Businesses are feeling the need to re-architect their business networks more and more to accommodate the rapidly growing request for wireless connectivity. Many of them are helpless these days to build their enterprise wireless network to develop mobile devices, IoT, and cloud-based applications, SAAS, PAAS, as well as Wi-Fi-hungry exercises like BYOD.
A business-grade wireless network is more than a collection of Wi-Fi access points (APs). At the very least, it is marked by improved safety and performance; Centralized configuration and management; and a very advanced efficiency for user validity.
With an enterprise wireless network, you typically get the above mentioned benefits over a traditional wireless network:
• Preferred partnership capability. Your users can pass applications and files from room to room without losing, which requires a strong network connection.
• Centralized Management. The administrator can configure and manage the network from a centralized state as opposed to a single task on each AP.
• Improved compliance capabilities. It regularly comes with security features and settings designed to meet the need for regulatory compliance and security plans.
• Preferred End User Experience. All network-based processes will be faster, clearer, and less receptive to breaking down.
While almost all enterprise-class wireless networks can gladly offer this benefit, some tools require better consideration when choosing the right network for your company. These ideas can help you achieve a multitudinous bang for your buck, strengthen management, achieve stronger security, and ultimately better user knowledge.
Let’s discuss them one by one.
Does your video conference or video stream sometimes get “chopped off” if your internet connection is quick enough? Chances are, you are receiving a very large amount of RF interference. RF interference can cause a significant drop in wireless network performance. The majority of this interference comes from Wi-Fi routers and other Wi-Fi devices, but can also be caused by non-Wi-Fi sources such as Bluetooth or microwaves.
Now and then, you can medicate the situation by simply moving your devices. But in different cases, you have to replace them with similar devices that operate at a dissimilar frequency. An additional complete and permanent solution would be to take advantage of intelligent controllers or additional technologies (such as dynamic radio management) that can interfere with new RF sources and regularly tune the network and authorization to achieve better RF performance can regulate.
Before building your network, you must do a site survey primary. At the minimum amount, you need to identify:
• Blanks where there are dead spots.
• Areas that are obvious to a senior presence of users
• The amount of possible equipment to attach to every room.
• Type of construction resources used on walls and floors.
You must also first conclude which wireless modality you will use. For example, if you intend to install 802.11ac Wave 2, which can support better thicknesses and capacities than larger specifications, then you need to keep in mind that 802.11ac Wave 2 APs should be supported by 802.11b / g should be located close to an additional comparison with. / n AP to get the best presentation.
Wireless network security is one of the most important concerns in the enterprise, particularly for this business by data privacy and security laws such as HIPAA and PCI PCS. If you pursue those relatives, you will find documents that provide predetermined directions for fulfillment with such rules and systems. Incorporated, plans for features such as required security procedures/authentication, encryption, rascal AP detection, IPS, IDS, and access logging.
Ordinary wireless networks can satisfy little by just these narrow precursors. Thus, if you want to achieve compliance or install more robust security now, it is best if your network already has these capabilities excluded from smaller packages instead of resolving them.
4. Cloud or Onsite-Based Controller
Wireless network controllers allow you to have a single place in the administration, commune, and impact policy on all APs in the network. There are two major types of controllers: cloud-based wireless controllers and on-premises wireless controllers. Each has its own set of compensation and damages.
Generally, onsite controllers are more compatible with legacy WiFi devices and do not require Internet connection speed and access. On the other hand, cloud-based controllers are geographically capable of treating discrete business entities and gladly support zero-touch operation. Get a fast presence in Pro and Con using every type of controller to decide which additions to your business?
5. QoS (Quality of Service)
Businesses nowadays make extensive use of VoIP technologies and video conferencing software similar to Skype for Business, GoToMeeting, or Webex to allow colleagues and business partners who are isolated by nature to work together, about graphs, presence or troubleshooting I could give permission. All of these behaviors require crystal clear video and, other important, audio.
As a result, you must ensure that your project wireless network voluntarily supports quality of service and, potentially, the ability to prioritize voice. This will allow you to participate in election packets over other packets that are completely identical to video or transfer through your network.
There are a lot of considerations when evaluating disgruntled enterprise wireless networks in the background of your business’s day-to-day business, a managed service provider can help assess the current network setup, any differences or requirements. Can identify what an enterprise-grade network can provide, and propose the best network based on those requirements and your financial plan.
Once you choose an enterprise wireless network that best suits your business, your team must develop a plan to migrate to the new network. Running with a managed service provider can offer value ranging from designing a migration plan to handling migration jobs to assisting the network.