Листовка для Cisco Aironet 2702i AIR-CAP2702I-E-K9
Модели
AIR-CAP2702I-E-K9
At-A-Glance
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The introduction of 802.11ac, the latest Wi-Fi standard, brings higher data rates,
better performance, and better coverage compared to earlier standards. The 802.11ac
standard uses a wider channel and an improved modulation scheme that also supports
more clients. It is built on the success of the 802.11n standard, improving and
enhancing the best practices and making it one of the most efficient standards to date.
In addition, the presence of 802.11ac can provide more efficiency for 802.11n clients.
better performance, and better coverage compared to earlier standards. The 802.11ac
standard uses a wider channel and an improved modulation scheme that also supports
more clients. It is built on the success of the 802.11n standard, improving and
enhancing the best practices and making it one of the most efficient standards to date.
In addition, the presence of 802.11ac can provide more efficiency for 802.11n clients.
For some organizations, the technological efficiencies of 802.11ac is creating a race to
upgrade their wireless networks. The race to upgrade is also being driven by the fact
that the Wave 1 portion of 802.11ac, with a maximum data rate of 1.3 Gbps, could
be the last Wi-Fi solution that organizations can expect before having to upgrade their
switches. This combination of factors is causing 802.11ac adoption to increase at a
rapid rate, resulting in better performance and coverage for wireless networks.
upgrade their wireless networks. The race to upgrade is also being driven by the fact
that the Wave 1 portion of 802.11ac, with a maximum data rate of 1.3 Gbps, could
be the last Wi-Fi solution that organizations can expect before having to upgrade their
switches. This combination of factors is causing 802.11ac adoption to increase at a
rapid rate, resulting in better performance and coverage for wireless networks.
With increased performance and coverage comes increased traffic. There has also
been an increase in the demand for client access, including 802.11ac-enabled clients,
a trend that started before 802.11ac was approved as a standard. Many businesses
and organizations in industries ranging from higher education and K-12 to healthcare,
manufacturing, and retail are facing the same challenges: more users are coming
onto the network, users are bringing more devices, more devices offer only wireless
connectivity (no Ethernet port), security demands are greater, there are more operating
systems to support, and lastly, application updates are needed on each of the devices.
All this leads to the larger problem of high density.
been an increase in the demand for client access, including 802.11ac-enabled clients,
a trend that started before 802.11ac was approved as a standard. Many businesses
and organizations in industries ranging from higher education and K-12 to healthcare,
manufacturing, and retail are facing the same challenges: more users are coming
onto the network, users are bringing more devices, more devices offer only wireless
connectivity (no Ethernet port), security demands are greater, there are more operating
systems to support, and lastly, application updates are needed on each of the devices.
All this leads to the larger problem of high density.
However, not all 802.11ac access points are alike and some are not designed to
handle higher density. To get the most out of an 802.11ac deployment, an organization
must take into account certain fundamental considerations.
handle higher density. To get the most out of an 802.11ac deployment, an organization
must take into account certain fundamental considerations.
Enter Cisco® High Density Experience (HDX) technology. Available on the Cisco
Aironet® 3700 and 2700 Series Access Points, Cisco HDX technology is a suite of
solutions combining a feature set designed specifically to alleviate the introduction of
more clients, more access points, bandwidth-hungry applications, and high-density
network strain while providing an unparalleled user experience.
Aironet® 3700 and 2700 Series Access Points, Cisco HDX technology is a suite of
solutions combining a feature set designed specifically to alleviate the introduction of
more clients, more access points, bandwidth-hungry applications, and high-density
network strain while providing an unparalleled user experience.
Aironet 3700 Series
Aironet 2700 Series
HDX helps optimize performance, mitigation, scalability, and roaming for high-density
wireless networks. Additionally, HDX is a hardware-based solution on a Wi-Fi chipset
designed by and for Cisco. It is not simply a set of software features based on a
merchant silicon Wi-Fi chipset. It is a purpose-built application-specific integrated
circuit (ASIC) that allows networks to get the most out of 802.11ac while also
improving the overall performance of their wireless network.
wireless networks. Additionally, HDX is a hardware-based solution on a Wi-Fi chipset
designed by and for Cisco. It is not simply a set of software features based on a
merchant silicon Wi-Fi chipset. It is a purpose-built application-specific integrated
circuit (ASIC) that allows networks to get the most out of 802.11ac while also
improving the overall performance of their wireless network.
Cisco HDX Technology: Ideal for 802. 11ac Networks
CleanAir 80 MHz
ClientLink 3.0
Turbo Performance
Optimized Roaming
RF Noise Reduction