area

The numeric sequence represents a specific geographic region within the North American Numbering Plan. Assigned to the far western portion of Texas, this numerical identifier serves as a crucial component in directing telephone calls to the intended destination within that locality. As an example, a telephone number beginning with this sequence indicates a subscriber located within this designated area.

This designator is fundamental for efficient telecommunications infrastructure. It enables accurate routing of calls and supports local business identification, fostering economic activity within the region. Historically, its implementation was part of a nationwide system to manage the growing demands of telephone communication, ensuring a structured and organized approach to assigning telephone numbers.

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The numerical sequence ‘499’ represents a non-geographic code. Such codes do not correspond to a specific geographic location like a traditional area code. Instead, they are typically reserved for specific purposes, such as high-cost information services or other specialized telecommunications applications. In practical application, dialing this sequence might connect a caller to a premium service where charges are significantly higher than standard telephone rates.

The designation of numerical sequences for non-geographic use provides a mechanism for differentiating these specialized services from standard geographically-based phone calls. This separation helps to ensure proper billing and allows for specialized routing within the telecommunications network. The historical context often involves the rise of pay-per-call services and the need to create a distinct category for them, separating them from regular voice communications.

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The numerical sequence in question serves as a unique geographic identifier within the North American Numbering Plan (NANP). It specifically designates telephone service areas within the Kingdom of Tonga. This three-digit prefix is essential for directing calls to the island nation from outside its borders. An individual placing a call to Tonga would dial ‘011’ (the international access code), then ‘676’ (the designated code), followed by the seven-digit local number.

This specific set of digits is critical for efficient international telecommunications. Its implementation allows global callers to reliably connect with residents, businesses, and government entities located in Tonga. Prior to the establishment of this dedicated identifier, directing communications to the island nation would have been significantly more complex. Its introduction facilitated direct dialing and streamlined international communication processes.

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This numerical designator identifies a specific geographic region within the North American Numbering Plan (NANP). It serves as the initial three digits of a ten-digit telephone number, directing calls to the designated service area. As an example, any telephone number beginning with 906 originates from a particular location.

The allocation of this particular code is crucial for effective telecommunications routing and regional identification. It enables businesses and residents within the designated region to maintain a unique and recognizable identity. Furthermore, the historical context of its establishment reflects the growing need for expanded telephone services across the region it serves.

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The numeric sequence representing a specific geographic region within the North American Numbering Plan serves as a prefix dialed before the seven-digit local number when placing a call. This identifier ensures calls reach the intended destination. For example, when calling a number within this zone from outside the zone, the sequence must precede the local number.

This particular designator facilitates communication across West Virginia, enabling businesses and residents to connect with the wider world. Its implementation decades ago streamlined telephone services and remains a vital part of the state’s infrastructure. The establishment of this code significantly contributed to the region’s economic development and fostered social connections.

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This numerical identifier designates a specific geographic region within the North American Numbering Plan. It facilitates telephone communication to and from the covered area. As an example, a telephone number within this zone would begin with these digits followed by a seven-digit subscriber number.

The implementation of this code provided necessary relief to a previously existing area code, ensuring adequate telephone number resources to meet growing demand. This action often accompanies population increases or economic expansion within a region. Furthermore, its introduction avoids service disruption for residents and businesses located there.

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This numeric identifier serves as a geographical marker for telephone numbers within a specific region. It is a three-digit prefix assigned to a designated area to facilitate telephone call routing. As an example, a telephone number within the identified zone might begin with this sequence followed by a seven-digit number.

The assigned numeric prefix is crucial for efficient telecommunications infrastructure. It allows for direct dialing within its boundary and proper routing of calls from outside the area. Its introduction and subsequent use represent a key element in the evolution of modern phone networks, enhancing connectivity and simplifying communication.

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This numerical designation serves as a geographical identifier for telephone numbers within a specific region. As an example, calls originating from or directed to numbers sharing this designator are typically associated with that defined area. It is a three-digit code that precedes the seven-digit telephone number.

Its existence facilitates efficient call routing by telecommunication networks. Its implementation offers residents and businesses a sense of local identity, fostering community ties. Historically, these codes were established to manage the increasing demand for telephone lines and to streamline the infrastructure required for long-distance communication.

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