Midcontinent Communications v. MCI Communications Services, Inc.

CourtDistrict Court, D. South Dakota
DecidedJuly 2, 2019
Docket4:16-cv-04070
StatusUnknown

This text of Midcontinent Communications v. MCI Communications Services, Inc. (Midcontinent Communications v. MCI Communications Services, Inc.) is published on Counsel Stack Legal Research, covering District Court, D. South Dakota primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Midcontinent Communications v. MCI Communications Services, Inc., (D.S.D. 2019).

Opinion

UNITED STATES DISTRICT COURT DISTRICT OF SOUTH DAKOTA SOUTHERN DIVISION

MIDCONTINENT COMMUNICATIONS, 4:16-CV-04070-KES

Plaintiff,

vs. MEMORANDUM OPINION AND ORDER MCI COMMUNICATIONS SERVICES, INC., d/b/a Verizon Business,

Defendant.

Midcontinent Communications (Midco) brings suit against MCI Communications Services, Inc., d/b/a Verizon Business (Verizon). Docket 1. Midco seeks a declaratory judgment and damages against Verizon for breach of contract. Docket 40. Verizon filed a counterclaim seeking damages against Midco for breach of contract and state and federal tariffs. Docket 41. A court trial was held on October 1, 2018. Docket 82. The court finds for Verizon on Midco’s breach of contract claim and Verizon’s breach of contract counterclaim. I. FINDINGS OF FACT The following constitutes the court’s findings of fact under Federal Rule of Civil Procedure 52(a)(1), which were found by a preponderance of the evidence: Verizon is an interexchange carrier (IXC)1 that operates throughout the United States. Docket 70 ¶ 9. Midco, a competitive local exchange carrier (CLEC),2 is a cable company that provides many services, including local

telephone services, to residential and business customers in South Dakota, North Dakota, Minnesota, and Kansas. Id. ¶¶ 1, 3. Midco’s operations in South Dakota, North Dakota, and Minnesota are relevant to this dispute. Id. Midco and Verizon’s business relationship began around 2006. Id. ¶ 10. Midco provides switched-access services to Verizon. Id. ¶ 8. A LEC provides “switched-access service” when it permits IXCs to access its network to

1 There are two types of telecommunications providers, local exchange carriers (LECs) and IXCs. LECs provide the service and own the hardware that connects to individual customers in their local areas. By contrast, IXCs own the hardware that connects different local carriers to each other. An IXC offers long-distance telephone services to end-user customers and transmits long- distance calls between the networks of two LECs. When an individual makes a long-distance telephone call, the call originates on wires and facilities owned by the LEC serving the individual making the call and the call terminates over wires and facilities owned by the LEC serving the individual receiving the call. IXCs pay “originating” and “terminating” access charges to the LECs that serve individuals who initiate and receive long-distance calls, respectively. 2 LECs are divided into incumbent local exchange carriers (ILECs) and CLECs. “ILECs . . . operated as monopolies in a given area until the local phone service market was opened by the Telecommunications Act of 1996, which provided for the emergence of new LECs, the CLECs, to compete with the so-called ‘Baby Bells.’ ” Advamtel, LLC v. AT&T Corp., 118 F. Supp. 2d 680, 681 (E.D. Va. 2000). ILECs are required to file and maintain tariffs setting the rate for access service with the Federal Communications Commission (for purely interstate communications) or the applicable state utility commission (for intrastate communications). In re Establishing Just & Reasonable Rates for Local Exchange Carriers, 2007 WL 2872755, 22 FCC Rcd. 17989 at *17990 (2007) (notice of proposed rulemaking). In general, CLECs may file interstate access tariffs if the rate for access service is no higher than the rate charged for such services by the competing ILEC. Id. at *17994. CLECs may negotiate higher rates with IXCs. Id. Special rules apply to rural CLECs. Id. terminate and originate long-distance calls to and from the LEC’s end-user customers. Id. ¶ 7. When Verizon’s long-distance customer calls or receives calls from Midco’s local customers, Midco charges Verizon for switched-access

services. Id. ¶ 10. Verizon was one of Midco’s largest switched-access customers. Tr. 9-10. A. The Equipment An essential part of a switched-access relationship is a switch. A switch is used to connect networks so that calls can be completed. Tr. 247. A switch has call-routing intelligence, which means the switch can identify the incoming call and properly route it. Id. To classify as a switch, the equipment must have the capability of routing the call to another place, switch, or station loop. Id. A

station loop is the transmission medium from the switch, generally a Class 5 switch, to a specific customer premise. Tr. 171, 247-48. There are a variety of different types of switches in the telecommunication industry. A Class 3 switch is an IXC switch that handles long-distance calls from specific regions. Tr. 251. A Class 3 switch possesses call-routing intelligence. Tr. 342, 343. A Class 4 switch (tandem) connects other tandem and end-office switches together and allows IXCs to have access to all of the end offices that subtend a particular tandem. Tr. 248.3 A Class 5

3 Midco’s federal tariffs define an access tandem as “[a] switching system that provides a traffic concentration and distribution function for originating or terminating traffic between end offices and a Customer’s premise.” Joint Ex. 1 at 7; see Joint Ex. 2, 3, 4 (state tariffs filed in South Dakota, North Dakota, and Minnesota). switch (end office) routes calls directly to and from end users. Docket 70 ¶ 13. To provide dial tone, a carrier must have an end office. Tr. 349. An end-office switch has a trunk connection on one side (connecting the switch to a tandem

or another end office) and a line side on the other part of the switch where the station loops are connected. Tr. 248; Joint Ex. 1 at 8. On the station loop side, the switch identifies to which premise or end user location the call should be routed. Tr. 247-48. Additionally, there is a switch that combines two switches’ functionality into one piece of equipment. A Class 4/5 switch is a combination switch that has the physical capabilities of performing both tandem and end-office switching functions. Docket 70 ¶ 14. “But a Class 4/5 switch’s ability to

perform both functions does not mean that [the switch] actually performs both functions on every call that goes through it.” Id. Since 2006, Midco has operated a single switch in Sioux Falls, South Dakota. Id. ¶ 11. The switch (Sioux Falls Switch) is a GENBAND C20. Tr. 148. The Sioux Falls Switch is a Class 4/5 switch and has the ability to provide both tandem and end-office switching services. Id.; Docket 70 ¶ 14. LECs and IXCs, including Midco and Verizon, use the Local Exchange Routing Guide (LERG), an industry-standard database, to make call-routing

decisions and to review other carriers’ equipment. Docket 70 ¶ 15; Tr. 260. Each carrier is responsible for supplying the LERG with information about its switches and equipment. Docket 70 ¶ 15. The LERG was not designed for billing. Tr. 338. Both parties consider the LERG to be a reliable database. Docket 70 ¶ 15; Tr. 80, 260. But an equipment’s registration in the LERG is not dispositive. Tr. 216. Charles Fejfar, Midco’s expert witness and former switch manager, testified that he would not definitively rely on the LERG to

determine what type of equipment a particular carrier had. Tr. 216-17. Beginning in 2011, Midco registered the Sioux Falls Switch on the LERG as an end-office switch only. Docket 70 ¶ 16; Ex. 111 at 3. The Sioux Falls Switch’s LERG entry does not show that it performs tandem switching. Tr. 291; Ex. 111 at 3. Because the Class 4/5 indication on the LERG for the Sioux Falls Switch is left empty, a carrier looking at the LERG would conclude that the Sioux Falls Switch is not performing as a Class 4/5 switch. Tr. 292; Ex. 111 at 3.

According to the LERG, the Sioux Falls Switch “subtends” CenturyLink’s tandem switch (CenturyLink Tandem). Docket 70 ¶ 16; Tr. 180-81.

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Bluebook (online)
Midcontinent Communications v. MCI Communications Services, Inc., Counsel Stack Legal Research, https://law.counselstack.com/opinion/midcontinent-communications-v-mci-communications-services-inc-sdd-2019.