microcontroller module in claim 22 actually polls the CPU module suggests that the microcontroller module in claim 20 also polls — and thus is configured for polling— the modules listed in that claim. Claim 22’s narrowing of claim - 20 is naturally understood as specifying the subject of the polling: the status of an operating system.
The specification is significant, too. It states that “[t]he microcontroller module uses a dedicated' ethernet path ... to remotely poll the health of the power module 106, the ethernet switch module 108 and the CPU modules 102(a)-102(e).” Id., col. 7, lines 62-65 (emphasis added). That the specification’s most direct support for the claim 20 limitation speaks of the microcon-troller actually engaging in remote polling supports reading the claim language to require that the controller be configured for such remote polling. Further support along similar lines comes from other passages. Id., col. 7, line 65, through col. 8, line 2 (“The microcontroller module communicates with other modules using an I2C bus that gathers status information, logs the results and provides the log to the management software either actively (should a failure is [sic] detected) or as part of a routine poll.”); id., col. 8, lines 2-5 (“The microcontroller module 108 also gathers information relating to the voltage levels, CPU temperatures, fan RPMs and CPU module OS stability.”).
In context, we conclude, the Board’s construction of claim 20 is unreasonable. Because the Board did not find that Hipp anticipates claim 20 under the correct construction, we vacate the Board’s cancellation of claim 20 and remand for reconsideration under that construction.
C
The Board found claim 3 to be anticipated by Hipp. For the required “caddies” element, the Board relied exclusively on what it found to be “slides” shown (without separate numbering) in Figure 12 of Hipp *1301 as lying beneath the power supplies 280. That structure was first identified as meeting .the “caddies” claim limitation during the oral argument before the Board. . We vacate the Board’s ruling, holding that the Board denied Acceleron notice and a fair opportunity to respond to this basis of cancellation.
“A patent owner in [Acceleron’s] position is undoubtedly entitled to notice of and a fair opportunity to meet the grounds of rejection.”
Belden,.
In this case, the Board ..denied Ac-celeron its procedural rights by relying in its decision on a factual assertion introduced into the proceeding . only at oral argument, after Acceleron could meaningfully respond. In its petition, Dell argued that the articulating door 262 in Hipp’s Figure 12 performs the same function'as claim 3’s caddies. In its post-institution reply, Dell added that the mounting mechanisms 278 in Hipp’s Figure 12 constitute a caddy. It-was Only at oral argument before the Board that Dell pointed to the structure on which power supplies 280 rest in Hipp’s Figure 12 as meeting the “caddies” requirement of claim 3. Acceleron was given no prior notice of that contention. The oral argument presented no opportunity for Acceleron to supply evidence, whether expert or lay or documentary evidence, about what the Hipp Figure 12 “slides” are (even if there is more than one) and whether they meet all the claim requirements, including the requirement that they allow, ah- flow from the front of the chassis to the rear. Yet the Board relied on that basis, alone for ,an essential part of its anticipation ground of decision.
In its final written decision, the Board dismissed Acceleron’s procedural objection (made at oral argument), concluding that Dell, had pointed .to the “slides” in its reply. We need not .address under what circumstances a cancellation may rely on a key factual assertion made for the first time in a petitioner’s reply. In this case, contrary to the Board’s conclusion, the key factual assertion was not in fact made in Dell’s reply, but only at oral argument. Acceleron has not had the-required opportunity to present evidence on whether the Hipp “slides” meet the claim’s requirements. Because Dell has not shown in this court that there can be no genuine factual dispute on that issue, we vacate' the Board’s cancellation of claim 3 and remand for further proceedings on anticipation of claim 3.
See Ariosa Diagnostics v. Verinata Health, Inc.,
Conclusion
For the foregoing reasons, we affirm the Board’s upholding of claims 14-17 and 34-36; vacate the Board’s cancellation of claim 20 and remand for consideration of that claim under the proper construction; and vacate the Board’s cancellation of *1302 claim 3 and remand for appropriate proceedings on that claim.
Costs awarded to Acceleron.
AFFIRMED IN PART, VACATED IN PART, AND REMANDED