AC1200 Dual Band Concurrent Wireless outdoor bridge, AP, Access Point, CPE, Base Station, Captive Portal Hotspot Authentication, Centralized AP Management
IEEE802.11ac, AC1200 Dual Band Concurrent, Wireless Backhaul, Long range, High capacity, Point-to-Point (PtP) / Point-to-Multipoint (PtMP) Wifi, Wireless Outdoor Bridge, AP, CPE, Base station, Captive Portal Hotspot Authentication, Centralized AP Management, Taiwan, China, Manufacturers WLO-120AC

AC1200 Dual Band Concurrent Wireless Outdoor Bridge AP, W/ Captive Portal Hotspot Authentication & Centralized AP Management

* IEEE802.11ac Dual Band Concurrent
* 2.4GHz 300Mbps + 5GHz 867Mbps = 1.2G High Bandwidth
* 2.4GHz 800mW, 5GHz 500mW
* 2.4GHz 2x Ntype connectors, 5GHz 2 x Ntype connectors or Built-in 17dBi Dual Polarization Panel Antenna   (Switchable from Software Web GUI)
* Built-in Heater 
* IEEE802.3at Giga POE IN & POE Pass-Through

* Test Report: PTP 10KM and 146Mbps Throughput

https://www.dropbox.com/s/9g5830z1ck4prmz/PheeNet_WLO-120AC%2010Km_Test%20Report_2016804.pdf?dl=0

PheeNet WLO-120AC is an IEEE802.11ac 5GHz, and IEEE802.11n 2.4GHz Concurrent Dual Radio Wireless Outdoor Bridge / AP, which supports maximum throughput 1200Mbps, up to 300Mbps 2.4GHz and 867Mbps 5GHz, and providing the extra edge of increased flexibility & performance of WiFi deployment for enterprise, campus, WISP networks covering WiFi Access.
 
WLO-120AC has 1st radio 802.11n 2.4GHz 800mW (2 x Ntype connectors), and 2nd radio 802.11ac 5GHz 500mW (User must enter the software Web GUI to select either built-in 17dBi Dual Polarization Panel Antenna or 2 x Ntype connectors for External antenna). Depends on deployment demand, user can use both radio works as AP to provide WiFi service, or 1st Radio as AP and 2nd Radio as WDS mode/CPE mode, or any flexible combination). It concurrently addresses the growing needs of BYOD and bandwidth demands with no degradation in performance.
 
WLO-120AC equips with heater with a smart temperature sensor which automatically turn on at -10 degree C to guarantee the stable and perfect operation during very low temperature environments. WLO-120AC with Rugged & Waterproof small size 2*Port IEEE802.3at/af Giga Ethernet POE can withstand a variety of extreme conditions – low & high temperatures, shocks & vibrations, dust particles or even liquid immersion. This is an easy way to make the Ethernet networks of your manufacturing site, automation or control units deterministic.




 
Interface:                                                                                                                           Interface:

1. 5GHz 2 x Ntype connector (Software Web GUI Selectable between                            1. 2.4GHz 2 x Ntype connector
    17dBi Built-in Antenna)
2. Right Side Ethernet is Giga IEEE802.3at POE IN (ETH1)
3. Left Side Ethernet is Giga POE Pass-Through (ETH2)
4. HW Reset Button (Small hole) near ETH1 Port
5. LED Panel (6 LED Lights) for Status Indictation






1. 4 Holes for Mounting Bracket
2. Automatically adjustable Vent design which comply with UL60950-22


Pole Mount and Wall Mount Installation: Using the provided mounting bracket, user can deploy WLO-120AC in a wide range of outdoor environments.







Software Features Highlights
 
1. Operation Mode:
     - AP Mode (including Authentication AP Mode (Customized Captive Portal and User Authentication), Pure
        AP Mode, and AP with WDS Mode)
     - Control Access Point Mode (Centralized AP Management)
     - Client Bridge + Repeater AP Mode
     - WISP/CPE + Repeater AP Mode
     - Router AP Mode
 
2. Each SSID supports 802.1q VLAN tag standards, supporting up to 4096 group VLAN Tag capability
 
3. QoS (Quality of Service) for bandwidth management and traffic prioritization and supports Total users’ or individual user’s Upload / Download Bandwidth Control Speed limits. Administrator can regulate the maximum Bandwidth Upload / Download speed limit of individual guest user.
 
4. Support total 16 Multiple ESSID per device (8 ESSID on 2.4GHz and 8 ESSID on 5GHz)
 
5. Support IEEE802.11f IAPP and IEEE802.11r and IEEE802.11k Fast Roaming
 
6. Support total 16 WDS Links (2.4GHz band WDS x 8 and 5GHz band WDS x 8)
 
7. Support Band Steering technology which detects dual-band capable clients, and directs these clients to the less saturated 5GHz network
 
8. Support Ping Watchdog function, which automatically monitoring device operations and reboots the device before a crash occur
 
9. Support Auto Reboot Setting, allow automatically reboot by Daily/weekly/Monthly
 
10. 5GHz Antenna Selection in software Web GUI of either: Built-in 17dBi Dual Polarization Panel Antenna or 2x2 External N-type Antenna connectors
 
11. Support Traffic Monitor and Graphical GUI status Interface for Network and Radio Overview

Wireless Architecture / Operation Modes
 
1.      CAP (Control Access Point) Mode –
Controller-less Centralized AP Management
■ Auto discovery for managed APs
■ AP-Automatic configuration and provisioning in Batch AP Setup Section (Batch AP Setup Item: VLAN Setup,
   Authentication Profile, Gateway & DNS, Time Server, Management Setup, Wireless Basic Setup, Wireless    
   Advanced Setup, VAP Setup, Upgrade Via TFTP Server, Upgrade Via HTTP URL, Delay Reboot, Reboot Now)
■ AP Group management –maintain a set of setting templates that simplify the task to assign the same setting to
   multiple APs, including Dynamic Channel Allocation, Maximum User Limitation, MAC Filter Control
■ Auto-Heal between AP to guarantee Wireless Coverage Quality
■ Graphic Display of Map by Group and indicate the AP place on the map
■ Central firmware Upgrade-Select multiple APs and upgrade their firmware at the same time by HTTP and TFTP
■ Managed AP Monitoring
    - Monitor APs for traffic and system information
    - Track the number of associated clients to the APs
    - Supports Location Map Management
Authentication Profile
    - Numbers of Authentication Profile: 9
    - Authentication Profile setup includes
           A. Authentication Method:
                1) Guest – Auto expired guest account (Login time in Minutes, Login type – One time or Multiple time, QoS
                    (Upload/Download Bandwidth)
                2) Local User
                3) OAuth2.0 (Google, FaceBook, Line)
                4) POP3/IMAP
           B. Captive Portal (Template and Multiple Language define for each column displayed in Captive Portal;
                Customized Login HTML file in order to add advertisement link)
           C. Multiple User Login Enable/Disable
           D. Login Timeout Timer
           E. SSL protected login portal page
           F. Wall-Garden, Privilege User List for each VLAN
           G. Bandwidth Control (Total User Upload/Download, Peer User Upload/Download)
   - Authentication Profile can be applied to AP centrally
 
2. Access Point Mode
■ Pure AP Mode
■ AP with WDS Mode
Authentication AP Mode: For each VLAN/VAP, administrator can define different Authentication policy:
    - Authentication Method:
       1) Guest – Auto expired guest account (Login time in Minutes, Login type – One time or Multiple time, QoS
           (Upload/Download Bandwidth)
       2) Local User
       3) OAuth2.0 (Google, FaceBook, Line) 
       4) POP3/IMAP
       5) Built-in 802.1x Radius Server for Radius Account
    - Captive Portal (Template and Multiple Language define for each column displayed in Captive Portal; Customized
       Login HTML file in order to add advertisement link)
    - Multiple User Login Enable/Disable
    - Login Timeout Timer
    - SSL protected login portal page
    - Wall-Garden, Privilege User List for each VLAN
    - Bandwidth Control (Total User Upload/Download, Peer User Upload/Download)


3. Client Bridge + Repeater AP Mode
It can be used as a wireless client to receive wireless signal over last mile applications, helping WISPs deliver wireless broadband Internet service to new residential and business customers. In this mode, the wired/wireless clients of WLO-120AC are in the same subnet from Main Base Station. If 5GHz Radio work as Wireless Client Router, 2.4GHz is Repeater AP, and vice versa.
 
4. WISP / CPE + Repeater AP Mode
Either 5GHz or 2.4GHz Radio can be used as a WISP client router to receive wireless signal over the last mile, helping WISPs deliver wireless broadband Internet service to new residential and business customers. In this mode, the WLO-120AC is a gateway with NAT functions. The wired/either 5GHz or 2.4GHz wireless clients of WLO-120AC are on the different subnet from Main Base Station. If 5GHz Radio work as Wireless Client Router, 2.4GHz is Repeater AP, and vice versa.

5. Router AP Mode
Ethernet port on WLO-120AC is WAN, and WLO-120AC is a gateway with NAT functions. It’s Wireless Interface (2.4Ghz and 5GHz) accepts wireless clients connections from client devices, and the wireless clients of WLO-120AC are on the different subnet from Main Base Station. Router AP mode does not support User Authentication function. 

Wireless Feature
■ Both 2.4GHz and 5GHz Dual Band Concurrent Operation
■ Transmission Power Control: Level 1 - 9
■ Channel Bandwidth Setting: 20MHz, 20/40MHz, 80MHz
■ HT TX/RX Stream Selection: 1 or 2
■ Supports packet transmission time control through Slot Time and ACK Timeout interval control functions
■ Supports Beacon Interval and performance control DTIM Interval for client power efficiency
 
Wireless Security
■ SSID Visibility support to display or hide ESSIDs, and VLAN assignment on ESSID
■ Support 802.1x authentication (EAP-MD5 / TLS / TTLs)
■ WEP 64 / 128bit EAP-TLS + Dynamic WEP, EAP-TTLS + Dynamic WEP, PEAP/ MS-PEAP + Dynamic WEP
■ Support security protocol IEE802.11i Preauth (PMKSA Cache)
■ WPA-PSK/TKIP, WPA-802.1x/TKIP, 802.11i WPA2-PSK/CCMP/AES 128/256bit, WPA2(802.1x/CCMP/AES
   128/256bit), No. of registered Radius Servers: 1
■ Setting for TKIP/ CCMP/ AES 128/256bit (ASCII 63 & HEX 64) key’s refreshing period
■ ESSID supports VLAN Tag function; each group can use different virtual ESSID tag for organized traffic
■ Access Control List (ACL) by MAC Address
■ Client Isolation and Client Connection Limitations
 
Quality of Service
■ Download and Upload traffic control and support Traffic Analysis and Statistics
■ IEEE802.11e WMM
■ DiffServ/TOS, COS, IEEE802.1Q Tag VLAN priority control
 
Networking & Management
■ Support IEEE802.1Q VLAN Tag
■ Support IEEE802.1d Spanning Tree Protocol
■ Router/WISP mode supports DHCP server function to automatically give IP address to end clients
■ Router/WISP mode support fixed IP for DHCP clients and PPPoE dial-up link to the WAN Wifi network
■ Router/WISP supports PPPoE Reconnect, conveniently connecting clients to the DHCP server
■ Support Proxy DNS, Dynamic DNS, and NTP client
■ Intuitive Web-Based management interface, Administrator Access: HTTP and HTTPS and support CLI access via
   Telnet and SSH
■ Support remote Firmware Upgrade via Web, Reset to Factory Default
■ Support SNMP v1/v2c/v3, MIBII; Also support SNMP Traps to a list of IP Address
■ Support Ping Watchdog to detect crashes after consecutive failed pings
■ Support System log Setup to remote server


Status Monitoring
■ Status monitoring of on-line users and authentication users
■ Rea-Time Online Users Traffic Statistic Reporting and users connection status
■ Support Syslog for diagnosing and troubleshooting
■ User traffic history logging
 
Hardware Features Highlights
■ 2.4GHz IEEE802.11bgn standard with maximum data rate of 300Mbps
■ 5GHz IEE802.11an/ac with maximum data rate of 867Mbps
■ 2.4GHz 800mW and 5GHz 500mW High Power Design
■ Built-in 5GHz 17dBi Dual Polarization Panel Antenna (H16, E16)
■ External 4 N-type connectors (2 for 2.4GHz 2T2R, 2 for 5GHz 2T2R and 5GHz antenna output selectable in
   Software Web GUI)
■ Support POE Pass Through function to allow power to be passed to subsequent 802.3af/at POE devices
■ Built-in Heater with temperature sensor
■ IP67 rated Waterproof proof Aluminum-alloy housing
■ Built-in Lightning Arrestor (15KV ESD)
■ Support Hardware chipset base Watch Time Dog, allowing the OS to reboot automatically before crash





Wireless
Standard IEEE 802.11bgn/ac
IEEE 802.3/IEEE802.3u
IEEE802.3af/at Power Over Ethernet
IEEE802.11Q VLAN
IEEE802.11r/IEEE802.11k Fast Roaming
IEEE802.11e WMM
Frequency Band IEEE802.11 a/an/ac:
5.150 – 5.350 & 5.725 – 5.825 GHz(USA)
4.900 – 5.250 GHz(Japan)
5.150 – 5.350 & 5.470 – 5.725GHz (Europe ETSI)
IEEE802.11 b/g/n:
2.412 ~ 2.462GHz (USA)
2.412 ~ 2.484GHz (Japan)
2.412 ~ 2.472 GHz (Europe ETSI)
2.457 ~ 2.462 GHz (Spain)
2.457 ~ 2.472 GHz (France)
Channel Spacing IEEE802.11a/b/gMode:20MHz
IEEE802.11n Mode:20/40MHz
IEEE802.11ac Mode: 20/40/80MHz
Operating Channels IEEE802.11b/g/n: 11 for FCC, 14 for Japan, 13 for Europe, 2 for Spain, 4 for France
IEEE802.11an/ac @5GHz
US: 12 (CH: 36, 40, 44, 48, 52, 56, 60, 64, 149, 153, 157, 161)
Japan: 4 (CH: 34, 38, 42, 46)
ETSI: 19 (CH: 36, 40, 44, 48, 52, 56, 60, 64, 100, 104, 108, 112, 116, 120, 124, 128, 132, 136, 140)
Modulation IEEE802.11b: DSSS (DBPK,DQPSK,CCK)
IEEE802.11a/g/n: OFDM(64-QAM,16-QAM,QPSK,BPSK)
IEEE802.11ac: OFDM (256-QAM, 64-QAM,16-QAM,QPSK,BPSK)
Data Rate IEEE802.11b: 1 / 2 / 5.5 / 11Mbps (auto sensing)
IEEE802.11g: 6 / 9 / 12 / 18 / 24 / 36 / 48 / 54Mbps
IEEE802.11n: 300Mbps (at 40MHz) , 150Mbps (at 20MHz)
IEEE802.11ac: 867Mbps(at 80MHz), 400Mbps (at 40MHz)
Receive Sensitivity 802.11 an/bgn/ac   +- 2dBm
CCK   5M                -92 dBm
CCK   11M               -88 dBm
OFDM  6M               -90 dBm
OFDM  54M              -72 dBm
MCS7  20M              -70 dBm
MCS7  40M              -69 dBm
MCS8  20M              -85 dBm
MCS8  40M              -84dBm
MCS15 20M               -69dBm
MCS15 40M               -66dBm
MCS0  VHT20            -82dBm
MCS10 VHT20            -82dBm
MCS0  VHT40            -79dBm
MCS10 VHT40            -79dBm
MCS0  VHT80            -76dBm
MCS10 VHT80            -76dBm
MCS9  VHT20            -59dBm
MCS19 VHT20            -59dBm
MCS9  VHT40            -54dBm
MCS19 VHT40            -54dBm
MCS9  VHT80            -51dBm
MCS19 VHT80            -51dBm
Output Power 5GHz : 27dBm ± 1dBm
2.4GHz : 29dBm  ± 1dBm
 
802.11bgn:  +-2dBm
CCK   1M,2M,5.5M,11M         26dBm
OFDM  6M~24M                25dBm
OFDM  36M                    23dBm
OFDM  48M                    22dBm
OFDM  54M                    21dBm
MCS0  20M 6.5M               25dBm
MCS0  40M 13M                24dBm
MCS7  20M 72.2M              20dBm
MCS7  40M 150M               20dBm
MCS8  20M 13M                28dBm
MCS8  40M 27M                27dBm
MCS15 20M 144M               23dBm
MCS15 40M 300M               23dBm
 
802.11an
OFDM  6M~24M                25dBm
OFDM  36M                    23dBm
OFDM  48M                    22dBm
OFDM  54M                    21dBm
MCS0  20M 6.5M               24dBm
MCS0  40M 13M                23dBm
MCS7  20M 72.2M              21dBm
MCS7  40M 150M               21dBm
MCS8  20M 13M                27dBm
MCS8  40M 27M                26dBm
MCS15 20M 144M               24dBm
MCS15 40M 300M               24dBm
 
802.11ac
MCS0  VHT20                    23dBm
MCS0  VHT40                    22dBm
MCS0  VHT80                    21dBm
MCS9  VHT20                    20dBm
MCS9  VHT40                    19dBm
MCS9  VHT80                    19dBm
MCS10 VHT20                     26dBm
MCS10 VHT40                     25dBm
MCS10 VHT80                     24dBm
MCS19 VHT20                     20dBm
MCS19 VHT40                     19dBm
MCS19 VHT80                     19dBm
Operation Mode AP Mode (includingAuthentication AP mode, Pure AP Mode, AP with WDS Mode)
CAP Mode (Control Access Point – Centralized AP Controller)
Client Bridge + Repeater AP Mode
WISP/ CPE + Repeater AP Mode
Router AP Mode
Hardware
Processor QCA 9557+QCA 9882+QCA8337
CPU Clock Speed 720MHz
Flash 16MB
SDRAM 64MB
LED Indication 1 x Power, 1 x Heater, 1 x 2.4GHz Signal, 1 x 5GHz Signal, 1 x ETH1 (POE IN), 1 x ETH2 (POE Pass-Through)  
Ethernet 2 10/100/1000Mbps Giga Ethernet Ports IEEE802.3af/at
(1 for POE Pass-through)
Antenna Ø  Built-In 5GHz 17dBi Dual-Polarization Antenna (H16, E16)& 5GHz 2 * N Female for External Antenna (Antenna Output Switchable from Web GUI)
Ø  2 * N Female for 2.4GHz External Antenna
Environment Operating Temperature: -20 °C ~ 50 °C
Storage Temperature: -20 °C ~ 60 °C
Humidity: 100%(non condensing)
Power Supply IEEE802.3at 48-57V POE in (POE injector not enclosed)
Power Consumption 15W for Main unit,
10W offered via POE Pass-Through Port to another IEEE802.3af/at POE IP Camera or AP device
Mounting Wall Mount, Pole Mount
Dimensions 255mm (L) * 225mm (W) * 78mm (H)
Weight 1.8KG
Certificate IP67 Rated Waterproof
FCC, CE (pending)
 

 

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