Access Point Price in Bangladesh 

Types of Access Points Available at Ryans

Start with the installation point. A good AP in the wrong position can still give disappointing results.

Ceiling Mount Access Point

Ceiling-mount APs suit offices, classrooms, showrooms, restaurants, hospitals, and other shared areas. Their elevated position can reduce obstruction from desks and furniture while placing Wi-Fi closer to the working area. Many business models support PoE, although the required PoE standard and included power accessories vary by model.

Wall Plate and In-Wall Access Point

Wall-plate APs bring the wireless source closer to individual rooms. Hotels, apartments, dormitories, meeting rooms, and divided office spaces can benefit from this layout. Selected models also include extra Ethernet ports or PoE passthrough, but those features should always be confirmed from the exact product specification.

Outdoor Access Point

Outdoor APs are made for locations where indoor hardware would be poorly protected. Warehouses, campuses, resorts, restaurants, factories, yards, and building exteriors are common examples. Do not judge one by the advertised distance alone. Weather rating, antenna pattern, mounting position, obstacles, interference, and the client device all influence real coverage.

Long-Range Access Point and Wireless CPE

Long-range AP and CPE products serve a different job. They are often chosen for focused outdoor coverage or links between separated locations, where antenna direction and a clear signal path become crucial. For building-to-building use, check line of sight, frequency, antenna type, distance, and mounting height rather than buying purely from the largest range figure.

Wi-Fi 4 or 802.11n

Wi-Fi 4 models still work for simple connectivity, basic office devices, and lower-bandwidth networks. Some use 2.4GHz while particular products can operate on 5GHz, so do not assume the band from the Wi-Fi generation alone. They are mainly attractive when the network requirement is modest and budget matters more than newer wireless features.

Wi-Fi 5 or 802.11ac

Wi-Fi 5 remains practical for homes, shops, offices, and established business networks. Many APs combine a 2.4GHz radio for compatibility with a 5GHz radio for additional wireless capacity. It can be a sensible value choice when most client devices already use Wi-Fi 5 and the site is not unusually crowded.

Wi-Fi 6 or 802.11ax

Wi-Fi 6 is a strong direction for newer offices, classrooms, hotels, and commercial networks with many compatible clients. Technologies available within Wi-Fi 6 can improve how radio resources are shared in busy environments, but the benefit still depends on the AP, connected devices, configuration, and traffic pattern. It is not an automatic speed multiplier.

Wi-Fi 7 or 802.11be

Wi-Fi 7 targets newer high-performance wireless networks and can add features designed for greater capacity and lower latency. Still, read the specification carefully. A Wi-Fi 7 label does not automatically mean the AP is tri-band or uses 6GHz, and a modern AP may also need faster switching and compatible client devices before its full capability becomes useful.

Home and Apartment

A separate AP is useful when the router sits in one corner but another part of the home needs a better wireless connection. Dual-band Wi-Fi 5 or Wi-Fi 6 is enough for many households. Placement matters a lot here, and a well-positioned Ethernet-backed AP can be more useful than simply buying the model with the highest advertised speed.

Small Office and Retail Shop

Small workplaces often connect laptops, phones, printers, POS devices, and customer phones at the same time. A dual-band AP with Gigabit Ethernet and suitable PoE support is a practical starting point. If another AP may be added later, choosing a family with straightforward central management can save effort.

Corporate Office and Multi-Floor Workplace

Larger offices should plan several APs as one wireless system rather than treating each device as a separate purchase. Wi-Fi 6, centralized management, VLAN support, roaming features, and an adequate PoE network become more useful when employees regularly move between rooms and floors.

School and Training Center

Classrooms can place many active phones, tablets, and laptops inside a compact area. That changes the buying decision. Client load, channel planning, and AP placement can matter more than extreme range, and several properly positioned units may serve a busy academic floor more effectively than one distant AP.

Hotel, Restaurant, and Café

Hospitality networks need guest access without unnecessarily mixing visitors with internal business devices. Ceiling APs suit shared spaces, while wall-plate units can fit individual rooms. Multiple SSIDs, VLAN support, and centralized management become increasingly useful as the number of APs grows.

Warehouse and Outdoor Site

Long aisles, metal racks, open yards, vehicles, walls, and changing weather make these networks trickier. Outdoor protection, antenna pattern, cable route, operating environment, and mounting position deserve close attention. Published range figures should be treated as model-specific reference values, not a promise for every site.

• Wi-Fi Standard: Choose Wi-Fi 5 for established everyday networks, Wi-Fi 6 for newer multi-device environments, or Wi-Fi 7 when the client devices and wired network can make meaningful use of the newer platform.
• Wireless Rate: Numbers such as AC1200, AX1800, or AX3000 describe theoretical radio capability classes rather than guaranteed internet or file-transfer speed. Real throughput is lower and varies with the client, distance, channel width, interference, and network load.
• Frequency Band: Check the actual supported frequencies instead of judging only from single-, dual-, or tri-band wording. This is especially useful with newer products, where Wi-Fi generation and band count are not always the same thing.
• Ethernet Interface: The wired uplink can become a bottleneck. Gigabit Ethernet is common on modern business APs, while selected higher-performance models use 2.5GbE or faster connections to carry more traffic back to the network.
• PoE Support: PoE can simplify ceiling and wall installations by carrying network data and compatible power over Ethernet. Check whether the AP uses standard PoE, PoE+, passive PoE, another method, and whether the injector or adapter is actually included.

• Active Client Load: A maximum client figure does not tell you how the AP will feel under real traffic. Twenty people in video meetings can create a very different workload from many connected phones sitting mostly idle.
• Centralized Management: Managing one AP manually is simple. Managing many is not. Check whether the brand offers standalone, software, hardware-controller, or cloud management and whether that method has any extra hardware or licence requirement.
• SSID and VLAN: Multiple SSIDs can separate staff, guests, POS equipment, or IoT devices. VLAN support can extend that separation into the wired network when the router, switch, and overall configuration support the same design.
• Roaming Support: Roaming features can help devices move between APs in a coordinated network, but the client device still makes its own roaming decisions. Do not assume every phone or laptop will switch between APs at exactly the same point.
• Mounting and Antenna: Ceiling, wall, pole, internal-antenna, and external-antenna designs serve different spaces. More antennas do not automatically mean longer range; antenna pattern, gain, radio design, placement, and the client device all play a role.

TP-Link Access Point

TP-Link offers Wireless N, Wi-Fi 5, Wi-Fi 6, ceiling, wall-plate, and outdoor options on the current Ryans range. Its Omada family also serves centrally managed business networks. Compare the available TP-Link Access Point models.

Ubiquiti Access Point

Ubiquiti offers UniFi access points for managed wireless networks, with different indoor, outdoor, and performance directions available. Check controller requirements and PoE accessories for the exact model. Browse the Ubiquiti Access Point range.

Ruijie Access Point

Ruijie provides ceiling, indoor, outdoor, and business-oriented AP choices across different wireless performance levels. The range is relevant when centralized network management is part of the plan. See the current Ruijie Access Point options.

Grandstream Access Point

Grandstream's GWN range is built around business wireless networking, including indoor and longer-range models. Management method and supported features differ between products, so compare the exact specification. Browse Grandstream Access Point models.

Netgear Access Point

Netgear offers business-focused wireless products, including models with Wi-Fi 6, PoE, and outdoor designs. It fits buyers comparing managed office or commercial connectivity. Explore the available Netgear Access Point range.

Tenda Access Point

Tenda covers in-wall, ceiling, indoor, outdoor, and long-range wireless options at several price levels. That gives smaller offices and general buyers plenty to compare without jumping straight to premium hardware. See the Tenda Access Point selection.

Huawei Access Point

Huawei's current Ryans range includes business Wi-Fi APs as well as wireless controller products. It is particularly relevant when the surrounding network is being planned around compatible Huawei infrastructure. Compare the Huawei Access Point range.

MikroTik Access Point

MikroTik offers wireless products for home, outdoor, and technically managed networks. Its configuration flexibility appeals to buyers who want deeper control rather than a purely plug-and-play setup. Browse the current MikroTik Access Point options.

Cudy Access Point

Cudy has indoor, outdoor, wall-plate, Wi-Fi 5, Wi-Fi 6, and newer Wi-Fi 7 products in the current category. That gives buyers several modern options at different price levels. Compare the available Cudy Access Point models.

IP-Com Access Point

IP-Com focuses on business wireless networking with in-wall, standard indoor, and long-range choices available. It can fit offices, hospitality, retail, and other multi-AP environments. See the current IP-Com Access Point range.

Wi-Fi Generation and Radio Design

Older Wi-Fi 4 and Wi-Fi 5 models are often cheaper, while newer Wi-Fi 6 and Wi-Fi 7 hardware can move higher in price. Band count, spatial streams, radio hardware, and supported features also matter, so two APs from the same generation can still sit in very different price ranges.

Ethernet Interface

Entry-level APs can use Fast Ethernet, while many current business models offer Gigabit connections. Higher-performance devices may use 2.5GbE or faster uplinks, which adds cost but can prevent the wired connection from constraining heavy wireless traffic.

PoE and Installation Design

PoE support, wall-plate construction, multiple LAN ports, passthrough capability, and outdoor mounting features can influence price. Remember to check what comes in the package because a compatible injector or adapter is not included with every model.

Management Features

Controller management, cloud monitoring, guest access, VLAN functions, roaming support, and network-wide configuration become more useful as a deployment grows. Some ecosystems can also require additional hardware, software, or subscription terms.

Outdoor Construction

Outdoor APs need housings, mounting systems, and environmental protection suited to exposed locations. Long-range products may also use specialized antenna designs, so their price should be compared with the installation job they are built to perform.

Business Capacity

Hardware built for a busy office or high-density venue may carry stronger radios, processors, memory, and management capability than an entry-level unit. Compare real workload and vendor specifications instead of treating a maximum client number as a guaranteed performance figure.

• Network Switch: Multiple wired APs often connect through a Network Switch. Count the required ports, check their speed, and make sure a PoE model has enough total power budget for the planned devices.
• Network Cable: Reliable Network Cable carries the wired backhaul and may also carry PoE. Check the cable category, route length, termination quality, and installation environment instead of treating every Ethernet run as equal.
• PoE Power: A switch may have enough PoE ports but still lack enough total wattage for all APs at their required power level. Check both the PoE standard and the overall power budget before installation.

• Network Separation: Staff, guests, POS systems, cameras, or IoT equipment may need different access rules. Plan SSIDs, VLANs, DHCP, and firewall policies with the wider network rather than configuring the APs in isolation.
• Management Platform: Check whether the selected AP works standalone or uses software, a hardware controller, or cloud management. This can affect both deployment cost and how easy the network is to expand later.
• Backup Power: Wireless service stops when the core network loses power. A properly sized UPS can support the router, switch, controller, or other essential networking equipment during shorter power interruptions.

• Map the Area First: Note the rooms, floors, walls, outdoor zones, and places where users actually need Wi-Fi. This helps decide whether you need one AP, several units, a wall-plate model, or an outdoor design.
• Estimate Active Users: Count how many people may use the network at the same time and what they will be doing. Web browsing, POS traffic, video meetings, streaming, and large cloud transfers put very different pressure on wireless capacity.
• Choose the Installation Style: Use ceiling APs for shared open areas, wall-plate units where individual rooms need service, and outdoor-rated hardware where the device will face outdoor conditions. Do not use an indoor rating outdoors simply because the signal reaches.
• Check Existing Client Devices: Buying a newer AP does not instantly upgrade older phones or laptops. Look at what your main devices support before paying extra for a wireless generation or band that most of them cannot use.

• Match Ethernet and PoE: Confirm the switch port speed, PoE standard, available wattage, and cable before selecting the AP. A powerful wireless device connected to an unsuitable uplink or power source may never perform as intended.
• Plan Management Early: If several APs will eventually be installed, decide whether you want controller or cloud management before buying the first one. Mixing unrelated ecosystems later can make monitoring and configuration unnecessarily awkward.
• Leave Room to Expand: Spare switch ports, enough PoE budget, sensible cabling, and a scalable management platform make future expansion easier. Buying exactly enough infrastructure for today can become surprisingly restrictive after one more room or floor is added.
• Check the Exact Product Page: Before payment, confirm stock, warranty, package contents, power accessories, interfaces, management requirements, and current price for the exact model. Similar-looking APs from the same series can have important differences.

FAQs About Buying an Access Point