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Your Comprehensive Guide to Network Access Points

Dreamscape networks |

Corporate connectivity often dictates network performance and company strategy. Thus, many individuals must know the variables impacting internet connectivity within their organisations. Understanding these ideas is crucial for businesses, especially when it comes to NAPs or what is known as Network Access Points.

The Internet that connects to your company's network doesn't typically leave the provider (ISP) and connect to your network directly. This path has several variables. Everything depends not just on the location's geographic potential but also on the service providers' businesses and the technologies they employ.

The network access point (NAP) is a fantastic solution that telecom companies have discovered to enable their customers to connect successfully and expand their reach without sacrificing the quality of their internet connection. But how does that impact organisational internet connectivity?

A hand interacting with a mobile device displaying a Wi-Fi symbol, surrounded by icons representing various network access point features.

What Is Network Access Point?

A network access point is a location where parts of the high-speed backbone of the Internet are connected. Network Access Points (NAPs) are where Internet service providers (ISPs) are linked together to exchange packets.

Devices can connect to a Wireless Local Area Network (WLAN) created by a network access point. Devices connect to the wider Wi-Fi network using access points, which are connected to a central wired router or switch. Having a NAP (Network Access Point) site improves the connectivity with your data centres and expands the diversity and performance of your connections.

Before you get started, you should have a strong understanding of this idea and the advantages it offers to businesses.

Illustration of a hand interacting with a digital globe surrounded by icons representing various network access point features.

How Do Network Access Points Work?

As was previously noted, NAP stands for Network Access Point and refers to one or more locations with extremely high levels of connectivity and a variety of ways to access the most cutting-edge operators and information. To make it simpler for any organisation to use telecommunications services, Internet service providers (ISPs) and various telecommunications companies have built their points of presence (POP).

Through the connections offered by NAP, these lines and commercial linkages enable clients to reach anywhere in the world. It allows any organisation to quickly utilise the connectivity services provided by various providers (ISPs) and telecommunications firms by setting up their POPs (Points of Presence).

Customers can access any location on the planet through the connections offered by the NAP thanks to the links between these lines and businesses.

Types of Network Access Points

There are several factors to consider when picking access points for your Wi-Fi network, even though a wireless access point in Singapore just extends the router's WLAN.

The following are a few of the several kinds of network access points that are offered on the market:

Root access points: Access points with a connected LAN connection are known as root access points. Users can wander between access points while remaining connected to the same network if there are several access points linked to the same LAN.

Repeater access points: These access points can also enhance current signals to connect other access points to one another or to the same Wi-Fi network.

Bridges: Bridge access points establish wireless connectivity between various networks, same as real bridges connect two isolated areas. Wireless or wired networks, root or non-root access points, can all be connected by two wireless bridges.

Dual access points: To extend the network's reach and make it compatible with both more recent and more traditional devices, some access points only broadcast at one radio frequency (2.4GHz or 5GHz), while others broadcast both RF signals.

A modern white wireless router with multiple antennas, symbolizing strong signal strength, on a vibrant yellow background.

Important Characteristics of Network Access Points

Not every access point is made equally. For various enterprise network requirements, various hardware and configurations offer various levels of control and network availability.
The following are some characteristics to look for in a Wi-Fi network access point:

Software and network control: Most Wi-Fi systems prevent end users from having direct access to the hardware with regard to software and network control. Instead of replacing the hardware physically, most current access points let users connect to the device and configure it via a network interface to modify parameters and solve problems. This is simpler and safer than doing so. Even more control options are at your disposal if you can get equipment that you can manage over the cloud.

Support for guest access: Business Wi-Fi networks frequently offer both an internal network for use by employees and a guest network for internet access by visitors. So that you never have to give up usability and data security to provide separate guest network capability, look for Wi-Fi devices that make setting up and configuring guest networks simple and secure.

Multiple Wi-Fi support types: Different network organisation strategies will be needed to support new network configurations. Look for access points that can support various Wi-Fi network topologies, organisational structures, and communication protocols like mesh networks and MU- MIMO.

Range: The value of a Wi-Fi network depends on its availability. Large campuses and distant workplaces cannot have patchy coverage at the edges. Select access points with the range and frequency ranges necessary to transmit across various structures in your area.

A network access point's future-proofness should be taken into account when selecting the unit. The following are a few things to consider:

Support for advanced protocols: Look for access points that can support 802.11n, 802.11ac, or 802.11ax, or other more recent Wi-Fi broadcast standards. Even if you don't require them now, you probably will in the future, particularly when these high-performance wireless technologies become the industry standard.

The capacity to transmit at 2.4 and 5GHz: To accommodate increased data throughput, many devices are switching to 5GHz or dual band (both 2.4GHz and 5GHz), even if 2.4GHz is still widely used worldwide. Create a strategy to accommodate both frequencies.

Not a small office/home office (SOHO) device: Enterprise network access devices frequently have high speeds, dependable transmissions, and built-in support for guest access because they are intended for corporate use. It could appear cost-effective to purchase access points for homes or small offices, but when your network grows, they will need help supporting major corporate systems' demands.

Why are access points for wireless networks important for businesses?

It is simple to mix up the many kinds of network hardware because they all perform essentially the same tasks but differ somewhat in their capabilities. For instance, a wireless router can manage network traffic on both local and wide area networks and handle incoming Wi-Fi connections from devices.

Enterprise organisations must, however, grow their Wi-Fi networks in the least risky and inconvenient manner possible. It is not practical nor required to install many full-fledged routers across a space, especially as organisations frequently divide their networks into different use cases (like internal business use or public Wi-Fi access).

Wireless or Wi-Fi network access points project the Wi-Fi signal from the network, enabling devices to join to the network without physically connecting to the router. This means that every router can serve as an access point, even if not all access points are routers.

Why don't corporations utilise routers instead of access points? Business and corporate routers are more expensive since they are more durable and complicated. Additionally, routers do not scale like access points do. Routers must manage a lot more overhead because they also handle tasks like traffic routeing and network administration. Access points, meanwhile, offer expanded access to the current wireless network.

These characteristics allow network access points to successfully extend current LANs or WANs, especially over huge geographic areas or office spaces.


This NAP function significantly enhances the overall connection's quality and adaptability. NAPs are frequently acknowledged for the substantial amount of data they provide and the sizable number of organisations that take part in this website.

This is the ideal choice for individuals who spend a lot of money on internet access, global connectivity, or interconnection. NAP offers reliable, low-latency communication while lowering costs.

Additionally, the interconnection environment supports an expanding ecosystem and stabilises the business network. This calls for both connectivity and round-the-clock network service points availability.

Network access points are typically the last resort for businesses with strict association quality standards.

Need to strengthen your connection's performance, enhance redundancy, and increase data security? Find out how a wireless access point in Singapore can address your connectivity issues by speaking with one of our experts here in Dacon!