area

The numerical designation 952 serves as a geographic identifier for telephone communication within a specific region of Minnesota. It is a three-digit code assigned by telecommunications authorities to delineate a particular service area, ensuring calls are routed to the correct destination. As an example, a telephone number within this zone would adhere to the format 952-XXX-XXXX.

This numeric prefix is vital for facilitating communication across this area. It enables businesses and residents to connect locally and globally. Established in 2000, it arose from the growing demand for phone numbers in the Twin Cities metropolitan area. This split from the original 612 and 763 codes indicates the region’s expanding population and economic activity.

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The numeric sequence represents a geographical region within the North American Numbering Plan (NANP). Specifically, this sequence designates telephone numbers assigned to the state of Florida, serving as an identifier for calls originating from or directed towards that area. An example is a ten-digit number starting with 786, followed by seven additional digits which identify the specific subscriber line.

This regional identifier plays a crucial role in telecommunications infrastructure, facilitating call routing and billing processes. Its establishment reflects population growth and the subsequent demand for telephone numbers within the specified region. Furthermore, it distinguishes the location from other geographical areas covered by different regional identifiers, aiding in identifying the origin of calls and potentially affecting service availability and cost.

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The numeric designator representing a specific geographic region within the North American Numbering Plan, 216 facilitates telephone communication to and from a defined locality. For instance, placing a call to any landline or mobile phone within that area requires dialing the sequence as a prefix. This system ensures that calls are routed correctly across the telecommunications network.

This particular numbering sequence holds significance as an identifier for a major metropolitan hub. Its allocation provided a means for efficient call management during a period of rapid population growth and technological advancement in telecommunications. The continued use of this code maintains a connection to the historical development of communication infrastructure in the designated region. Its existence allows business to connect the said area to their global communication network, a must for fast growing companies.

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The numerical designation “937” serves as a geographic identifier within the North American Numbering Plan (NANP). This three-digit code represents a specific region within the state of Ohio, allowing telephone calls originating from or directed to that zone to be routed correctly. As an example, a telephone number using this code would follow the format 937-XXX-XXXX.

The establishment of this code enabled the efficient allocation and management of telephone numbers within a defined area. This ensured sufficient numbering resources as the population and communication needs of the region grew. Historically, it played a vital role in the expansion of telecommunications infrastructure and supported economic development within the encompassed communities by facilitating seamless connectivity.

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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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The numerical designator, 579, serves as a unique identifier within the North American Numbering Plan (NANP). It delineates a specific geographic region where telephone calls originating from or directed to that zone are routed. As an example, a telephone number within this zone would begin with 579 followed by a seven-digit sequence.

The allocation of this numerical identifier facilitates efficient telecommunications routing and area code administration. Its introduction often reflects population growth or increased demand for telephone services within a designated region. The history of such assignments demonstrates the dynamic nature of telecommunications infrastructure in response to evolving societal needs and technological advancements.

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The numeric designation representing a specific geographic area for telephone communication in southeastern Georgia. This identifier precedes the seven-digit local number when dialing within or from outside the designated region. For example, a complete phone number in this zone would be structured as 912-XXX-XXXX.

This numbering plan element facilitates efficient call routing and area identification. Its implementation allowed for the expansion of telephone services and management of growing demand in the specified region. Established originally in 1954, it has undergone splits and overlays to accommodate population growth and technological advancements in telecommunications.

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The numeric sequence designates a specific geographic region within the North American Numbering Plan (NANP). This three-digit identifier precedes the seven-digit subscriber number, routing calls to the correct local exchange carrier and ultimately the intended recipient. For instance, a telephone number within the 639 region might appear as 639-555-1212.

Its assignment is vital for efficient telecommunications infrastructure management. It allows telephone companies to differentiate service areas and allocate resources appropriately. Historically, the introduction of a new one often reflects population growth or increased demand for telephone services in the designated area. This process ensures adequate numbering capacity and minimizes service disruptions.

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