forecasting market structure in u.s. telecoms george s. ford, phd chief economist phoenix center

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Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

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Page 1: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Forecasting Market Structure in U.S. Telecoms

George S. Ford, PhDChief EconomistPhoenix Center

Page 2: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Unbundling Framework

“…we clarify that we evaluate impairment with regard to the capabilities of a reasonably efficient competitor.” This “efficient competitor” idea is meaningless. If a carrier

is inefficient in all but the element it needs, then it should get the element. Competition will kill it. The term “efficient competitor” is just another word on the list of things to say often, along with “competition,” “innovation,” and “investment.”

Page 3: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Unbundling Framework

“…prohibit the use of UNEs for the provision of telecommunications services in the mobile wireless and long-distance markets, which we previously have found to be competitive.” 1. Blatantly anticompetitive. Competition drives prices to

costs, and if a monopolized input can be acquired at a lower cost, then competitive prices will fall.

2. Affects UNE-L entry strategy (discussed later).

Page 4: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Unbundling Framework

“…we draw reasonable inferences regarding the prospects for competition in one geographic market based on the state of competition in other, similar markets.” Whether or not the inferences are “reasonable” can only be

determined later. The FCC’s inferences have been horribly unreasonable in the past

Triggers Special Access Do the inferences cross supply techologies?

Page 5: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Unbundling Framework

we … determine that … a general rule prohibiting access to UNEs whenever a requesting carrier is able to compete using an incumbent LEC’s tariffed offering would be inappropriate.Conflicts with Point 1 – no UNEs in competitive

markets“able to compete”

Page 6: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Dedicated Transport

Competing carriers are impaired without access to DS1 transport except on routes connecting a pair of wire centers, where both wire centers contain at least four fiber-based collocators or at least 38,000 business access lines. Where do these numbers come from? Are the fiber based colocators the same in each

office, so that is reasonable to assume that there is a non-ILEC transport between the offices?

Page 7: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Dedicated Transport

“Competing carriers are impaired without access to DS3 or dark fiber transport except on routes connecting a pair of wire centers, each of which contains at least three fiber-based collocators or at least 24,000 business lines.” Where do these numbers come from? Are the fiber based colocators the same in each office,

so that is reasonable to assume that there is a non-ILEC transport between the offices?

Why fewer collocators (probably scale argument) but fewer lines (antiscale argument)?

Page 8: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Dedicated Transport

During the transition periods, competitive carriers will retain access to unbundled dedicated transport at a rate equal to the higher of (1) 115% of the rate the requesting carrier paid for the transport element on June 15, 2004, or (2) 115% of the rate the state commission has established or establishes, if any, between June 16, 2004 and the effective date of this Order. Why 15%? Why does the FCC now have the authority to set UNE rates

(“the lower of”) (is this a stance on 271 pricing?)

Page 9: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

High Capacity Loops

Competitive LECs are impaired without access to DS3-capacity loops except in any building within the service area of a wire center containing 38,000 or more business lines and 4 or more fiber-based collocators. Why back to 38k lines? It is silly to argue that the trunk-side economics have

anything to do with the line-side economics Any evidence that colos correlate to port-side deployment?

Page 10: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

High Capacity Loops

Competitive LECs are impaired without access to DS1-capacity loops except in any building within the service area of a wire center containing 60,000 or more business lines and 4 or more fiber-based collocators. Again, it is silly to argue that the trunk-side economics

have anything to do with the line-side economics Apparent scale conflict again (60k lines v. 38k lines)

Page 11: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

High Capacity Loops

The High Capacity Loop decision is nearly identical to Special Access deregulation

Special Access deregulation has resulted in sizeable price increases, and no price decreases.

Price increases are market power based, not cost-based (PC Policy Paper No. 18)

Page 12: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

High Capacity Loops

“…the Dog returns to his Vomit and the Sow returns to her Mire, and the burnt Fools bandaged finger goes wabbling back to the Fire (Kipling, The Gods of Copybook Headings).”

Page 13: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Switching

“Incumbent LECs have no obligation to provide competitive LECs with unbundled access to mass market local circuit switching.” Can’t wait to hear how this is justified

“We adopt a 12-month plan for competing carriers to transition away from use of unbundled mass market local circuit switching.” It often takes longer than that to deploy a switch What if ILEC slow rolls hot cuts? (higher prices for UNE-

P, no transition)

Page 14: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Switching

This transition plan applies only to the embedded customer base, and does not permit competitive LECs to add new switching UNEs. No growth during the deployment phase of network (a

death sentence?) If a CLEC has 100 customers at the beginning of the

transition and it takes 12 months to get switch up and running, it will have 54 customers at the end (with churn of 5%)

Page 15: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Switching

a rate equal to the higher of (1) the rate at which the requesting carrier leased that combination of elements on June 15, 2004, plus one dollar, or (2) the rate the state public utility commission establishes, if any, between June 16, 2004, and the effective date of this Order, for this combination of elements, plus one dollar. FCC setting UNE rates again 271 play?

Page 16: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Switching (and all elements)

How will unbundling obligations under Section 271 play out?

Page 17: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Consequences

Reduction in UNE availability brings sizeable scale economies back into playHigher Concentration (fewer sellers;

consolidation)*Wholesale Business Plans*Limited/Targeted Market Participation

(markets with high ratio of market size to entry costs/scale economics)

* Phoenix Center Policy Paper No. 12; T. R. Beard, G. S. Ford, and T. Koutsky, Mandated Access and the Make-or-Buy Decision: The Case of Local Telecommunications Competition (Forthcoming Quarterly Review of Economics and Finance 2005; www.aestudies.com).

Page 18: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

UNEs/Facilities-Based Entry

Even without switching, UNE/FBE Plans rely on unbundled elements Loops/Transport/Colocation Will FCC kill these too?

DS1, DS3, Dark Fiber

Will FCC raise price as result of TELRIC proceeding? Will hotcut volumes be sufficient?

Can the industry tolerate such an inefficient method of providing service?

Page 19: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

UNEs/Facilities-Based Entry

UNE-L Strategy Somewhat Dependent on Broadband (increased revenues)“[we] prohibit the use of UNEs for the provision of

telecommunications services in the mobile wireless and long-distance markets, which we previously have found to be competitive (FCC Press Release).”

Page 20: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

UNEs/Facilities-Based Entry

Does FCC decision sabotage access to broadband capable local loops?

Does fiber in network eliminate access to broadband capable local loops

Protective Coupling Device?Device that eliminates broadband capabilities

of copper loops

Page 21: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

BYOB-VOIP

As soon as the ILECs and Cable Co’s decide BYOB-VOIP is dead, it is dead.

FCC unlikely to help Antitrust action inevitable

Page 22: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Mobile Telephony

Wireless SubstitutionAt present, not an economic substitute for

wireline (Phoenix Center PB10) Bell Ownership of Wireless

Worse than eliminating a competitor; it leads to higher than monopoly prices for both wireline and wireless (if substitutes; Phoenix Center PB11)

Page 23: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Mobile Telephony: Divide and Conquer?

BellSouth

LD

BellSouth

Local

SBC

LD

SBC

Local

Verizon LD

Verizon Local

Southeast 1.2% 60.9% 0.1% 0.0% 5.4% 7.9%

West 0.0 0.0 0.0 0.0 4.0 7.4

West Coast 0.0 0.0 0.7 68.8 10.7 17.2

Mid-Atlantic 0.0 0.0 0.0 0 11.7 83.6

Mid-West 0.0 0.0 0.3 61.1 7.9 13.6

Northeast 0.0 0.0 6.7 9.5 28.4 76.9

Southwest 0.0 0.0 23.9 61.4 4.3 7.8

National 0.2 12.0 3.8 27.4 9.3 28.1

Page 24: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Mobile Telephony

Through consolidation of the wireless industry, the Bells will effectively internalize any substitution between the wireless and wireline

Wireless will not reduce market power, but may enhance it

Page 25: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

WiFi - WiMax

Technological potential is a bit sketchy, but promising

Fragmented structure will be problematic for business plans How to charge for this service? Can free service be supported?

What services viably provided over this platform? For what service will it offer an alternative?

Page 26: Forecasting Market Structure in U.S. Telecoms George S. Ford, PhD Chief Economist Phoenix Center

Cable Telephony

VOIP Platforms make Cable Telephony a more viable entry platform

Being deployed in numerous markets Issues

Quality?Availability (ubiquity)?

Most promising competitor in wireline telecom