Presentation on theme: "STARTAP annual meeting Stockholm, June 5 th 2001."— Presentation transcript:
STARTAP annual meeting Stockholm, June 5 th 2001
Agenda The difficulty of predictions Transoceanic (over)capacity Slowdown and rebound The optical future is no illusion
The difficulty of predictions and forecasts In october 1994 Teleglobe inaugurated Cantat-3 with two fiber pairs, capacity of 5gigabit (2x2.5Gb) linking Canada to the UK, Germany, Denmark, Iceland and the Faroe Islands. –Doubled the capacity under the atlantic –155mb was earmarked for data –Engineering estimated 17years to fill the cable
What happened since The internet tsunami took everybody by surprise. Cantat-3 was full in less than 3 years. Five years later cables of 1000 times the capacity of Cantat-3 are being installed. Deregulation and ease of acces to capital created a multitude of new carriers and a cornucopia of transmission capacity. This in turn now makes it relatively easier and less costly to deploy worldwide networks such as Teleglobes GlobeSystem.
GlobeSystem 160 major global markets Advanced services for carriers, ISPs, content providers and corporations Over 400,000 route miles Next generation technology US$5B investment over 4 years
The battle of the Atlantic Capacity coming onlineGbps* RFS –Level 3/Global Crossing (Project Yellow)1,2803Q00 –TAT-14 (Club) 640 4Q00 –FLAG Atlantic-1 (FLAG/GTS)2,560**2Q01 –Hibernia (360networks, Inc.)1,9202Q01 –Atlantic Crossing -2 (Global Crossing)2,560***1Q01 –TyCom Global Network2,5604Q01 –OxygenNo Go! –Total8,960 * = Design capacity ** = Teleglobe buying 2 fibers *** = Cancelled, AC-2 joining Level 3 Does not include C&W Apollo cable (RFS 2003)
Transpacific cables up to June 2001 TPC-5 China-US Japan-US PC1
Transpacific Terabit capacity ? FLAG PACIFIC-1 project Dual cable system linking major Internet hub cities Los Angeles, San Francisco, Seattle, Vancouver and Tokyo Southern branch through Hawaii, Northern via Aleutians Designed to provide 5.12 Tbps fully protected capacity. Alcatel awarded supply contract for submarine system Planned RFS date: mid 2002 Expected to commence service at 160Gbps Cost: US$1.2 billion Overall lenghth of 22,000km
Could there be oversupply? Atlantic supply exceeds conventional demand forecasts: strong downward price pressure ! Gbps This does not include C&W Apollo cable project: additional 8 terabit for planned for 2003
Oversupply in the US ? Carriers spent much of the several years tearing up streets and laying down fiber routes as if demand knew no bounds. But now the utilization rate of that vast network is a staggeringly low 2.5% according to Merrill Lynch& Co. Telecom equipment analyst Tom Astle. Business Week, April 9th 2001
Telecom meltdown? Telecom debt USA plus Europe :US$700 billion 100 billion could default or restructure US comm spending 2000: US$124 billion; 25% year over tear increase from 1996 to 2000; expectation for 2001: -15%, 2002: flat Teligent, Northpoint, Winstar, ICG, PSInet etc. file for bankrupcy protection; Covad, 360Networks have difficulties.
How did we get into this predicament? Deregulation combined with the internet and wireless boom led to wild spending and « irrational exuberance » by established telecom carriers and start-ups. The 1996 US Telecom act and European deregulation promised access to a US$300 billion market growing at 10% p.a. Get rich quick model by 1996 purchase of MFS by Worldcom for US$14billion or 6 times the value of assets put in the ground was emulated by lots of start-ups and facilitated by the abundance of equity capital.
End of the never ending high-revenue growth The perfect storm of sky high investments combined with the proliferation of competitors and spectacular advances in fiber transmission and processor capacity led to too much of a good thing. Economics similar to railroads: once the money is sunk into the ground, incremental cost to provide the service is almost nil. While capital spending grew by 25%, revenue growth remained stuck around 10%. Long-distance per minute revenue collapsed; the price of a NY-London STM1 went from US$ 12million to less than US$2 million between 1999 and 2001.
For when the upturn? The BW 2 year theory Postulate: after 18% growth in 99 and 23% in 00, growth in 01 and 02 will be 3 to 5% Reasoning: –Slowdown would bring the industry 5 y growth back to its long-term average of 12% –3 to 5% growth-rate not unprecedented: for the and tech slowdowns the 2 y growth rate was 4% and 2.5% respectively Return of 30 to 50% growth rate unlikely in foreseeable future; more likely 20% range.
Who will be the beneficiaries? With more consolidation and less capital for start-ups competition on the local access risks disappearing. Even the promise of local access competition from cable TV companies seems to be receding Local phone companies such as Verizon, SBC, Bellsouth, Bell Canada continue to produce steady financial results with relatively little competition in core local access and capitalize on BB internet and wireless. New generation carriers: Qwest, Level3, GC, Tycom, Williams, Broadwing et all: Darwinian process in progress.
Dare to extrapolate for the next 5 years? Will Moores law and related laws for growth of fiber transmission capacity and internet growth continue to apply? Probably The laws of gravity still apply, even in the New Economy. Progress alternates between periods of exponential growth and plateaus were the progress is absorbed. Progress continues unabated: –Alcatel tested 10Tb over single fiber with 256 channels at 40Gb and demonstrated 3TB over 7300km using wide band EDFA –Intel announced chipsets for OC192 and 10GbE –Ciena announces 160 channels at 25GHz spacing –Although traditionally spacing in GHz=2.5x channel capacity in Gb Ciena claims to have 10Gbps using 12.5GHz spacing in lab
The optical future is no illusion Most major carriers are committed to an optical backbone as a cost effective way to meet the increasing bandwidth demands. R&E, community and condominium fiber projects help accelerate the extension of capilarity all the way to schools, businesses and homes Optochips will do for telecom what microprocessors have done done for computers. They will usher in vast increases in power along with huge savings in cost. (Otis Port in BW May 14th) Commitment of heavyweights such as Intel and progress in optical switches, tunable lasers, use of indium-phosfide chips. Most important: US$6.4 billion in VC for photonics (71 deals since 96) June 4th FT quoting Merrill Lynch: Spending on optical will grow by more than 30% p.a. over the next 5 years despite the bust in other parts of the equipment market.
The need for next gen applications. Once the carriers will saturate their DSL and cable access markets for « high speed » internet access what then? What happened to HDTV? Where is HD Video-conf? Desktop video-conf? Interactive cubicle? Are the next gen killer apps in interactive entertainment? Sony deal with AOL and Realplayer is a first step. Hot products these days are local HD (DVD players, home theaters, high res digital cameras). Cable TV down load of movies was supposed to make the local video store obsolete years ago. Hot telecom products are not high-speed but relate more to mobility and universal (wireless) accessibility
Satellite will continue to play a crucial role to connect many countries, even in an increasingly optical world.