News Analysis   More News Analysis

Cisco's One Big Architecture

The merging of new technologies, like Web 2.0 and video, is going to create one large architecture, much as the combining of disparate network devices did in the '90s, Cisco Systems Inc. (Nasdaq: CSCO) CEO John Chambers told analysts this morning.

Opening C-Scape 2008, the company's annual analyst event, Chambers gave his usual spiel about how Cisco has predicted the major market transitions in recent history, using that evidence to back up the company's vision of the network's future.

Specifically, Chambers sees an opportunity to knit together the islands of Web 2.0 activity -- applications from Facebook , Twitter Inc. , Cisco's own WebEx Communications , and so on -- into one architecture.

Ideally, the user wouldn't necessarily know which application is doing what function, much the way a network runs without anyone paying attention to whether it's a router or a switch doing a particular task.

"We're going to attempt to do an instant replay, architecturally, of what we did before," Chambers said.

"Before" refers to Cisco's overtaking of the entire network, from the decision to sell switches and routers up to today's efforts to combine routers, security, video, and other functions into what's often called an end-to-end offering. (See Cisco's Video Transformation and Cisco Pumps Up the Edge.)

What Cisco gets out of this, of course, is higher network utilization, driving a greater need for routers and for whatever architecture it makes out of Web 2.0. The company itself, in using all these collaboration and video tools, saw its internal network loads increase 400 percent this year. "I think that's 600 percent next year," Chambers predicted.

Collaborative tools, he said, are helping Cisco employees understand their roles in the company's efforts -- especially now that the company wants to cut $1 billion in expenses in fiscal 2009, which ends in July. (See Cisco Predicts Q2 Plunge.)

No major Cisco event is complete without a demo, and today's involved looking at the possibilities of corporate communities on the Web. For example, groups can post their own videos explaining projects and goals, and share them with the rest of the company.

Cisco's most visible use of collaborative ideas was the creation of a council in place of a single chief development officer (CDO), giving Chambers a cross-technology group of executives acting as a combined second-in-command. (See Changes Run Deep at Cisco.) It took time, he said, but the CDO Council is now functioning smoothly.

"I have almost no friction at the top in Cisco, for the first time in my career," Chambers said. Of course, this comes several months after a couple of key players at the top departed. (See Giancarlo Quits Cisco, Paddles to Silver Lake, Ullal Calls It Quits at Cisco, Is Nuova Needling Cisco's Brass?, and Ullal Lands in the Cloud.)

The architecture concept extends to Cisco's ambitions for consumer markets -- an area that will get a lot of attention from Cisco in the coming year, Chambers noted briefly.

One example here is Cisco's plans for sports. Cisco is putting its name on the the future stadium of the Oakland A's, potentially opening in 2012, and is pushing hard to wire up other stadiums with technology. (See Cisco Field Update and Cisco's Field of Dreams.)

The goal isn't just to show off at the ballpark, but to meld together elements of home viewing and the ballpark experience. (Presumably that doesn't include getting a beer spilled on you at home.)

"We've already got the top two franchises in [U.S.] sports. The Yankees have signed with us. The Cowboys have signed with us. That was no accident," Chambers said.

Chambers, a self-professed A's fan, also noted: "I caught unbelievable grief being in New York and in a Yankees uniform" at the photo-op announcing the Cisco/Yankees partnership.

— Craig Matsumoto, West Coast Editor, Light Reading

Newest Comments First       Display in Chronological Order
Frank
User Ranking
Wednesday December 10, 2008 5:37:10 PM
no ratings
Ideally, no single entity would mold the future architecture of Internet. During a much simpler time, going back ten years or so, the company came out with its "New World Network" architecture, mainly for large institutions and enterprises in particular, to address the proliferation of IP growth stemming from the unification of many disparate network overlays and disparate topologies. Kinda like what we're seeing now in the case of socialnets and cloud constructs. You may recall that the prescription back then called for the hierarchical ordering of network elements in virtually every large office complex, specifying switching/routing elements for the access --> distribution --> aggregation --> core (and then back again, i.e., core --> aggregation --> distribution --> access levels), whether all of those hop$ were actually needed or not. It's taken many years for some IT departments to recognize (and many of them still don't get) the fact that they would have been just as well off, and very likely incurred much less cost, had they gone with a relatively flat architecture. So indeed, as you asked: Is this the right outfit to be undertaking a 2.0 version of what they produced (since they're actually pointing to it as a success stofy) in their earlier 1.0 version?
Craig Matsumoto
User Ranking
Wednesday December 10, 2008 11:54:06 AM
no ratings
'Course, this raises the same question Cisco (or Microsoft) usually raises: Even if Web 2.0 needs to be knit together, is Cisco the right company to be doing that?

Same for your home network, although it's going to be interesting seeing what Cisco tries to accomplish there.
LIGHT READING MARKET PLACE
Virtual Network Tool Guide
Choose the Right Tools with Our Online Guide and Resolve Network Issues Faster.
Conferencing System
Enter Now to Win Two Polycom Video Conferencing Systems. Details Here!
The Time is Now for FCoE
Join Cisco and its partners for a live informative webcast on 12/10/09
Download a Free Trial of Windows 7
Reduce Management Costs and Improve Productivity with Windows 7
Avoid Risky, Single-Server Architecture
Improve Your Website Performance with Content Distribution Networks.
The blogs and comments are the opinions only of the writers and do not reflect the views of Light Reading. They are no substitute for your own research and should not be relied upon for trading or any other purpose.
Tech Resources
Ethernet Academy Ad
White Papers SPONSORED CONTENT
Featured
Podcasts SPONSORED CONTENT
Services Transformation - by Alcatel-Lucent Communications service providers want to be able to bring new services to...
Rural Ops Bridge the Digital Divide - by Tellabs Tellabs helps IOCs build triple play networks
Driving Network Transformation - by Alcatel-Lucent In order to deal with competitive pressures, the change in service models...
Back(haul) to the Future - by Tellabs Tellabs works with Vodafone to meet growing mobile broadband demands.
MRS Logistica - by Tellabs Tellabs helps MRS Logistica transform its existing, largely outdated TDM networks to IP.
Carrier Ethernet Offers an Enterprising Solution - by Tellabs What is VPLS and how does it work? Tellabs takes a closer look.
Swisscom’s Network Makeover - by Tellabs Fresh off the launch of 7.2 Mbps HSDPA, Swisscom sees 3G as an opportunity to launch a unifying ...
Telecom in Namibia - by Tellabs Tellabs helps Telecom Namibia with next-gen challenges
Companies
Alcatel-Lucent (5872), AT&T (1948), BellSouth (848), BT (1287), Cablevision (615), Cisco (5297), Comcast (1910), Cox Communications (858), Deutsche Telekom (807), eBay (Skype) (345), Ericsson (1617), France Telecom (964), Google (489), Huawei (1045), Intel (1127), Juniper (2022), Microsoft (1115), Motorola (1486), Nokia Siemens Networks (2645), Nortel (3956), NTT (173), Siemens (1359), Sprint (1059), Telefonica (439), Time Warner Cable (969), Verizon (2587), Vodafone (510), Yahoo (339)

Broadband
Access equipment (2169), Access technologies (2378), Broadband loop carriers / multiservice access nodes (388), Cable modem termination systems (CMTSs) (1104), Cable TV chips (286), DSL (2425), DSL chips (227), DSLAMs (703), Free-space optics (35), FTTx (3265), Gaming consoles (58), Gaming servers (22), Media adapters (23), Municipal networks (106), PON (1364), PON chips (217), Satellite (497), WiMax (880), Wireless LAN (354)

Cable Digital
Cable Modems (681), Cable/MSO equipment (2802), CableLabs (470), Compression (MPEG-2 and MPEG-4) (279), Docsis (1046), Embedded multimedia terminal adapters (E-MTAs) (213), Head-ends (233), PacketCable (129), QAM (307)

Chips, Components & Subsystems
ASICs & FPGAs (101), ATCA (480), ATM chips (13), Comm chips (2360), Dispersion compensators (149), Lasers (920), Modulators (163), Mux/demuxes (299), Network processors (933), Optical amplifiers (349), Optical channel monitors (92), Optical components (2824), Speciality fiber (94), Switches & OADMs (397), Transceivers (1247), Transmission fiber (419), Variable optical attenuators (139)

Ethernet
10-Gbit/s Ethernet switches (1454), Access devices (272), ATM switches (333), Circuit emulation (16), Converged access (103), Ethernet chips (573), Ethernet equipment (2212), Ethernet over copper (231), Ethernet PONs (160), Ethernet services (1909), Ethernet technologies (568), Multipoint (131), Multiservice edge equipment (143), Multiservice provisioning platforms (622), Multiservice switches (389), PBT (Provider Backbone Transport) (256), Point-to-point (139), Pseudowire (Layer 2 tunnels) (132)

IP & Convergence
B-RASs (229), Cell/WLAN (77), Compression equipment (13), Core routers (1294), DNS (56), Edge routers (1686), ENUM (53), Fixed/Mobile Convergence (485), GMPLS (76), IMS (1088), IMS Control Layer (27), IMS Service Layer (27), IP equipment (1224), IP software (381), IP technologies (1482), IPv6 (99), Layer 3 VPNs (194), MPLS (1774), MPLS (687), Multicast (36), P2P (258), Pseudowire (Layer 2 tunnels) (132), QOS (350), SIP (396), Traffic managers (808), Wireline/Wireless (59)

Mobile/Wireless
3G Evolution (175), Broadcast (Mobile TV, etc.) (189), Carrier WiFi (226), CDMA (3G) (367), Core Network (173), EV-DO (126), Femtocells (30), Fixed Wireless (Microwave, etc.) (71), Fourth Generation (4G) Wireless (70), GSM/EDGE (430), HSDPA/HSUPA (321), IMS Core (47), Long-Term Evolution (LTE) (188), Mobile Advertising (24), Mobile Music (31), Mobile TV (130), Mobile Video (65), Mobile WiMax/WiBro (92), Mobile/Wireless (5877), Packet Core (61), Radio Access Network (236), TD-SCDMA (Chinese 3G) (67), Transmission (38), Ultra-Mobile Broadband (UMB) (8), UMTS(3G) (340), Voice Core (21), WiMax (880), Wireless Backhaul (272), Wireless Chips (191), Wireless LAN (354)

Optical Networking
40-Gbit/s transmission (452), Core optical switches (760), CWDM (289), DWDM (1842), Long-haul WDM equipment (654), Metro optical switches, ROADMs (1173), Metro WDM equipment (773), Multiservice provisioning platforms & add/drop muxes (375), Optical equipment (2191), Optical switches & crossconnects (398), Optical technologies (417), Sonet/SDH (1036), Sonet/SDH chips (351), Wavelength services (305)

Security
Anti-virus (29), Denial-of-service attacks (44), Encryption (97), Endpoint security (22), Firewalls (61), Intrusion detection & prevention (45), IPSec VPN (801), Security (1835), SSL VPN (862), URL filtering (12), User authentication (24)

Services Software
Activation (415), Billing systems (761), Content/software downloads (231), Customer relationship management (231), Data Integrity (61), Element management systems (36), Fault management (69), Inventory management (153), Mediation systems (204), Messaging (231), Middleware (72), Mobile location (41), OSS (2584), Performance monitoring (335), Policy control (269), Provisioning (553), Revenue assurance & fraud management (334), Service delivery platforms (SDPs) (328), Service management (220), Service-oriented architectures (310), Services (2480), Web gateways (56), Web services (124), XML (51)

Test & Measurement (Sponsored by Etaliq Inc)
Access equipment Access test & measurement equipment (126), Comm chips Comm chips test & measurement equipment (29), Ethernet equipment Ethernet test & measurement equipment (170), IP equipment IP test & measurement equipment (122), MPLS MPLS test & measurement equipment (14), Optical components Optical components test & measurement equipment (113), Optical equipment Optical test & measurement equipment (886), OSS OSS test & measurement (1059), Sonet/SDH Sonet/SDH test & measurement equipment (1599), Test & measurement (1755), VOIP equipment VOIP test & measurement equipment (145)

Video (Sponsored by Ericsson Televisionary)
Broadcast (Mobile TV, etc.) (189), Broadcast video equipment (including encoding) (730), Content delivery network (CDN) (394), Content protection (270), DVRs (665), Internet Video (840), IPTV (3461), Middleware & business support systems (845), Set-top boxes (1624), Stored video servers (379), TV (3581), Video equipment (2448), Video services (4130), Video software (1349), Videophone (185), VOD (2635)

VOIP
Application servers (186), Centrex (198), Conferencing (78), Contact centers (38), Enhanced voice (34), Enterprise (637), Media gateways (357), Messaging (73), Presence management (43), Residential (835), Session border controllers (398), Signaling gateways (104), Softswitches (1090), VOIP chips (167), VOIP equipment (3423), VOIP services (3768), VOIP software (620), VOIP VPNs (28), Wholesale (220)