Ubiquiti Lite AP GPS LAP-GPS Price in Kenya

Product details

Ubiquiti LiteAP GPS LAP-GPS 5GHz Sector Access Point Price in Kenya

Serve compatible outdoor airMAX clients from a 90° sector with the Ubiquiti LiteAP GPS. It combines a 5GHz airMAX AC access-point radio with a 17dBi integrated antenna. It is intended for planned fixed wireless distribution, not ordinary room Wi-Fi for phones.

LAP-GPS is different from the 120° LAP-120. Its GPS timing feature supports suitable synchronized deployments; it does not create satellite broadband. The separate 2.4GHz management radio is for setup, not a promised public hotspot. A clear client path, suitable station hardware, channel planning, and correct mounting determine the result. Use its specified 24V passive PoE source, not a random 48V PoE injector. A compatible far-end station is required for each remote network.

Looking to purchase LAP-GPS in Kenya? Confirm the current stock, exact package, and total quotation with Reisen. Choose the product for the real installation rather than the model name alone.

Choose the exact model, confirm the complete package, approve the quote, and arrange delivery.

Key Specifications

Compatibility

Use the exact supplied hardware or component specification for the final compatibility decision.

Compatibility depends on the complete connection, power, physical, and service design. Check the exact model at both ends before ordering.

The steps summarize the workflow; use the matching manual for exact dimensions and settings.

A small fixed-wireless sector example

Place the LAP-GPS where its 90° sector and surveyed client paths suit the coverage plan. Each remote network needs a supported airMAX station and its own local network and power arrangement. This is not the 120° LAP-120, so do not copy the coverage assumptions from that model. GPS timing can support a planned synchronized system, but the correct settings and sky view still matter. The setup radio is not an ordinary public hotspot. If a distant client has poor performance while a nearby client works, check that client’s path, alignment, noise, and Ethernet connection before changing the settings for every subscriber.

Build a link rather than a public hotspot

An outdoor fixed wireless radio carries a network connection between supported locations. It does not behave like a general room access point simply because it uses a familiar frequency. The radio protocol and far-end equipment must match. For a backhaul, plan the supported pair. For a sector network, plan the access point and each compatible station separately.

At the remote end, a switch or Wi-Fi access point can distribute the Ethernet handoff to local users. The gateway still controls internet access and network security. Keep these jobs clear in the parts list. A radio link is useful where it avoids a difficult cable route, but it still needs power, mounting, Ethernet wiring, and a tested network at both ends.

Compare fixed-wireless roles using LiteAP GPS sector radio and airFiber 5XHD matching radio listing. The first check is the exact platform and required peer. A shared frequency does not prove compatibility.

Survey the complete radio path

Record the site positions, mounting heights, and obstacles. Clear visual sight is important, and the Fresnel zone around the path needs suitable clearance too. Trees, roof edges, terrain, and future building work can change the result. A radio’s model name or antenna gain cannot prove that an unsurveyed path will work.

Ask the installer to assess the intended distance, expected traffic, noise environment, permitted settings, and fade margin. Avoid promising a fixed speed or reach before that work. A large antenna may improve a suitable link budget while adding mounting demands and a narrower aiming task. The best choice is the one that meets the site’s service target with a practical margin, not the longest distance printed in an advertisement.

Match the platform and channel plan

airMAX, airFiber, and UniFi serve different wireless roles. Equipment from these families is not automatically interchangeable. The shared Ubiquiti brand and a 5GHz label are not proof of radio compatibility. Check the exact peer model, operating mode, firmware, and regional channel support before purchase.

Choose a legal channel plan based on the local environment and required capacity. A wider channel may offer more potential capacity but also uses more spectrum and can face more noise. Output power must account for antenna gain and the permitted installation limits. Use the real country setting. Keep supported security enabled and do not bypass regulatory controls to obtain a link reading.

For an integrated or sector layout, review LiteAP 120 sector alternative and PowerBeam AC Gen2 integrated alternative. These have different beam patterns and link roles. A site survey decides whether they are suitable alternatives.

Power the radio with the right source

Read the radio’s power specification and the injector label. Passive PoE is not the same as automatic standards-based PoE. A wrong voltage or wiring arrangement can damage equipment. Use the approved injector or another explicitly supported source. Check cable length, condition, and connector quality before blaming software for repeated restarts.

The injector’s unpowered LAN side connects toward ordinary network equipment. Its powered side connects to the approved radio. Label those roles. Protect indoor-only adapters from weather. If a remote site uses a battery or solar supply, the complete power system needs suitable regulation, capacity, protection, and runtime planning. A radio’s normal wattage alone does not size the battery installation.

For supported airMAX station planning, examine LiteBeam AC Gen2 client option and NanoStation Loco5AC client option. These are client options within a matched airMAX design, not automatic airFiber peers.

Give outdoor wiring proper protection

Use the outdoor cable and shielded connector arrangement required by the radio maker. Plan earthing, surge protection, drip loops, and strain relief together. Keep joints out of exposed sections where possible. Do not let a long hanging lead pull on the socket. Seal entries in the approved way without blocking drain or ventilation features.

A surge protector only works within a proper protection and grounding design. It does not make an exposed site immune to lightning. Inspect the cable route after severe weather or nearby building work. Water can follow an otherwise neat-looking cable into the enclosure. Taking time over the route before raising the radio can prevent a difficult maintenance visit later.

Align using useful measurements

Start with the surveyed bearing and make small adjustments. Read signal quality, chain balance, noise, error counters, and actual traffic at both ends. Give readings time to settle. Tighten the mount to the specified method and check again, because tightening can shift the aim. Do not rely only on the strongest instantaneous signal display.

For a sector installation, each client needs a suitable path within the intended coverage area. A successful nearby client does not prove every remote location works. For a dish pair, both antennas need deliberate alignment. Save the final readings as a baseline. They help distinguish later interference, a moved mount, growing trees, and cable faults from a normal software issue.

A separate MikroTik radio design can use MikroTik LHG 5 ac link alternative and MikroTik DISC Lite5 ac alternative. Build a complete supported link in that ecosystem rather than assuming proprietary protocols interoperate.

Test the service behind the link

Test traffic in both directions using capable wired clients. Then check the actual tasks expected at the remote site, such as calls, cameras, browsing, or file access. Include the local switch and access point in the test. A radio-only throughput tool can be useful but is not a full test of the user’s internet or application path.

Keep management isolated from untrusted users. Store the address plan, firmware, passwords, power labels, peer details, and backups securely. If the link carries VLANs, test the required tagged traffic as well as ordinary access. Document recovery access before leaving the site. Avoid changing several channel, power, and network settings together when troubleshooting, as that hides the real cause.

Plan the downstream LAN or another radio option through local managed switching and PowerBeam AC Gen2 comparison. The switch handles local Ethernet distribution, while each radio still needs approved power and a compatible far end.

Quick Brand Comparison

Compare exact models and complete installation requirements. A brand family is a starting point, not evidence that every product has the same ports, power, software, or optical behavior.

Can It Be Used with Starlink?

Yes, a complete supported radio link can carry downstream LAN traffic from a Starlink-fed gateway to another site. It does not communicate with Starlink satellites. Both radio endpoints still need correct power, compatible hardware, a clear surveyed path, and permission for the intended service use.

For terminal-side and site-connectivity planning, review Starlink Kenya Installers and SpaceLink Internet Kenya. Match the local network to the exact terminal generation and approved handoff. Local hardware capability and satellite service performance are separate limits.

How to Set Up LAP-GPS

A Step by Step Guide

1. Survey the sites and define the link

Confirm the supported peer or client family, clear path, mounting points, and target traffic. Choose the radio and antenna arrangement from a link plan. Include legal operating settings, power, grounding, surge protection, and both Ethernet paths. Do the first configuration on the bench before working at height.

2. Check and assemble the hardware

Compare model labels and package parts with the order. Fit external antenna and RF parts where required, preserving the correct chain mapping. Install the specified weather-protection kit. Keep power off while making hardware connections and follow the exact radio guide rather than a similar model’s assembly sequence.

3. Apply approved power and open management

Use the specified injector, with its LAN side toward the setup computer and powered side toward the radio. Read the delivered quick guide for initial addressing and access. A setup app or separate management radio is available only where the model supports it. Change the administrative password before deployment.

4. Set the correct operating roles

For a supported point-to-point pair, choose complementary roles as directed by the airFiber guide. For LiteAP GPS, configure the airMAX access-point role and supported station clients. Match security and the intended network bridge settings. Give each endpoint a unique management address so both can be reached after installation.

5. Choose the legal RF configuration

Set the actual country and allowed frequency plan. Choose channel width and power from the survey and capacity target. Enter antenna details where required. For GPS timing, follow the supported synchronization plan and provide the required sky view. Check firmware compatibility before applying settings to the far end.

6. Mount and protect the cable route

Use a suitable qualified installer for pole or roof work. Secure the mount and route outdoor shielded cable with strain relief and a drip loop. Complete grounding and surge-protection work as specified. Keep indoor adapters indoors or in an approved enclosure. Check all entries before the installation is energized.

7. Align and test both directions

Adjust aim in small steps while reading both ends. Compare chain balance, noise, errors, and useful traffic. Tighten the mount and recheck. Run real service tests from the remote LAN, including any VLANs. If internet fails but local traffic passes, test the gateway and provider separately.

8. Save a baseline and hand over access

Record peer models, addresses, firmware, channel settings, final signal readings, and the power arrangement. Save backups securely. Label the data and powered connections and explain basic owner checks. Confirm recovery access and the service contact without exposing passwords in public notes.

Advantages

·       Can carry a planned network path without a physical inter-site data cable.

·       Directional or sector design suited to the specified radio role.

·       Measured alignment and diagnostics support a useful service baseline.

Disadvantages and Limits

·       Needs supported far-end equipment and a surveyed path.

·       Outdoor power, mounting, cabling, and protection add project cost.

·       Not an ordinary client Wi-Fi hotspot.

Frequently Asked Questions

Can phones connect directly to this radio?

Do not treat a fixed wireless radio as an ordinary client hotspot. Use the supported radio peers, then add a suitable access point on the remote LAN for phones and laptops.

Is one radio enough for a building link?

A complete link needs supported equipment at both ends. Some projects can reuse an approved existing peer, but its exact model, firmware, antenna, and role must be checked first.

Does GPS supply internet?

No. GPS is used for supported timing or synchronization functions. The internet feed still comes from a separate provider connection and gateway.

Can it work without clear sight?

Do not promise service through obstructions. Have the path surveyed for visual and Fresnel-zone clearance. A working short test near the ground does not establish long-term performance between the final mounting points.

Will any PoE switch power it?

No. Match the exact voltage, wiring, and power method. Use the approved injector or an explicitly supported source. Passive PoE and standard PoE are not interchangeable terms.

What speed should I expect?

The result depends on path quality, noise, channel width, permitted power, alignment, and traffic. Agree a site-specific target and handover test rather than using a headline radio rate as a promise.

Complete the Installation with Reisen

Build a clear parts list around Ubiquiti airFiber 5XHD AF-5XHD 5GHz Backhaul Radio and Ubiquiti airFiber X AF-5G30-S45 30dBi Antenna. Choose each item for a defined role and confirm the links, power, and supplied accessories before combining them.

For another part of the installation, review MikroTik PowerBox Pro RB960PGS-PB Outdoor Router and Easenet Cat6 Indoor Ethernet Cable. A shared brand does not prove compatibility. Read the actual interface and power requirements on both sides.

Keep the service and connection roles distinct when selecting MikroTik hEX RB750Gr3 5-Port Gigabit Router and MikroTik CRS326-24G-2S+RM 24-Port Gigabit Switch. These are complementary tools or network choices, not a promise that every item plugs directly into every other item.

The next stage of the project may need MikroTik cAP ac RBcAPGi-5acD2nD Wireless Access Point and MikroTik CRS317-1G-16S+RM 16-Port 10G SFP+ Switch. Ask for a quotation that marks each item as required, optional, or an alternative, so the complete package stays easy to review.

For the wider network, examine TP-Link TL-SF1024D 24-Port Fast Ethernet Switch. Keep the main device, cable routes, and distribution equipment aligned with the planned service. Check each exact model before adding it to the order.

Choosing the right package in Kenya

If you are asking where to buy LAP-GPS in Kenya, start with the exact model and the job it needs to do. Send Reisen the quantity, delivery location, and intended installation date. Include the equipment already in use and any important service requirement. A clear request helps distinguish a direct replacement from a new design that needs extra parts.

The cost of LAP-GPS should be reviewed as part of the complete working package. Ask whether the quoted amount includes taxes, the required accessories, delivery, and any agreed technical work. Hardware, setup labor, and an ongoing provider subscription are different charges. Keep them itemized. This makes the order easier to approve and avoids comparing a bare unit with a fully prepared installation.

What’s in the Box

Quick-start package contents.

·       LiteAP GPS access point

·       Ball-joint mount

·       Metal strap

·       24V 0.3A Gigabit PoE injector with bracket

·       Power cord

Client radios, poles, outdoor cable, grounding, and surge protection are separate installation items.

Check the sealed package and item list when it arrives. Keep the invoice and model or batch information. Photograph visible shipping damage before discarding the packing materials, and contact Reisen promptly if an item is missing or differs from the order. A package seen in a video may be from another region or revision, so use the actual quotation as the reference for your delivery.

Warranty

Ask Reisen to confirm the current warranty period, coverage, exclusions, and claim process for LAP-GPS in writing before payment. This description does not set a new warranty duration. Confirm who handles assessment, whether a local service route is available, and which supporting records are required. Keep the invoice and any serial or batch details with the product records.

If a fault appears, record the symptoms and any safe checks already performed. Do not open sealed equipment, modify power connections, or attempt an unauthorized repair while seeking a warranty decision. For installation-related concerns, keep the wiring, power, handling, and test records available. They can help separate a product fault from a problem elsewhere in the system without assuming the outcome of a claim.

Return Policy

Confirm Reisen’s current return window, eligibility rules, assessment process, and delivery-charge responsibilities before ordering. Ask specifically about opened, cut, assembled, registered, configured, or specially sourced items where relevant. Do not assume that every product can be returned after installation or that a refund is automatic. The applicable written policy and the circumstances of the order determine the process.

If the wrong item arrives, keep it protected and contact the team with the order reference before using or altering it. Retain packaging and accessories while the issue is reviewed. For a compatibility concern, share the exact connected-device labels and intended use. Getting those details checked before dispatch is usually simpler than arranging a return after the installation has begun.

Product Guides and Documents

Keep the exact product identification, matching technical sheet, supplied quick guide, packing list, quotation, and test record together. For LAP-GPS, ask for documents that match the actual hardware or component revision. A similar product’s guide can help explain a general idea, but its power ratings, preparation dimensions, or software controls must not be copied without verification.

Where a technical value is essential to the project, have it written into the approved specification. This may include optical parameters, interface rates, supported power, physical fit, or material grade. If no exact manufacturer SKU is supplied, request that identification before accepting a fixed performance promise. Clear documentation helps with replacements, future expansion, and handing the system to another technician.

Installation Manuals

Use the installation manual for the delivered unit as the final reference for assembly, safe handling, power, mounting, and recovery. The step-by-step guide on this page explains a practical workflow, but it does not replace model-specific dimensions or safety instructions. Ask Reisen for the matching manual before an installer travels to the site, especially when a missing adapter, bracket, or tool could stop the work.

Keep the installed layout and any approved settings with the manual. Record changes after maintenance rather than leaving the original plan out of date. For a provider-controlled product, retain the operator’s instructions as well. For passive components, keep the preparation and test procedure. This gives the owner a useful record instead of relying on memory when another part needs replacement.

Why Shop with Reisen

Reisen brings network equipment, connection parts, and installation accessories into one catalog. That lets you build the order around the job rather than buy a main device and discover missing parts later. Ask the team for current stock information, a clear itemized quotation, and technical checks for the models you already own. Confirm collection, delivery, and after-sales arrangements before approving the package.

We’re working to make Reisen a Leading eCommerce platform in Kenya and a Leading eCommerce platform in Africa through useful product information and clear buying support. For your order, focus on the promises written into the quotation: exact goods, condition, price, included parts, delivery terms, and agreed support. Keep those details together so follow-up questions can be handled against a clear record.

Order LAP-GPS from Reisen

Ready to buy LAP-GPS? Open Ubiquiti LiteAP GPS LAP-GPS 5GHz Sector Access Point and confirm the current package with Reisen. Share your quantity, location, and intended use. If installation or configuration is required, request its scope and price separately. Approve the model and accessory list before payment, then arrange collection or delivery using the confirmed order details.

After delivery, check the package before the installation date. Complete the appropriate physical, connection, and service tests at handover. Save the invoice, guides, and test results for later support. A well-chosen product is most useful when the equipment, installation method, and owner’s needs fit the same plan.