How to Select Operation Mode of Pharos Series Products?
CPE510 , CPE610 , WBS510 , CPE220 , CPE210 , CPE520 , WBS210 , CPE605
Recent updates may have expanded access to feature(s) discussed in this FAQ. Visit your product's support page, select the correct hardware version for your device and check either the Datasheet or the firmware section for the latest improvements added to your product.
TP-Link’s Pharos series products support six operation modes to satisfy user‘s network requirements, including Access Point, Client, Repeater, Bridge, AP Router and AP Client Router (WISP Client) mode. The characteristics and application scenarios of different modes are introduced below.
- Access Point
Access Point (AP) mode is used to transfer wired connection into wireless connection. In AP mode, the device acts as a central hub and provides wireless access point for wireless clients.
- Typical Scenario
- Network Requirements
In the campus, community, industrial park, or other public place with only wired network available, establish wireless network coverage to provide wireless access for users.
- Client
Client mode is used to transfer wireless connection into wired connection. In Client mode, the device serves as a wireless adapter. It receives the wireless signal from root AP or station, and provides wired network for users.
- Typical Scenario
- Network Requirements
Connect the devices that are only applicable for wired network, such as Smart TV, Media Player to the wireless network.
- Repeater
Repeater mode is used to extend wireless coverage of an existing wireless network. The SSID and encryption type of the device should be the same as those of the root AP.
- Typical Scenario
- Network Requirements
If you want to combine two networks via wireless connection but the distance is beyond the networks’ wireless coverage range, you can put one or more devices in Repeater mode along the path to repeat the wireless signal and extend the wireless transmission range.
Note:
The wireless signal of the device in Bridge/Repeater mode is normally weaker than that in other modes. We recommend that you use two devices in Client and Access Point mode respectively to replace the device in Bridge/Repeater mode.
- Bridge
Bridge mode is used to extend wireless coverage of an existing wireless network. The SSID and encryption type of the device can be different from those of root AP.
- Typical Scenario
- Network Requirements
If you want to combine two networks via wireless connection but the distance is beyond the networks’ wireless coverage range, you can put one or more devices in Bridge mode along the path to repeat the wireless signal and extend the wireless transmission range. Users can use different SSID and encryption type from those of the root AP to access the network.
Note:
The wireless signal of the device in Bridge/Repeater mode is normally weaker than that in other modes. We recommend that you use two devices in Client and Access Point mode respectively to replace the device in Bridge/Repeater mode.
- AP Router
The device in AP Router mode serves as a normal home wireless router but provides a wider wireless network range. It can connect to the wired network through PPPoE, L2TP, PPTP, Dynamic IP and Static IP, and provide wireless access for the clients.
- Typical Scenario
- Network Requirements
In the campus, community, industrial park, or other public place with only wired network available, establish wireless network coverage to provide wireless access for users. Unlike Access Point mode, the device in AP Router mode can connect to the modem directly without a router.
- AP Client Router (WISP Client)
AP Client Router mode is used to access the internet provided by WISP (Wireless Internet Service Provider) through wireless connection. For the downstream clients, the device serves as a normal home wireless router and can provide wired connection and wireless connection simultaneously.
- Typical Scenario
- Network Requirements
If you want to get internet service from a WISP, you can set the device as AP Client Mode. The device connects to the upstream device wirelessly through PPPoE, L2TP, PPTP, Dynamic IP and Static IP, and provide both wired access and wireless access for the users.
Is this faq useful?
Your feedback helps improve this site.
What’s your concern with this article?
- Dissatisfied with product
- Too Complicated
- Confusing Title
- Does not apply to me
- Too Vague
- Other
We'd love to get your feedback, please let us know how we can improve this content.
Thank you
We appreciate your feedback.
Click here to contact TP-Link technical support.
Recommend Products
TP-Link Community
Still need help? Search for answers, ask questions, and get help from TP-Link experts and other users around the world.
We have updated our Policies. Read Privacy Policy and Terms of Use here.
This website uses cookies to improve website navigation, analyze online activities and have the best possible user experience on our website. You can object to the use of cookies at any time. You can find more information in our privacy policy .
We have updated our Policies. Read Privacy Policy and Terms of Use here.
This website uses cookies to improve website navigation, analyze online activities and have the best possible user experience on our website. You can object to the use of cookies at any time. You can find more information in our privacy policy .
Basic Cookies
These cookies are necessary for the website to function and cannot be deactivated in your systems.
TP-Link
accepted_local_switcher, tp_privacy_base, tp_privacy_marketing, tp_smb-select-product_scence, tp_smb-select-product_scenceSimple, tp_smb-select-product_userChoice, tp_smb-select-product_userChoiceSimple, tp_smb-select-product_userInfo, tp_smb-select-product_userInfoSimple, tp_top-banner, tp_popup-bottom, tp_popup-center, tp_popup-right-middle, tp_popup-right-bottom, tp_productCategoryType
Livechat
__livechat, __lc2_cid, __lc2_cst, __lc_cid, __lc_cst, CASID
Youtube
id, VISITOR_INFO1_LIVE, LOGIN_INFO, SIDCC, SAPISID, APISID, SSID, SID, YSC, __Secure-1PSID, __Secure-1PAPISID, __Secure-1PSIDCC, __Secure-3PSID, __Secure-3PAPISID, __Secure-3PSIDCC, 1P_JAR, AEC, NID, OTZ
Analysis and Marketing Cookies
Analysis cookies enable us to analyze your activities on our website in order to improve and adapt the functionality of our website.
The marketing cookies can be set through our website by our advertising partners in order to create a profile of your interests and to show you relevant advertisements on other websites.
Google Analytics & Google Tag Manager
_gid, _ga_<container-id>, _ga, _gat_gtag_<container-id>
Google Ads & DoubleClick
test_cookie, _gcl_au
Meta Pixel
_fbp
Crazy Egg
cebsp_, _ce.s, _ce.clock_data, _ce.clock_event, cebs
Hotjar
OptanonConsent, _sctr, _cs_s, _hjFirstSeen, _hjAbsoluteSessionInProgress, _hjSessionUser_14, _fbp, ajs_anonymous_id, _hjSessionUser_<hotjar-id>, _uetsid, _schn, _uetvid, NEXT_LOCALE, _hjSession_14, _hjid, _cs_c, _scid, _hjAbsoluteSessionInProgress, _cs_id, _gcl_au, _ga, _gid, _hjIncludedInPageviewSample, _hjSession_<hotjar-id>, _hjIncludedInSessionSample_<hotjar-id>
lidc, AnalyticsSyncHistory, UserMatchHistory, bcookie, li_sugr, ln_or