Wireless access has changed the workplace dramatically in just a few short years. And if you're building out or upgrading access networks, you very easily could be using only wireless access points (APs) connecting to a wired backbone.
So it's crucial that the APs you select do the job you need. The AP acts as a central transmitter and receiver of wireless radio signals, which then usually connects to a hub, switch, or router via a wired network -– at least somewhere down the line. There are different types of APs with differing radios, antennas, and performance rates, so you'll need to do your homework.
The predominant WiFi standard now in the market is IEEE 802.11ac, which brought several improvements over its predecessor, 802.11n. However, many businesses have 802.11n APs in service and are slowly upgrading to the newer standard. Major benefits of 802.11ac include:
In addition to carpeted office environments, wireless LAN connectivity and access points are gaining in popularity in many locations where they serve specific purposes, such as:
Are you in need of wireless connectivity? Our report examines a selection of access points from major vendors to help you find the right APs to keep your network humming along.
Learn best practices and strategies for building and managing an enterprise network in the Networking Track at Interop Las Vegas, May 2-6. Don't miss out -- register now!
Wireless access has changed the workplace dramatically in just a few short years. And if you're building out or upgrading access networks, you very easily could be using only wireless access points (APs) connecting to a wired backbone.
So it's crucial that the APs you select do the job you need. The AP acts as a central transmitter and receiver of wireless radio signals, which then usually connects to a hub, switch, or router via a wired network -– at least somewhere down the line. There are different types of APs with differing radios, antennas, and performance rates, so you'll need to do your homework.
The predominant WiFi standard now in the market is IEEE 802.11ac, which brought several improvements over its predecessor, 802.11n. However, many businesses have 802.11n APs in service and are slowly upgrading to the newer standard. Major benefits of 802.11ac include:
In addition to carpeted office environments, wireless LAN connectivity and access points are gaining in popularity in many locations where they serve specific purposes, such as:
Are you in need of wireless connectivity? Our report examines a selection of access points from major vendors to help you find the right APs to keep your network humming along.
Wireless access has changed the workplace dramatically in just a few short years. And if you're building out or upgrading access networks, you very easily could be using only wireless access points (APs) connecting to a wired backbone.
So it's crucial that the APs you select do the job you need. The AP acts as a central transmitter and receiver of wireless radio signals, which then usually connects to a hub, switch, or router via a wired network -– at least somewhere down the line. There are different types of APs with differing radios, antennas, and performance rates, so you'll need to do your homework.
The predominant WiFi standard now in the market is IEEE 802.11ac, which brought several improvements over its predecessor, 802.11n. However, many businesses have 802.11n APs in service and are slowly upgrading to the newer standard. Major benefits of 802.11ac include:
In addition to carpeted office environments, wireless LAN connectivity and access points are gaining in popularity in many locations where they serve specific purposes, such as:
Are you in need of wireless connectivity? Our report examines a selection of access points from major vendors to help you find the right APs to keep your network humming along.
Wireless access has changed the workplace dramatically in just a few short years. And if you're building out or upgrading access networks, you very easily could be using only wireless access points (APs) connecting to a wired backbone.
So it's crucial that the APs you select do the job you need. The AP acts as a central transmitter and receiver of wireless radio signals, which then usually connects to a hub, switch, or router via a wired network -– at least somewhere down the line. There are different types of APs with differing radios, antennas, and performance rates, so you'll need to do your homework.
The predominant WiFi standard now in the market is IEEE 802.11ac, which brought several improvements over its predecessor, 802.11n. However, many businesses have 802.11n APs in service and are slowly upgrading to the newer standard. Major benefits of 802.11ac include:
In addition to carpeted office environments, wireless LAN connectivity and access points are gaining in popularity in many locations where they serve specific purposes, such as:
Are you in need of wireless connectivity? Our report examines a selection of access points from major vendors to help you find the right APs to keep your network humming along.
Wireless access has changed the workplace dramatically in just a few short years. And if you're building out or upgrading access networks, you very easily could be using only wireless access points (APs) connecting to a wired backbone.
So it's crucial that the APs you select do the job you need. The AP acts as a central transmitter and receiver of wireless radio signals, which then usually connects to a hub, switch, or router via a wired network -– at least somewhere down the line. There are different types of APs with differing radios, antennas, and performance rates, so you'll need to do your homework.
The predominant WiFi standard now in the market is IEEE 802.11ac, which brought several improvements over its predecessor, 802.11n. However, many businesses have 802.11n APs in service and are slowly upgrading to the newer standard. Major benefits of 802.11ac include:
In addition to carpeted office environments, wireless LAN connectivity and access points are gaining in popularity in many locations where they serve specific purposes, such as:
Are you in need of wireless connectivity? Our report examines a selection of access points from major vendors to help you find the right APs to keep your network humming along.
Wireless access has changed the workplace dramatically in just a few short years. And if you're building out or upgrading access networks, you very easily could be using only wireless access points (APs) connecting to a wired backbone.
So it's crucial that the APs you select do the job you need. The AP acts as a central transmitter and receiver of wireless radio signals, which then usually connects to a hub, switch, or router via a wired network -– at least somewhere down the line. There are different types of APs with differing radios, antennas, and performance rates, so you'll need to do your homework.
The predominant WiFi standard now in the market is IEEE 802.11ac, which brought several improvements over its predecessor, 802.11n. However, many businesses have 802.11n APs in service and are slowly upgrading to the newer standard. Major benefits of 802.11ac include:
In addition to carpeted office environments, wireless LAN connectivity and access points are gaining in popularity in many locations where they serve specific purposes, such as:
Are you in need of wireless connectivity? Our report examines a selection of access points from major vendors to help you find the right APs to keep your network humming along.
Wireless access has changed the workplace dramatically in just a few short years. And if you're building out or upgrading access networks, you very easily could be using only wireless access points (APs) connecting to a wired backbone.
So it's crucial that the APs you select do the job you need. The AP acts as a central transmitter and receiver of wireless radio signals, which then usually connects to a hub, switch, or router via a wired network -– at least somewhere down the line. There are different types of APs with differing radios, antennas, and performance rates, so you'll need to do your homework.
The predominant WiFi standard now in the market is IEEE 802.11ac, which brought several improvements over its predecessor, 802.11n. However, many businesses have 802.11n APs in service and are slowly upgrading to the newer standard. Major benefits of 802.11ac include:
In addition to carpeted office environments, wireless LAN connectivity and access points are gaining in popularity in many locations where they serve specific purposes, such as:
Are you in need of wireless connectivity? Our report examines a selection of access points from major vendors to help you find the right APs to keep your network humming along.
Wireless access has changed the workplace dramatically in just a few short years. And if you're building out or upgrading access networks, you very easily could be using only wireless access points (APs) connecting to a wired backbone.
So it's crucial that the APs you select do the job you need. The AP acts as a central transmitter and receiver of wireless radio signals, which then usually connects to a hub, switch, or router via a wired network -– at least somewhere down the line. There are different types of APs with differing radios, antennas, and performance rates, so you'll need to do your homework.
The predominant WiFi standard now in the market is IEEE 802.11ac, which brought several improvements over its predecessor, 802.11n. However, many businesses have 802.11n APs in service and are slowly upgrading to the newer standard. Major benefits of 802.11ac include:
In addition to carpeted office environments, wireless LAN connectivity and access points are gaining in popularity in many locations where they serve specific purposes, such as:
Are you in need of wireless connectivity? Our report examines a selection of access points from major vendors to help you find the right APs to keep your network humming along.
Wireless access has changed the workplace dramatically in just a few short years. And if you're building out or upgrading access networks, you very easily could be using only wireless access points (APs) connecting to a wired backbone.
So it's crucial that the APs you select do the job you need. The AP acts as a central transmitter and receiver of wireless radio signals, which then usually connects to a hub, switch, or router via a wired network -– at least somewhere down the line. There are different types of APs with differing radios, antennas, and performance rates, so you'll need to do your homework.
The predominant WiFi standard now in the market is IEEE 802.11ac, which brought several improvements over its predecessor, 802.11n. However, many businesses have 802.11n APs in service and are slowly upgrading to the newer standard. Major benefits of 802.11ac include:
In addition to carpeted office environments, wireless LAN connectivity and access points are gaining in popularity in many locations where they serve specific purposes, such as:
Are you in need of wireless connectivity? Our report examines a selection of access points from major vendors to help you find the right APs to keep your network humming along.
Wireless access has changed the workplace dramatically in just a few short years. And if you're building out or upgrading access networks, you very easily could be using only wireless access points (APs) connecting to a wired backbone.
So it's crucial that the APs you select do the job you need. The AP acts as a central transmitter and receiver of wireless radio signals, which then usually connects to a hub, switch, or router via a wired network -– at least somewhere down the line. There are different types of APs with differing radios, antennas, and performance rates, so you'll need to do your homework.
The predominant WiFi standard now in the market is IEEE 802.11ac, which brought several improvements over its predecessor, 802.11n. However, many businesses have 802.11n APs in service and are slowly upgrading to the newer standard. Major benefits of 802.11ac include:
In addition to carpeted office environments, wireless LAN connectivity and access points are gaining in popularity in many locations where they serve specific purposes, such as:
Are you in need of wireless connectivity? Our report examines a selection of access points from major vendors to help you find the right APs to keep your network humming along.
Verizon is demoing crowd analytics technology that uses 5G along with AI and mobile edge computing to give stadium operators insights into the flow of fans throughout a venue.
As we move closer to fully realizing the potential of Wi-Fi 7, it becomes evident that the RF, signaling, and throughput tests are not merely procedural checkpoints but the pillars of excellence in wireless communication.
With low earth orbit (LEO) satellites fast becoming the norm and 3GPP unifying telecom standards around the globe, the satellite IoT and machine-to-machine (M2M) sector ought to be looking at a bright horizon. But is this the case?
