MikroTik LtAP LTE6 kit

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Predominant colors of the product

The radio frequency band used by a wireless device, expressed in gigahertz (GHz). Common values include 2.4 GHz and 5 GHz, which indicate the operating spectrum for Wi‑Fi or other wireless protocols.

A comma‑separated list of the cellular network frequency bands that a device supports for 3G connectivity, such as Band 1 (2100 MHz), Band 2 (1900 MHz) or Band 5 (850 MHz). Each value represents an individual radio band that can be used by the product.

A comma‑separated list of the 3G frequency bands that a device can operate on, such as 850 MHz, 900 MHz, 1700 MHz, 1900 MHz and 2100 MHz. The values represent distinct radio frequencies used for cellular connectivity.

Indicates whether the device can operate on the 5 GHz frequency band of Wi‑Fi networks.

The amount of signal amplification provided by an antenna, expressed in decibels relative to an isotropic radiator (dBi). This value indicates how much the antenna concentrates radio energy in a particular direction and helps users compare coverage or range potential across devices.

The highest directional signal amplification a device’s antenna can provide, expressed in decibels relative to an isotropic radiator (dBi). It indicates the maximum gain achievable by the antenna and helps users compare coverage or range potential across devices.

The classification of an antenna used in a device, indicating its physical configuration or mounting style such as external, internal, integrated, directional, omnidirectional, or multi‑antenna setups (e.g., "2x2", "4 x External"). It helps buyers understand how the antenna is attached and what signal coverage it may provide.

A concise list of the specific processor micro‑architecture or generation used by a CPU, such as "Kaby Lake", "Comet Lake", "Zen 2" or "Rocket Lake‑S". This attribute helps users identify compatibility with software, performance characteristics and hardware requirements.

The colour or combination of colours that a product is available in, expressed as common names such as "Black", "Silver" or comma‑separated lists like "Black, White". It indicates the visual appearance of the item for consumers.

Represents the total count of Ethernet LAN (RJ‑45) interfaces available on a product. The value is an integer indicating how many physical Ethernet ports are present, regardless of speed or generation.

Indicates the total count of physical Ethernet (RJ‑45) connectors available on a product. The value is an integer representing how many ports can be used for wired network connectivity.

The Harmonized System (HS) code is a standardized numerical identifier used internationally to classify traded goods. It consists of up to six digits, where each pair of digits represents progressively more specific product categories. The HS code facilitates customs duties, trade statistics, and regulatory compliance by providing a common language for describing products across borders.

The IP (Ingress Protection) code indicates a product’s resistance to solids and liquids. It follows the standard two‑digit format (e.g., IP20, IP67), where the first digit represents protection against solid particles and the second against liquids. The code may include an ‘X’ to denote unknown protection for that category or multiple codes separated by commas for products offering different levels of protection in various configurations.

The highest theoretical speed at which a device can send or receive data, expressed in bits per second (bps) or its multiples such as kbps, mbps, gbps, etc. This value represents the upper bound of throughput under optimal conditions and is useful for comparing performance across devices and interfaces.

The highest electrical power drawn by a device during normal operation, expressed in watts (W). This value represents the peak energy usage that can occur while the product is actively performing tasks and can be used to estimate maximum operating costs or compare efficiency across similar devices.

The total count of Ethernet (LAN) interfaces available on the device. The value is a whole number indicating how many separate RJ‑45 or other network connectors can be used for wired connectivity.

The total number of physical CPU cores present in a processor. This value indicates how many independent processing units are available for executing tasks simultaneously, which can affect multitasking performance and parallel workload handling.

The operating system that is installed on the device, indicating the software platform that manages hardware resources and provides services for applications. It can be a commercial OS such as Windows or macOS, an open‑source distribution like Linux, or a proprietary firmware used in embedded devices.

A list of the positions or mounting options where a product can be installed, such as indoor, outdoor, wall, desk, floor, ceiling, or universal. Each value represents a distinct placement scenario that the device supports.

Indicates whether the device can receive power through its Ethernet port, and if so which PoE standard it supports. Values may be "Yes", "No", a specific PoE type such as "802.3af/at", or a generic label like "Passive PoE" to denote passive power delivery.

The processor architecture indicates the underlying instruction set and design family of a CPU, such as ARM Cortex‑A53 or MIPS64. It helps users understand compatibility with software, performance characteristics, and hardware requirements.

List of the serial communication interfaces that a product can provide or accept, such as RS‑232, RJ45, USB‑serial adapters, or other legacy connectors. Each entry represents a distinct interface type and helps users determine compatibility with peripheral devices.

The physical form factor of the SIM card that a device can accept, such as Nano‑SIM, Micro‑SIM, Mini‑SIM, or eSIM. It indicates which size and technology of SIM card is compatible with the product.

The type(s) of USB connector(s) present on a device, such as Micro‑USB, USB Type‑C, USB Type‑A, or combinations thereof. This attribute indicates the physical ports that can be used for data transfer, charging, or peripheral connectivity.